Broadcom WAN Agnostic Residential Gateway
Embedded System Source
Release 3.130.35.0

Broadcom Corporation Confidential. For evaluation use only.

System Requirements

Operating Systems:

• Linux 2.4.20 kernel
• VxWorks Tornado 2.1(END)

Hardware:

• BCM94710-R4, BCM94710/4702-0D, BCM94710-AP(R4D2), BCM94704agr, BCM94704mpcb, BCM94712AGR, BCM94712LGR or BCM95350RG or BCM95351RG or BCM95352RG Base Reference Design -or-
• Base Reference Design with a BCM94318E or BCM94318  MiniPCI card -or-
• Base Reference Design with a BCM94306 MiniPCI card -or-
• Base Reference Design with a BCM94309 MiniPCI card -or-
• Base Reference Design with a BCM94318MPG/BCM94318MPAGH MiniPCI card -or-
• Vendor Equivalent

Current Known Limitations, Problems and Notices 

• Customer shall (i) obtain all government approvals and registrations for Customer's use of the software and (ii) comply with all applicable laws, rules, and regulations in connection therewith (including, without limitation, regulatory requirements under Title 47 CFR Part 15, Industry Canada RSS-210, European Directive 1999/5/EC, and regulations related to RF exposure). Customer understands and acknowledges that the software is subject to all pertinent import and export laws of the United States.
• Linux: In the new multi-SSID  functionality, the linux router only supports port-forwarding for the main SSID.
• Linux: Application triggered port forwarding should only be disabled while traffic is not currently running.
• Linux: Afterburner mode does not support fragmentation. Customer  web pages will need to ensure that this combination is not set. The Broadcom sample web pages does not currently do this.
• Linux and VxWorks: CFE is the only supported boot loader 
• This package includes code used in SES from an SSL implementation written by Eric Young. Please note Eric Young's software includes the following restrictions:

  • Copyright (C) 1995-1998 Eric Young (eay@cryptsoft.com)
    All rights reserved.
    This package is an SSL implementation written by Eric Young (eay@cryptsoft.com).
    Copyright remains Eric Young's, and as such any Copyright notices in the code are not to be removed. If this package is used in a product, Eric Young should be given attribution as the author of the parts of the library used. This can be in the form of a textual message at program startup or in documentation (online or textual) provided with the package. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:

    1. Redistributions of source code must retain the copyright notice, this list of conditions and the following disclaimer.

    2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.

    3. All advertising materials mentioning features or use of this software must display the following acknowledgement:
    "This product includes software written by Eric Young (eay@cryptsoft.com)"

    4. If you include any Windows specific code (or a derivative thereof) from the apps directory (application code) you must include an acknowledgement:

    • "This product includes software written by Tim Hudson (tjh@cryptsoft.com)"
      THIS SOFTWARE IS PROVIDED BY ERIC YOUNG ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
  • The license and distribution terms for any publicly available version or derivative of this code cannot be changed. i.e. this code cannot simply be copied and put under another distribution license [including the GNU Public License.]

What's New in Release 3.130.35.0?

• Linux and VxWorks: Added Range Expander under URE mode.
• Linux and VxWorks: Added auto reconnect capability in URE to connect to an upstream AP in both Range Expander and Travel Router modes
• Linux and VxWorks: Initial support for BCM94704MPCB 
• Linux and VxWorks: Initial UAPSD WMM support 
• Linux and VxWorks: Augmented the nvram flash update code, to prevent nvram corruption causing the device to potentially lock up as a result of power cycling in the middle of a flash write.
• Linux and VxWorks: Added support to enable non-Broadcom client STAs to view and connect to the router with multiSSID enabled.
• Linux and VxWorks: Fixed a regression where the auto channel selection stopped working.
• Linux and VxWorks: Fixed a bug where restoring to factory defaults was not cleaning up additional NVRAM variables after using SES for WDS.
• Linux and VxWorks: Fixed a bug where the reported RSSI was incorrect causing unnecessary roam scans.
• Linux and VxWorks: Fixed a crash which sometimes occurred when Afterburner was enabled with WDS
• Linux and VxWorks: Implemented DHCP relay in WET mode. The dhcp_relay NVRAM variable is used to turn this mode on or off (default off).

