Роутер d link dir 835

Описание

Высокоскоростная работа с двухдиапазонным стандартом беспроводной сети 802.11N и технологией Gigabit

Беспроводной двухдиапазонный маршрутизатор N750 D-Link DIR-835 предоставляет пользователям возможность проверять электронную почту и осуществлять поиск информации в Интернет, используя диапазон частот 2,4 ГГц, в то время как частотный диапазон 5 ГГц может использоваться для просмотра потокового HD-видео и другого медиа-контента с плавным, беспрерывным воспроизведением. Гигабитные порты маршрутизатора DIR-835 позволяют пользователям достичь пиковой скорости соединения, а двухдиапазонная технология поддерживает сразу два диапазона частот (2,4 ГГц и 5 ГГц), обеспечивая быстроту работы и надежность сетевых соединений.

Технология HD Fuel™ и интеллектуальная технология QoS

Поддержка технологии HD Fuel™ обеспечивает превосходное качество видео и игр. Использование относительно свободной полосы частот 5 ГГц и расширенной технологии интеллектуального качества обслуживания (QoS) обеспечивает высококачественную передачу потоковых медиа-данных. DIR-835 использует технологию приоритезации интеллектуального QoS для анализирования и разделения на несколько потоков данных трафика проводной и беспроводной сети, в результате чего приоритетными могут стать такие приложения, как VoIP, потоковое видео и игры в режиме онлайн.

Совместное использование многофункционального устройства или usb-устройства хранения данных

С помощью утилиты SharePort Plus Network USB пользователи могут совместно пользоваться функциями печати, сканирования и факса в офисе или дома, просто подключив многофункциональное USB-устройство. Кроме того, пользователи могут подключить жесткий диск USB для создания совместно используемого пространства для компьютеров и устройств в сети, позволяющего совместно пользоваться фотографиями, документами и медиа-файлами дома или в офисе.

IPv6 Ready

Маршрутизатор DIR-835 поддерживает стандарт IPv6 и обеспечивает совместимость с оборудованием IPv6 других производителей. Это позволяет использовать 128-битную систему адресации и подключаться напрямую к пользователю в любой точке мира с помощью уникального IP-адреса. Данный маршрутизатор может одновременно поддерживать маршрутизацию для сетей на основе протоколов IPv4 и IPv6, что обеспечивает полную совместимость устройства и удовлетворяет требованиям сегодняшнего и завтрашнего дня.

Характеристики

Стандарты

• IEEE 802.11n

• IEEE 802.11g

• IEEE 802.11a

• IEEE 802.11b

• IEEE 802.3

• IEEE 802.3u

• IEEE 802.3ab

Типы подключения WAN

• Static IP

• Dynamic IP

• PPPoE

• PPTP

• L2TP

Интерфейсы устройства

• 4 порта LAN Gigabit 10/100/1000Base-T

• 1 порт WAN Gigabit 10/100/1000Base-T

• 1 порт USB 2.0

Антенны

Три съемные двухдиапазонные антенны с разъемами SMA

Скорость беспроводного соединения¹

• IEEE 802.11a: 6, 9, 12, 18, 24, 36, 48, 54 Мбит/с

• IEEE 802.11b: 1, 2, 5,5, 11 Мбит/с

• IEEE 802.11g: 6, 9, 12, 18, 24, 36, 48, 54 Мбит/с

• IEEE 802.11n (2,4 ГГц): от 6,5 до 300 Мбит/с

• IEEE 802.11n (5 ГГц): от 6,5 до 450 Мбит/с

Мощность передатчика

802.11a

• 19 dBm для 6-36 Мбит/с

• 18 dBm для 48 Мбит/с

• 16 dBm для 54 Мбит/с

802.11b

• 20 dBm для 1, 2, 5,5, 11 Мбит/с

802.11g

• 20 dBm для 6-36 Мбит/с

• 19 dBm для 48 Мбит/с

• 18 dBm для 54 Мбит/с

802.11n (2,4ГГц)

Режим HT20

• 20 dBm для MCS0-MCS4 и MCS8-MCS12

• 19 dBm для MCS5 и MCS13

• 18 dBm для MCS6 и MCS14

• 17 dBm для MCS7 и MCS15

Режим HT40

• 19 dBm для MCS0-MCS5 и MCS12-MCS13

• 18 dBm для MCS6 и MCS14

• 16 dBm для MCS7 и MCS15

802.11n (5ГГц)

Режим HT20

• 19 dBm для MCS0-MCS3, и MCS8-MCS11, и MCS16-MCS19

• 18 dBm для MCS4-MCS6, и MCS12-MCS14, и MCS20-MCS21

• 17 dBm для MCS22

• 16 dBm для MCS7 и MCS15

• 14 dBm для MCS23

Режим HT40

• 19 dBm для MCS0-MCS3, и MCS8-MCS11, и MCS16-MCS19

• 18 dBm для MCS4-MCS5, и MCS12-MCS13, и MCS20-MCS21

• 17 dBm для MCS6 и MCS14

• 16 dBm для MCS7, и MCS15, и MCS22

• 13 dBm для MCS23

Чувствительность приемника

802.11a

• -82 dBm для 6 Мбит/с

• -81 dBm для 9 Мбит/с

• -79 dBm для 12 Мбит/с

• -77 dBm для 18 Мбит/с

• -74 dBm для 24 Мбит/с

• -70 dBm для 36 Мбит/с

• -66 dBm для 48 Мбит/с

• -65 dBm для 54 Мбит/с

802.11b

• -87 dBm at 1 Мбит/с

• -87 dBm at 2 Мбит/с

• -85 dBm at 5,5 Мбит/с

• -82 dBm at 11 Мбит/с

802.11g

• -82 dBm для 6 Мбит/с

• -81dBm для 9 Мбит/с

• -79 dBm для 12 Мбит/с

• -77 dBm для 18 Мбит/с

• -74 dBm для 24 Мбит/с

• -70 dBm для 36 Мбит/с

• -66 dBm для 48 Мбит/с

• -65 dBm для 54 Мбит/с

802.11n (2,4 ГГц)

Режим HT20

• -82 dBm для MCS0/8

• -79 dBm для MCS1/9

• -77 dBm для MCS2/10

• -74 dBm для MCS3/11

• -70 dBm для MCS4/12

• -66 dBm для MCS5/13

• -62 dBm для MCS6/14

• -64 dBm для MCS7/15

Режим HT40

• -79 dBm для MCS0/8

• -76 dBm для MCS1/9

• -74 dBm для MCS2/10

• -74 dBm для MCS3/11

• -67 dBm для MCS4/12

• -63 dBm для MCS5/13

• -65 dBm для MCS6/14

• -61 dBm для MCS7/15

802.11n (5ГГц)

Режим HT20

• -82 dBm для MCS0/8/16

• -79 dBm для MCS1/9/17

• -77 dBm для MCS2/10/18

• -74 dBm для MCS3/11/19

• -70 dBm для MCS4/12/20

• -66 dBm для MCS5/13/21

• -65 dBm для MCS6/14/22

• -64 dBm для MCS7/15/23

Режим HT40

• -79 dBm для MCS0/8/16

• -76 dBm для MCS1/9/17

• -74 dBm для MCS2/10/18

• -74 dBm для MCS3/11/19

• -67 dBm для MCS4/12/20

• -63 dBm для MCS5/13/21

• -62 dBm для MCS6/14/22

• -61 dBm для MCS7/15/23

Безопасность

• WPA и WPA2 (Wi-Fi Protected Setup)

• 64/128-битное WEP-шифрование

• Wi-Fi Protected Setup (WPS) – PIN и PBC

Управление устройством и контроль состояния

• Microsoft Internet Explorer 6+, или Firefox 1.5+, или другие браузеры с поддержкой Java

• D-Link Network Monitor Yahoo! Widget

• D-Link Internet Usage Meter Yahoo! Widget

• Сервер DLNA для передачи потоковых медиа-данных на совместимые медиа-плееры⁶

Поддержка функции SharePort™ Plus

• Возможность подключения к USB-порту внешнего жесткого диска или многофункционального устройства

• Возможность совместного использования жестких дисков, функций печати и сканирования⁵

QoS

Технология D-Link Intelligent QoS

Расширенные функции межсетевого экрана

• Network Address Translation (NAT)

• Stateful Packet Inspection (SPI)

• Фильтрация IP/MAC-адресов

• VPN pass-through / Multi-session PPTP / L2TP / IPSec

• DMZ-зона

Функции маршрутизатора

• Проброс портов

• Port Triggering / Поддержка специальных приложений

• Поддержка статических маршрутов

• Поддержка WLAN Partition

• DHCP-сервер

• DNS Relay

Минимальные системные требования

• Windows® 7/Vista³/XP SP3 или Mac OS® X(v10.4)⁴

• Microsoft Internet Explorer 6 или выше, или Firefox 1.5 или выше

• CD-ROM

• Сетевой интерфейс Ethernet

• Кабельный или DSL-модем

• Подписка на услуги Интернет-провайдера

Сертификаты

Заказ

DIR-835 Беспроводной 802.11n двухдиапазонный маршрутизатор с 4-х портовым гигабитным коммутатором, до 450 Мбит/с

Изображения

DIR-835A1

Вид спереди

Вид сзади

Загрузки

Смотрите также

Источник

Ищете честные отзывы о D-link DIR-835?

6 – такое количество отрицательных, нейтральных и положительных отзывов мы собрали из 23 источников, обработанных нашей нейросетью.

Мы покажем все достоинства и недостатки товара «D-link DIR-835» выявленные при использовании его покупателями. Мы ничего не скрываем и размещаем все положительные и отрицательные честные отзывы пользователей о D-link DIR-835, а также предлагаем альтернативные товары. А стоит ли покупать — решение только за Вами!

Самые выгодные предложения по D-link DIR-835

Отзывы про D-link DIR-835

Информация об отзывах обновлена на 10.10.2023

Написать отзыв

Достоинства:
Бюджетный роутер: высокоскоростной Wi-fi, автоматическое переключение режима 2,4 и 5 ГГц. Хороший сигнал по всей квартире.
А также четыре гигабитных порта (что немаловажно для домашней сети). Подставка для вертикального расположения.

Недостатки:
При первоначальной настройке не сохранял пароли доступа к интернету. Работу L2TP я не проверял, пока не требуется.
Сейчас модель снята с производства: (Через полгода выгорели порты, месяц роутер был в ремонте. Сейчас начал глючить Wi-Fi. Перезагружать приходится раз в день.

Комментарий:
Роутер приобретен т. к. встала проблема раздачи интернета на свои мобильные устройства. До того были пляски со «свистком» TP-Link и программой Connectify.
Интернет раздавался через постоянно включенный компьютер со службой ICS, которая блокировала часть подключений (к FTP-серверам). После покупки роутера, на настройку/подключение к сети уходит значительно меньше времени.
D-link DIR-835 сначала зависал раз в месяц — лечится не кнопкой перезагрузки, а выключением/включением на соответствующую кнопку. Сразу после покупки обновил прошивку — делается легко из админки.

Лущенко Александр, 22.09.2013

Достоинства:
ipv6. мощный, простой. при желании можно сделать свой маленький сервер.

Недостатки:
нет

Комментарий:
сохраняйте рабочие настройки прежде чем экспериментировать.

Гость, 13.05.2013

Достоинства:
Многофункциональный

Недостатки:
Не поддерживает l2tp beeline. Перепрошивкой не лечится.

Комментарий:
Потратил 2 дня и вернул обратно в магазин.

Плюс Фирма, 12.03.2013

Достоинства:
Мощный сигнал, две сети 2,4 и 5 Ghz, множество настроек, причем годится и для профи и для освоения начинающими — вполне нормальная передача по Wi-Fi FullHD видео с минимумом настроек и без обновления прошивки.

Недостатки:
отработал три недели, перестал видеть провайдера через WAN (подключение Static IP), порты LAN напрочь сдохли — перестали видеть подключенные кабели. Заменён на второй экземпляр с теми же HW: А1 и Firmware 1.01 — отработал месяц, отказ с теми же симптомами.

Комментарий:
Полагаю, что третий такой же брать бессмысленно?

игоревич игорь, 27.12.2012

Достоинства:
— 2х диапазонный — 2,4 Mhz и 5Mhz
— все что нужно штуки типа проброса портов, dyndns, человеческого dhcp умеет

Недостатки:
На текущих прошивках v1.01 и v1.02 (а других и нет) не работает в Beeline/Corbina Москва -не может поднять L2TP VPN к провайдеру Beeline.
OpenWRT и DD-WRT пока официально не имеют готовых прошивок под него. Видимо можно собрать OpenWRT из исходников но это нужно напрячься. Не всякий осилит — я нет.

Комментарий:
Вот запрос на поддержку в форум d-link. ru
По сочетанию «dir-835 beeline l2tp» Яндекс его находит первой строкой.

Гость, 24.09.2012

Достоинства:
Достоинства:
Высокая скорость передачи, мощный сигнал, т. к. имеет 3 антены, 2х диапазонный — 2,4 Mhz и 5Mhz.

Недостатки:
По технической части — не выявлено.
Маркий блестящий корпус, от пальцев остаются следы, но недостатком врятли это можно назвать.

Комментарий:
Фильмы в формате HD на телевизоре LG Smart TV, показывают без тормозом, кстати телевизор находится в дальней спальне, и сигнал пробивает через большое кол-во бетонных стен. До этого стоял D-link DIR-400, в эту спальню сигнал плохо доходил, и интернет на телевизоре не работал. Моделью очень доволен, все работает без тормозов и зависаний.

Источник

DIR-835 Rev A1 is a 3T3R (on 5GHz) version of D-Link DIR-825 rev C1 (same PCB).

Hardware is very similar to TP-Link WDR4300 but DIR-835 has more flash and is physically more compact.

Flash DIR-835-A1 “factory” OpenWrt image file (e.g. openwrt-ar71xx-generic-dir-835-a1-squashfs-factory.bin) via D-Link firmware upgrade in web interface. *NOTE* the process completion is not obvious so give plenty of time and do not be confused as the LED power light will end up being AMBER instead of GREEN as on stock firmware; LED functionality can be adjusted through ‘LUCI > System > Led Configuration’.

Note that default D-Link IP address is 192.168.0.1 and OpenWrt will default to 192.168.1.1. Make sure your PC obtains a new IP address from DHCP (or use static) after installation. Initial connection must be over ethernet (you should flash over ethernet anyway).

This router also supports D-Link’s recovery mode, which can be used for initial flash or recovery. See this D-link forum post for details: http://forums.dlink.com/index.php?topic=44909.msg163599#msg163599

Please check out the article flash.layout. It contains an example and a couple of explanations.

