Quick Start Guide For WOW
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Quick Guide for Wake on WLAN Date: 2015/05/04 Version: 0.3 1 Quick Start Guide for Wake on Lan (1) Support list: .) USB interface: 8188EU, 8188CU, 8192DU, 8192EU, 8723BU, 8812AU. .) SDIO interface: 8189ES, 8723BS, 8192ES (2) Requirements of wakeup via in-band and out-band methods: .) In-band requirements: SDIO Interface: SDIO host MUST support remote wakeup feature. SDIO data1 MUST be wakeup source in the host platform. The platform MUST keep power to WiFi chip in suspend state. The platform MSUT work fine between suspend and resume. USB Interface: USB host MUST support remote wakeup feature. The platform MUST keep power to WiFi chip in suspend state. The platform MSUT work fine between suspend and resume. .) Out-band requirements: The GPIOof the PLATFORM MUST be wakeup source. The platform MUST keep power to WiFi chip in suspend state. The platform MSUT work fine between suspend and resume. The WIFI module MUST have the GPIO wakeup pin. (3) Driver Configuration for Wake on Lan: .) In-band configuration: If using SDIO DATA1 pin or USB protocol D+/D- toggle in-band method to wakeup the host, driver need to do is only switch CONFIG_WOWLAN from “n” to “y” in Makefile as figure 1. (figure 1) 2 .) Out-band configuration: If using out-band method, driver need to do is modify Makefile and config GPIO. The detail is as following: Makefile Configuration: Switch CONFIG_WOWLAN and CONFIG_GPIO_WAKEUP from “n” to “y” as figure 2. (figure 2) GPIO Configuration: Please contact with RTK technical support team. .) Set up the specific wake up pattern: iw: iw phyX wowlan enable patterns iwpriv: iwpriv wlanX wow_set_pattern pattern= Patter Format: IP filter This pattern if for a frame containing a ip packet: AA:AA:AA:AA:AA:AA:BB:BB:BB:BB:BB:BB:CC:CC:DD:-:-:-:-:-:-:-:-:EE:-:-: FF:FF:FF:FF:GG:GG:GG:GG:HH:HH:II:II A: Ethernet destination address B: Ethernet source address C: Ethernet protocol type D: IP header VER+Hlen, use: 0x45 ( 4 ??is for ver 4, 5 is for len 20) E: IP protocol F: IP source address ( 192.168.0.4: C0:A8:00:2C ) G: IP destination address ( 192.168.0.4: C0:A8:00:2C ) H: Source port (1024: 04:00) I: Destination port (1024: 04:00) Examples Wake up on any packet sent to MAC 00:E0:4C:01:F0:EE 1. iw phyX wowlan enable patterns 00:E0:4C:01:F0:EE 2. iwpriv wlanX wow_set_pattern pattern=00:E0:4C:01:F0:EE 3 Wake up on any ICMP packet sent to MAC 00:E0:4C:01:F0:EE IP 192.168.11.4 1. iw phyX wowlan enable patterns 00:E0:4C:01:F0:EE:-:-:-:-:-:-:08:00:45:-:-:-:-:-:-:-:-:01:-:-:-:-:-:-:c0: a8:0b:04:-:-:-:- 2. iwpriv wlanX wow_set_pattern pattern=00:E0:4C:01:F0:EE:-:-:-:-:-:-:08:00:45:-:-:-:-:-:-:-:-:01:-:-: -:-:-:-:c0:a8:0b:04:-:-:-:- (4) The wake yo reasib table: The DUT could be waked up by the WIFI chip with the following reasons: Reason Value Description 0x01 Receive pairwise key change packet. 0x02 Receive group key change packet. Note GTK offload support list: 8723BS/BU, 8192ES/EU, 8812AU 0x04 Receive disassociate packet. 0x08 Receive de-auth. Packet. 0x10 AP power off, or could not receive AP’s beacon in a period time 0x21 Receive magic packet. 0x22 Receive unicast packet. The unicast packet included IP level. 0x23 Pattern Match The device could be waked up by specific pattern. 4
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