WiFi Results

WiFi 802.11g+WPA AP TEST CONFIGURATIONS	Linux	VxWorks
	WiFi testplan ver 2.5.1	WiFi testplan ver 2.5.1
4.1.1 OOB Verification for an Access Point
APUT: (essid : wifi, beacon int 100,ch 6,RTS/FRAG/Security : off,Preamble long)
G-STA1:Atheros (essid : wifi,ch 6,RTS/FRAG/Security : off,OS WinXP,Preamble long)
G-STA2:Buffalo(essid : wifi,ch 6,RTS/FRAG,WEP, key = 0x9876543210,OS WinXP,Preamble long)
G-STA3:Globespan(essid : wifi,ch 6,RTS/FRAG,WPA, PSK = 12345678,OS WinXP,Preamble long)
- APUT will allow association and pings only with G-STA1	Pass	Pass
4.1.2 Configurability Test
-  ESSID	Pass	Pass
-  WEP Key	Pass	Pass
-  Channel	Pass	Pass
-  Basic Rate Set(#1 and #2) and (use of EID=1 and EID=50)	Pass	Pass
- WPA on or off,when WPA is turned on, verify that PSK or TLS mode can be selected	Pass	Pass
-  Mixture of WPA and WEP cannot be selected with WPA.	Pass	Pass
-  Specify the default pass phrase (“12345678”) for PSK WPA	Pass	Pass
-  Setting of a fixed IP address and sub-net mask.	Pass	Pass
4.1.3: WPA Initial Ping Test
APUT: (WPA-TLS, Channel 1, Basic Rate Set #1) - Funk RADIUS server
- Verify Atheros-G can ping and associate within 90 seconds	Pass	Pass
- Verify Globespan-G can ping and associate within 90 seconds	Pass	Pass
- Verify TI-G can ping and associate within 90 seconds	Pass	Pass
- Verify Buffalo-G can ping and associate within 90 seconds	Pass	Pass
- Verify Globespan-B can ping and associate within 90 seconds	Pass	Pass
- Verify Symbol-B can ping and associate within 90 seconds	Pass	Pass
- Verify Intel-B can ping and associate within 90 seconds	Pass	Pass
4.2.2.1: Configuration #A1-Pure-G
APUT: (WEP off, Channel 1, Basic Rate Set #1)
G STA:  Atheros-G STA (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- Verify Basic Rate (EID=1 and EID=50) to be BRS#1	Pass	Pass
- A1GDT1: FileSendlong tx  [12.51]	Pass	Pass
- A1GDT2: FileSendlong rx  [14.17]	Pass	Pass
- A1GDT3: InquiryLong tx  [1.22]	Pass	Pass
- Data Transfer 1 (NAV):  FileSendlong tx  < 80% of measured DT#1	Pass	Pass
- Data Transfer 1 (PLCP):  FileSendlong tx  < 80% of measured DT#1	Pass	Pass
4.2.2.2 Configuration #A1-Mixed-BG
APUT: (WEP off, Channel 2, Basic Rate Set #1)
B STA:  Symbol-B (OS WinXP, RTS off, FRAG off, PS no)
G STA:  Buffalo-G STA (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- A1MGDT1: FileSendlong tx  [3.06]	Pass	Pass
- A1MGDT2:  FileSendlong tx  [3.09]	Pass	Pass
- A1MGDT3:  InquiryLong tx  [.58]	Pass	Pass
- A1MBDT1:  FileSendlong tx  [2.47]	Pass	Pass
- A1MBDT2:  FileSendlong tx  [1.17]	Pass	Pass
- A1MBDT3:  InquiryLong tx  [.39]	Pass	Pass
4.2.2.3: Configuration #A2-Pure-G
APUT:  (WEP: 9876543210, Channel 3, Basic Rate Set #1)
G STA:  TI-G STA (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- A2GDT1:  FileSendlong tx  [14.28]	Pass	Pass
- A2GDT2:  FileSendlong rx  [12.50]	Pass	Pass
- A2GDT3:  InquiryLong tx  [1.06]	Pass	Pass
4.2.2.4: Configuration #A2-Mixed-BG
APUT: (WEP: 9876543210, Channel 4, Basic Rate Set #1)
B STA: Symbol-B (RTS 256, FRAG off, PS no)
G STA: TI-G STA (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- A2MGDT1:  FileSendlong tx  [3.13]	Pass	Pass
- A2MGDT2:  FileSendlong tx  [2.0]	Pass	Pass
- A2MGDT3:  InquiryLong tx  [.47]	Pass	Pass
- A2MBDT1:  FileSendlong tx  [2.02]	Pass	Pass
- A2MBDT2:  FileSendlong tx  [.30]	Pass	Pass
- A2MBDT3:  InquiryLong tx  [.037]	Pass	Pass
4.2.2.5: Configuration #A3-Pure-G
APUT: (WPA-PSK: 12345678, Channel 5, Basic Rate Set #2)
G STA: Globespan-G STA (OS WinXP, RTS 256, FRAG 500, PS PSPoll)
- Association	Pass	Pass
- Verify Basic Rate (EID=1 and EID=50) to be #2	Pass	Pass
- A3GDT1:  FileSendlong tx  [1.4]	Pass	Pass
- A3GDT2:  FileSendlong rx  [.27]	Pass	Pass
- A3GDT3:  InquiryLong tx  [.003]	Pass	Pass
4.2.2.6: Configuration #A3-Mixed-BG
APUT: (WPA-PSK: 12345678, Channel 6, Basic Rate Set #1)
B STA: Globespan-B STA (OS WinXP, RTS off, FRAG 500, PS no)
G STA: TI-G STA (OS WinXP, RTS off, FRAG off, PS PSPoll)
- Association	Pass	Pass
- A3MGDT1:  FileSendlong tx  [0.626]	Pass	Pass
- A3MGDT2:  FileSendlong tx  [0.50]	Pass	Pass
- A3MGDT3:  InquiryLong tx  [0.005]	Pass	Pass
- A3MBDT1:  FileSendlong tx  [2.5]	Pass	Pass
- A3MBDT2:  FileSendlong tx  [.44]	Pass	Pass
- A3MBDT3:  InquiryLong tx  [.37]	Pass	Pass
4.2.2.7: Configuration #A4-Pure-G
APUT: (WPA-TLS, Channel 7, Basic Rate Set #2) - MS Radius Server
G STA:  Atheros-G STA (OS WinXP, RTS off, FRAG off, PS On: PS-non-Poll)
- Association	Pass	Pass
- A4GDT1:  FileSendlong tx  [13.3]	Pass	Pass
- A4GDT2:  FileSendlong rx  [10.0]	Pass	Pass
- A4GDT3:  InquiryLong tx  [1.1]	Pass	Pass
4.2.2.8: Configuration #A4-Mixed-BG
APUT: (WPA-TLS, Channel 8, Basic Rate Set #1) - MS Radius Server
B STA:  Globespan-B STA (OS WinXP, RTS 256, FRAG 512, PS no)
G STA:  Atheros-G STA (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- A4MGDT1:  FileSendlong tx  [3.4]	Pass	Pass
- A4MGDT2:  FileSendlong tx  [2.8]
- A4MGDT3:  InquiryLong tx  [.48]	Pass	Pass
- A4MBDT1:  FileSendlong tx  [1.5]	Pass	Pass
- A4MBDT2:  FileSendlong tx  [0.98]
- A4MBDT3:  InquiryLong tx  [.27]	Pass	Pass
4.2.2.9: Configuration #A5-Mixed-BG
APUT: ( WEP off, CH 10, Basic Rate #1 )
B STA1:  Globespan-B STA (OS WinXP, RTS off, FRAG off, PS no)
B STA2:  Intel-B STA (OS WinXP, RTS off, FRAG off, PS no)
G STA1:  Buffalo-G STA (OS WinXP, RTS off, FRAG off, PS no)
G STA2: TI-G (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- A5MG1DT1:  Buffalo G-STA1 - FileSendlong rx  [.73]	Pass	Pass
- A5MG2DT1:  TI G-STA 2 - FileSendlong rx  [.90]	Pass	Pass
- A5MB1DT1:  Globespan B-STA 1 - FileSendlong rx  [.45]	Pass	Pass
- A5MB2DT1:  Intel B STA 2 - FileSendlong rx  [.58]	Pass	Pass
4.2.2.10: Configuration #A6-OLBC-1
APUT: (ESSID Gonly, WEP off, Channel 11, Basic Rate Set #2)
O-B-AP: Cisco (ESSID overlapper, WEP off, Channel 11)
- Verify beacons from APUT have set the Use_Protection bit (b1) and	Pass	Pass
- Verify beacons from the APUT have not set NonERP_Present bit (b0)	Pass	Pass
4.2.2.11: Configuration #A6-OLBC-2
APUT: (ESSID Gonly, WEP off, Channel 11, Basic Rate Set #2)
O-B-STA:  Intel-B (RTS 300, FRAG 100, PS no) associate to O-G-AP
O-G-AP:  Broadcom (ESSID overlapper, WEP off, Channel 11, Basic Rate Set#1
- Verify beacons from APUT have set the Use_Protection bit (b1) and	Pass	Pass
- Verify beacons from the APUT have not set NonERP_Present bit (b0)	Pass	Pass
Section 4.3.1:  WPA Same Mode Roaming
AP3-TI and APUT: ( WPA-PSK-12345678, CH 11, Basic Rate #1 )