0x000000000000-0x000000010000 : “u-boot”

0x000000010000-0x000000020000 : “nvram”

0x000000020000-0x000000fb0000 : “linux”

0x000000160000-0x000000fb0000 : “rootfs”

0x000000fb0000-0x000000fe0000 : “LANG”

0x000000fe0000-0x000000ff0000 : “MAC”

0x000000ff0000-0x000001000000 : “ART”

From WikiDevi

U-Boot 1.1.4 Rev: 309 (Dec 15 2011 — 15:42:35)

U-boot DB120

DRAM: 128 MB
Top of RAM usable for U-Boot at: 88000000
Reserving 152k for U-Boot at: 87fd8000
Reserving 192k for malloc() at: 87fa8000
Reserving 44 Bytes for Board Info at: 87fa7fd4
Reserving 36 Bytes for Global Data at: 87fa7fb0
Reserving 128k for boot params() at: 87f87fb0
Stack Pointer at: 87f87f98
Now running in RAM — U-Boot at: 87fd8000
id read 0x100000ff
flash size 16MB, sector count = 256
Flash: 16 MB
Using default environment

In: serial
Out: serial
Err: serial
Net: ag934x_enet_initialize…
Fetching MAC Address from 0x87ff1ee8
wasp reset mask:c03300
WASP —-> S17 PHY *
: cfg1 0x7 cfg2 0x7114
eth0: 00:00:f0:10:00:01
athrs17_reg_init: complete
eth0 up
eth0
Hit any key to stop autoboot: 0
## Booting image at 9f020000 …
Image Name: Linux Kernel Image
Created: 2012-01-18 13:57:55 UTC
Image Type: MIPS Linux Kernel Image (lzma compressed)
Data Size: 1280031 Bytes = 1.2 MB
Load Address: 80002000
Entry Point: 802a9e70
Verifying Checksum at 0x9f020040 …OK
Uncompressing Kernel Image … OK
No initrd
## Transferring control to Linux (at address 802a9e70) …
## bootargs 0: console=ttyS0,115200 root=31:03 rootfstype=squashfs,jffs2 init=/sbin/init mtdparts=ath-nor0:128k(u-boot),64k(nvram),1536k(linux),6144k(rootfs),192k(LANG),64k(MAC),64k(ART)…
## bootargs @A7F87FB0: console=ttyS0,115200 root=31:03 rootfstype=squashfs,jffs2 init=/sbin/init mtdparts=ath-nor0:64k(u-boot),64k(nvram),15936k(linux),14656k@0x00160000(rootfs),192k(LANG),64k(MAC),64k(ART)…
## Giving linux memsize in bytes, 134217728

Starting kernel …

Booting Atheros AR934x
Linux version 2.6.31—LSDK-9.2.0.312 (root@robert-desktop) (gcc version 4.3.3 (GCC) ) #1 Wed Jan 18 20:34:37 CST 2012
flash_size passed from bootloader = 16
arg 1: console=ttyS0,115200
arg 2: root=31:03
arg 3: rootfstype=squashfs,jffs2
arg 4: init=/sbin/init
arg 5: mtdparts=ath-nor0:64k(u-boot),64k(nvram),15936k(linux),14656k@0x00160000(rootfs),192k(LANG),64k(MAC),64k(ART)
arg 6: mem=128M
CPU revision is: 0001974c (MIPS 74Kc)
ath_sys_frequency: cpu srif ddr srif cpu 560 ddr 480 ahb 240
Determined physical RAM map:
memory: 02000000 @ 00000000 (usable)
User-defined physical RAM map:
memory: 08000000 @ 00000000 (usable)
Initrd not found or empty — disabling initrd
Zone PFN ranges:
Normal 0x00000000 -> 0x00008000
Movable zone start PFN for each node
early_node_map[1] active PFN ranges
0: 0x00000000 -> 0x00008000
Built 1 zonelists in Zone order, mobility grouping on. Total pages: 32512
Kernel command line: console=ttyS0,115200 root=31:03 rootfstype=squashfs,jffs2 init=/sbin/init mtdparts=ath-nor0:64k(u-boot),64k(nvram),15936k(linux),14656k@0x00160000(rootfs),192k(LANG),64k(MAC),64k(ART) mem=128M
PID hash table entries: 512 (order: 9, 2048 bytes)
Dentry cache hash table entries: 16384 (order: 4, 65536 bytes)
Inode-cache hash table entries: 8192 (order: 3, 32768 bytes)
Primary instruction cache 64kB, VIPT, 4-way, linesize 32 bytes.
Primary data cache 32kB, 4-way, VIPT, cache aliases, linesize 32 bytes
Writing ErrCtl register=00000000
Readback ErrCtl register=00000000
Memory: 111616k/131072k available (2752k kernel code, 19284k reserved, 757k data, 156k init, 0k highmem)
NR_IRQS:128
plat_time_init: plat time init done
Calibrating delay loop… 279.55 BogoMIPS (lpj=559104)
Mount-cache hash table entries: 512

****************ALLOC***********************
Packet mem: 803aba80 (0xe00000 bytes)
********************************************

