China GP-AP750TM 750M Outdoor Industrial Dual Band Wireless AP, Find details about China Outdoor, Wireless Ap from GP-AP750TM 750M Outdoor Industrial Dual Band Wireless AP
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Hardware performance | |
CPU | Qualcomm QCA9531+QCA9887 |
Flash | 16MB |
DDR | 128MB |
PA_2.4G | RTC6649EX |
PA_5.8G | SKY85728-21 |
Maximum rate | 750Mbps |
Maximum support for wireless access | 100+ |
software function | |
Working mode | AP (fat thin mode switching), universal relay, gateway mode, wireless ISP mode |
Wireless function | Support 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 function | VLAN settings, DHCP server, cloud platform server |
device management | Backup 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 band | 2.4GHz - 2.484GHz |
5.8G working frequency band | 5.150GHz ~ 5.850GHz |
2.4G WIFI transport protocol | 802.11 b / g / n |
5.8G WIFI transport protocol | 802.11 a / n / ac |
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 |
5.8G wireless power | 802.11a/54M/22±2dBm/6M/27±2dBm 802.11n HT20/MCS7/21±2dBm/MCS0/25±2dBm 802.11n HT40/MCS7/20±2dBm/MCS0/25±2dBm 802.11ac HT80/MCS9/19±2dBm/MCS0/23±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 |
5.8G receiving sensitivity | 802.11a/54M/-72dBm/6M/-90dBm 802.11n HT20/MCS7/-70dBm/MCS0/-88dBm 802.11n HT40/MCS7/-68dBm/MCS0/-86dBm 802.11ac HT80/MCS9/-58dBm/MCS0/-85dBm |
2.4G EVM | 802. 11n: ≤ -28 dB 802. 11g: ≤ -25 dB 802. 11b: ≤ -10 dB |
5.8G EVM | 802.11a_54M: ≤ -25 dB ;802.11n_MCS7: ≤ -28 dB ; 802.11ac_MCS9: ≤ -32 dB |
±20ppm | |
Interface and power supply | |
antenna | Built in 2.4G omnidirectional antenna, gain: 5dBi Built in 5.8G omnidirectional antenna, gain: 5dBi |
WAN | One M12 x-code 10 / 100 adaptive WAN / LAN port, supporting Poe power supply |
Status indicator | WAN |
power supply | POE power |
Supply voltage | POE48V |
Maximum power consumption | <10W |
Environmental and physical performance | |
working temperature | -40 ~ 80ºC |
Storage temperature | -45 ~ 85ºC |
Humidity (non concentrated) | 5%~ 95%(No condensation) |
size | 180mm×100mm×40(length × width × height) |
A forwarding application server is connected with the existing job scheduling system server. The server has the functions of information forwarding, protocol conversion, information storage and recording.The wireless AP equipment is used to connect the forwarding application server, establish the wireless coverage base station system, realize the communication function with the surrounding handheld terminal, send the large machine segment operation system to handheld terminals, meet the function of job information receiving, displaying, printing and confirming. |
The scheme is based on the deployment of outdoor AP in the station to provide wireless coverage of the construction workshop, providing wireless access to handheld terminals or mobile phones for relevant staff; For the stations with wireless coverage requirements in the office area, indoor AP can also be deployed to provide PC, mobile phone and other terminals for staff wireless use needs. |
Provide indoor and outdoor integrated coverage network and integrated certification system to facilitate customer operation and management; The outdoor AP provides IP68 protection level and strong electromagnetic anti-interference ability, which is suitable for the harsh working environment of the station workshop. For simple network environment, the authentication function of AC can be used to realize the authentication access of wireless users. For the complex network environment, the authentication server can be deployed separately for the unified management of wireless users. |
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