New High Power Router Asus RT-N12HP

[Omega]

ASUS Launches the RT-N12HP Wireless-N300 High-Power Router

Well-suited to home and small business customers with up to 300% wider Wi-Fi
coverage thanks to 9dBi antennas and integrated transmission power amplifier

To serve home and office users who need wider wireless coverage, the ASUS RT-N12HP high-power wireless-N300 router employs detachable
9dBi antennas and a unique hardware signal power amplifier. It extends Wi-Fi range by up to 300%, at the same time offering 3-in-1 utility as a router,
access point, and range extender. The user-friendly interface also supports up to four separate networks, with different bandwidth and access privileges.

High-power technology generates up to 300% wider wireless coverage

The RT-N12HP utilizes a custom hardware architecture that augments wireless transmission and signal quality with detachable 9dBi high-gain antennas and a
discrete signal power amplifier. These create a major increase in 802.11n wireless coverage, up to 300% longer-range compared to standard N300 routers.
At the same time, the improved hardware ensures a more stable and consistent signal. The RT-N12HP is therefore a highly viable choice for homes and small
businesses that want complete coverage via a single networking device.

Flexible EZ Switch 3-in-1 mode selection: router, access point, and range extender

Included in the user-friendly interface, EZ Switch offers a quick software tool that alternates between the RT-N12HP’s three main operating modes.
With a single touch, customers can select standard router usage, access point mode (adding Wi-Fi to an existing wired-only modem/router), or range
extender mode, where the RT-N12HP works in conjunction with another wireless router to expand coverage even further.

Multiple networks on one router for diverse guest access settings

The RT-N12HP supports up to four distinct networks, or SSIDs. It uses dynamic bandwidth allocation, giving administrators the ability to control network’s
access privileges and bandwidth quota. This means the primary network can operate alongside guest networks while experiencing minimal slowdown.
The RT-N12HP also allows customers to offer guests at home or the office internet access with graded privacy and usage rights. For example, the primary
host/administrator network can have full access rights with priority bandwidth, while guest SSIDs may have controlled access and bandwidth. The flexible
design means passwords do not have to be shared, and facilitates parental controls. Setup is once more via the intuitive interface, taking to accomplish.

2012/10/26 http://www.asus.com/News/Z6B6qLJtmfufBN9t/

[Omega]

Meet RT-N12HP, the High Power Wireless-N300 3-in-1 Router/AP/Range Extender!!
It's hitting local dealer shelves January 2013!!



For more info goto http://www.asus.com/Networks/Wireless_Routers/RTN12HP/

Asus Malaysia

[Omega]

ASUS RT-N12HP Wireless-N High Power Router

Asus RT-N12HP High Power Wireless-N300 3-in-1 Router/AP/Range Extender

• Multiple 3-in-1 Router/Access Point /Range Extender wireless modes
• Excellent wireless signal and antenna transmission for 300% wider signal coverage.
• 2 detachable external 9dbi high gain antennas with adjustable output power
• Powerful Online Multitasking at up to 30,000 Data Sessions

httð://www.asus.com/Networks/Wireless_Routers/RTN12HP/

Specifications

Network Standard	IEEE 802.11b, IEEE 802.11g, IEEE 802.11n, IEEE 802.3, IEEE 802.3u, IPv4, IPv6
Product Segment	N300 complete networking; 300Mbps
Antenna	Detachable 9 dBi antenna x 2 *Antenna type will differ according to local regulations and requirement in each country
Data Rate	802.11b : 1, 2, 5.5, 11Mbps 802.11g : 6,9,12,18,24,36,48,54Mbps 802.11n : up to 300Mbps
Operating Frequency	2.4G~2.4835GHz
Encryption	64-bit WEP, 128-bit WEP, WPA2-PSK, WPA-PSK, WPA-Enterprise, WPA2-Enterprise, WPS support
Management	UPnP, IGMP v1/v2/v3, DNS Proxy, NTP Client, DDNS, Port Triger, Virtual Server, DMZ
VPN Support	IPSec Pass-Throuth, PPTP Pass-Through L2TP Pass-Through, PPTP server
Ports	1 x RJ45 for 10/100 BaseT for WAN, 4 x RJ45 for 10/100 BaseT for LAN
Button	WPS Button, Power Button
LED Indicator	PWR x 1, AIR x 1, WAN x 1, LAN x 4
Power Supply	AC Input : 110V~240V(50~60Hz) DC Output : 12 V with max. 1 A current
Dimensions	179 x 128 x 28 cm (WxDxH)
Weight	320 g
Package Content	RT-N12HP*1, RJ45 Cable*1, 9dbi Antenna*2 Warranty Card*1, Power Supply*1

httð://www.asus.com/Networks/Wireless_Routers/RTN12HP/#specifications

FW_RT_N12HP_3004250 • GPL_RT_N12HP_3004250 • E7901_RTN12HP_Manual • Q6980_RT_N12HP_QSG



httð://support.asus.com/Download.aspx?SLanguage=en&m=RT-N12HP&p=11&s=2&os=8

[Omega]

Model: Asus RT-N12HP
CPU: BCM5357 300MHz
RAM: 32MB
Flash: 8MB

Broadcom - Kernel 2.6

uname -a: Linux unknown 2.6.22.19 #23 Sat Oct 20 19:21:39 CEST 2012 mips GNU/Linux 
--------------------------------------------------------------------------------------------- 

cpuinfo

system type : Broadcom BCM53572 chip rev 1 pkg 8 
processor   : 0 
cpu model   : MIPS 74K V4.9 
BogoMIPS    : 149.91 
cpu MHz     : 300 
wait instruction   : no 
microsecond timers : yes 
tlb_entries        : 32 
extra interrupt vector : no 
hardware watchpoint    : yes 
ASEs implemented   : mips16 dsp 
shadow register sets   : 1 
VCED exceptions : not available 
VCEI exceptions : not available 

unaligned_instructions : 0

meminfo

MemTotal:            28696 kB 
MemFree:              9172 kB 
Buffers:              2568 kB 
Cached:               7320 kB 
SwapCached:              0 kB 
Active:               5332 kB 
Inactive:             6572 kB 
HighTotal:               0 kB 
HighFree:                0 kB 
LowTotal:            28696 kB 
LowFree:              9172 kB 
SwapTotal:               0 kB 
SwapFree:                0 kB 
Dirty:                   0 kB 
Writeback:               0 kB 
AnonPages:            2024 kB 
Mapped:               1544 kB 
Slab:                 4016 kB 
SReclaimable:          588 kB 
SUnreclaim:           3428 kB 
PageTables:            316 kB 
NFS_Unstable:            0 kB 
Bounce:                  0 kB 
WritebackTmp:            0 kB 
CommitLimit:         14348 kB 
Committed_AS:         5764 kB 
VmallocTotal:      1015800 kB 
VmallocUsed:          3112 kB 
VmallocChunk:      1009696 kB

cpubench

This is CPU and memory benchmark for OpenWRT v0.6. This will then take some time... (typically 30-60 seconds on a 200MHz computer) 

Overhead for getting time: 43us 
Time to run memory bench: 4.45[secs] 
Time to run computation of pi (2400 digits, 10 times): 9.85[secs] 
Time to run computation of e (9009 digits): 8.52[secs] 
Time to run float bench: 4.05[secs] 
Total time: 26.9s 

You can copy/paste the following line in the wiki table at: http://wiki.openwrt.org/HardwarePerformance 
|| 1970-01-01 || ''Author'' || 4.4s || 9.9s || 8.5s || 4.1s || v0.6 || ''OS'' || ''DeviceModel'' || ''CPU model'' ||