NET: Registered protocol family 16
PCI init:ath_pcibios_init
ath_pcibios_init(294): PCI CMD write: 0x356
registering PCI controller with io_map_base unset
bio: create slab <bio-0> at 0
SCSI subsystem initialized
pci 0000:00:00.0: PME# supported from D0 D1 D3hot
pci 0000:00:00.0: PME# disabled
Returning IRQ 64
NET: Registered protocol family 2
IP route cache hash table entries: 1024 (order: 0, 4096 bytes)
TCP established hash table entries: 4096 (order: 3, 32768 bytes)
TCP bind hash table entries: 4096 (order: 2, 16384 bytes)
TCP: Hash tables configured (established 4096 bind 4096)
TCP reno registered
NET: Registered protocol family 1
ATH GPIOC major 0
athwdt_init: Registering WDT success
20000000, 1312D00, USEC_PER_SEC: 1000000,ath_ahb_freq: 240000000
squashfs: version 4.0 (2009/01/31) Phillip Lougher
NTFS driver 2.1.29 [Flags: R/O].
fuse init (API version 7.12)
msgmni has been set to 218
alg: No test for lzma (lzma-generic)
alg: No test for stdrng (krng)
io scheduler noop registered
io scheduler deadline registered (default)
HDLC line discipline maxframe=4096
N_HDLC line discipline registered.
Serial: 8250/16550 driver, 1 ports, IRQ sharing disabled
serial8250.0: ttyS0 at MMIO 0xb8020000 (irq = 19) is a 16550A
console [ttyS0] enabled
brd: module loaded
PPP generic driver version 2.4.2
PPP MPPE Compression module registered
NET: Registered protocol family 24
PPTP driver version 0.8.5
PPPoL2TP kernel driver, V1.0
HDLC support module revision 1.22
7 cmdlinepart partitions found on MTD device ath-nor0
Creating 7 MTD partitions on «ath-nor0»:
0x000000000000-0x000000010000 : «u-boot»
0x000000010000-0x000000020000 : «nvram»
0x000000020000-0x000000fb0000 : «linux»
0x000000160000-0x000000fb0000 : «rootfs»
0x000000fb0000-0x000000fe0000 : «LANG»
0x000000fe0000-0x000000ff0000 : «MAC»
0x000000ff0000-0x000001000000 : «ART»
u32 classifier
Netfilter messages via NETLINK v0.30.
nf_conntrack version 0.5.0 (2048 buckets, 8192 max)
CONFIG_NF_CT_ACCT is deprecated and will be removed soon. Please use
nf_conntrack.acct=1 kernel parameter, acct=1 nf_conntrack module option or
sysctl net.netfilter.nf_conntrack_acct=1 to enable it.
xt_time: kernel timezone is -0000
ip_tables: (C) 2000-2006 Netfilter Core Team
TCP cubic registered
NET: Registered protocol family 10
IPv6 over IPv4 tunneling driver
NET: Registered protocol family 17
RPC: Registered udp transport module.
RPC: Registered tcp transport module.
802.1Q VLAN Support v1.8 Ben Greear <greearb@candelatech.com>
All bugs added by David S. Miller <davem@redhat.com>
arch/mips/atheros/gpio.c (ath_simple_config_init) JUMPSTART_GPIO: 16
ath_otp_init: Registering OTP success
ath_clksw_init: Registering Clock Switch Interface success
VFS: Mounted root (squashfs filesystem) readonly on device 31:3.
Freeing unused kernel memory: 156k freed
init started: BusyBox v1.01 (2012.01.18-13:47+0000) multi-call binary
init NVRAM_SPACE from mtdblock size
init nvram memory map size: 0x10000 order of pages: 0x4
nvram module init:
/dev/nvram major number 225 glues to mtd: «nvram» size: 0x00010000
nvram_space: 0x00010000 mapped via mmap(2)
linux_nvram: restore default
openfile :/etc/sysinfo
init artblock :lan_mac=B8:A3:86:52:5A:B1 to «sys_lan_mac»
init artblock :wan_mac=B8:A3:86:52:5A:B2 to «sys_wan_mac»
init artblock :hw_version=A1 to «sys_hw_version»
init artblock :wlan0_domain=0x14 to «sys_wlan0_domain»
AR934x GPIO Controller
init gpio 11
init gpio 13
init gpio 12
init gpio 14
init gpio 15
init gpio 18
init gpio 19
init gpio 20
init gpio 22
mkdir: Cannot create directory `/var/log/samba’: No such file or directory
usbcore: registered new interface driver usbfs
usbcore: registered new interface driver hub
usbcore: registered new device driver usb
ehci_hcd: USB 2.0 ‘Enhanced’ Host Controller (EHCI) Driver
Port Status 1c000004
ath-ehci ath-ehci.0: ATH EHCI
ath-ehci ath-ehci.0: new USB bus registered, assigned bus number 1
ehci_reset Intialize USB CONTROLLER in host mode: 13
ehci_reset Port Status 1c000000
ath-ehci ath-ehci.0: irq 3, io mem 0x1b000000
ehci_reset Intialize USB CONTROLLER in host mode: 13
ehci_reset Port Status 1c000000
ath-ehci ath-ehci.0: USB 2.0 started, EHCI 1.00
usb usb1: configuration #1 chosen from 1 choice
hub 1-0:1.0: USB hub found
hub 1-0:1.0: 1 port detected
ohci_hcd: USB 1.1 ‘Open’ Host Controller (OHCI) Driver
Initialize silex modules start
Initialize Hotplug
Starting sxuptpd
initializing USB device filter
usbcore: registered new interface driver sxuptp_driver
Please press Enter to activate this console. insmod: cannot insert `/lib/devnvram.ko’: File exists (-1): File exists
openfile :/var/etc/nvram.default
nvram_sanity_check: restore key: wifi1_rxchainmask=»7″
nvram_sanity_check: restore key: wifi0_rxchainmask=»3″
nvram_sanity_check: restore key: wifi1_txchainmask=»7″
nvram_sanity_check: restore key: wifi0_txchainmask=»3″
nvram_sanity_check: restore key: feature_media_server=»1″
nvram_sanity_check: restore key: fw_query_str=»DIR-835_Ax_Default»
nvram_sanity_check: restore key: 5g=»1″
nvram_sanity_check: restore key: hnat_udp_threshold=»1000″
nvram_sanity_check: restore key: hnat_tcp_threshold=»300″
nvram_sanity_check: restore key: hnat_min_napt_no=»750″
nvram_sanity_check: restore key: hnat_max_napt_no=»820″
nvram_sanity_check: restore key: hnat_enable=»1″
nvram_sanity_check: restore key: wan_eth=»eth0.2″
nvram_sanity_check: restore key: lan_eth=»eth0.1″
nvram_sanity_check: restore key: feature_wlan_mode=»concurrent»
nvram_sanity_check: restore key: feature_usb=»1″
nvram_sanity_check: restore key: feature_dslite=»1″
nvram_sanity_check: restore key: pure_support_url=»http://support.dlink.com/products/view.asp?productid»
nvram_sanity_check: restore key: pure_device_name=»D-Link Systems DIR-835″
nvram_sanity_check: restore key: friendlyname=»DIR-835″
nvram_sanity_check: restore key: hostname=»DIR-835″
nvram_sanity_check: restore key: storage_access=»none»
nvram_sanity_check: restore key: storage_account=»»
nvram_sanity_check: restore key: file_access_ssl_port=»4433″
nvram_sanity_check: restore key: file_access_ssl=»0″
nvram_sanity_check: restore key: file_access_remote_port=»8181″
nvram_sanity_check: restore key: file_access_remote=»1″
nvram_sanity_check: restore key: file_access_enable=»0″
nvram_sanity_check: restore key: feature_storage=»1″
nvram_sanity_check: restore key: feature_ipv6=»1″
nvram_sanity_check: restore key: ipv6_ula_prefix=»»
nvram_sanity_check: restore key: ipv6_ula_enable=»0″
nvram_sanity_check: restore key: ipv6_simple_security=»0″
nvram_sanity_check: restore key: ipv6_dhcp_pd_hint_vltime=»»
nvram_sanity_check: restore key: ipv6_dhcp_pd_hint_pltime=»»
nvram_sanity_check: restore key: ipv6_dhcp_pd_hint_length=»»
nvram_sanity_check: restore key: ipv6_dhcp_pd_hint_prefix=»»
nvram_sanity_check: restore key: ipv6_dhcp_pd_hint_enable=»0″
nvram_sanity_check: restore key: static_routing_ipv6_09=»0///64//NULL/1″
nvram_sanity_check: restore key: static_routing_ipv6_08=»0///64//NULL/1″
nvram_sanity_check: restore key: static_routing_ipv6_07=»0///64//NULL/1″
nvram_sanity_check: restore key: static_routing_ipv6_06=»0///64//NULL/1″
nvram_sanity_check: restore key: static_routing_ipv6_05=»0///64//NULL/1″
nvram_sanity_check: restore key: static_routing_ipv6_04=»0///64//NULL/1″
nvram_sanity_check: restore key: static_routing_ipv6_03=»0///64//NULL/1″
nvram_sanity_check: restore key: static_routing_ipv6_02=»0///64//NULL/1″
nvram_sanity_check: restore key: static_routing_ipv6_01=»0///64//NULL/1″
nvram_sanity_check: restore key: static_routing_ipv6_00=»0///64//NULL/1″
nvram_sanity_check: restore key: wan_dslite_ipv4=»»
nvram_sanity_check: restore key: wan_dslite_aftr=»»
nvram_sanity_check: restore key: wan_dslite_dhcp=»1″
nvram_sanity_check: restore key: ipv6_pppoe_share=»1″
nvram_sanity_check: restore key: ipv6_autoconfig_flag=»»
nvram_sanity_check: restore key: ipv6_autoconfig_lan_ip=»»
nvram_sanity_check: restore key: ipv6_autoconfig_secondary_dns=»»
nvram_sanity_check: restore key: ipv6_autoconfig_primary_dns=»»
nvram_sanity_check: restore key: ipv6_autoconfig_dns_enable=»0″
nvram_sanity_check: restore key: ipv6_autodetect_lan_ip=»»
nvram_sanity_check: restore key: ipv6_autodetect_secondary_dns=»»
nvram_sanity_check: restore key: ipv6_autodetect_primary_dns=»»
nvram_sanity_check: restore key: ipv6_autodetect_dns_enable=»0″
nvram_sanity_check: restore key: ipv6_guest_dhcpd_prefix=»»
nvram_sanity_check: restore key: ipv6_guest_dhcpd_end=»::0200″
nvram_sanity_check: restore key: ipv6_guest_dhcpd_start=»::0001″
nvram_sanity_check: restore key: ipv6_use_link_local=»1″
nvram_sanity_check: restore key: ipv6_6rd_hub=»1″
nvram_sanity_check: restore key: ipv6_6rd_dhcp=»1″
nvram_sanity_check: restore key: ipv6_6rd_ipv4_mask_length=»0″
nvram_sanity_check: restore key: ipv6_6rd_relay=»»
nvram_sanity_check: restore key: ipv6_6rd_lan_ip=»»
nvram_sanity_check: restore key: ipv6_6rd_prefix_length=»32″
nvram_sanity_check: restore key: ipv6_6rd_prefix=»»
nvram_sanity_check: restore key: ipv6_6rd_secondary_dns=»»
nvram_sanity_check: restore key: ipv6_6rd_primary_dns=»»
nvram_sanity_check: restore key: ipv6_wan_specify_dns=»0″
nvram_sanity_check: restore key: ipv6_stateless_lan_ip=»»
nvram_sanity_check: restore key: ipv6_stateless_secondary_dns=»»
nvram_sanity_check: restore key: ipv6_stateless_primary_dns=»»
nvram_sanity_check: restore key: ipv6_stateless_dns_enable=»0″
nvram_sanity_check: restore key: ipv6_6to4_relay=»192.88.99.1″
nvram_sanity_check: restore key: ipv6_6to4_lan_ip_subnet=»0001″
nvram_sanity_check: restore key: ipv6_6to4_lan_ip=»»
nvram_sanity_check: restore key: ipv6_6to4_secondary_dns=»»
nvram_sanity_check: restore key: ipv6_6to4_primary_dns=»»
nvram_sanity_check: restore key: ipv6_6in4_lan_ip=»»
nvram_sanity_check: restore key: ipv6_6in4_secondary_dns=»»
nvram_sanity_check: restore key: ipv6_6in4_primary_dns=»»
nvram_sanity_check: restore key: ipv6_6in4_dns_enable=»0″
nvram_sanity_check: restore key: ipv6_6in4_wan_ip=»»
nvram_sanity_check: restore key: ipv4_6in4_wan_ip=»»
nvram_sanity_check: restore key: ipv6_6in4_remote_ip=»»
nvram_sanity_check: restore key: ipv4_6in4_remote_ip=»»
nvram_sanity_check: restore key: ipv6_pppoe_lan_ip=»»
nvram_sanity_check: restore key: ipv6_pppoe_secondary_dns=»»
nvram_sanity_check: restore key: ipv6_pppoe_primary_dns=»»
nvram_sanity_check: restore key: ipv6_pppoe_dns_enable=»0″
nvram_sanity_check: restore key: ipv6_pppoe_mtu=»1492″
nvram_sanity_check: restore key: ipv6_pppoe_idle_time=»5″
nvram_sanity_check: restore key: ipv6_pppoe_connect_mode=»always_on»
nvram_sanity_check: restore key: ipv6_pppoe_service=»»
nvram_sanity_check: restore key: ipv6_pppoe_password=»»
nvram_sanity_check: restore key: ipv6_pppoe_username=»»
nvram_sanity_check: restore key: ipv6_pppoe_ipaddr=»»
nvram_sanity_check: restore key: ipv6_pppoe_dynamic=»1″
nvram_sanity_check: restore key: ipv6_dhcp_pd_enable_l=»1″
nvram_sanity_check: restore key: ipv6_dhcp_pd_enable=»1″
nvram_sanity_check: restore key: ipv6_dhcp_lan_ip=»»
nvram_sanity_check: restore key: ipv6_dhcp_secondary_dns=»»
nvram_sanity_check: restore key: ipv6_dhcp_primary_dns=»»
nvram_sanity_check: restore key: ipv6_dhcp_dns_enable=»0″
nvram_sanity_check: restore key: ipv6_dhcpd_prefix=»»
nvram_sanity_check: restore key: ipv6_dhcpd_end=»::0200″
nvram_sanity_check: restore key: ipv6_dhcpd_start=»::0001″
nvram_sanity_check: restore key: ipv6_dhcpd_lifetime=»1440″
nvram_sanity_check: restore key: ipv6_autoconfig_type=»stateless_dhcp»
nvram_sanity_check: restore key: ipv6_autoconfig=»1″
nvram_sanity_check: restore key: ipv6_static_secondary_dns=»»
nvram_sanity_check: restore key: ipv6_static_primary_dns=»»
nvram_sanity_check: restore key: ipv6_static_default_gw=»»
nvram_sanity_check: restore key: ipv6_static_prefix_length=»»
nvram_sanity_check: restore key: ipv6_wan_proto=»ipv6_autodetect»
nvram_sanity_check: restore key: ipv6_mrd_status=»on»
nvram_sanity_check: restore key: ipv6_static_lan_ip=»»
nvram_sanity_check: restore key: ipv6_static_wan_ip=»»
nvram_sanity_check: restore key: ipv6_default_gateway_l=»»
nvram_sanity_check: restore key: ipv6_default_gateway_w=»»
nvram_sanity_check: restore key: ipv6_ra_interface=»LAN»
nvram_sanity_check: restore key: ipv6_ra_prefix64_w_two=»»
nvram_sanity_check: restore key: ipv6_ra_prefix64_w_one=»3ffe:0501:ffff:0101″
nvram_sanity_check: restore key: ipv6_ra_adv_link_mtu_w=»1500″
nvram_sanity_check: restore key: ipv6_ra_adv_prefer_lifetime_w_two=»»
nvram_sanity_check: restore key: ipv6_ra_adv_valid_lifetime_w_two=»»
nvram_sanity_check: restore key: ipv6_ra_adv_autonomous_flag_w_two=»»
nvram_sanity_check: restore key: ipv6_ra_adv_onlink_flag_w_two=»»
nvram_sanity_check: restore key: ipv6_ra_adv_prefer_lifetime_w_one=»604800″
nvram_sanity_check: restore key: ipv6_ra_adv_valid_lifetime_w_one=»2592000″
nvram_sanity_check: restore key: ipv6_ra_adv_autonomous_flag_w_one=»on»
nvram_sanity_check: restore key: ipv6_ra_adv_onlink_flag_w_one=»on»
nvram_sanity_check: restore key: ipv6_ra_adv_retrans_timer_w=»0″
nvram_sanity_check: restore key: ipv6_ra_adv_reachable_time_w=»0″
nvram_sanity_check: restore key: ipv6_ra_adv_default_lifetime_w=»1800″
nvram_sanity_check: restore key: ipv6_ra_adv_other_config_flag_w=»off»
nvram_sanity_check: restore key: ipv6_ra_adv_managed_flag_w=»off»
nvram_sanity_check: restore key: ipv6_ra_adv_cur_hoplimit_w=»64″
nvram_sanity_check: restore key: ipv6_ra_minrtr_advinterval_w=»15″
nvram_sanity_check: restore key: ipv6_ra_maxrtr_advinterval_w=»60″
nvram_sanity_check: restore key: ipv6_ra_prefix64_l_two=»»
nvram_sanity_check: restore key: ipv6_ra_prefix64_l_one=»3ffe:0501:ffff:0100″
nvram_sanity_check: restore key: ipv6_ra_adv_link_mtu_l=»1500″
nvram_sanity_check: restore key: ipv6_ra_adv_prefer_lifetime_l_two=»»
nvram_sanity_check: restore key: ipv6_ra_adv_valid_lifetime_l_two=»»
nvram_sanity_check: restore key: ipv6_ra_adv_autonomous_flag_l_two=»»
nvram_sanity_check: restore key: ipv6_ra_adv_onlink_flag_l_two=»»
nvram_sanity_check: restore key: ipv6_ra_adv_prefer_lifetime_l_one=»86400″
nvram_sanity_check: restore key: ipv6_ra_adv_valid_lifetime_l_one=»86400″
nvram_sanity_check: restore key: ipv6_ra_adv_autonomous_flag_l_one=»on»
nvram_sanity_check: restore key: ipv6_ra_adv_onlink_flag_l_one=»on»
nvram_sanity_check: restore key: ipv6_ra_adv_retrans_timer_l=»0″
nvram_sanity_check: restore key: ipv6_ra_adv_reachable_time_l=»0″
nvram_sanity_check: restore key: ipv6_ra_adv_default_lifetime_l=»1800″
nvram_sanity_check: restore key: ipv6_ra_adv_other_config_flag_l=»off»
nvram_sanity_check: restore key: ipv6_ra_adv_managed_flag_l=»off»
nvram_sanity_check: restore key: ipv6_ra_adv_cur_hoplimit_l=»64″
nvram_sanity_check: restore key: ipv6_ra_minrtr_advinterval_l=»15″
nvram_sanity_check: restore key: ipv6_ra_maxrtr_advinterval_l=»60″
nvram_sanity_check: restore key: ipv6_ra_status=»on»
nvram_sanity_check: restore key: ipv6_multicast_stream_enable=»1″
nvram_sanity_check: restore key: ipv6_filter_type=»disable»
nvram_sanity_check: restore key: firewall_rule_ipv6_20=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_19=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_18=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_17=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_16=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_15=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_14=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_13=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_12=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_11=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_10=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_09=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_08=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_07=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_06=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_05=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_04=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_03=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_02=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_01=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: firewall_rule_ipv6_00=»0//Always/-1//-1//TCP/1/65535″
nvram_sanity_check: restore key: wlan1_vap1_schedule=»Always»
nvram_sanity_check: restore key: wlan1_vap1_wep_display=»hex»
nvram_sanity_check: restore key: wlan1_vap_guest_zone=»0″
nvram_sanity_check: restore key: wlan1_vap1_gkey_rekey_time=»3600″
nvram_sanity_check: restore key: wlan1_vap1_eap_reauth_period=»60″
nvram_sanity_check: restore key: wlan1_vap1_eap_radius_server_1=»0.0.0.0/1812/»
nvram_sanity_check: restore key: wlan1_vap1_eap_radius_server_0=»0.0.0.0/1812/»
nvram_sanity_check: restore key: wlan1_vap1_psk_pass_phrase=»1234567890″
nvram_sanity_check: restore key: wlan1_vap1_psk_cipher_type=»both»
nvram_sanity_check: restore key: wlan1_vap1_wep_default_key=»1″
nvram_sanity_check: restore key: wlan1_vap1_wep152_key_4=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep152_key_3=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep152_key_2=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep152_key_1=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep128_key_4=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep128_key_3=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep128_key_2=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep128_key_1=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep64_key_4=»0000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep64_key_3=»0000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep64_key_2=»0000000000″
nvram_sanity_check: restore key: wlan1_vap1_wep64_key_1=»0000000000″
nvram_sanity_check: restore key: wlan1_vap1_security=»disable»
nvram_sanity_check: restore key: wlan1_vap1_ssid=»dlink_media_guest»
nvram_sanity_check: restore key: wlan1_vap1_enable=»0″
nvram_sanity_check: restore key: wlan1_mac=»00:11:22:33:44:56″
nvram_sanity_check: restore key: wlan1_wds_enable=»0″
nvram_sanity_check: restore key: wlan1_txpower=»19″
nvram_sanity_check: restore key: wlan1_schedule=»Always»
nvram_sanity_check: restore key: wlan1_wep_display=»hex»
nvram_sanity_check: restore key: wlan1_eap_mac_auth=»3″
nvram_sanity_check: restore key: wlan1_11n_protection=»auto»
nvram_sanity_check: restore key: wlan1_wmm_enable=»1″
nvram_sanity_check: restore key: wlan1_short_gi=»1″
nvram_sanity_check: restore key: wlan1_partition=»0″
nvram_sanity_check: restore key: wlan1_11d_enable=»0″
nvram_sanity_check: restore key: wlan1_dtim=»1″
nvram_sanity_check: restore key: wlan1_fragmentation=»2346″
nvram_sanity_check: restore key: wlan1_rts_threshold=»2347″
nvram_sanity_check: restore key: wlan1_beacon_interval=»200″
nvram_sanity_check: restore key: wlan1_gkey_rekey_time=»3600″
nvram_sanity_check: restore key: wlan1_eap_reauth_period=»60″
nvram_sanity_check: restore key: wlan1_eap_radius_server_1=»0.0.0.0/1812/»
nvram_sanity_check: restore key: wlan1_eap_radius_server_0=»0.0.0.0/1812/»
nvram_sanity_check: restore key: wlan1_psk_pass_phrase=»1234567890″
nvram_sanity_check: restore key: wlan1_psk_cipher_type=»both»
nvram_sanity_check: restore key: wlan1_wep_default_key=»1″
nvram_sanity_check: restore key: wlan1_wep152_key_4=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan1_wep152_key_3=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan1_wep152_key_2=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan1_wep152_key_1=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan1_wep128_key_4=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan1_wep128_key_3=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan1_wep128_key_2=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan1_wep128_key_1=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan1_wep64_key_4=»0000000000″
nvram_sanity_check: restore key: wlan1_wep64_key_3=»0000000000″
nvram_sanity_check: restore key: wlan1_wep64_key_2=»0000000000″
nvram_sanity_check: restore key: wlan1_wep64_key_1=»0000000000″
nvram_sanity_check: restore key: wlan1_security=»disable»
nvram_sanity_check: restore key: wlan1_ssid_broadcast=»1″
nvram_sanity_check: restore key: wlan1_dot11_mode=»11na»
nvram_sanity_check: restore key: wlan1_auto_channel_enable=»1″
nvram_sanity_check: restore key: wlan1_channel=»40″
nvram_sanity_check: restore key: wlan1_cts=»1″
nvram_sanity_check: restore key: wlan1_ssid=»dlink_media»
nvram_sanity_check: restore key: wlan1_enable=»1″
nvram_sanity_check: restore key: wlan0_vap1_schedule=»Always»
nvram_sanity_check: restore key: wlan0_vap1_wep_display=»hex»
nvram_sanity_check: restore key: wlan0_vap_guest_zone=»1″
nvram_sanity_check: restore key: wlan0_vap1_gkey_rekey_time=»3600″
nvram_sanity_check: restore key: wlan0_vap1_eap_reauth_period=»60″
nvram_sanity_check: restore key: wlan0_vap1_eap_radius_server_1=»0.0.0.0/1812/»
nvram_sanity_check: restore key: wlan0_vap1_eap_radius_server_0=»0.0.0.0/1812/»
nvram_sanity_check: restore key: wlan0_vap1_psk_pass_phrase=»1234567890″
nvram_sanity_check: restore key: wlan0_vap1_psk_cipher_type=»both»
nvram_sanity_check: restore key: wlan0_vap1_wep_default_key=»1″
nvram_sanity_check: restore key: wlan0_vap1_wep152_key_4=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep152_key_3=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep152_key_2=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep152_key_1=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep128_key_4=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep128_key_3=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep128_key_2=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep128_key_1=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep64_key_4=»0000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep64_key_3=»0000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep64_key_2=»0000000000″
nvram_sanity_check: restore key: wlan0_vap1_wep64_key_1=»0000000000″
nvram_sanity_check: restore key: wlan0_vap1_security=»disable»
nvram_sanity_check: restore key: wlan0_vap1_ssid=»dlink_guest»
nvram_sanity_check: restore key: wlan0_vap1_enable=»0″
nvram_sanity_check: restore key: disable_wps_pin=»1″
nvram_sanity_check: restore key: wlan0_disablecoext=»0″
nvram_sanity_check: restore key: wlan0_wds_enable=»0″
nvram_sanity_check: restore key: wlan0_radio_mode=»0″
nvram_sanity_check: restore key: wps_guest_configured_mode=»1″
nvram_sanity_check: restore key: wps_default_pin=»00000000″
nvram_sanity_check: restore key: wps_pin=»00000000″
nvram_sanity_check: restore key: wps_lock=»0″
nvram_sanity_check: restore key: wps_configured_mode=»1″
nvram_sanity_check: restore key: wps_enable=»1″
nvram_sanity_check: restore key: wlan0_schedule=»Always»
nvram_sanity_check: restore key: wlan0_gkey_rekey_time=»3600″
nvram_sanity_check: restore key: wlan0_countrycode=»842″
nvram_sanity_check: restore key: wlan0_eap_mac_auth=»3″
nvram_sanity_check: restore key: wlan0_11n_protection=»auto»
nvram_sanity_check: restore key: wlan0_mac=»00:11:22:33:44:55″
nvram_sanity_check: restore key: wlan0_mode=»rt»
nvram_sanity_check: restore key: wlan0_wmm_enable=»1″
nvram_sanity_check: restore key: wlan0_short_gi=»1″
nvram_sanity_check: restore key: wlan0_igmp_snooping=»1″
nvram_sanity_check: restore key: wlan0_partition=»0″
nvram_sanity_check: restore key: wlan0_11d_enable=»0″
nvram_sanity_check: restore key: wlan0_cts=»1″
nvram_sanity_check: restore key: wlan0_dtim=»1″
nvram_sanity_check: restore key: wlan0_fragmentation=»2346″
nvram_sanity_check: restore key: wlan0_rts_threshold=»2347″
nvram_sanity_check: restore key: wlan0_beacon_interval=»100″
nvram_sanity_check: restore key: wlan0_txpower=»19″
nvram_sanity_check: restore key: wlan0_auto_txrate=»1″
nvram_sanity_check: restore key: wlan0_eap_reauth_period=»60″
nvram_sanity_check: restore key: wlan0_eap_radius_server_1=»0.0.0.0/1812/»
nvram_sanity_check: restore key: wlan0_eap_radius_server_0=»0.0.0.0/1812/»
nvram_sanity_check: restore key: wlan0_psk_pass_phrase=»1234567890″
nvram_sanity_check: restore key: wlan0_psk_cipher_type=»both»
nvram_sanity_check: restore key: wlan0_wep_default_key=»1″
nvram_sanity_check: restore key: wlan0_wep_display=»hex»
nvram_sanity_check: restore key: wlan0_wep152_key_4=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan0_wep152_key_3=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan0_wep152_key_2=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan0_wep152_key_1=»00000000000000000000000000000000″
nvram_sanity_check: restore key: wlan0_wep128_key_4=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan0_wep128_key_3=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan0_wep128_key_2=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan0_wep128_key_1=»00000000000000000000000000″
nvram_sanity_check: restore key: wlan0_wep64_key_4=»0000000000″
nvram_sanity_check: restore key: wlan0_wep64_key_3=»0000000000″
nvram_sanity_check: restore key: wlan0_wep64_key_2=»0000000000″
nvram_sanity_check: restore key: wlan0_wep64_key_1=»0000000000″
nvram_sanity_check: restore key: wlan0_security=»disable»
nvram_sanity_check: restore key: wlan0_ssid_broadcast=»1″
nvram_sanity_check: restore key: wlan0_dot11_mode=»11bgn»
nvram_sanity_check: restore key: wlan0_auto_channel_enable=»1″
nvram_sanity_check: restore key: wlan0_channel=»6″
nvram_sanity_check: restore key: wlan0_domain=»0x10″
nvram_sanity_check: restore key: wlan0_ssid=»dlink»
nvram_sanity_check: restore key: wlan0_emi_test=»0″
nvram_sanity_check: restore key: wlan0_enable=»1″
nvram_sanity_check: restore key: wlan0_eth=»ath0″
nvram_sanity_check: restore key: notify_interval=»900″
nvram_sanity_check: restore key: minidlna_port=»8200″
nvram_sanity_check: restore key: minidlna_enable=»1″
nvram_sanity_check: restore key: smb_server_string=»dlink_storage»
nvram_sanity_check: restore key: netbios_name=»dlink»
nvram_sanity_check: restore key: workgroup=»worgroup»
nvram_sanity_check: restore key: samba_enable=»1″
