Car Wireless AP

GP-AP350C 300M outdoor vehicle wireless AP

GP-AP350C is a high-performance, high bandwidth, multi-function, outdoor industrial single frequency wireless AP / bridge / CPE, which supports 802.11a/n standard. The equipment adopts the framework o

  • Model: GP-AP350C

GP-AP350C is a high-performance, high bandwidth, multi-function, outdoor industrial single frequency wireless AP / bridge / CPE, which supports 802.11a/n standard. The equipment adopts the framework of 2T2R, and the maximum bandwidth can reach 300mbps. It can be widely used in driving test, intelligent robot, inspection robot, medical, school outdoor coverage and parks, scenic spots, playgrounds and other rooms The wireless network coverage of outfield is compatible with 802.11a/n protocol.

GP-AP350C wireless module supports 802.11a/n standard, works at 5.8G frequency, maximum transmission power of 500MW, less 5g channel occupation, more independent channels and strong anti-interference ability, which greatly improves the wireless signal transmission quality, network bandwidth and stability, with the maximum bandwidth of 300mbps and outdoor coverage distance of more than 500m.

GP-AP350C adopts the latest industrial customized chip optimization algorithm, which has the characteristics of strong anti-interference ability, high bandwidth, high standby capacity and strong stability. At the same time, it supports the fat and thin integrated mode, graphical rapid configuration mode, and supports the working mode of fast terminal seamless roaming. It adopts the integrated structure design of antenna and equipment shell, and the waterproof treatment process reaches IP65 Protection level, to ensure stable operation in outdoor - 40 ~ 80 ℃ harsh high temperature, high cold, high humidity and other environment.


Support 802.11a/n standard

Integration mode of fat and thin

Diversified access authentication methods

Design of magnetic suction base (suitable for quick installation and deployment of driving school and unmanned vehicle)

Radius 500m transmission distance

IP65 protection grade

Hardware performance
CPU AR9344
Flash 16MB 
DDR 64MB 
PA_5.8GRTC5633C
Maximum rate300Mbps 
Maximum support for wireless access

64+

software function
Working modeAP (fat thin mode switching), universal relay, gateway mode, wireless ISP mode
Wireless functionSupport 4 SSIDs, hidden SSID, wireless encryption, wireless MAC address filtering, WiFi timing off function, multicast acceleration, user isolation, transmission power setting, and wireless client number limit
Network functionVLAN settings, DHCP server, cloud platform server
device managementBackup configuration information, restore configuration information, restore factory configuration information, restart including scheduled restart and immediate restart, firmware upgrade, time management including system display time and time synchronization, system log, support local unified management function
RF parameters
2.4G working frequency band2.4GHz – 2.484GHz 

2.4G WIFI transport protocol   

802.11 b / g / n
2.4G wireless power

802.11b:11M\27±2dBm,1M\29±2dBm

802.11g:54M\26±2dBm,6M\29±2dBm 

802.11n HT20:MCS7\25±2dBm,MCS0\28±2dBm 

802.11n HT40:MCS7\24±2dBm,MCS0\27±2dBm 

2.4G receiving sensitivity

802.11b:11M\-85dBm;1M\-94dBm 

802.11g:54M\-72dBm;6M\-90dBm 

802.11n:HT20:MCS7\-70dBm;MCS0\-88dBm 

802.11n:HT40:MCS7\-68dBm;MCS0\-86dBm 

2.4G EVM

802. 11n:  ≤ -28 dB

802. 11g:  ≤ -25 dB 

802. 11b:  ≤ -10 dB 


±20ppm
Interface and power supply

antenna

Built in 5.8G omnidirectional antenna; gain: 3 DBI

WAN1 10 / 100 adaptive WAN / LAN port, supporting Poe power supply
Status indicatorWAN 
power supplyPOE power
Supply voltagePOE48V
Maximum power consumption<10W
Environmental and physical performance
working temperature  -40 ~ 80℃
Storage temperature-45 ~ 85℃
Humidity (non concentrated)5%~ 95%(No condensation)
size180mm*210mm(length × width × height)
Installation and fixationWith magnetic base
Special design

IP65 protection level, electromagnetic shielding, wind protection, sun protection, shock proof and heat dissipation design