Banana Pi BPI-Wifi5 Router use Siflower SF19A2890S2 design. the It is a high performance wireless router for small and micro businesses, homes and other networking environments.
BPI-Wifi5 Router dual-band wireless router, 2.4G 2T2R, 5.8G 2T2R coexist at the same time. The use of four omni-directional high-gain antennas, with strong signal penetration and wider coverage, which makes the already strong signal more powerful, data transmission is also smoother. MU-MIMO multi-device transceiver technology has low latency and multiple devices are stably connected simultaneously, thus ensuring a good experience for multiple devices.
BPI-Wifi5 Router adopts the national silicon chip SF19A2890S2 solution, providing 1 gigabit WAN port and 3 gigabit LAN ports, supporting 2.4G and 5G, Its wireless transmission rate of 1200Mbps. And it supports rich software features, providing the ideal high-performance product for small and micro businesses and families.
Triductor TR6560 + TR5220 wifi design: Banana Pi BPI-Wifi6 Router low cost wifi6 Router board Triductor TR6560 + TR5220 wifi design: Banana Pi BPI-Wifi6 Mini Router low cost Mini wifi6 Router board. Same size as: Banana Pi BPI-R3 mini Siflower SF19A2890S2 + AN8855R design Banana Pi BPI-Wifi5 Router low cost wifi5 Router board |
Banana Pi Work closely with Siflower to make this product a fully open source wireless routing product. |
Supports a maximum 1.2Gbps wireless rate with full gigabit ports
supports IEEE802.11a /b/g/n/ac
Supports 2*3.5dBi@4G,2*5dBi@5G external omni-directional high-gain antennas
5.8G Uses an external independent FEM to increase the wireless coverage of 5.8G
Mini Size, light machine
Support EasyMesh R2/Support TR069 operator docking
Support industrial low latency, high reliability Wi-Fi communication scheme, provides US-level data transmission jitter solutions to support WAPI (SM4) encryption
Production-level system support, direct productization
Intelligent QoS policy
The Mac-Based network traffic rate limiting mechanism can effectively control the upstream/downstream traffic of a single PC and limit the excessive use of network bandwidth by P2P software
Supports upstream and downstream QoS policies to meet flexible service configuration requirements
Comprehensive system monitoring
Monitors Intranet traffic in real time for traffic monitoring and statistics
provides a variety of security logs, including real-time logs of internal and external network attacks, address binding logs, traffic alert logs, and session logs, for network administrators to monitor the network in real time
Operating status and security status
OpenWRT support
Open Source ,free DIY
Banana Pi BPI-Wifi5 Router Specification | |
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CPU |
Siflower SF19A2890S2 MIPS dual core 1.2GHz |
Switch |
AN8855R Gigabit switch chip |
RAM |
64MB DDR2 RAM |
Flash |
8MB |
Interface |
1*10/100/1000Mbps adaptive WAN interface |
3*10/100/1000Mbps adaptive LAN interface |
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1* DC 12V/1A Power Port |
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1*Reset/WPS key |
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Wireless speed |
2.4G WiFi:2*2 (300Mbps) |
5G WiFi:2*2 (866.7Mbps) |
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Wireless frequency |
2.4G:2.4GHz~2.4835GHz |
5G:5.150GHz~5.85GHz |
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Antenna |
External 2*3.5dBi @ 4G, 2*5dBi @ 5G omni-directional high-gain antenna |
Power |
DC 12V/1A |
Size |
97mm x 65mm |
WAN port settings |
Automatically obtain IP address, Fixed IP address, PPPoE dial-up |
LAN port settings |
Automatically set LAN port address, Manually set LAN port address |
MAC address settings |
Use router MAC address, MAC address cloning, Customize MAC address |
DHCP server |
Modify address pool start address, Modify address pool end address, Modify address lease.IP and MAC binding settings |
IPV6 |
Turn on/off IPV6, WAN settings, LAN settings |
wifi |
Wi-Fi SSID and password settings, Wireless broadcast Encryption, Channel bandwidth settings, Switch mode, Modify bandwidth, Modify signal strength |
Guest network |
Guest network SSID, speed limit, access time, and whether to access the intranet.WDS Wireless Bridging |
Advanced features |
Virtual server, DMZ host, UPnP settings, Routing function, DDNS |
System Settings |
System status, Time settings, Password management, Configuration management, System log, LAN settings, DHCP binding, Backup, Factory reset |
Banana Pi BPI-WiFi5 antenna characteristics | ||||
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TX Power/EVM |
TX Power |
EVM |
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2.4G |
802.11a/b/g 1Mbps |
20dBm |
-28dB |
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802.11a/b/g 54Mbps |
18dBm |
-25dB |
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802.11n20 MCS0 |
20.5dBm |
-17dB |
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802.11n20 MCS7 |
17dBm |
-27dB |
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802.11n40 MCS0 |
20.5dBm |
-18dB |
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802.11n40 MCS7 |
16.5dBm |
-27.5dB |
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5G |
802.11a/b/g 6Mbps |
25dBm |
-18.5dB |
|
802.11a/b/g 54Mbps |
25dBm |
-25dB |
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802.11n20 MCS0 |
25dBm |
-18.5dB |
||
802.11n20 MCS7 |
21.5dBm |
-28dB |
||
802.11n40 MCS0 |
24.5dBm |
-18.5dB |
||
802.11n40 MCS7 |
21dBm |
-30dB |
||
802.11ac20 MCS0 |
25dBm |
-18.5dB |
||
802.11ac20 MCS8 |
19.5dBm |
-31dB |
||
802.11ac40 MCS0 |
24.5dBm |
-19.5dB |
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802.11ac40 MCS9 |
20.2dBm |
-32.5dB |
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802.11ac80 MCS0 |
24dBm |
-20dB |
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802.11ac80 MCS9 |
20dBm |
-33.5dB |
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RX sensitivity |
2.4G |
802.11a/b/g 6Mbps |
-98dBm |
|
802.11a/b/g 54Mbps |
-76dBm |
|||
802.11n20 MCS0 |
-91dBm |
|||
802.11n20 MCS7 |
-73dBm |
|||
802.11n40 MCS0 |
-73dBm |
|||
802.11n40 MCS7 |
-70dBm |
|||
5G |
802.11a/b/g 6Mbps |
-92dBm |
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802.11a/b/g 54Mbps |
-76dBm |
|||
802.11n20 MCS0 |
-91dBm |
|||
802.11n20 MCS7 |
-73dBm |
|||
802.11n40 MCS0 |
-89dBm |
|||
802.11n40 MCS7 |
-70dBm |
|||
802.11ac20 MCS0 |
-92dBm |
|||
802.11ac20 MCS9 |
-71dBm |
|||
802.11ac40 MCS0 |
-89dBm |
|||
802.11ac40 MCS9 |
-67dBm |
|||
802.11ac80 MCS0 |