nvram_sanity_check: restore key: https_pem=»»
nvram_sanity_check: restore key: sslport=»443″
nvram_sanity_check: restore key: ssl_remote_ipaddr=»*»
nvram_sanity_check: restore key: remote_ssl=»0″
nvram_sanity_check: restore key: reboot_dail=»0″
nvram_sanity_check: restore key: logout_time=»180″
nvram_sanity_check: restore key: media_enable=»0″
nvram_sanity_check: restore key: reboot_type=»»
nvram_sanity_check: restore key: setup_wizard_rt=»1″
nvram_sanity_check: restore key: dhcpc_enable=»1″
nvram_sanity_check: restore key: schedule_time_format=»24″
nvram_sanity_check: restore key: opendns_enable=»0″
nvram_sanity_check: restore key: netusb_guest_zone=»0″
nvram_sanity_check: restore key: asp_temp_72=»0″
nvram_sanity_check: restore key: graph_auth_enable=»0″
nvram_sanity_check: restore key: usb3g_wan_mtu=»1492″
nvram_sanity_check: restore key: usb3g_max_idle_time=»5″
nvram_sanity_check: restore key: usb3g_reconnect_mode=»always_on»
nvram_sanity_check: restore key: usb3g_apn_name=»»
nvram_sanity_check: restore key: usb3g_auth=»»
nvram_sanity_check: restore key: usb3g_dial_num=»»
nvram_sanity_check: restore key: usb3g_password=»»
nvram_sanity_check: restore key: usb3g_username=»»
nvram_sanity_check: restore key: usb3g_isp=»0″
nvram_sanity_check: restore key: usb3g_country=»0″
nvram_sanity_check: restore key: dhcpc_enable_vendor_class=»0″
nvram_sanity_check: restore key: log_email_server_port=»25″
nvram_sanity_check: restore key: alg_sip=»1″
nvram_sanity_check: restore key: alg_rtsp=»1″
nvram_sanity_check: restore key: netusb_detect_interval=»30″
nvram_sanity_check: restore key: usb_type=»0″
nvram_sanity_check: restore key: static_routing_49=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_48=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_47=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_46=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_45=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_44=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_43=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_42=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_41=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_40=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_39=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_38=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_37=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_36=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_35=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_34=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_33=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_32=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_31=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_30=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_29=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_28=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_27=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_26=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_25=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_24=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_23=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_22=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_21=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_20=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_19=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_18=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_17=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_16=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_15=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_14=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_13=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_12=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_11=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_10=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_09=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_08=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_07=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_06=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_05=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_04=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_03=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_02=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_01=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: static_routing_00=»0//0.0.0.0/0.0.0.0/0.0.0.0/WAN/1″
nvram_sanity_check: restore key: classless_static_route=»1″
nvram_sanity_check: restore key: lan_device_name=»dlinkrouter»
nvram_sanity_check: restore key: check_fw_url=»wrpd.dlink.com.tw,/router/firmware/query.asp?model=»
nvram_sanity_check: restore key: log_email_recipien=»»
nvram_sanity_check: restore key: syslog_server=»0/0.0.0.0″
nvram_sanity_check: restore key: log_email_auth=»0″
nvram_sanity_check: restore key: system_time=»»
nvram_sanity_check: restore key: asp_temp_wep152_key_4=»»
nvram_sanity_check: restore key: asp_temp_wep152_key_3=»»
nvram_sanity_check: restore key: asp_temp_wep152_key_2=»»
nvram_sanity_check: restore key: asp_temp_wep152_key_1=»»
nvram_sanity_check: restore key: asp_temp_wep128_key_4=»»
nvram_sanity_check: restore key: asp_temp_wep128_key_3=»»
nvram_sanity_check: restore key: asp_temp_wep128_key_2=»»
nvram_sanity_check: restore key: asp_temp_wep128_key_1=»»
nvram_sanity_check: restore key: asp_temp_wep64_key_4=»»
nvram_sanity_check: restore key: asp_temp_wep64_key_3=»»
nvram_sanity_check: restore key: asp_temp_wep64_key_2=»»
nvram_sanity_check: restore key: asp_temp_wep64_key_1=»»
nvram_sanity_check: restore key: asp_temp_71=»»
nvram_sanity_check: restore key: asp_temp_70=»»
nvram_sanity_check: restore key: asp_temp_69=»»
nvram_sanity_check: restore key: asp_temp_68=»»
nvram_sanity_check: restore key: asp_temp_67=»»
nvram_sanity_check: restore key: asp_temp_66=»»
nvram_sanity_check: restore key: asp_temp_65=»»
nvram_sanity_check: restore key: asp_temp_64=»»
nvram_sanity_check: restore key: asp_temp_63=»»
nvram_sanity_check: restore key: asp_temp_62=»»
nvram_sanity_check: restore key: asp_temp_61=»»
nvram_sanity_check: restore key: asp_temp_60=»»
nvram_sanity_check: restore key: asp_temp_59=»»
nvram_sanity_check: restore key: asp_temp_58=»»
nvram_sanity_check: restore key: asp_temp_57=»»
nvram_sanity_check: restore key: asp_temp_56=»»
nvram_sanity_check: restore key: asp_temp_55=»»
nvram_sanity_check: restore key: asp_temp_54=»»
nvram_sanity_check: restore key: asp_temp_53=»»
nvram_sanity_check: restore key: asp_temp_52=»»
nvram_sanity_check: restore key: asp_temp_51=»»
nvram_sanity_check: restore key: asp_temp_50=»»
nvram_sanity_check: restore key: asp_temp_49=»»
nvram_sanity_check: restore key: asp_temp_48=»»
nvram_sanity_check: restore key: asp_temp_47=»»
nvram_sanity_check: restore key: asp_temp_46=»»
nvram_sanity_check: restore key: asp_temp_45=»»
nvram_sanity_check: restore key: asp_temp_44=»»
nvram_sanity_check: restore key: asp_temp_43=»»
nvram_sanity_check: restore key: asp_temp_42=»»
nvram_sanity_check: restore key: asp_temp_41=»»
nvram_sanity_check: restore key: asp_temp_40=»»
nvram_sanity_check: restore key: asp_temp_39=»»
nvram_sanity_check: restore key: asp_temp_38=»»
nvram_sanity_check: restore key: asp_temp_37=»»
nvram_sanity_check: restore key: asp_temp_36=»»
nvram_sanity_check: restore key: asp_temp_35=»»
nvram_sanity_check: restore key: asp_temp_34=»»
nvram_sanity_check: restore key: asp_temp_33=»»
nvram_sanity_check: restore key: asp_temp_32=»»
nvram_sanity_check: restore key: asp_temp_31=»»
nvram_sanity_check: restore key: asp_temp_30=»»
nvram_sanity_check: restore key: asp_temp_29=»»
nvram_sanity_check: restore key: asp_temp_28=»»
nvram_sanity_check: restore key: asp_temp_27=»»
nvram_sanity_check: restore key: asp_temp_26=»»
nvram_sanity_check: restore key: asp_temp_25=»»
nvram_sanity_check: restore key: asp_temp_24=»»
nvram_sanity_check: restore key: asp_temp_23=»»
nvram_sanity_check: restore key: asp_temp_22=»»
nvram_sanity_check: restore key: asp_temp_21=»»
nvram_sanity_check: restore key: asp_temp_20=»»
nvram_sanity_check: restore key: asp_temp_19=»»
nvram_sanity_check: restore key: asp_temp_18=»»
nvram_sanity_check: restore key: asp_temp_17=»»
nvram_sanity_check: restore key: asp_temp_16=»»
nvram_sanity_check: restore key: asp_temp_15=»»
nvram_sanity_check: restore key: asp_temp_14=»»
nvram_sanity_check: restore key: asp_temp_13=»»
nvram_sanity_check: restore key: asp_temp_12=»»
nvram_sanity_check: restore key: asp_temp_11=»»
nvram_sanity_check: restore key: asp_temp_10=»»
nvram_sanity_check: restore key: asp_temp_09=»»
nvram_sanity_check: restore key: asp_temp_08=»»
nvram_sanity_check: restore key: asp_temp_07=»»
nvram_sanity_check: restore key: asp_temp_06=»»
nvram_sanity_check: restore key: asp_temp_05=»»
nvram_sanity_check: restore key: asp_temp_04=»»
nvram_sanity_check: restore key: asp_temp_03=»»
nvram_sanity_check: restore key: asp_temp_02=»»
nvram_sanity_check: restore key: asp_temp_01=»»
nvram_sanity_check: restore key: asp_temp_00=»»
nvram_sanity_check: restore key: asp_temp_wep_display=»»
nvram_sanity_check: restore key: html_response_return_page=»»
nvram_sanity_check: restore key: html_response_message=»»
nvram_sanity_check: restore key: html_response_page=»»
nvram_sanity_check: restore key: countdown_time=»40″
nvram_sanity_check: restore key: email_newer_fw=»0″
nvram_sanity_check: restore key: auto_check_newer_fw=»1″
nvram_sanity_check: restore key: pure_reboot_page=»reboot.asp»
nvram_sanity_check: restore key: pure_parental_url=»/adv_filters_url.asp»
nvram_sanity_check: restore key: pure_block_url=»/adv_filters_mac.asp»
nvram_sanity_check: restore key: pure_wireless_url=»/wireless.asp»
nvram_sanity_check: restore key: pure_presentation_url=»/st_device.asp»
nvram_sanity_check: restore key: pure_model_description=»Wireless 11N Router»
nvram_sanity_check: restore key: pure_vendor_name=»D-Link»
nvram_sanity_check: restore key: pure_type=»GatewayWithWiFi»
nvram_sanity_check: restore key: upnp_advertisement_ttl=»4″
nvram_sanity_check: restore key: upnp_advertisement_period=»30″
nvram_sanity_check: restore key: model_url=»http://support.dlink.com»
nvram_sanity_check: restore key: model_name=»D-Link Router»
nvram_sanity_check: restore key: manufacturer_url=»http://www.dlink.com»
nvram_sanity_check: restore key: manufacturer=»D-Link»
nvram_sanity_check: restore key: blank_status=»0″
nvram_sanity_check: restore key: serial_number=»none»
nvram_sanity_check: restore key: mac_clone_addr=»»
nvram_sanity_check: restore key: log_email_button_clicked=»0″
nvram_sanity_check: restore key: log_email_schedule=»0/0/0/Never»
nvram_sanity_check: restore key: log_email_block_enable=»0″
nvram_sanity_check: restore key: log_email_enable=»0″
nvram_sanity_check: restore key: log_email_password=»pass»
nvram_sanity_check: restore key: log_email_username=»user»
nvram_sanity_check: restore key: log_email_sender=»»
nvram_sanity_check: restore key: log_email_server=»»
nvram_sanity_check: restore key: log_response_type=»system|debug|attack|dropped|notice»
nvram_sanity_check: restore key: log_current_page=»0″
nvram_sanity_check: restore key: log_total_page=»0″
nvram_sanity_check: restore key: log_per_page=»10″
nvram_sanity_check: restore key: log_notice=»1″
nvram_sanity_check: restore key: log_dropped_packets=»0″
nvram_sanity_check: restore key: log_attacks=»1″
nvram_sanity_check: restore key: log_debug_information=»0″
nvram_sanity_check: restore key: log_system_activity=»1″
nvram_sanity_check: restore key: pppoe_pass_through=»1″
nvram_sanity_check: restore key: l2tp_pass_through=»1″
nvram_sanity_check: restore key: ipsec_pass_through=»1″
nvram_sanity_check: restore key: pptp_pass_through=»1″
nvram_sanity_check: restore key: dmz_schedule=»»
nvram_sanity_check: restore key: dmz_ipaddr=»0.0.0.0″
nvram_sanity_check: restore key: dmz_enable=»0″
nvram_sanity_check: restore key: ddns_ipv6_09=»»
nvram_sanity_check: restore key: ddns_ipv6_08=»»
nvram_sanity_check: restore key: ddns_ipv6_07=»»
nvram_sanity_check: restore key: ddns_ipv6_06=»»
nvram_sanity_check: restore key: ddns_ipv6_05=»»
nvram_sanity_check: restore key: ddns_ipv6_04=»»
nvram_sanity_check: restore key: ddns_ipv6_03=»»
nvram_sanity_check: restore key: ddns_ipv6_02=»»
nvram_sanity_check: restore key: ddns_ipv6_01=»»
nvram_sanity_check: restore key: ddns_ipv6_00=»»
nvram_sanity_check: restore key: ddns_ipv6_enable=»1″
nvram_sanity_check: restore key: ddns_hostname_old=»0.0.0.0″
nvram_sanity_check: restore key: ddns_wan_ip_old=»0.0.0.0″
nvram_sanity_check: restore key: ddns_sync_interval=»576″
nvram_sanity_check: restore key: ddns_dyndns_kinds=»Dynamic»
nvram_sanity_check: restore key: ddns_wildcards_enable=»0″
nvram_sanity_check: restore key: ddns_password=»»
nvram_sanity_check: restore key: ddns_username=»»
nvram_sanity_check: restore key: ddns_hostname=»»
nvram_sanity_check: restore key: ddns_type=»»
nvram_sanity_check: restore key: ddns_enable=»0″
nvram_sanity_check: restore key: multicast_stream_enable=»0″
nvram_sanity_check: restore key: wan_port_speed=»auto»
nvram_sanity_check: restore key: upnp_enable=»1″
nvram_sanity_check: restore key: https_config=»0/0/8181/8080″
nvram_sanity_check: restore key: support_https=»1″
nvram_sanity_check: restore key: remote_http_management_inbound_filter=»Allow_All»
nvram_sanity_check: restore key: remote_http_management_enable=»0″
nvram_sanity_check: restore key: remote_http_management_schedule_name=»Always»
nvram_sanity_check: restore key: remote_http_management_port=»8080″
nvram_sanity_check: restore key: wan_port_ping_response_inbound_filter=»Allow_All»
nvram_sanity_check: restore key: wan_port_ping_response_enable=»0″
nvram_sanity_check: restore key: ntp_default_server=»ntp1.dlink.com,ntp.dlink.com.tw»
nvram_sanity_check: restore key: ntp_server=»»
nvram_sanity_check: restore key: ntp_sync_interval=»168″
nvram_sanity_check: restore key: ntp_client_enable=»0″
nvram_sanity_check: restore key: time_daylight_offset=»3600″
nvram_sanity_check: restore key: time_daylight_saving_end_time=»1″
nvram_sanity_check: restore key: time_daylight_saving_end_day_of_week=»1″
nvram_sanity_check: restore key: time_daylight_saving_end_week=»2″
nvram_sanity_check: restore key: time_daylight_saving_end_month=»11″
nvram_sanity_check: restore key: time_daylight_saving_start_time=»1″
nvram_sanity_check: restore key: time_daylight_saving_start_day_of_week=»1″
nvram_sanity_check: restore key: time_daylight_saving_start_week=»3″
nvram_sanity_check: restore key: time_daylight_saving_start_month=»3″
nvram_sanity_check: restore key: time_daylight_saving_enable=»0″
nvram_sanity_check: restore key: time_zone_area=»4″
nvram_sanity_check: restore key: time_zone=»-128″
nvram_sanity_check: restore key: rip_tx_version=»0″
nvram_sanity_check: restore key: tx_drop=»0/0/0/0″
nvram_sanity_check: restore key: tx_packet=»0/0/0/0″
nvram_sanity_check: restore key: tx_bytes=»0/0/0/0″
nvram_sanity_check: restore key: rip_rx_version=»0″
nvram_sanity_check: restore key: rx_packet=»0/0/0/0″
nvram_sanity_check: restore key: rx_drop=»0/0/0/0″
nvram_sanity_check: restore key: rx_bytes=»0/0/0/0″
nvram_sanity_check: restore key: rip_enable=»0″
nvram_sanity_check: restore key: anti_spoof_check=»0″
nvram_sanity_check: restore key: tcp_nat_type=»0″
nvram_sanity_check: restore key: udp_nat_type=»2″
nvram_sanity_check: restore key: spi_enable=»0″
nvram_sanity_check: restore key: firewall_rule_199=»»
nvram_sanity_check: restore key: firewall_rule_198=»»
nvram_sanity_check: restore key: firewall_rule_197=»»
nvram_sanity_check: restore key: firewall_rule_196=»»
nvram_sanity_check: restore key: firewall_rule_195=»»
nvram_sanity_check: restore key: firewall_rule_194=»»
nvram_sanity_check: restore key: firewall_rule_193=»»
nvram_sanity_check: restore key: firewall_rule_192=»»
nvram_sanity_check: restore key: firewall_rule_191=»»
nvram_sanity_check: restore key: firewall_rule_190=»»
nvram_sanity_check: restore key: firewall_rule_189=»»
nvram_sanity_check: restore key: firewall_rule_188=»»
nvram_sanity_check: restore key: firewall_rule_187=»»
nvram_sanity_check: restore key: firewall_rule_186=»»
nvram_sanity_check: restore key: firewall_rule_185=»»
nvram_sanity_check: restore key: firewall_rule_184=»»
nvram_sanity_check: restore key: firewall_rule_183=»»
nvram_sanity_check: restore key: firewall_rule_182=»»
nvram_sanity_check: restore key: firewall_rule_181=»»
nvram_sanity_check: restore key: firewall_rule_180=»»
nvram_sanity_check: restore key: firewall_rule_179=»»
nvram_sanity_check: restore key: firewall_rule_178=»»
nvram_sanity_check: restore key: firewall_rule_177=»»
nvram_sanity_check: restore key: firewall_rule_176=»»
nvram_sanity_check: restore key: firewall_rule_175=»»
nvram_sanity_check: restore key: firewall_rule_174=»»
nvram_sanity_check: restore key: firewall_rule_173=»»
nvram_sanity_check: restore key: firewall_rule_172=»»
nvram_sanity_check: restore key: firewall_rule_171=»»
nvram_sanity_check: restore key: firewall_rule_170=»»
nvram_sanity_check: restore key: firewall_rule_169=»»
nvram_sanity_check: restore key: firewall_rule_168=»»
nvram_sanity_check: restore key: firewall_rule_167=»»
nvram_sanity_check: restore key: firewall_rule_166=»»
nvram_sanity_check: restore key: firewall_rule_165=»»
nvram_sanity_check: restore key: firewall_rule_164=»»
nvram_sanity_check: restore key: firewall_rule_163=»»
nvram_sanity_check: restore key: firewall_rule_162=»»
nvram_sanity_check: restore key: firewall_rule_161=»»
nvram_sanity_check: restore key: firewall_rule_160=»»
nvram_sanity_check: restore key: firewall_rule_159=»»
nvram_sanity_check: restore key: firewall_rule_158=»»
nvram_sanity_check: restore key: firewall_rule_157=»»
nvram_sanity_check: restore key: firewall_rule_156=»»
nvram_sanity_check: restore key: firewall_rule_155=»»
nvram_sanity_check: restore key: firewall_rule_154=»»
nvram_sanity_check: restore key: firewall_rule_153=»»
nvram_sanity_check: restore key: firewall_rule_152=»»
nvram_sanity_check: restore key: firewall_rule_151=»»
nvram_sanity_check: restore key: firewall_rule_150=»»
nvram_sanity_check: restore key: firewall_rule_149=»»
nvram_sanity_check: restore key: firewall_rule_148=»»
nvram_sanity_check: restore key: firewall_rule_147=»»
nvram_sanity_check: restore key: firewall_rule_146=»»
nvram_sanity_check: restore key: firewall_rule_145=»»
nvram_sanity_check: restore key: firewall_rule_144=»»
nvram_sanity_check: restore key: firewall_rule_143=»»
nvram_sanity_check: restore key: firewall_rule_142=»»
nvram_sanity_check: restore key: firewall_rule_141=»»
nvram_sanity_check: restore key: firewall_rule_140=»»
nvram_sanity_check: restore key: firewall_rule_139=»»
nvram_sanity_check: restore key: firewall_rule_138=»»
nvram_sanity_check: restore key: firewall_rule_137=»»
nvram_sanity_check: restore key: firewall_rule_136=»»
nvram_sanity_check: restore key: firewall_rule_135=»»
nvram_sanity_check: restore key: firewall_rule_134=»»
nvram_sanity_check: restore key: firewall_rule_133=»»
nvram_sanity_check: restore key: firewall_rule_132=»»
nvram_sanity_check: restore key: firewall_rule_131=»»
nvram_sanity_check: restore key: firewall_rule_130=»»
nvram_sanity_check: restore key: firewall_rule_129=»»
nvram_sanity_check: restore key: firewall_rule_128=»»
nvram_sanity_check: restore key: firewall_rule_127=»»
nvram_sanity_check: restore key: firewall_rule_126=»»
nvram_sanity_check: restore key: firewall_rule_125=»»
nvram_sanity_check: restore key: firewall_rule_124=»»
nvram_sanity_check: restore key: firewall_rule_123=»»
nvram_sanity_check: restore key: firewall_rule_122=»»
nvram_sanity_check: restore key: firewall_rule_121=»»
nvram_sanity_check: restore key: firewall_rule_120=»»
nvram_sanity_check: restore key: firewall_rule_119=»»
nvram_sanity_check: restore key: firewall_rule_118=»»
nvram_sanity_check: restore key: firewall_rule_117=»»
nvram_sanity_check: restore key: firewall_rule_116=»»
nvram_sanity_check: restore key: firewall_rule_115=»»
nvram_sanity_check: restore key: firewall_rule_114=»»
nvram_sanity_check: restore key: firewall_rule_113=»»
nvram_sanity_check: restore key: firewall_rule_112=»»
nvram_sanity_check: restore key: firewall_rule_111=»»
nvram_sanity_check: restore key: firewall_rule_110=»»
nvram_sanity_check: restore key: firewall_rule_109=»»
nvram_sanity_check: restore key: firewall_rule_108=»»
nvram_sanity_check: restore key: firewall_rule_107=»»
nvram_sanity_check: restore key: firewall_rule_106=»»
nvram_sanity_check: restore key: firewall_rule_105=»»
nvram_sanity_check: restore key: firewall_rule_104=»»
nvram_sanity_check: restore key: firewall_rule_103=»»
nvram_sanity_check: restore key: firewall_rule_102=»»
nvram_sanity_check: restore key: firewall_rule_101=»»
nvram_sanity_check: restore key: firewall_rule_100=»»
nvram_sanity_check: restore key: firewall_rule_99=»»
nvram_sanity_check: restore key: firewall_rule_98=»»
nvram_sanity_check: restore key: firewall_rule_97=»»
nvram_sanity_check: restore key: firewall_rule_96=»»
nvram_sanity_check: restore key: firewall_rule_95=»»
nvram_sanity_check: restore key: firewall_rule_94=»»
nvram_sanity_check: restore key: firewall_rule_93=»»
nvram_sanity_check: restore key: firewall_rule_92=»»
nvram_sanity_check: restore key: firewall_rule_91=»»
nvram_sanity_check: restore key: firewall_rule_90=»»
nvram_sanity_check: restore key: firewall_rule_89=»»
nvram_sanity_check: restore key: firewall_rule_88=»»
nvram_sanity_check: restore key: firewall_rule_87=»»
nvram_sanity_check: restore key: firewall_rule_86=»»
nvram_sanity_check: restore key: firewall_rule_85=»»
nvram_sanity_check: restore key: firewall_rule_84=»»
nvram_sanity_check: restore key: firewall_rule_83=»»
nvram_sanity_check: restore key: firewall_rule_82=»»
nvram_sanity_check: restore key: firewall_rule_81=»»
nvram_sanity_check: restore key: firewall_rule_80=»»
nvram_sanity_check: restore key: firewall_rule_79=»»
nvram_sanity_check: restore key: firewall_rule_78=»»
nvram_sanity_check: restore key: firewall_rule_77=»»
nvram_sanity_check: restore key: firewall_rule_76=»»
nvram_sanity_check: restore key: firewall_rule_75=»»
nvram_sanity_check: restore key: firewall_rule_74=»»
nvram_sanity_check: restore key: firewall_rule_73=»»
nvram_sanity_check: restore key: firewall_rule_72=»»
nvram_sanity_check: restore key: firewall_rule_71=»»
nvram_sanity_check: restore key: firewall_rule_70=»»
nvram_sanity_check: restore key: firewall_rule_69=»»
nvram_sanity_check: restore key: firewall_rule_68=»»
nvram_sanity_check: restore key: firewall_rule_67=»»
nvram_sanity_check: restore key: firewall_rule_66=»»
nvram_sanity_check: restore key: firewall_rule_65=»»
nvram_sanity_check: restore key: firewall_rule_64=»»
nvram_sanity_check: restore key: firewall_rule_63=»»
nvram_sanity_check: restore key: firewall_rule_62=»»
nvram_sanity_check: restore key: firewall_rule_61=»»
nvram_sanity_check: restore key: firewall_rule_60=»»
nvram_sanity_check: restore key: firewall_rule_59=»»
nvram_sanity_check: restore key: firewall_rule_58=»»
nvram_sanity_check: restore key: firewall_rule_57=»»
nvram_sanity_check: restore key: firewall_rule_56=»»
nvram_sanity_check: restore key: firewall_rule_55=»»
nvram_sanity_check: restore key: firewall_rule_54=»»
nvram_sanity_check: restore key: firewall_rule_53=»»
nvram_sanity_check: restore key: firewall_rule_52=»»
nvram_sanity_check: restore key: firewall_rule_51=»»
nvram_sanity_check: restore key: firewall_rule_50=»»
nvram_sanity_check: restore key: firewall_rule_49=»»
nvram_sanity_check: restore key: firewall_rule_48=»»
nvram_sanity_check: restore key: firewall_rule_47=»»
nvram_sanity_check: restore key: firewall_rule_46=»»
nvram_sanity_check: restore key: firewall_rule_45=»»
nvram_sanity_check: restore key: firewall_rule_44=»»
nvram_sanity_check: restore key: firewall_rule_43=»»
nvram_sanity_check: restore key: firewall_rule_42=»»
nvram_sanity_check: restore key: firewall_rule_41=»»
nvram_sanity_check: restore key: firewall_rule_40=»»
nvram_sanity_check: restore key: firewall_rule_39=»»
nvram_sanity_check: restore key: firewall_rule_38=»»
nvram_sanity_check: restore key: firewall_rule_37=»»
nvram_sanity_check: restore key: firewall_rule_36=»»
nvram_sanity_check: restore key: firewall_rule_35=»»
nvram_sanity_check: restore key: firewall_rule_34=»»
nvram_sanity_check: restore key: firewall_rule_33=»»
nvram_sanity_check: restore key: firewall_rule_32=»»
nvram_sanity_check: restore key: firewall_rule_31=»»
nvram_sanity_check: restore key: firewall_rule_30=»»
nvram_sanity_check: restore key: firewall_rule_29=»»
nvram_sanity_check: restore key: firewall_rule_28=»»
nvram_sanity_check: restore key: firewall_rule_27=»»
nvram_sanity_check: restore key: firewall_rule_26=»»
nvram_sanity_check: restore key: firewall_rule_25=»»
nvram_sanity_check: restore key: firewall_rule_24=»»
nvram_sanity_check: restore key: firewall_rule_23=»»
nvram_sanity_check: restore key: firewall_rule_22=»»
nvram_sanity_check: restore key: firewall_rule_21=»»
nvram_sanity_check: restore key: firewall_rule_20=»»
nvram_sanity_check: restore key: firewall_rule_19=»»
nvram_sanity_check: restore key: firewall_rule_18=»»
nvram_sanity_check: restore key: firewall_rule_17=»»
nvram_sanity_check: restore key: firewall_rule_16=»»
nvram_sanity_check: restore key: firewall_rule_15=»»
nvram_sanity_check: restore key: firewall_rule_14=»»
nvram_sanity_check: restore key: firewall_rule_13=»»
nvram_sanity_check: restore key: firewall_rule_12=»»
nvram_sanity_check: restore key: firewall_rule_11=»»
nvram_sanity_check: restore key: firewall_rule_10=»»
nvram_sanity_check: restore key: firewall_rule_09=»»
nvram_sanity_check: restore key: firewall_rule_08=»»
nvram_sanity_check: restore key: firewall_rule_07=»»
nvram_sanity_check: restore key: firewall_rule_06=»»
nvram_sanity_check: restore key: firewall_rule_05=»»
nvram_sanity_check: restore key: firewall_rule_04=»»