G STA:  Globespan-B STA (OS WinXP, RTS off, FRAG off, PS no)
- Associate STA to APUT and start pinging session	Pass	Pass
- Start AP3 fully and stop APUT.  Verify STA associates to AP3	Pass	Pass
- Start APUT fully and stop AP3.  Verify STA associates to APUT	Pass	Pass
AP3-TI and APUT: ( WPA-TLS, CH 11, Basic Rate #1 ) - Funk RADIUS Server
G STA:  TI-G STA (OS WinXP, RTS off, FRAG off, PS no)
- Associate STA to APUT and start pinging session	Pass	Pass
- Start AP3 fully and stop APUT.  Verify STA associates to AP3	Pass	Pass
- Start APUT fully and stop AP3.  Verify STA associates to APUT	Pass	Pass
Section 4.4: Multicast Test
MCA#1
APUT: (ESSID Multicast, WEP 0123456789, Channel 8, Basic Rate Set #1)
G STA:  Atheros-G STA (OS WinXP, RTS off, FRAG off, PS no)
B STA:  Intersil-B (OS WinXP, RTS off, FRAG off, PS no)
- G STA throughput	Pass	Pass
- B STA throughput	Pass	Pass
- Verify Barker_Preamble_Mode bit (b2) is set to 1	Pass	Pass
MCA#2
APUT: (ESSID Multicast, WPA-PSK: 0123456789, Channel 9, Basic Rate Set #2)
G STA:  Atheros-G STA (OS: WinXP, RTS off, FRAG off, PS no)
G STA:  Buffalo-G STA (OS WinXP, RTS off, FRAG off, PS PSPoll)
- Atheros G STA throughput	Pass	Pass
- Buffalo G STA throughput	Pass	Pass
Section 4.5: Extended EAP tests
4.5.2.1: Configuration #A20
APUT: ( WPA-TLS, CH 11, Basic Rate #1 ) - Meetinghouse Radius Server
STA:  Buffalo (OS WinXP, RTS off, FRAG off, PS no,Supplicant Microsoft)
- Association and ping in 90sec	Pass	Pass
4.5.2.3: Configuration #A21
APUT: ( WPA-SIM, CH 11, Basic Rate #1 ) - Devicescape Radius Server
STA:  Intel (OS WinXP, RTS off, FRAG off, PS no,Supplicant Devicescape)
- Association and ping in 90sec	Pass	Pass
4.5.2.4: Configuration #A22
APUT: ( WPA-PEAP0, CH 11, Basic Rate #1 ) - Microsoft Radius Server
STA:  Buffalo (OS WinXP, RTS off, FRAG off, PS no,Supplicant Microsoft)
- Association and ping in 90sec	Pass	Pass
4.5.2.5: Configuration #A23
APUT: ( WPA-TTLS, CH 11, Basic Rate #1 ) - Funk Radius Server
STA:  Intersil (OS WinXP, RTS off, FRAG off, PS no,Supplicant Funk)
- Association and ping in 90sec	Pass	Pass
Section 4.6: Intra BSS Transfer
APUT: (ESSID Intra, WEP 0123456789, Channel 9, Basic Rate Set #1)
G STA1:  Globespan-G STA (OS WinXP, RTS off, FRAG off, PS no)
G STA2:  TI-G STA (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- Globespan G STA1 -> TI-G STA2 [5.78]	Pass	Pass
- TI-G STA2 -> Globespan G STA1 [5.78]	Pass	Pass
Section 4.7: Negative Tests
- Negative:  Wrong ESSID	Pass	Pass
- Negative:  Wrong case in ESSID	Pass	Pass
- Negative:  ESSID substring	Pass	Pass
- Negative:  WEP key mismatch	Pass	Pass
- Negative:  Station/AP WEP mismatch	Pass	Pass
- Negative:  Configure APUT for BRS #2 and verify STA (1,2,5.5,11) cannot associate	Pass	Pass
Section 4.8.1: Countermeasures Tests
APUT: (ESSID Weca-11g, WPA-PSK: 12345678, Channel 11, Basic Rate Set #1)
- 2 STAs associate and ping to the AP.	Pass	Pass
- STA to generate a single MIC-attack bad data frame.	Pass	Pass
- Verify the next 70 seconds that ping sessions are still alive.	Pass	Pass
- STA to generate a second MIC-arrack bad frame.	Pass	Pass
- Verify the next 50 seconds that ping sessions are still alive.	Pass	Pass
- STA to generate a third MIC-attack bad data frame.	Pass	Pass
- Verify that the ping sessions are dead.	Pass	Pass
- Verify that the ping sessions are re-established after 60 seconds.	Pass	Pass
- STA to generate a MIC failure report.	Pass	Pass
- Verify the next 70 seconds that ping sessions are still alive.	Pass	Pass
- STA to generate a second MIC report frame.	Pass	Pass
- Verify the next 50 seconds that ping sessions are still alive.	Pass	Pass
- STA to generate a third MIC report data frame.	Pass	Pass
- Verify that the ping sessions are dead.	Pass	Pass
- Verify that the ping sessions are re-established after 60 seconds.	Pass	Pass
Section 4.8.2.1: Predefined Pass Phrase Test
- Configure AP for PSK string: 1234567890123<>?=+&$ The quick brown fox jumps over the lazy sl	Pass	Pass
- Verify STA can associate and ping	Pass	Pass
- Configure AP for PSK string: 1234567890123<>?=+&$ The quick brown fox jumps over the lazy sle	Pass	Pass
- Verify AP UI rejects the configuration	Pass	Pass
Section 4.8.2.2: Random Pass Phrase Test
- Configure AP for PSK string: random 30 legitimate characters	Pass	Pass
- Verify STA will not associate	Pass	Pass
- Enter STA with same 30 characters key and verify STA can associate and ping	Pass	Pass
Section 4.8.3.1: Non-association with a WEP STA
APUT: (ESSID wpa, WPA-TLS, Channel x, Basic Rate Set #1) - MS RADIUS Server	Pass	Pass
G STA: TI-G STA (OS WinXP, WEP-9876543210, RTS off, FRAG off, PS no)	Pass	Pass
- Verify STA will not associate and ping  within 90 seconds	Pass	Pass
Section 4.8.3.2: Non-association with a STA not using WPA
APUT: (ESSID wpa, WPA-TLS, Channel x, Basic Rate Set #1) - MS RADIUS Server	Pass	Pass
G STA: TI-G STA (OS WinXP, WEP-off, RTS off, FRAG off, PS no)	Pass	Pass
- Verify STA will not associate and ping  within 90 seconds	Pass	Pass
Section 4.8.3.3: PSK - 802.1X-TLS Rejection
APUT: (ESSID wpa, WPA-PSK-12345678, Channel x, Basic Rate Set #1)	Pass	Pass
G STA1: Atheros G STA (OS WinXP, WPA-PSK-12345678, RTS off, FRAG off, PS no)	Pass	Pass
G STA2: Buffalo G STA (OS WinXP, WPA-TLS, RTS off, FRAG off, PS no)	Pass	Pass
- Verify STA 2 will not associate and ping  within 90 seconds	Pass	Pass
Section 4.8.3.4: Non-association with a 802.1x-TLS configured AP
APUT: (ESSID wpa, WPA-TLS, Channel x, Basic Rate Set #1) - MS RADIUS Server	Pass	Pass
G STA1: Buffalo G STA (OS WinXP, WPA-TLS, RTS off, FRAG off, PS no)	Pass	Pass
G STA2: Atheros G STA (OS WinXP, WPA-PSK-12345678, RTS off, FRAG off, PS no)	Pass	Pass
- Verify STA 2 will not associate and ping  within 90 seconds	Pass	Pass
4.9 802.11d Optional Testing
4.9.1 Country Information Element
APUT: (ESSID +++, No Security, Channel 6, Basic Rate Set #1)
STA:  Any STA
Country 1, Probe response contains same Country Information element as found in the beacon,STA can associate.	Pass	Pass
Country 2, Probe response contains same Country Information element as found in the beacon,STA can associate.	Pass	Pass
Country 3, Probe response contains same Country Information element as found in the beacon,STA can associate.	Pass	Pass
Country 4, Probe response contains same Country Information element as found in the beacon,STA can associate.	Pass	Pass
Country 5, Probe response contains same Country Information element as found in the beacon,STA can associate.	Pass	Pass