-86dBm |
|||
802.11ac80 MCS9 |
-63dBm |
SOC | SF19A2890,dual core 1GHz,3200dmips | |
---|---|---|
FLASH |
8MB/64 DDR2 |
|
Antenna (external) |
2.4G:2T2R 5dBm 5.8G:2T2R 5dBm |
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Network |
4×10/100/1000Mbps RJ45(WAN×1+LAN×3) |
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Key |
WPS/RESET |
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Power |
DC 12V/1A |
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LED |
WiFi、WPS |
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Wireless frequency |
2.4~2.4835GHz、5.150GHz~5.850GHz |
|
Wireless Speed |
11b:1/215.5111Mbps 11n:up to 300Mbps |
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11g:6/9/12/18/24/36/48154Mbps 11ac:up to 866Mbps |
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Operating frequency |
2.4G:1~13 |
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5.8G:36,40,44,48,52,56,60,64,149,153,157,161,165 |
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Spread spectrum |
DSSS (Direct Sequence Spread Spectrum) |
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Media access protocol |
802.11a:OFDM(BPSK,QPSK,16-QAM,64-QAM) |
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802.11b:DSSS (DQPSK,DBPSK,CCK) |
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802.11g:OFDM (BPSK,QPSK,16-QAM,64-QAM) |
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802.11n:OFDM (BPSK,QPSK,16-QAM,64-QAM) |
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802.11ac:OFDM(BPSK,QPSK,16-QAM,64-QAM,256-QAM) |
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WPA-PSKWPA2-PSK、WPAWPA2 |
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TX Power/EVM |
11b:16dBm±2dBm@11Mbps |
|
2.4G |
11g:16dBm±2dBm@54Mbps |
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11n:15dBm±2dBm@MCS7 |
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5.8G |
11ac (VHT20):19dBm±2dBm@MCS9 |
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11ac (VHT40):18dBm±2dBm@MCS9 |
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11ac (VHT80):18dBm±2dBm@MCS9 |
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Acceptance sensitivity |
2.4G |
11b: < -87dbm@11Mbps |
11g: < -71dbm@54Mbps |
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11n(HT20):≤-68dBm@MCS7 |
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11n(HT40):≤-65dBm@MCS7 |
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5.8G |
11an (HT20):≤-69dBm@MCS7 |
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11an (HT40):≤-65dBm@MCS7 |
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11ac (VHT80):≤-55dBm@MCS9 |
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Reset Key |
Hold down for more than 6 seconds to reset |
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WPS Key |
Tap to enable WPS pairing mode |
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LED tricolour light |
1, the system startup process: red steady for 10 seconds after the red, green, red alternately flashing; |
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2、After the system starts normally: |
A.Steady red: The device is powered on and started properly but is not connected to the Internet; |
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B.Steady red: The device is powered on and started properly but is not connected to the Internet. |
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C.Blinking green: The device is powered on, connected to the Internet, and data is being transmitted. |
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3、WPS LED: |
When WPS (or MESH) pairing is enabled, the indicator is steady blue and the device is being connected. |
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Size |
148mm*94mm*34mm(not include Antenna) |
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WAN configuration |
DHCP |
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Static IP |
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Dynamic PPPoE |
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Bridging |
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Terminal management |
Client list |
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Disabled devices |
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Rate-limiting |
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LAN configuration |
IP address |
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configuration |
Address pool |
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Default-lease-time |
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IPv6 |
WAN configuration IPv6 |
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LAN configuration IPv6 |
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WiFi |
b/g/n protocol |
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ac protocol |
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Channel |
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bandwidth 20/auto |
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hide ssid |
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WiFi encryption way(no encryption&WPA-PSK&WPA2-PSK) |
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visitor WiFi |
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Wireless Distribution System(WDS) |
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WiFi timing |
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WiFi access control |
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WPS Key |
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Obtain WiFi debugging information |
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Switch the language |
Chinese/English .. |
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Management |
Changing the Login Password |
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Save/import/export configuration/restore factory Settings |
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Firmware upgrade |
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Web reboot |
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Log out |
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DMZ |
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Page capture |
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Diagnose |
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Bind an IP address to a MAC address |
Siflower official github: https://github.com/Siflower/1806_SDK
Siflower official document : https://siflower.github.io/
OEM&ODM please contact : [email protected]