nvram_sanity_check: restore key: firewall_rule_03=»»
nvram_sanity_check: restore key: firewall_rule_02=»»
nvram_sanity_check: restore key: firewall_rule_01=»»
nvram_sanity_check: restore key: firewall_rule_00=»»
nvram_sanity_check: restore key: access_control_24=»»
nvram_sanity_check: restore key: access_control_23=»»
nvram_sanity_check: restore key: access_control_22=»»
nvram_sanity_check: restore key: access_control_21=»»
nvram_sanity_check: restore key: access_control_20=»»
nvram_sanity_check: restore key: access_control_19=»»
nvram_sanity_check: restore key: access_control_18=»»
nvram_sanity_check: restore key: access_control_17=»»
nvram_sanity_check: restore key: access_control_16=»»
nvram_sanity_check: restore key: access_control_15=»»
nvram_sanity_check: restore key: access_control_14=»»
nvram_sanity_check: restore key: access_control_13=»»
nvram_sanity_check: restore key: access_control_12=»»
nvram_sanity_check: restore key: access_control_11=»»
nvram_sanity_check: restore key: access_control_10=»»
nvram_sanity_check: restore key: access_control_09=»»
nvram_sanity_check: restore key: access_control_08=»»
nvram_sanity_check: restore key: access_control_07=»»
nvram_sanity_check: restore key: access_control_06=»»
nvram_sanity_check: restore key: access_control_05=»»
nvram_sanity_check: restore key: access_control_04=»»
nvram_sanity_check: restore key: access_control_03=»»
nvram_sanity_check: restore key: access_control_02=»»
nvram_sanity_check: restore key: access_control_01=»»
nvram_sanity_check: restore key: access_control_00=»»
nvram_sanity_check: restore key: access_control_filter_type=»disable»
nvram_sanity_check: restore key: inbound_filter_ip_23_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_23_A=»»
nvram_sanity_check: restore key: inbound_filter_name_23=»»
nvram_sanity_check: restore key: inbound_filter_ip_22_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_22_A=»»
nvram_sanity_check: restore key: inbound_filter_name_22=»»
nvram_sanity_check: restore key: inbound_filter_ip_21_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_21_A=»»
nvram_sanity_check: restore key: inbound_filter_name_21=»»
nvram_sanity_check: restore key: inbound_filter_ip_20_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_20_A=»»
nvram_sanity_check: restore key: inbound_filter_name_20=»»
nvram_sanity_check: restore key: inbound_filter_ip_19_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_19_A=»»
nvram_sanity_check: restore key: inbound_filter_name_19=»»
nvram_sanity_check: restore key: inbound_filter_ip_18_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_18_A=»»
nvram_sanity_check: restore key: inbound_filter_name_18=»»
nvram_sanity_check: restore key: inbound_filter_ip_17_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_17_A=»»
nvram_sanity_check: restore key: inbound_filter_name_17=»»
nvram_sanity_check: restore key: inbound_filter_ip_16_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_16_A=»»
nvram_sanity_check: restore key: inbound_filter_name_16=»»
nvram_sanity_check: restore key: inbound_filter_ip_15_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_15_A=»»
nvram_sanity_check: restore key: inbound_filter_name_15=»»
nvram_sanity_check: restore key: inbound_filter_ip_14_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_14_A=»»
nvram_sanity_check: restore key: inbound_filter_name_14=»»
nvram_sanity_check: restore key: inbound_filter_ip_13_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_13_A=»»
nvram_sanity_check: restore key: inbound_filter_name_13=»»
nvram_sanity_check: restore key: inbound_filter_ip_12_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_12_A=»»
nvram_sanity_check: restore key: inbound_filter_name_12=»»
nvram_sanity_check: restore key: inbound_filter_ip_11_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_11_A=»»
nvram_sanity_check: restore key: inbound_filter_name_11=»»
nvram_sanity_check: restore key: inbound_filter_ip_10_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_10_A=»»
nvram_sanity_check: restore key: inbound_filter_name_10=»»
nvram_sanity_check: restore key: inbound_filter_ip_09_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_09_A=»»
nvram_sanity_check: restore key: inbound_filter_name_09=»»
nvram_sanity_check: restore key: inbound_filter_ip_08_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_08_A=»»
nvram_sanity_check: restore key: inbound_filter_name_08=»»
nvram_sanity_check: restore key: inbound_filter_ip_07_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_07_A=»»
nvram_sanity_check: restore key: inbound_filter_name_07=»»
nvram_sanity_check: restore key: inbound_filter_ip_06_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_06_A=»»
nvram_sanity_check: restore key: inbound_filter_name_06=»»
nvram_sanity_check: restore key: inbound_filter_ip_05_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_05_A=»»
nvram_sanity_check: restore key: inbound_filter_name_05=»»
nvram_sanity_check: restore key: inbound_filter_ip_04_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_04_A=»»
nvram_sanity_check: restore key: inbound_filter_name_04=»»
nvram_sanity_check: restore key: inbound_filter_ip_03_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_03_A=»»
nvram_sanity_check: restore key: inbound_filter_name_03=»»
nvram_sanity_check: restore key: inbound_filter_ip_02_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_02_A=»»
nvram_sanity_check: restore key: inbound_filter_name_02=»»
nvram_sanity_check: restore key: inbound_filter_ip_01_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_01_A=»»
nvram_sanity_check: restore key: inbound_filter_name_01=»»
nvram_sanity_check: restore key: inbound_filter_ip_00_B=»»
nvram_sanity_check: restore key: inbound_filter_ip_00_A=»»
nvram_sanity_check: restore key: inbound_filter_name_00=»»
nvram_sanity_check: restore key: url_domain_filter_39=»»
nvram_sanity_check: restore key: url_domain_filter_38=»»
nvram_sanity_check: restore key: url_domain_filter_37=»»
nvram_sanity_check: restore key: url_domain_filter_36=»»
nvram_sanity_check: restore key: url_domain_filter_35=»»
nvram_sanity_check: restore key: url_domain_filter_34=»»
nvram_sanity_check: restore key: url_domain_filter_33=»»
nvram_sanity_check: restore key: url_domain_filter_32=»»
nvram_sanity_check: restore key: url_domain_filter_31=»»
nvram_sanity_check: restore key: url_domain_filter_30=»»
nvram_sanity_check: restore key: url_domain_filter_29=»»
nvram_sanity_check: restore key: url_domain_filter_28=»»
nvram_sanity_check: restore key: url_domain_filter_27=»»
nvram_sanity_check: restore key: url_domain_filter_26=»»
nvram_sanity_check: restore key: url_domain_filter_25=»»
nvram_sanity_check: restore key: url_domain_filter_24=»»
nvram_sanity_check: restore key: url_domain_filter_23=»»
nvram_sanity_check: restore key: url_domain_filter_22=»»
nvram_sanity_check: restore key: url_domain_filter_21=»»
nvram_sanity_check: restore key: url_domain_filter_20=»»
nvram_sanity_check: restore key: url_domain_filter_19=»»
nvram_sanity_check: restore key: url_domain_filter_18=»»
nvram_sanity_check: restore key: url_domain_filter_17=»»
nvram_sanity_check: restore key: url_domain_filter_16=»»
nvram_sanity_check: restore key: url_domain_filter_15=»»
nvram_sanity_check: restore key: url_domain_filter_14=»»
nvram_sanity_check: restore key: url_domain_filter_13=»»
nvram_sanity_check: restore key: url_domain_filter_12=»»
nvram_sanity_check: restore key: url_domain_filter_11=»»
nvram_sanity_check: restore key: url_domain_filter_10=»»
nvram_sanity_check: restore key: url_domain_filter_09=»»
nvram_sanity_check: restore key: url_domain_filter_08=»»
nvram_sanity_check: restore key: url_domain_filter_07=»»
nvram_sanity_check: restore key: url_domain_filter_06=»»
nvram_sanity_check: restore key: url_domain_filter_05=»»
nvram_sanity_check: restore key: url_domain_filter_04=»»
nvram_sanity_check: restore key: url_domain_filter_03=»»
nvram_sanity_check: restore key: url_domain_filter_02=»»
nvram_sanity_check: restore key: url_domain_filter_01=»»
nvram_sanity_check: restore key: url_domain_filter_00=»»
nvram_sanity_check: restore key: url_domain_filter_type=»list_deny»
nvram_sanity_check: restore key: mac_filter_23=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_22=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_21=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_20=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_19=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_18=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_17=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_16=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_15=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_14=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_13=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_12=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_11=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_10=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_09=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_08=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_07=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_06=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_05=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_04=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_03=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_02=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_01=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_00=»0/name/00:00:00:00:00:00/Always»
nvram_sanity_check: restore key: mac_filter_type=»disable»
nvram_sanity_check: restore key: application_23=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_22=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_21=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_20=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_19=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_18=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_17=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_16=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_15=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_14=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_13=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_12=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_11=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_10=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_09=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_08=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_07=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_06=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_05=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_04=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_03=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_02=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_01=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_00=»0//TCP/0/TCP/0/Always»
nvram_sanity_check: restore key: application_timeout=»10″
nvram_sanity_check: restore key: port_forward_both_23=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_22=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_21=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_20=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_19=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_18=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_17=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_16=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_15=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_14=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_13=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_12=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_11=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_10=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_09=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_08=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_07=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_06=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_05=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_04=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_03=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_02=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_01=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: port_forward_both_00=»0//0.0.0.0/0/0/Always/Allow_All»
nvram_sanity_check: restore key: block_service_09=»»
nvram_sanity_check: restore key: block_service_08=»»
nvram_sanity_check: restore key: block_service_07=»»
nvram_sanity_check: restore key: block_service_06=»»
nvram_sanity_check: restore key: block_service_05=»»
nvram_sanity_check: restore key: block_service_04=»»
nvram_sanity_check: restore key: block_service_03=»»
nvram_sanity_check: restore key: block_service_02=»»
nvram_sanity_check: restore key: block_service_01=»»
nvram_sanity_check: restore key: block_service_00=»»
nvram_sanity_check: restore key: vs_rule_23=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_22=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_21=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_20=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_19=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_18=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_17=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_16=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_15=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_14=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_13=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_12=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_11=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_10=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_09=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_08=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_07=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_06=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_05=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_04=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_03=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_02=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_01=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: vs_rule_00=»0//6/0/0/0.0.0.0/Always/Allow_All»
nvram_sanity_check: restore key: schedule_rule_31=»»
nvram_sanity_check: restore key: schedule_rule_30=»»
nvram_sanity_check: restore key: schedule_rule_29=»»
nvram_sanity_check: restore key: schedule_rule_28=»»
nvram_sanity_check: restore key: schedule_rule_27=»»
nvram_sanity_check: restore key: schedule_rule_26=»»
nvram_sanity_check: restore key: schedule_rule_25=»»
nvram_sanity_check: restore key: schedule_rule_24=»»
nvram_sanity_check: restore key: schedule_rule_23=»»
nvram_sanity_check: restore key: schedule_rule_22=»»
nvram_sanity_check: restore key: schedule_rule_21=»»
nvram_sanity_check: restore key: schedule_rule_20=»»
nvram_sanity_check: restore key: schedule_rule_19=»»
nvram_sanity_check: restore key: schedule_rule_18=»»
nvram_sanity_check: restore key: schedule_rule_17=»»
nvram_sanity_check: restore key: schedule_rule_16=»»
nvram_sanity_check: restore key: schedule_rule_15=»»
nvram_sanity_check: restore key: schedule_rule_14=»»
nvram_sanity_check: restore key: schedule_rule_13=»»
nvram_sanity_check: restore key: schedule_rule_12=»»
nvram_sanity_check: restore key: schedule_rule_11=»»
nvram_sanity_check: restore key: schedule_rule_10=»»
nvram_sanity_check: restore key: schedule_rule_09=»»
nvram_sanity_check: restore key: schedule_rule_08=»»
nvram_sanity_check: restore key: schedule_rule_07=»»
nvram_sanity_check: restore key: schedule_rule_06=»»
nvram_sanity_check: restore key: schedule_rule_05=»»
nvram_sanity_check: restore key: schedule_rule_04=»»
nvram_sanity_check: restore key: schedule_rule_03=»»
nvram_sanity_check: restore key: schedule_rule_02=»»
nvram_sanity_check: restore key: schedule_rule_01=»»
nvram_sanity_check: restore key: schedule_rule_00=»»
nvram_sanity_check: restore key: wish_rule_23=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_22=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_21=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_20=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_19=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_18=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_17=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_16=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_15=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_14=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_13=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_12=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_11=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_10=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_09=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_08=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_07=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_06=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_05=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_04=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_03=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_02=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_01=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_rule_00=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: wish_auto_enabled=»0″
nvram_sanity_check: restore key: wish_media_enabled=»1″
nvram_sanity_check: restore key: wish_http_enabled=»1″
nvram_sanity_check: restore key: wish_engine_enabled=»1″
nvram_sanity_check: restore key: qos_rule_09=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_rule_08=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_rule_07=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_rule_06=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_rule_05=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_rule_04=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_rule_03=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_rule_02=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_rule_01=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_rule_00=»0//1/0/0/6/0.0.0.0/255.255.255.255/0/65535/0.0.0.0/255.255.255.255/0/65535″
nvram_sanity_check: restore key: qos_dyn_fragmentation=»1″
nvram_sanity_check: restore key: auto_classification=»1″
nvram_sanity_check: restore key: qos_enable=»1″
nvram_sanity_check: restore key: qos_uplink=»128″
nvram_sanity_check: restore key: auto_uplink=»1″
nvram_sanity_check: restore key: traffic_shaping=»0″
nvram_sanity_check: restore key: wan_bigpond_auto_connect=»»
nvram_sanity_check: restore key: wan_bigpond_max_idle_time=»»
nvram_sanity_check: restore key: wan_bigpond_server=»»
nvram_sanity_check: restore key: wan_bigpond_auth=»sm-server»
nvram_sanity_check: restore key: wan_bigpond_password=»»
nvram_sanity_check: restore key: wan_bigpond_username=»»
nvram_sanity_check: restore key: wan_l2tp_server_ip=»»
nvram_sanity_check: restore key: wan_l2tp_gateway=»0.0.0.0″
nvram_sanity_check: restore key: wan_l2tp_netmask=»0.0.0.0″
nvram_sanity_check: restore key: wan_l2tp_ipaddr=»0.0.0.0″
nvram_sanity_check: restore key: wan_l2tp_connect_mode=»on_demand»
nvram_sanity_check: restore key: wan_l2tp_max_idle_time=»5″
nvram_sanity_check: restore key: wan_l2tp_mtu=»1400″
nvram_sanity_check: restore key: wan_l2tp_password=»»
nvram_sanity_check: restore key: wan_l2tp_username=»»
nvram_sanity_check: restore key: wan_l2tp_dynamic=»1″
nvram_sanity_check: restore key: wan_pptp_encryption_client=»»
nvram_sanity_check: restore key: wan_pptp_russia_enable=»0″
nvram_sanity_check: restore key: wan_pptp_connection_id=»»
nvram_sanity_check: restore key: wan_pptp_server_ip=»»
nvram_sanity_check: restore key: wan_pptp_gateway=»0.0.0.0″
nvram_sanity_check: restore key: wan_pptp_netmask=»0.0.0.0″
nvram_sanity_check: restore key: wan_pptp_ipaddr=»0.0.0.0″
nvram_sanity_check: restore key: wan_pptp_connect_mode=»on_demand»
nvram_sanity_check: restore key: wan_pptp_proto_client=»»
nvram_sanity_check: restore key: wan_pptp_max_idle_time=»5″
nvram_sanity_check: restore key: wan_pptp_mtu=»1400″
nvram_sanity_check: restore key: wan_pptp_password=»»
nvram_sanity_check: restore key: wan_pptp_username=»»
nvram_sanity_check: restore key: wan_pptp_dynamic=»1″
nvram_sanity_check: restore key: wan_pppoe_russia_secondary_dns=»0.0.0.0″
nvram_sanity_check: restore key: wan_pppoe_russia_primary_dns=»0.0.0.0″
nvram_sanity_check: restore key: wan_pppoe_russia_gateway=»0.0.0.0″
nvram_sanity_check: restore key: wan_pppoe_russia_netmask=»0.0.0.0″
nvram_sanity_check: restore key: wan_pppoe_russia_ipaddr=»0.0.0.0″
nvram_sanity_check: restore key: wan_pppoe_russia_dynamic=»1″
nvram_sanity_check: restore key: wan_pppoe_russia_enable=»0″
nvram_sanity_check: restore key: wan_pppoe_gateway_00=»0.0.0.0″
nvram_sanity_check: restore key: wan_pppoe_netmask_00=»0.0.0.0″
nvram_sanity_check: restore key: wan_pppoe_ipaddr_00=»0.0.0.0″
nvram_sanity_check: restore key: wan_pppoe_connect_mode_00=»on_demand»
nvram_sanity_check: restore key: wan_pppoe_max_idle_time_00=»5″
nvram_sanity_check: restore key: wan_pppoe_mtu=»1492″
nvram_sanity_check: restore key: wan_pppoe_service_00=»»
nvram_sanity_check: restore key: wan_pppoe_password_00=»»
nvram_sanity_check: restore key: wan_pppoe_username_00=»»
nvram_sanity_check: restore key: wan_pppoe_dynamic_00=»1″
nvram_sanity_check: restore key: wan_pppoe_enable_00=»1″
nvram_sanity_check: restore key: wan_static_gateway=»0.0.0.0″
nvram_sanity_check: restore key: wan_static_netmask=»0.0.0.0″
nvram_sanity_check: restore key: wan_static_ipaddr=»0.0.0.0″
nvram_sanity_check: restore key: wan_proto_ori=»»
nvram_sanity_check: restore key: wan_proto=»dhcpc»
nvram_sanity_check: restore key: wan_secondary_dns=»0.0.0.0″
nvram_sanity_check: restore key: wan_primary_dns=»0.0.0.0″
nvram_sanity_check: restore key: wan_specify_dns=»0″
nvram_sanity_check: restore key: wan_mtu=»1500″
nvram_sanity_check: restore key: dns_relay=»1″
nvram_sanity_check: restore key: dhcpc_use_ucast=»1″
nvram_sanity_check: restore key: dhcpd_always_bcast=»1″
nvram_sanity_check: restore key: dhcpd_dynamic_scope=»»
nvram_sanity_check: restore key: dhcpd_dynamic_node_type=»»
nvram_sanity_check: restore key: dhcpd_dynamic_wins_server=»»
nvram_sanity_check: restore key: dhcpd_static_scope=»»
nvram_sanity_check: restore key: dhcpd_static_node_type=»»
nvram_sanity_check: restore key: dhcpd_static_wins_server=»»
nvram_sanity_check: restore key: dhcpd_netbios_learn=»0″
nvram_sanity_check: restore key: dhcpd_netbios_enable=»0″
nvram_sanity_check: restore key: dhcpd_reserve_24=»»
nvram_sanity_check: restore key: dhcpd_reserve_23=»»
nvram_sanity_check: restore key: dhcpd_reserve_22=»»
nvram_sanity_check: restore key: dhcpd_reserve_21=»»
nvram_sanity_check: restore key: dhcpd_reserve_20=»»
nvram_sanity_check: restore key: dhcpd_reserve_19=»»
nvram_sanity_check: restore key: dhcpd_reserve_18=»»
nvram_sanity_check: restore key: dhcpd_reserve_17=»»
nvram_sanity_check: restore key: dhcpd_reserve_16=»»
nvram_sanity_check: restore key: dhcpd_reserve_15=»»
nvram_sanity_check: restore key: dhcpd_reserve_14=»»
nvram_sanity_check: restore key: dhcpd_reserve_13=»»
nvram_sanity_check: restore key: dhcpd_reserve_12=»»
nvram_sanity_check: restore key: dhcpd_reserve_11=»»
nvram_sanity_check: restore key: dhcpd_reserve_10=»»
nvram_sanity_check: restore key: dhcpd_reserve_09=»»
nvram_sanity_check: restore key: dhcpd_reserve_08=»»
nvram_sanity_check: restore key: dhcpd_reserve_07=»»
nvram_sanity_check: restore key: dhcpd_reserve_06=»»
nvram_sanity_check: restore key: dhcpd_reserve_05=»»
nvram_sanity_check: restore key: dhcpd_reserve_04=»»
nvram_sanity_check: restore key: dhcpd_reserve_03=»»
nvram_sanity_check: restore key: dhcpd_reserve_02=»»
nvram_sanity_check: restore key: dhcpd_reserve_01=»»
nvram_sanity_check: restore key: dhcpd_reserve_00=»»
nvram_sanity_check: restore key: dhcpd_reservation=»1″
nvram_sanity_check: restore key: dhcpd_enable=»1″
nvram_sanity_check: restore key: dhcpd_domain_name=»»
nvram_sanity_check: restore key: dhcpd_lease_time=»1440″
nvram_sanity_check: restore key: dhcpd_end=»192.168.0.199″
nvram_sanity_check: restore key: dhcpd_start=»192.168.0.100″
nvram_sanity_check: restore key: lan_netmask=»255.255.255.0″
nvram_sanity_check: restore key: lan_ipaddr=»192.168.0.1″
nvram_sanity_check: restore key: lan_bridge=»br0″
nvram_sanity_check: restore key: limit_adm_ip_connect=»/»
nvram_sanity_check: restore key: limit_adm_enable=»0″
nvram_sanity_check: restore key: blank_state=»0″
nvram_sanity_check: restore key: default_html=»index.asp»
nvram_sanity_check: restore key: session_timeout=»180″
nvram_sanity_check: restore key: graph_enable=»none»
nvram_sanity_check: restore key: user_password=»»
nvram_sanity_check: restore key: user_username=»user»
nvram_sanity_check: restore key: admin_password=»»
nvram_sanity_check: restore key: admin_username=»admin»
configuration_version_control: configuration_version= in NVRAM
configuration_version_control: configuration_version=1.1 in System
insert_switch_mod: insmod /lib/modules/2.6.31/net/athrs_gmac.ko
ATHR_GMAC: Length per segment 1536
ATHR_GMAC: fifo cfg 3 01f00140
ATHR_GMAC: RX TASKLET — Pkts per Intr:16
ATHR_GMAC: Mac address for unit 0:bfff0000
ATHR_GMAC: ff:ff:ff:ff:ff:ff
ATHR_GMAC: Max segments per packet : 1
ATHR_GMAC: Max tx descriptor count : 128
ATHR_GMAC: Max rx descriptor count : 128
ATHR_GMAC: Mac capability flags : 2381
athr_gmac_ring_alloc Allocated 2048 at 0x87b7f800
athr_gmac_ring_alloc Allocated 2048 at 0x87b7f000
WASP —-> S17 PHY *
Setting Drop CRC Errors, Pause Frames and Length Error frames
Hello, nat module!
thread: napt_ct_scan create success pid:905

######## S17 SSDK init succeeded! ########
### s17 : S17_HW_IGMPSNOOPING enabled
### s17 : set 0x610=0x001bd560
### s17 : set 0x614=0x80010002
### s17 : set 0x610=0x001b7fe0
### s17 : set 0x614=0x80020002
### s17 : set 0x200=0x0000a076
### s17 : set 0x204=0x00000007
Adding ACL rules 15 — upnp_ssdp_add_acl_rules
ACL is not yet enabled. Enabling…
Adding ACL rules 7 — ipv6_snooping_solicted_node_add_acl_rules
Adding ACL rules 11 — ipv6_snooping_sextuple0_group_add_acl_rules
Adding ACL rules 13 — ipv6_snooping_quintruple0_1_group_add_acl_rules
## isis_set_pppoe_passthrough enabled !
## isis_enable_pppoe_discovery_acl !
athrs17_reg_write(MOD_ENABLE_OFFSET) = 0x80000306
Creating proc entries for athrs17 done
athrs17_reg_init:done
Setting PHY…
Phy setup Complete
[az] 802.3az init done..
[az] 802.3az init done..
[az] 802.3az init done..
[az] 802.3az init done..
[az] 802.3az init done..
napt_ct_scan_thread: time: 0
napt_hash_init
set the age mode = 1
0xe38: 00200adb (rv: 0)
ADDRCONF(NETDEV_UP): eth0: link is not ready
eth0.1: Cannot assign requested address
device eth0 entered promiscuous mode
eth0.1: Cannot assign requested address
eth0.2: Cannot assign requested address
eth0.2: Cannot assign requested address
device eth0.1 entered promiscuous mode
br0: port 1(eth0.1) entering forwarding state
sh: ./etc/rc.d/pre_customer.sh: not found
Wed Jan 18 20:37:00 UTC 2012
sh: modprobe: not found
sh: modprobe: not found
/tmp/password has been created
2012-01-18 20:37:01: (network.c.239) warning: please use server.use-ipv6 only for hostnames, not without server.bind / empty address; your config will break if the kernel default for IPV6_V6ONLY changes
rc is BUSY now!
wps_pin==00000000 and wps_default_pin==00000000
start_wan: dhcpc: udhcpc -w dhcpc -i eth0.2 -H «DIR-835» -u -s /usr/share/udhcpc/default.bound-dns —option212_on —option60_off &
DHCP client start.
dhcpd_enabled::::::
domain empty
DHCP server start.
device_lan_ip=192.168.0.1 , device_lan_subnet_mask=255.255.255.0
max_leases value (254) not sane, setting to 100 instead
Unable to open /var/misc/udhcpd.leases for reading
killall: httpd: no process killed
cat: /var/etc/resolv_ipv6.conf: No such file or directory
Sending discover…
##################### wlan0_enable#########################
##################### wlan1_enable#########################
asf: module license ‘Proprietary’ taints kernel.
Disabling lock debugging due to kernel taint
ath_hal: 0.9.17.1 (AR5416, AR9380, REGOPS_FUNC, WRITE_EEPROM, 11D)
ath_rate_atheros: Copyright (c) 2001-2005 Atheros Communications, Inc, All Rights Reserved
ath_dfs: Version 2.0.0
Copyright (c) 2005-2006 Atheros Communications, Inc. All Rights Reserved
ath_dev: Copyright (c) 2001-2007 Atheros Communications, Inc, All Rights Reserved
Sending discover…
init_ath_ahb: ath_ahb: 9.2.0_U7.717 (Atheros/multi-bss)
__ath_attach: Set global_scn[0]
ACBKMinfree = 48
ACBEMinfree = 32
ACVIMinfree = 16
ACVOMinfree = 0
CABMinfree = 48
UAPSDMinfree = 0
Restoring Cal data from Flash
dfs_attach: use DFS enhancements
DFS min filter rssiThresh = 18
DFS max pulse dur = 151 ticks
ath_get_caps[4857] rx chainmask mismatch actual 3 sc_chainmak 0
ath_get_caps[4832] tx chainmask mismatch actual 3 sc_chainmak 0
SimpleConfig Callback Registration for wifi0
wifi0: Atheros 9340: mem=0xb8100000, irq=2
ath_pci: 9.2.0_U7.717 (Atheros/multi-bss)
__ath_attach: Set global_scn[1]
ACBKMinfree = 48
ACBEMinfree = 32
ACVIMinfree = 16
ACVOMinfree = 0
CABMinfree = 48
UAPSDMinfree = 0
Restoring Cal data from Flash
dfs_attach: use DFS enhancements
DFS min filter rssiThresh = 18
DFS max pulse dur = 151 ticks
ath_get_caps[4857] rx chainmask mismatch actual 7 sc_chainmak 0
ath_get_caps[4832] tx chainmask mismatch actual 7 sc_chainmak 0
SimpleConfig Callback Registration for wifi1
wifi1: Atheros 9380: mem=0x10000000, irq=64 hw_base=0xb0000000
wlan_vap_create : enter. devhandle=0x86c7c2c0, opmode=IEEE80211_M_HOSTAP, flags=0x1
wlan_vap_create : exit. devhandle=0x86c7c2c0, opmode=IEEE80211_M_HOSTAP, flags=0x1.
VAP device ath0 created
ath0

DES SSID SET=dlink
ieee80211_ioctl_siwmode: imr.ifm_active=131712, new mode=3, valid=1
wlan_vap_create : enter. devhandle=0x86ce82c0, opmode=IEEE80211_M_HOSTAP, flags=0x1
wlan_vap_create : exit. devhandle=0x86ce82c0, opmode=IEEE80211_M_HOSTAP, flags=0x1.
VAP device ath1 created
ath1
Sending discover…

DES SSID SET=dlink
ieee80211_ioctl_siwmode: imr.ifm_active=66176, new mode=3, valid=1

DES SSID SET=dlink

DES SSID SET=dlink_media
device ath0 entered promiscuous mode
br0: port 2(ath0) entering forwarding state
Using default tx power 16 dBm for ath0
create_athr_wsc_conf: wlan_vap[0]: ath0: wps_enable=1, wep_len=0
device ath1 entered promiscuous mode
br0: port 3(ath1) entering forwarding state
Using default tx power 23 dBm for ath1
create_athr_wsc_conf: wlan_vap[1]: ath1: wps_enable=1, wep_len=0
######re-brctl ethernet and wifi######
device eth0.1 left promiscuous mode
br0: port 1(eth0.1) entering disabled state
device ath0 left promiscuous mode
br0: port 2(ath0) entering disabled state
device ath1 left promiscuous mode
br0: port 3(ath1) entering disabled state
device eth0.1 entered promiscuous mode
br0: port 1(eth0.1) entering forwarding state
device ath0 entered promiscuous mode
br0: port 2(ath0) entering forwarding state
device ath1 entered promiscuous mode
br0: port 3(ath1) entering forwarding state
ARPING to 192.168.0.1 from 192.168.0.1 via br0
Sent 1 probes (1 broadcast(s))
Received 0 reply
#################################Start WLAN Finished############################
llmnr: have no available linklocal address. wait count=0
TFTPD start and listen on port 69.
No IPv6 address found for interface br0.
/tmp/password has been created
2012-01-18 20:37:09: (network.c.239) warning: please use server.use-ipv6 only for hostnames, not without server.bind / empty address; your config will break if the kernel default for IPV6_V6ONLY changes
llmnr: have no available linklocal address. wait count=1
NMBD launched on port 137.
NMBD: name:DLINKROUTER
NMBD: name_local:DLINKROUTER.LOCAL
Creating minidlna.conf
Creating mt-daapd.conf
sh: Syntax error: Unterminated quoted string
sh: Syntax error: Unterminated quoted string
sh: Syntax error: Unterminated quoted string
start_pppoe_relay
start_pppoe_relay: pppoe_pass_through
cat: /var/etc/resolv_ipv6.conf: No such file or directory
llmnr: have no available linklocal address. wait count=2
Starting HotPlug
Initialize USB Storage
Initializing USB Mass Storage driver…
usbcore: registered new interface driver usb-storage
USB Mass Storage support registered.
Start JCPD 19541
llmnr: have no available linklocal address. wait count=3
wan_ipaddr == NULL, firewall don’t start
llmnr: have no available linklocal address. wait count=4
killall: crowdcontrol: no process killed
killall: wakeOnLanProxy: no process killed
Configuration fi ieee80211_ioctl_siwmode: imr.ifm_active=1442432, new mode=3, valid=1
le: /var/tmp/WSC_ath0.conf
br0: port 2(ath0) entering disabled state
ieee80211_ioctl_setmlme: DEVICE IS DOWN ifname=ath0
Could not connecieee80211_ioctl_setmlme: DEVICE IS DOWN ifname=ath0
t to kernel driver.
Using interface ath0 with hwaddr b8:a3:86:52:5a:b1 and ssid ‘dlink’
llmnr: have no available linklocal address. wait count=5
br0: port 2(ath0) entering forwarding state
Configuration fi ieee80211_ioctl_siwmode: imr.ifm_active=852608, new mode=3, valid=1
le: /var/tmp/WSC_ath1.conf
br0: port 3(ath1) entering disabled state
ieee80211_ioctl_setmlme: DEVICE IS DOWN ifname=ath1
Could not connecieee80211_ioctl_setmlme: DEVICE IS DOWN ifname=ath1
t to kernel driver.
Using interface ath1 with hwaddr b8:a3:86:52:5a:b3 and ssid ‘dlink_media’
br0: port 3(ath1) entering forwarding state
Enter mldc, ==== argc=3, argv[0]=mldproxy, argv[1]=br0, argv[2]=eth0.2 ====
ifconfig: ppp0: error fetching interface information: Device not found

Start IPv6 Firewall
ip6_tables: (C) 2000-2006 Netfilter Core Team
flush_ip6tables
ifconfig: ppp0: error fetching interface information: Device not found

Start IPv6 Static Routing
llmnr: have no available linklocal address. wait count=0
rc is IDLE now!
llmnr: have no available linklocal address. wait count=1

→ Basic configuration After flashing, proceed with this.

Set up your Internet connection, configure wireless, configure USB port, etc.

The default network configuration is:

Interface Name	Description	Default configuration
br-lan	LAN & WiFi	192.168.1.1/24
vlan0 (eth0.1)	LAN ports (1 to 4)	None
vlan1 (eth0.2)	WAN port	DHCP
wl0	2.4 GHz WiFi	Disabled
wl1	5 GHz WiFi	Disabled

Numbers 1-4 are Ports 4-1 as labeled on the unit (i.e. they are reversed). Number 5 is the Internet (WAN) on the unit.

Port	Switch port
Internet (WAN)	5
LAN 1	4
LAN 2	3
LAN 3	2
LAN 4	1

→ hardware.button on howto use and configure the hardware button(s).

WPS and reset buttons present.

Note: This will void your warranty!

To remove the cover simply:

Remove the two (2) back rubber feet. (closest to the ethernet ports and antennas)
Unscrew the two (2) screws underneath the feet.
Pry case halves apart from back side to front side, carefully.
To remove the board from the casing:

Unscrew the two (2) front (inner) screws and remove the LED shield.
Lift board from front and slide out in a forward motion.

Main PCB

Photo of PCB
FCC Filing

→ port.serial general information about the serial port, serial port cable, etc.

How to connect to the Serial Port of this specific device:

With antennas away from you, viewing the top the the PCB, serial connector is labeled “JP6”, just to the left of the center of the board.

Pinout:

Tested with 115200 8N1, no flow control, 3.3v.

Photo of PCB with markings

→ port.jtag general information about the JTAG port, JTAG cable, etc.

How to connect to the JTAG Port of this specific device:

Photo of PCB with markings

Источник

Description

Extreme Speed with Dual Band Wireless N and Gigabit Technology

The D-link DIR-835 Wireless N750 Dual Band router allows you to check e-mail and browse the Internet using the 2.4GHz band while streaming High-Definition (HD) movies and other media on the 5GHz band all at the same time for smooth playback with no interruptions. The Gigabit ports of the DIR-835 allow users to reach peak connectivity speeds, and dual band technology supports both 2.4GHz & 5GHz wireless signals, making all of your network connections fast and reliable.

Powered by HD Fuel with Intelligent QoS

Harness the power of HD Fuel to watch movies and play online games with superior router technology. HD Fuel combines the speed and clarity of the 5GHz wireless band with an advanced QoS engine to create a high quality HD media experience. The DIR-835 uses D-link intelligent QoS Prioritization Technology to analyze and separate your wired and wireless traffic into multiple data streams so applications like VoiP, video streaming, and online gaming can be given priority. HD Fuel combines raw speed with this smart prioritization to give you an uninterupted multimedia experience.

Share a Multifunction Printer or a USB Storage drive

By using the SharePort Plus Network USB utility, users can share printing, scanning, and faxing functions across an entire office or home by simply connecting a multifunction USB printer. In addition, users can also connect a USB hard drive to create a shared storage space for computers and devices on the network, making it easy to share photos, documents, and media files with a home or office.

IPv6 Ready

The DIR-835 supports the IPv6 standard and is compatible with IPv6 equipment from other manufacturers. Users are able to upgrade to a 128-bit addressing system to directly connect to anyone around the world using a unique IP address. This router is capable of handling routing for both IPv4 and IPv6 networks simultaneously, providing forward and backward compatibility for a flexible router that meets your needs both today and tomorrow.

General features

Standards

• IEEE 802.11n

• IEEE 802.11g

• IEEE 802.11a

• IEEE 802.11b

• IEEE 802.3

• IEEE 802.3u

• IEEE 802.3ab

WAN Connection Type

• Static IP

• Dynamic IP

• PPPoE

• PPTP

• L2TP

Device Interfaces

• Four 10/100/1000Base-T LAN ports

• 10/100/1000Base-T WAN port

• USB 2.0 port

Antenna Type

• Three external reverse SMA dual band antennas

Wireless Speed*

• 802.11a: 6, 9, 12, 18, 24, 36, 48, 54 Mbit/s

• 802.11b: 1, 2, 5.5, 11 Mbit/s

• 802.11g: 6, 9, 12, 18, 24, 36, 48, 54 Mbit/s

• 802.11n (2.4GHz): 6.5 to 300 Mbit/s

• 802.11n (5GHz): 6.5 to 450 Mbit/s

Transmitter Power

• 802.11a:

19 dBm at 6-36 Mbit/s

18 dBm at 48 Mbit/s

16 dBm at 54 Mbit/s

• 802.11b:

20 dBm at 1, 2, 5.5, 11 Mbit/s

• 802.11g:

20 dBm at 6-36 Mbit/s

19 dBm at 48 Mbit/s

18 dBm at 54 Mbit/s

• 802.11n (2.4GHz):

HT20

20 dBm at MCS0-MCS4, MCS8-MCS12

19 dBm at MCS5, MCS13

18 dBm at MCS6, MCS14

17 dBm at MCS7, MCS15

HT40

19 dBm at MCS0-MCS5, MCS12-MCS13

18 dBm at MCS6, MCS14

16 dBm at MCS7, MCS15

• 802.11n (5GHz):

HT20

19 dBm at MCS0-MCS3, MCS8-MCS11, MCS16-MCS19

18 dBm at MCS4-MCS6, MCS12-MCS14, MCS20-MCS21

17 dBm at MCS22

16 dBm at MCS7, MCS15

14 dBm at MCS23

HT40

19 dBm at MCS0-MCS3, MCS8-MCS11, MCS16-MCS19

18 dBm at MCS4-MCS5, MCS12-MCS13, MCS20-MCS21

17 dBm at MCS6, MCS14

16 dBm at MCS7, MCS15, MCS22

13 dBm at MCS23

Receiver Sensitivity

• 802.11a:

-82 dBm at 6 Mbit/s

-81 dBm at 9 Mbit/s

-79 dBm at 12 Mbit/s

-77 dBm at 18 Mbit/s

-74 dBm at 24 Mbit/s

-70 dBm at 36 Mbit/s

-66 dBm at 48 Mbit/s

-65 dBm at 54 Mbit/s

• 802.11b:

-87 dBm at 1 Mbit/s

-87 dBm at 2 Mbit/s

-85 dBm at 5.5 Mbit/s

-82 dBm at 11 Mbit/s

• 802.11g:

-82 dBm at 6 Mbit/s

-81 dBm at 9 Mbit/s

-79 dBm at 12 Mbit/s

-77 dBm at 18 Mbit/s

-74 dBm at 24 Mbit/s

-70 dBm at 36 Mbit/s

-66 dBm at 48 Mbit/s

-65 dBm at 54 Mbit/s

• 802.11n (2.4GHz):

HT20

-82 dBm at MCS0/8

-79 dBm at MCS1/9

-77 dBm at MCS2/10

-74 dBm at MCS3/11

-70 dBm at MCS4/12

-66 dBm at MCS5/13

-62 dBm at MCS6/14

-64 dBm at MCS7/15

HT40

-79 dBm at MCS0/8

-76 dBm at MCS1/9

-74 dBm at MCS2/10

-74 dBm at MCS3/11

-67 dBm at MCS4/12

-63 dBm at MCS5/13

-65 dBm at MCS6/14

-61 dBm at MCS7/15

• 802.11n (5GHz):

HT20

-82 dBm at MCS0/8/16

-79 dBm at MCS1/9/17

-77 dBm at MCS2/10/18

-74 dBm at MCS3/11/19

-70 dBm at MCS4/12/20

-66 dBm at MCS5/13/21

-65 dBm at MCS6/14/22

-64 dBm at MCS7/15/23

HT40

-79 dBm at MCS0/8/16

-76 dBm at MCS1/9/17

-74 dBm at MCS2/10/18

-74 dBm at MCS3/11/19

-67 dBm at MCS4/12/20

-63 dBm at MCS5/13/21

-62 dBm at MCS6/14/22

-61 dBm at MCS7/15/23

Security

• WPA & WPA2 (Wi-Fi Protected Access)

• 64/128-bit WEP encryption

• Wi-Fi Protected Setup (WPS) — PIN/PBC

Device Management and Monitoring

• Microsoft Internet Explorer 6+, or Firefox 1.5+, or otherJava-enabled browsers

• D-link Network Monitor Yahoo! Widget

• D-link Internet Usage Meter Yahoo! Widget

• DLNA Server for streaming media to compatible media players*****

SharePort Plus Function Support

• Allows for connection of an external hard drive or multifunction printer to the USB port

• Allows sharing of hard drives, printing, and scanning functions****

QoS

• D-Link Intelligent QoS technology

Advanced Firewall Features

• Network Address Translation (NAT)

• Stateful Packet Inspection (SPI)

• IP/MAC address filtering

• VPN pass-through / Multi-session PPTP/L2TP/IPSec

• DMZ

Router Features

• Port Forwarding

• Port Triggering / Special applications support

• Static routes support

• WLAN Partition support

• DHCP server

• DNS Relay

Minimum System Requirements

• Windows®7/Vista**/XP SP3 или Mac OS®X(v10.4)***

• Microsoft Internet Explorer 6 or higher, Firefox 1.5 or higher

• CD-ROM

• Ethernet network interface

• Cable or DSL modem

• Subscription with an Internet Service Provider

Certificates

Order info

DIR-835 Wireless N750 Dual Band Router

Pictures

DIR-835A1

Front view

Back view

Downloads

Support Resources

Источник

Почему D-Link DIR-835 лучше чем другие?

Внешние антенны?
3vs2.3
Портоы LAN?
4vs3.7
Вес?
391gvs524.36g
Высота?
34mmvs104.6mm
Ширина?
175mmvs194.77mm

Какие сравнения самые популярные?

Отзывы пользователей

Общая информация

Чем больше портов LAN, тем больше компьютеров можно объединить в сеть с помощью кабелей LAN.

Порт WAN (Wider Area Network — «глобальная компьютерная сеть») используется в основном для соединения маршрутизатора с Интернетом. Его также можно использовать для соединения с внешней частной сетью.

Устройство можно использовать вне помещения.

При большем количестве USB разъемов вы имеете возможность подключить большее количество устройств.

Когда продукт находится под гарантией производителя, в случае неисправности, можно получить замену. Зависит от региона.

Мы считаем, что меньший вес лучше, потому что более легкие устройства удобнее переносить. Меньший вес также является преимуществом для бытовой техники, поскольку транспортировка становится удобнее, а также для многих других видов продукции.

объем

Неизвестно. Помогите нам, предложите стоимость.

Объем — это количество трехмерного пространства, окруженного рамкой продукта, или, проще говоря, пространство, которое занимает продукт.

Толщина (или глубина) продукта.

Ширина представляет собой горизонтальный размер продукта.

Производительность

Версии Wi-Fi, поддерживаемые устройством.

Двухдиапазонные маршрутизаторы работают в двух диапазонах: 2,4 ГГц и 5 ГГц. Диапазон 5 ГГц быстрее и стабильнее, единственным недостатком является то, что он охватывает более короткий диапазон, чем диапазон 2,4 ГГц. Если у вас много подключенных устройств, вы можете воспользоваться трехдиапазонным маршрутизатором, который имеет дополнительный диапазон 5 ГГц для уменьшения перегрузки сети. Наконец, есть четырехдиапазонные маршрутизаторы. Они используют преимущества Wi-Fi 6E, чтобы обеспечить дополнительную полосу 6 ГГц для более высоких скоростей и меньшей задержки.

Более высокая скорость Wi-Fi позволяет увеличить производительность. Она измеряется в мегабайтах в секунду.

Скорость центрального процессора показывает сколько циклов обработки в секунду может выполнять процессор, учитывая все его ядра (процессоры). Она рассчитывается путем сложения тактовых частот каждого ядра или, в случае многоядерных процессоров, каждой группы ядер.

Оперативная память (RAM) — это форма памяти, используемая для хранения рабочих данных и машинного кода, используемого в настоящее время. Это временное виртуальное хранилище с быстрым доступом, которое можно читать и изменять в любом порядке, что обеспечивает быструю обработку данных.

Устройство имеет стандартный слот для карт памяти (SD, MicroSD и т.п.), так что вы можете либо расширить внутреннюю память с доступными модулями памяти, либо можете легко извлечь с карты памяти данные, такие как фотографии.

Реле (или кеш) DNS используется для недолгого хранения на маршрутизаторе ответов на запросы. Это значит, что один и тот же запрос, но отправленный с другого компьютера той же сети, получит более быстрый ответ.

Встроенная память это встроенное пространство для хранения в устройстве системных данных, приложений и пользовательских данных. Благодаря большому объему внутренней памяти вы можете сохранять больше файлов и приложений на вашем устройстве.

Антенны

Чем больше антенн, тем сильнее сигнал. Чтобы улучшить сигнал, антенны можно переставлять, а в случае необходимости заменить на более длинные.

Эти антенны можно снимать, когда они не нужны, а можно заменить более длинными, если надо.

Чем больше антенн, тем сильнее сигнал. Устройства с внутренними антеннами занимают меньше места.

Безопасность

Сетевой фаерволл защищает компьютерную сеть от неавторизованного доступа.

Технология DoS protection защищает содержимое сети от DoS-атак (Denial of Service, атака типа «отказ в обслуживании»). Эти атаки переполняют сеть запросами к серверу, замедляя общий траффик, порой вызывая долговременные разъединения.

WPA3 — это более безопасный, чем предыдущий (WPA2), способ подключения к сети Wi-Fi. Индивидуальные данные лучше зашифрованы и хакерам сложнее получить пароль.

Это функция маршрутизатора, разработанная для аутентификации пользователей на внешнем сервере с использованием имени пользователя и пароля.

WPA2-PSK — это метод защиты сети с использованием технологии WPA2 (Wi-Fi Protected Access 2) и предварительно выданного ключа PSK password.

Это средство безопасности, предоставляющее доступ к сети только заданным устройствам с их уникальными MAC-адресами. Этот подход может повысить безопасность, но есть риск, что пользователь может потерять устройство.

Можно включить опцию L2TP Passthrough, L2TP (Layer 2 Tunneling Protocol — «протокол туннелирования второго уровня») — протокол поддержки VPN (виртуальных частных сетей) для безопасного перенесения данных из одного устройства в другое через Интернет.

Можно включить опцию IPsec Passthrough, чтобы разрешить протоколу IPsec (IP Security Protocol) пропускать через маршрутизатор зашифрованные, проверенные на подлинность пакеты, повышая таким образом безопасность.

Блокируется весь входящий траффик, кроме данных, отмеченных в разделе «Проверка пакетов на корректность» (SPI). Помогает защитить сеть от нежелательного траффика.

Функции

IPv6 — новая версия протокола IP. IPv6 выступает как параллельная сеть по отношению к IPv4. Обладает большей ёмкостью для хранения IP-адресов и имеет больше функций.

Обычно маршрутизатор/раутер транслирует сигнал Wi-Fi во всех направлениях. Используя технологию проектирования фазированных антенных решёток, маршрутизатор/раутер определяет, где находится ваше устройство и направляет более сильный сигнал в этом направлении, что обеспечивает лучшее соединение.

Если вы используете несколько из этих маршрутизаторов/раутеров, они могут подключаться друг к другу, чтобы обеспечить большую зону покрытия Wi-Fi. Это очень удобно, если у вас большой дом или квартира.

Matter — это стандарт для умных домашних устройств. Его поддерживают различные технологические компании, включая Apple, Google, Amazon и Samsung. Его цель заключается в том, чтобы разрешить использование устройств в различных системах, чтобы вам не приходилось беспокоиться о проблемах совместимости.

Маркировка VLAN требуется некоторыми интернет-провайдерами (ISP) для установления интернет-соединения.

Существует специальное приложение для смартфонов, предназначенное для использования с данным устройством.

Совместимость с технологией Cloud даёт возможность дистанционного управления устройствами с помощью смартфонов, планшетников и других Интернет-устройств.

Беспроводные устройства предоставляют пользователям большую свободу движений при прослушивании.

Все сертифицированные DLNA продукты совместимы друг с другом. Когда разные устройства подключены к одной сети, данные могут быть с легкостью переданы между ними.

Какие Маршрутизаторы (раутеры) лучше?

Asus ROG Rapture GT-AXE16000

TP-Link Archer AXE300

Asus ROG Rapture GT-BE98

Tenda TE60 Pro BE19000

Tenda EE60 Pro BE19000

Показать все

Источник