LiteOn WP9333 Quick Start Manual
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LiteOn WP9333 Quick Start Manual

LiteOn WP9333 Quick Start Manual

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WP9333 Quick Start Guide 
Rev.A 
 
 
 

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Summary of Contents for LiteOn WP9333

  • Page 1 WP9333 Quick Start Guide  Rev.A       ...

  • Page 2: Product Descriptions

    1. Product Descriptions The WP9333 is a three radios, tri band, 802.11ac wave 2 access point. It provides powerful WLAN  supporting wireless speed up to 400Mbps on 2.4GHz, 867Mbps on 5GHz and a 3rd radio at 11ac 2x2 via  PCIe slot, one Ethernet port to connect to the backbone network, one Ethernet ports can be aggregated  to connect to one computer through the network cables. Besides, the WP9333 supports 802.3at/af PoE  PD to allow the device powered by PoE switch remotely.       2. Hardware information 3. Software introduction a) QSDK version The firmware running on the board is QSDK SPF3.0 CSU1 with required changes for  the hardware board.    b) Flash partition layout     WiFi RF calibration data and MAC addresses are stored in “0:ART” partition, which is  written during manufacturing process. Normally, we don't’ need to modify the data  in this partition.   ...

  • Page 3: Management Interfaces

    c) Default IP settings For downlink ports, they use static IP settings as below.  IP address: 192.168.1.1  Subnet mask: 255.255.255.0    For uplink port, IP address will be obtained from DHCP.    Note: the device is working on NAT router mode by default. Downlink ports act as  LAN ports, uplink port acts as WAN port.    d) Management interfaces The device can be managed via telnet or web GUI throughput downlink ports.  ‐ Telnet   Username: (none)  Password: (none)  Port: 23    Telnet for example:  1) Power on device  2) Wait 2 minutes, use telnet tool (e.g. putty.exe) login to 192.168.1.1;   ...
  • Page 4   If connection is OK, you can see similar message:      ‐ Web GUI   Username: root  Password: (none)  Port: 80    Note: both telnet and web GUI are not accessible from uplink port since uplink port  acts as WAN port by default. ...
  • Page 5   4. WiFi settings commands The command can be input throughput UART console or Telnet.    a) Configure WiFi wifi detect > /etc/config/wireless  uci commit wireless  uci revert ‐P /var/state wireless  wifi  uci add wireless wifi‐iface  uci add wireless wifi‐iface   uci set wireless.@wifi‐device[0].country=US  uci set wireless.@wifi‐device[0].hwmode=11ng  uci set wireless.@wifi‐device[0].disabled=0  uci set wireless.@wifi‐device[0].htmode=HT40+  uci set wireless.@wifi‐device[0].channel=1  uci set wireless.@wifi‐device[0].txchainmask=3  uci set wireless.@wifi‐device[0].rxchainmask=3  uci set wireless.@wifi‐iface[0].mode=ap  uci set wireless.@wifi‐iface[0].ssid=WP9333wifi0  uci set wireless.@wifi‐iface[0].encryption=none  uci set wireless.@wifi‐iface[0].device=wifi0  uci set wireless.@wifi‐device[1].country=US  uci set wireless.@wifi‐device[1].hwmode=11ac  uci set wireless.@wifi‐device[1].disabled=0  uci set wireless.@wifi‐device[1].htmode=VHT80  uci set wireless.@wifi‐device[1].channel=36  uci set wireless.@wifi‐device[1].txchainmask=3  uci set wireless.@wifi‐device[1].rxchainmask=3  uci set wireless.@wifi‐iface[1].mode=ap  uci set wireless.@wifi‐iface[1].ssid=WP9333wifi1  uci set wireless.@wifi‐iface[1].encryption=none  uci set wireless.@wifi‐iface[1].device=wifi1  uci set wireless.@wifi‐device[2].country=US  uci set wireless.@wifi‐device[2].hwmode=11ac  uci set wireless.@wifi‐device[2].disabled=0  uci set wireless.@wifi‐device[2].htmode=VHT80  uci set wireless.@wifi‐device[2].channel=149  uci set wireless.@wifi‐device[2].txchainmask=3 ...
  • Page 6 iwconfig    Note: wifi‐device[0] refers to the 1  radio (2.4G), wifi‐device[1] refers to the 2   radio (5G), and wifi‐device[2] refers to the 3   radio (5G_2),    b) Change wireless mode and bandwidth ‐ 2.4G:  uci set wireless.@wifi‐device[0].hwmode=11ng  uci set wireless.@wifi‐device[0].htmode=HT40+  uci commit wireless  wifi  Available “hwmode” for 2.4G: 11b, 11g, 11ng  Available “htmode” for 2.4G: HT40+, HT40‐, HT20    ‐ 5G:  uci set wireless.@wifi‐device[1].hwmode=11ac  uci set wireless.@wifi‐device[1].htmode=VHT80  uci commit wireless  wifi  Available “hwmode” for 5G: 11a, 11na, 11ac  Available “htmode” for 5G: VHT80, HT40+, HT40‐, HT20    ‐ 5G_2:  uci set wireless.@wifi‐device[2].hwmode=11ac  uci set wireless.@wifi‐device[2].htmode=VHT80  uci commit wireless  wifi  Available “hwmode” for 5G: 11a, 11na, 11ac  Available “htmode” for 5G: VHT80, HT40+, HT40‐, HT20    c) Change WiFi SSID ‐ 2.4G: ...
  • Page 7 ‐ 5G:  uci set wireless.@wifi‐iface[1].ssid=WP9333_5G  uci commit wireless  wifi    ‐ 5G_2:  uci set wireless.@wifi‐iface[2].ssid=WP9333_5G_2  uci commit wireless  wifi    d) Change WiFi security ‐ 2.4G Open:  uci set wireless.@wifi‐iface[0].encryption=none  uci commit wireless  wifi    ‐ 5G Open:  uci set wireless.@wifi‐iface[1].encryption=none  uci commit wireless  wifi    ‐ 5G_2 Open:  uci set wireless.@wifi‐iface[2].encryption=none  uci commit wireless  wifi    ‐ 2.4G WPA2‐PSK AES:  uci set wireless.@wifi‐iface[0].encryption='psk2+ccmp'  uci set wireless.@wifi‐iface[0].key="1234567890"  uci commit wireless  wifi    ‐ 5G WPA2‐PSK AES: ...

  • Page 8: Factory Reset

      ‐ 5G_2 WPA2‐PSK AES:  uci set wireless.@wifi‐iface[2].encryption='psk2+ccmp'  uci set wireless.@wifi‐iface[2].key="1234567890"  uci commit wireless  wifi    e) Show WiFi settings uci show wireless    5. Factory reset In case you need to reset the device to factory default settings, please follow below steps:  root@OpenWrt:/# firstboot   This will erase all settings and remove any installed packages. Are  you sure? [N/y]  y  /dev/mtdblock10 is mounted as /overlay, only erasing files  root@OpenWrt:/# reboot    [End]     ...

  • Page 9: Federal Communication Commission Interference Statement

    Federal Communication Commission Interference Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
  • Page 10 ISED: This device complies with Industry Canada’s licence-exempt RSSs. Operation is subject to the following two conditions: (1) This device may not cause interference; and (2) This device must accept any interference, including interference that may cause undesired operation of the device. Le présent appareil est conforme aux CNR d'Industrie Canada applicables aux appareils radio exempts de licence.

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