 

WiFi 802.11a+WPA AP TEST CONFIGURATIONS	Linux	VxWorks
WiFi Test Plan ver.2.2, 6/1/2004	WiFi Testplan ver 2.2	WiFi Testplan ver 2.2
4.1.1: OOB Verification
APUT: Default settings simulating using device for 1st time. ( SSID - wifi,channel 60)
STA1:  Atheros (OS WinXP, WEP off)
STA2:  Intel (OS WinXP, WEP 9876543210)
STA3:  Broadcom (OS WinXP, WPA-PSK=12345678)
- Verify STA1 is able to and ping to network	Pass	Pass
- Verify STA2 and STA3 are not able to associate nor ping to network	Pass	Pass
4.1.3: WPA Initial Ping Test
APUT: (WPA-TLS, Channel 60) - Funk RADIUS server
- Verify Atheros STA can ping and associate within 90 seconds	Pass	Pass
- Verify Proxim STA can ping and associate within 90 seconds	Pass	Pass
- Verify Intel STA can ping and associate within 90 seconds	Pass	Pass
- Verify Globespan STA can ping and associate within 90 seconds	Pass	Pass
- Verify Broadcom STA can ping and associate within 90 seconds	Pass	Pass
4.2.2.1: Configuration #A1
APUT: (WEP off, Channel 36)
STA:  Atheros (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- A1DT1: FileSendlong tx  [13.345]	Pass	Pass
- A1DT2: FileSendlong rx  [13.00]	Pass	Pass
- A1DT3: InquiryLong tx  1.320]	Pass	Pass
- Data Transfer 1 (NAV):  FileSendlong tx  < 80% of measured DT#1	Pass	Pass
- Data Transfer 1 (PLCP):  FileSendlong tx  < 80% of measured DT#1	Pass	Pass
4.2.2.2 Configuration #A2
APUT: (WPA-PSK=12345678, Channel 40)
STA:  Globespan (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- A2DT1: FileSendlong tx  [9.348]	Pass	Pass
- A2DT2:  FileSendlong tx  [8.80]	Pass	Pass
- A2DT3:  InquiryLong tx  [.70]	Pass	Pass
4.2.2.3: Configuration #A3
APUT:  (WEP: 9876543210, Channel 44)
STA:  Broadcom (OS WinXP, RTS 256, FRAG off, PS Poll)
- Association	Pass	Pass
- A3DT1:  FileSendlong tx  [2.50]	Pass	Pass
- A3DT2:  FileSendlong rx  [2.00]	Pass	Pass
- A3DT3:  InquiryLong tx  [.004]	Pass	Pass
4.2.2.4: Configuration #A4
APUT: (WPA-PSK=12345678, Channel 48)
STA: Proxim (OS WinXP, RTS off, FRAG 500, PS on)
- Association	Pass	Pass
- A4DT1:  FileSendlong tx  [9.0]	Pass	Pass
- A4DT2:  FileSendlong tx  [6.5]	Pass	Pass
- A4DT3:  InquiryLong tx  [1.45]	Pass	Pass
4.2.2.5: Configuration #A5
APUT: (WPA-TLS, Channel 56) Funk Server
STA:  Globespan (OS WinXP, RTS 256, FRAG 500, PSPoll)
- Association	Pass	Pass
- A5DT1:  FileSendlong tx  [2.0]	Pass	Pass
- A5DT2:  FileSendlong rx  [.80]	Pass	Pass
- A5DT3:  InquiryLong tx  [.004]	Pass	Pass
4.2.2.6: Configuration #A6
APUT: (WPA-TLS, Channel 60) MS server
STA:  Intel (OS WinXP, RTS 256, FRAG Off, PS on)
- Association	Pass	Pass
- A6DT1:  FileSendlong tx  [12.0]	Pass	Pass
- A6DT2:  FileSendlong tx  [8.605]	Pass	Pass
- A6DT3:  InquiryLong tx  [.982]	Pass	Pass
4.2.2.7: Configuration #A7
APUT: (WPA-TLS, Channel 64) MS server
STA:  Broadcom (OS WinXP, RTS off, FRAG 500, PS off)
- Association	Pass	Pass
- A7DT1:  FileSendlong tx  [11.8]	Pass	Pass
- A7DT2:  FileSendlong rx  [6.60]	Pass	Pass
- A7DT3:  InquiryLong tx  [1.0]	Pass	Pass
4.2.2.8: Configuration #A8
APUT: (WPA-PSK=12345678, Channel 36)
STA: Proxim (OS WinXP, RTS off, FRAG off, PS on)
- Association	Pass	Pass
- A8DT1:  FileSendlong tx  [13.45]	Pass	Pass
- A8DT2:  FileSendlong tx  [7.20]	Pass	Pass
- A8DT3:   InquiryLong tx	Pass	Pass
4.2.2.9: Configuration #A9
APUT: (WPA-PSK=12345678, Channel 40)
STA:  Broadcom (OS WinXP, RTS 256, FRAG off, PS off)
- Association	Pass	Pass
- A9DT1:  FileSendlong tx  [12.1]	Pass	Pass
- A9DT2:  FileSendlong rx  [8.3]	Pass	Pass
- A9DT3:  InquiryLong tx  [.70]	Pass	Pass
4.2.2.10: Configuration #A10
APUT: (WEP off, Channel 44)
STA:  Atheros (OS WinXP, RTS off, FRAG 500, PS on)
- Association	Pass	Pass
- A10DT1:  FileSendlong tx  [15.056]	Pass	Pass
- A10DT2:  FileSendlong rx  [8.338]	Pass	Pass
- A10DT3:  InquiryLong tx  [1.10]	Pass	Pass
4.2.2.11: Configuration #A11
APUT: (WEP off, Channel 48)
STA:  Atheros (OS WinXP, RTS 256, FRAG 500, PS off)
- Association	Pass	Pass
- A11DT1:  FileSendlong tx  [14.007]	Pass	Pass
- A11DT2:  FileSendlong rx  [8.415]	Pass	Pass
- A11DT3:  InquiryLong tx  [1.679]	Pass	Pass
4.2.2.12: Configuration #A12
APUT: (WEP 9876543210, Channel 52)
STA:  Globespan (OS WinXP, RTS Off, FRAG Off, PS off)
- Association	Pass	Pass
- A12DT1:  FileSendlong tx  [11.5]	Pass	Pass
- A12DT2:  FileSendlong rx  [9.1]	Pass	Pass
- A12DT3:  InquiryLong tx  [.960]	Pass	Pass
4.3.1: Re-Association/Bridging - WPA-PSK
APUT: (WPA-PSK - 12345678, Channel 36)
STA:  Intel (OS WinXP, RTS off, FRAG off, PS off)
- Associate STA to APUT and perform a single ping from AP to STA.
- Power on AP3(Synad) then power off APUT
- Re-attempt to ping.  Pings from AP to STA should be within 90 seconds
- Power on APUT and power off AP3(Synad)
- Re-attempt to ping.  Pings from AP to STA should be within 90 seconds
4.3.2: Re-Association/Bridging - WPA-TLS
APUT: (WPA-TLS, Channel 36)
STA:  Intel (OS WinXP, RTS off, FRAG off, PS off)
- Associate STA to APUT and perform a single ping from AP to STA.
- Power on AP3(Synad) then power off APUT
- Re-attempt to ping.  Pings from AP to STA should be within 90 seconds
- Power on APUT and power off AP3(Synad)
- Re-attempt to ping.  Pings from AP to STA should be within 90 seconds
Section 4.4: Multicast Test
MCA#1
APUT: (ESSID Multicast, WEP 0123456789, Channel 56)
STA1:  Atheros (OS WinXP, RTS off, FRAG off, PS no)
STA2:  Proxim (OS WinXP, RTS off, FRAG off, PS no)
- Verify throughput test to be completed without errors	Pass	Pass
MCA#2
APUT: (ESSID Multicast, WPA-PSK: 12345678, Channel 60)
STA1:  Intel (OS: WinXP, RTS off, FRAG off, PS no)
STA2:  Globespan (OS: WinXP, RTS off, FRAG off, PSPoll)
- Verify throughput test to be completed without errors	Pass	Pass
Section 4.5: Intra BSS Transfer
APUT: (ESSID Intra, WEP 9876543210, Channel 64)
STA1:  Intel (OS WinXP, RTS off, FRAG off, PS no)
STA2:  Atheros (OS WinXP, RTS off, FRAG off, PS no)
- Association	Pass	Pass
- STA1 -> STA2 [7.11]	Pass	Pass
Section 4.6: Negative Tests
- Negative:  Wrong ESSID [AP-abc, STA-def]	Pass	Pass
- Negative:  Wrong case in ESSID [AP-ABC, STA-abc]	Pass	Pass
- Negative:  ESSID substring [AP-abc, STA-abcde]	Pass	Pass
- Negative:  WEP key mismatch [AP-98765543210, STA-0123456789]	Pass	Pass
- Negative:  Station/AP WEP mismatch [AP-WEP off, STA-WEP on]	Pass	Pass
- Negative:  Station/AP WEP mismatch [AP-WEP on, STA-WEP off]	Pass	Pass
Section 4.7.1: Countermeasures Tests
APUT: (ESSID wifi, WPA-PSK: 12345678, Channel 36)
- 2 STAs associate and ping to the AP.
- Synad STA to generate a single bad data frame.
- Verify the next 70 seconds that ping sessions are still alive.
-  Synad STA to generate a second bad frame.
- Verify the next 50 seconds that ping sessions are still alive.
-  Synad STA to generate a third bad data frame.
- Verify that the ping sessions are dead.
- Verify that the ping sessions are re-established after 60 seconds.
- Synad STA to generate a MIC failure report.
- Verify the next 70 seconds that ping sessions are still alive.
-  Synad STA to generate a second MIC frame.
- Verify the next 50 seconds that ping sessions are still alive.
-  Synad STA to generate a third MIC data frame.
- Verify that the ping sessions are dead.
- Verify that the ping sessions are re-established after 60 seconds.
Section 4.7.2.1: Predefined Pass Phrase Test
- Configure AP for PSK string: "1234567890123<>?=+&$ The quick brown fox jumps over the lazy sl"	Pass	Pass
- Verify STA can associate and ping	Pass	Pass
- Configure AP for PSK string: "1234567890123<>?=+&$ The quick brown fox jumps over the lazy sle"	Pass	Pass
- Verify AP UI rejects the configuration	Pass	Pass
Section 4.7.2.2: Random Pass Phrase Test
- Configure STA for PSK string: random 30 legitimate characters
- Verify STA will not associate	Pass	Pass
- Enter AP with same 30 characters key and verify STA can associate and ping	Pass	Pass
Section 4.7.3.1: Non-association with a WEP STA
APUT: (ESSID wpa, WPA-TLS, Channel 36) - MS RADIUS Server
STA: Proxim (OS WinXP, WEP-9876543210, RTS off, FRAG off, PS no)
- Verify STA will not associate and ping  within 90 seconds	Pass	Pass
Section 4.7.3.2: Non-association with a STA not using WPA
APUT: (ESSID wpa, WPA-TLS, Channel 36) - MS RADIUS Server
STA: Broadcom (OS WinXP, WEP off, RTS off, FRAG off, PS no)
- Verify STA will not associate and ping  within 90 seconds	Pass	Pass

 

WiFi 802.11a/g+WPA2 AP TEST CONFIGURATIONS	Linux	VxWorks
WPA2 Testplan ver 2.5.1,04/13/05
4.1.1 OOB Verification for an Access Point
APUT: (essid : wifi, beacon int 100,ch 1,RTS/FRAG/Security : off,Preamble long)
STA1: Atheros(essid : wifi,ch 6,RTS/FRAG/Security : off)
STA2: Realtek (essid : wifi,ch 6,RTS/FRAG,WEP, key = 0x9876543210)
STA3: Broadcom (essid : wifi,ch 6,RTS/FRAG,WPA-PSK = 12345678)
STA4: Intel (essid : wifi,ch 6,RTS/FRAG,WPA2-PSK = 12345678)
- APUT will allow association and pings only with STA1	Pass	Pass
4.1.2 Configurability Tests
4.1.2.1  General  Configurability Tests
-  ESSID	Pass	Pass
-  Channel	Pass	Pass
-  Setting of a fixed IP address and sub-net mask.	Pass	Pass
4.1.2.2 WPA2 Specific Configurability Tests
- Turn WPA2 on or off	Pass	Pass
- When WPA2 is turned on, WPA2-only or, a mixed mode that allows either WPA2/WPA STAs can    associate	Pass	Pass
- When WPA2 is turned on, WPA2-PSK  or WPA2-TLS mode can be selected	Pass	Pass
- Specify the default pass phrase (“12345678”) for PSK WPA2	Pass	Pass
4.1.3: WPA Initial Ping Test
APUT: (essid :wifi,Security: WPA only & WPA2-TLS, Ch 1, Basic Rate default) - Supplicant/Server :Funk
- Verify Atheros STA can ping and associate within 90 seconds	Pass	Pass
- Verify Realtek STA can ping and associate within 90 seconds	Pass	Pass
- Verify Broadcom  STA can ping and associate within 90 seconds	Pass	Pass
- Verify Intel  STA can ping and associate within 90 seconds	Pass	Pass
4.2.2.1: Configuration #A1
APUT: (WPA2-PSK 12345678, Channel 1, Basic Rate default)
STA:  Intel , RTS off, FRAG off, PS no,Supplicant Funk)
- Association	Pass	Pass
- A1DT1: FileSendlong tx  [13.5]	Pass	Pass
- A1DT2: FileSendlong rx  [13.8]	Pass	Pass
- A1DT3: InquiryLong tx  [0.69]	Pass	Pass
4.2.2.2 Configuration #A2
APUT: (WPA2-TLS, Channel 1, Basic Rate default)
STA:  Atheros, RTS off, FRAG 500, PS no,Supplicant/Server Funk)
- Association	Pass	Pass
- A2DT1: FileSendlong tx  [14.3]	Pass	Pass
- A2DT2: FileSendlong rx  [8.8]	Pass	Pass
- A2DT3: InquiryLong tx  [1.11]	Pass	Pass
4.2.2.3: Configuration #A3
APUT: (WPA2-PSK 12345678, Channel 36, Basic Rate default)
STA:  Realtek, RTS off, FRAG off, PS PSPoll ,Supplicant Microsoft)
- Association	Pass	Pass
- A3DT1: FileSendlong tx  [12.9]	Pass	Pass
- A3DT2: FileSendlong rx  [13.8]	Pass	Pass
- A3DT3: InquiryLong tx  [0.010]	Pass	Pass
4.2.2.4 Configuration #A4 – Replay Counter Processing
APUT: (WPA2-PSK 12345678, Channel 1, Basic Rate default)
STA:  Intel, RTS off, FRAG off, PS On,PSnonPoll,Supplicant Microsoft)
- Association	Pass	Pass
- A4DT4: InquiryL-Replay runs to completition	Pass	Pass
4.2.2.5: Configuration  #A5 – Mixed WPA2/WPA mode
APUT: (Security WPA mixed mode TLS, Channel 36, Basic Rate default)
STA1 :  Atheros WPA2-TLS,RTS off, FRAG off, PS no,Supplicant/Server Microsoft)
STA3 :  Broadcom, WPA-TLS,RTS off, FRAG off, PS no,Supplicant/Server Microsoft)
- Associations	Pass	Pass
- A5DT1WPA2: FileSendlong tx  [8.1]	Pass	Pass
- A5DT1WPA: FileSendlong tx  [7.5]	Pass	Pass
- A5DT2WPA2: FileSendlong rx  [6.5]	Pass	Pass
- A5DT2WPA: FileSendlong rx  [7.8]	Pass	Pass
- A5DT3WPA2: InquiryLong tx  [1.1]	Pass	Pass
- A5DT3WPA: InquiryLong tx  [0.92]	Pass	Pass
4.2.2.6: Configuration  #A6 – Mixed WPA2/WPA mode
APUT: (Security WPA mixed PSK 12345678, Channel 1, Basic Rate default)
STA1 :  Atheros WPA2-PSK,RTS off, FRAG off, PS no,Supplicant Microsoft)
STA3 :  Broadcom, WPA-PSK,RTS off, FRAG off, PS On,Supplicant Microsoft)
- Associations	Pass	Pass
- A6DT1WPA2: FileSendlong tx	Pass	Pass
- A6DT1WPA: FileSendlong tx	Pass	Pass
- A6DT2WPA2: FileSendlong rx	Pass	Pass
- A6DT2WPA: FileSendlong rx	Pass	Pass
- A6DT3WPA2: InquiryLong tx	Pass	Pass
- A6DT3WPA: InquiryLong tx	Pass	Pass
Section 4.3.1:  WPA Same Mode Roaming
Broadcom AP &  APUT: ( WPA2 PSK,12345678, CH 1, Basic Rate default)
STA:  Atheros STA, RTS off, FRAG off, PS no,Supplicant Microsoft
- Associate STA to APUT and start pinging session	Pass	Pass
- Start Broadcom WiFi AP  fully and stop APUT.  Verify STA associates to Broadcom WiFi AP.	Pass	Pass
- Start APUT fully and stop Broadcom WiFi AP.  Verify STA associates to APUT	Pass	Pass
Section 4.4: Multicast Test
MCA#1
APUT: (ESSID Multicast, WPA2 PSK,12345678, Channel 1, Basic Rate default)
STA1 :  Atheros WPA2 PSK,RTS off, FRAG off, PS no,Supplicant N/A)
STA4 :  Intel WPA2 PSK,RTS off, FRAG off, PS no,Supplicant N/A)
- Realaud script completes without errors	Pass	Pass
MCA#2
APUT: (ESSID Multicast, WPA and WPA2 PSK,12345678, Channel 1, Basic Rate default)
STA3 :  Broadcom WPA2 PSK,RTS off, FRAG off, PS no,Supplicant Funk)
STA2 :  Realtek WPA PSK,RTS off, FRAG off, PS On,Supplicant Funk)
- Realaud script completes without errors	Pass	Pass
4.5 STA Pre-authentication and PMK Caching
4.5.1,4.5.2 Pre-authentication Test
-  Broadcom AP:ESSID,Pcache,Security: WPA2-TLS , Ch: 1,Supplicant/Server :Funk
-  APUT :ESSID,Pcache,Security: WPA2-TLS , Ch: 1,Supplicant/Server :Funk
-  STA 3 : Broadcom ,Security: WPA2-TLS , Ch: 1,Supplicant:Funk
- Associate STAUT with either AP and iInitiate a continuous ping from STAUT to the wired network.	Pass	Pass
- Power off the AP to which the STAUT is currently associated and verify that the ping resumes within 90 seconds.	Pass	Pass
- Wired sniffer capture - Verify  that an EAP-Success frame with the ethertype of “pre-authentication” (0x88c7) was sent to the STAUT’s MAC address.	Pass	Pass
- Wireless sniffer capture - Verify that a PMKID is included in the association or re-association request from  STAUT to AP1	Pass	Pass
- Wireless sniffer capture - Verify that the same PMKID is included in message 1 of the 4-way handshake sent by AP1	Pass	Pass
- Wireless sniffer capture - Verify that no EAP frames (full 802.1X exchange) are sent from STAUT to AP1 or from AP1 to STAUT.	Pass	Pass
4.5.3,4.5.4 PMK Caching Test
- (Atheros AP:ESSID,Pcache,Security: WPA2-TLS with Preauth disabled, Ch: 1,Supplicant/Server :Funk
- (Broadcom AP:ESSID,Pcache,Security: WPA2-TLS with Preauth disabled, Ch: 1,Supplicant/Server :Funk
-  STA 3 : Broadcom ,Security: WPA2-TLS , Ch: 1,Supplicant:Funk
- Associate STAUT with either AP and iInitiate a continuous ping from STAUT to the wired network.	Pass	Pass
- Force a roaming event for STAUT from the initial AP to second AP in the test bed without clearing the PMK cache on the initial AP.	Pass	Pass
- Verify STAUT ping resumes within 90 seconds.	Pass	Pass
- Force a re-association event for STAUT from the second AP back to the initial AP .	Pass	Pass
- Verify in the sniff that a PMKID is included in the association or re-association request from STAUT to initial AP	Pass	Pass
-  Verify that the same PMKID is included in message 1 of the 4-way handshake sent by the initial AP to the STAUT	Pass	Pass
-  Verify that no EAP frames (full 802.1X exchange) are sent from STAUT to the initial AP.	Pass	Pass
Section 4.6 WPA Specific Countermeasures
APUT: (ESSID APUT, WPA2 and WPA PSK,12345678, Channel 11, Basic Rate Set #1)
- 2 STAs associate one with WPA2 PSK and other with WPA PSK and ping to the AP.	Pass	Pass
- Attacker  to generate a single MIC-attack bad data frame.	Pass	Pass
- Verify the next 70 seconds that ping sessions are still alive.	Pass	Pass
- Attacker  to generate a second MIC-attack bad frame.	Pass	Pass
- Verify the next 50 seconds that ping sessions are still alive.	Pass	Pass
- Attacker to generate a third MIC-attack bad data frame.	Pass	Pass
- Verify that the ping sessions are dead on both WPA2 and WPA STAs.	Pass	Pass
- Verify that the ping sessions are re-established after 60 seconds.	Pass	Pass
- Attacker to generate a MIC failure report.	Pass	Pass
- Verify the next 70 seconds that ping sessions are still alive.	Pass	Pass
- Attacker  to generate a second MIC failure report.	Pass	Pass
- Verify the next 50 seconds that ping sessions are still alive.	Pass	Pass
- Attacker  to generate a third MIC MIC failure report.	Pass	Pass
- Verify that the ping sessions on both WPA2 and WPA STAs.	Pass	Pass
- Verify that the ping sessions are re-established after 60 seconds.	Pass	Pass
Section 4.7.1.1: Non-association with a WEP STA
APUT: (Security WPA mixed mode TLS, Channel 1, Basic Rate default)
STA: Atheros WEP-9876543210, RTS off, FRAG off, PS no
- Verify STA will not associate and ping  within 90 seconds	Pass	Pass
Section 4.7.1.2: Non-Association with a STA not using Encryption
APUT: (Security WPA mixed mode TLS, Channel 1, Basic Rate default)
STA: Any, No security, RTS off, FRAG off, PS no
- Verify STA will not associate and ping  within 90 seconds	Pass	Pass
Section 4.7.1.3 :Non-Association with a STA using not using WPA2
APUT: ( WPA2 PSK,12345678, CH 1, Basic Rate default
STA: Any WPA PSK,12345678, RTS off, FRAG off, PS no
- Verify STA  will not associate and ping  within 90 seconds	Pass	Pass
Section 4.7.1.4 WPA-PSK – WPA-TLS Rejection
4.7.1.4.1  Non-Association with a WPA2-PSK configured Access Point
APUT: ( WPA2 PSK,12345678, CH 1, Basic Rate default)
STA1:  Any ref STA1,WPA2 PSK,12345678, RTS off, FRAG off, PS no
STA2: Any ref STA1, WPA2 TLS, RTS off, FRAG off, PS no
- Verify STA2 cant ping	Pass	Pass
4.7.1.4.1  Non-Association with a WPA2-TLS configured Access Point
APUT: ( WPA2 TLS, CH 1, Basic Rate default)
STA1:  Any ref STA1,WPA2 TLS, RTS off, FRAG off, PS no
STA2: Any ref STA1, WPA2 PSK,12345678, RTS off, FRAG off, PS no
- Verify STA2 cant ping	Pass	Pass

 

WiFi 802.11 a/g + WMM  AP Interoperability Test Matrix	Linux	VxWorks
WMM Testplan ver 1.2,02/07/05
4.1 Test WMM-A1: Basic WMM Association and Transmission:1 WMM APUT with 1 WMM STA
- AP: APUT,Security:Off, Ch: 36
- STA : Atheros, Security Off, PS Off
1.   - Verify Beacon frame	Pass	Pass
2.   - Verify If Probe Respone contains correct WMM parameter elements.	Pass	Pass
3.   - Verify If Association Response has WMM parameter elements matching the ones in the beacon.	Pass	Pass
4.    AP Transmit  RTP1_BE,RTP2_VI,RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
5.    AP Transmit  RTP1_BE,RTP2_VI, Receive RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI( RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
6.    AP Transmit  RTP3_BE, Receive  RTP1_BE,RTP2_VI
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=79%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
7.    AP Transmit  RTP3_VI, Receive RTP1_VI,RTP2_VO
- Record rx throughput of RTP1_VI	Pass	Pass
- Record rx throughput of RTP2_VO(RTP2-P2/RTP2-P1>=76%)	Pass	Pass
- Record tx throughput of RTP3_VI	Pass	Pass
8.    AP Transmit  RTP3_BK, Receive RTP1_BK,RTP2_BE
- Record rx throughput of RTP1_BK	Pass	Pass
- Record rx throughput of RTP2_BE(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_BK	Pass	Pass
4.2 Test WMM-A2: Traffic differentiation in single BSS: 1 WMM APUT and 2 WMM STAs)
4.2.3.1 WMM-A2- No Security
- AP: APUT,Security:Off, Ch: 1,b-band
- STA1,Broadcom: Security Off, PS Off
- STA2, Atheros: Security Off, PS Off
1.   Verify Beacon frame	Pass	Pass
2.   If a Probe Request occurs and STAUT Probe Response contains  WMM element,Pass	Pass	Pass
3.  If  Association Response contains WMM parameter element AND STA Associated, PASS	Pass	Pass
4. APUT Transmit RTP1_BE,RTP2_VI,RTP3_BE,STA1 Receive RTP1_BE,RTP2_VI,STA2 Receive RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
5. APUT tx RTP1_BE,RTP2_VI,rx RTP3_BE,STA1 rx RTP1_BE,RTP2_VI,STA2 tx  RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
6. APUT tx RTP3_BE,rx RTP2_VI, RTP1_BE,STA1 tx RTP1_BE,RTP2_VI,STA2 rx  RTP3_BE
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
7. APUT tx RTP1_VI,RTP2_VO,RTP3_VI,STA1 rx RTP1_VI,RTP2_VO,STA2 rx RTP3_VI
- Record tx throughput of RTP1_VI	Pass	Pass
- Record tx throughput of RTP2_VO(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_VI	Pass	Pass
8. APUT tx RTP1_VI,RTP2_VO,rx RTP3_VI,STA1 rx RTP1_VI,RTP2_VO,STA2 tx RTP3_VI
- Record rx throughput of RTP1_VI	Pass	Pass
- Record rx throughput of RTP2_VO(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_VI	Pass	Pass
9. APUT tx RTP1_BK,RTP2_BE,RTP3_BK,STA1 rx RTP1_BK,RTP2_BE,STA2 rx  RTP3_BK
- Record tx throughput of RTP1_BK	Pass	Pass
- Record tx throughput of RTP2_BE(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_BK	Pass	Pass
10. APUT tx RTP1_BK,RTP2_BE,rx RTP3_BK,STA1 rx RTP1_BK,RTP2_BE,STA2 tx  RTP3_BK
- Record tx throughput of RTP1_BK	Pass	Pass
- Record tx throughput of RTP2_BE(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BK	Pass	Pass
4.2.3.2 WMM-A2-WEP
- AP: APUT,Security:Off, Ch: 1,,b-band
- STA1,Conexant: Security WEP : 9876543210, PS Off
- STA2, Philips: Security WEP:9876543210, PS Off
1.   Verify Beacon frame	Pass	Pass
2.   If a Probe Request occurs and STAUT Probe Response contains  WMM element,Pass	Pass	Pass
3.  If  Association Response contains WMM parameter element AND STA Associated, PASS	Pass	Pass
4. APUT Transmit RTP1_BE,RTP2_VI,RTP3_BE,STA1 Receive RTP1_BE,RTP2_VI,STA2 Receive RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
5. APUT tx RTP1_BE,RTP2_VI,rx RTP3_BE,STA1 rx RTP1_BE,RTP2_VI,STA2 tx  RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
6. APUT tx RTP3_BE,rx RTP2_VI, RTP1_BE,STA1 tx RTP1_BE,RTP2_VI,STA2 rx  RTP3_BE
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
7. APUT tx RTP1_VI,RTP2_VO,RTP3_VI,STA1 rx RTP1_VI,RTP2_VO,STA2 rx RTP3_VI
- Record tx throughput of RTP1_VI	Pass	Pass
- Record tx throughput of RTP2_VO(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_VI	Pass	Pass
8. APUT tx RTP1_VI,RTP2_VO,rx RTP3_VI,STA1 rx RTP1_VI,RTP2_VO,STA2 tx RTP3_VI
- Record rx throughput of RTP1_VI	Pass	Pass
- Record rx throughput of RTP2_VO(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_VI	Pass	Pass
9. APUT tx RTP1_BK,RTP2_BE,RTP3_BK,STA1 rx RTP1_BK,RTP2_BE,STA2 rx  RTP3_BK
- Record tx throughput of RTP1_BK	Pass	Pass
- Record tx throughput of RTP2_BE(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_BK	Pass	Pass
10. APUT tx RTP1_BK,RTP2_BE,rx RTP3_BK,STA1 rx RTP1_BK,RTP2_BE,STA2 tx  RTP3_BK
- Record tx throughput of RTP1_BK	Pass	Pass
- Record tx throughput of RTP2_BE(RTP2-P2/RTP2-P1>=89%)	Pass	Pass
- Record rx throughput of RTP3_BK	Pass	Pass
4.2.3.3 WMM-A2-WPA
- AP: APUT,Security WPA-PSK, Ch: 1,,b-band
- STA1,Conexant: Security WPA-PSK : 12345678, PS Off
- STA2, Atheros: Security WPA-PSK:12345678, PS Off
1.   Verify Beacon frame	Pass	Pass
2.   If a Probe Request occurs and STAUT Probe Response contains  WMM element,Pass	Pass	Pass
3.  If  Association Response contains WMM parameter element AND STA Associated, PASS	Pass	Pass
4. APUT Transmit RTP1_BE,RTP2_VI,RTP3_BE,STA1 Receive RTP1_BE,RTP2_VI,STA2 Receive RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
5. APUT tx RTP1_BE,RTP2_VI,rx RTP3_BE,STA1 rx RTP1_BE,RTP2_VI,STA2 tx  RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
6. APUT tx RTP3_BE,rx RTP2_VI, RTP1_BE,STA1 tx RTP1_BE,RTP2_VI,STA2 rx  RTP3_BE
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
7. APUT tx RTP1_VI,RTP2_VO,RTP3_VI,STA1 rx RTP1_VI,RTP2_VO,STA2 rx RTP3_VI
- Record tx throughput of RTP1_VI	Pass	Pass
- Record tx throughput of RTP2_VO(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_VI	Pass	Pass
8. APUT tx RTP1_VI,RTP2_VO,rx RTP3_VI,STA1 rx RTP1_VI,RTP2_VO,STA2 tx RTP3_VI
- Record rx throughput of RTP1_VI	Pass	Pass
- Record rx throughput of RTP2_VO(RTP2-P2/RTP2-P1>=88%)	Pass	Pass
- Record rx throughput of RTP3_VI	Pass	Pass
9. APUT tx RTP1_BK,RTP2_BE,RTP3_BK,STA1 rx RTP1_BK,RTP2_BE,STA2 rx  RTP3_BK
- Record tx throughput of RTP1_BK	Pass	Pass
- