HN-WM1000 Wall-Mounted Access Point

Applied to rail transit, expressway, power station, pipe gallery project and wireless wiring project

Category:

Key words: switch

HN-WM1000 is a wall-mounted type wireless AP which is designed by Shenzhen Hi-Net Technology Company. This AP adopts the type86 design, elegant and beautiful appearance, which can install the perfect combination of wall. It Supports Standard 802.11b/g/n,Build-in 2x2 MIMO antenna design, Support 2.4G terminal access, maximum support transmission rate of 300Mbps.

The devices are designed based on QUALCOMM AR9341 Chipset which can provides excellent function and the best cost solution. Green energy-saving design makes it consume less than 6W when it provides 100mW Signal, it is support standard 48V POE in function.

HN-WM1000 wall-mounted type AP support L2,L3 VLAN roaming; Support local AC management, configuration, upgrade; Support cloud AC remote management; With routing function, Advertising and marketing function; Support Wechat, SMS, Weibo multiple authentication methods such as the Internet. Support high power, wide coverage, and amount of stable machine reach 45 people.

Hardware Specifications

RF Standard

Item	Description
Transmitted power	20dBm (Max)optional
Frequency range	802.11b/g/n: 2.4GHz-2.4835GHz (China)
Receive sensitivity	IEEE802.11n: MCS8 @ -90dBm MCS15 @ -70dBm IEEE802.11g : 6Mbps@ -92dBm 54Mbps@ -72dBm EEE802.11b : 1Mbps@ -93dBm 11Mbps@ -89dBm
Speed	IEEE 802.11b: 1, 2, 5.5，11 Mbps IEEE 802.11a/g: 6, 9, 12, 18, 24, 36, 48, 54 Mbps IEEE 802.11n: 150，300Mbps
Power Supply	Support POE Standard: IEEE802.3af/802.3at Standard
Fixed port	10/100Base-Tx WAN port 210/100Base-TxLAN port 1RJ11 port 1on-off 1*reset button

Software Function

Network function

Support fat/thin AP Mode

Support User isolation

Support signal scan

Support users to speed limit

Support Portal identification

Support black/white list

Support AC unified management

Support seamless roaming

Support power adjustment

Support automatic channel

Support intelligent load balancing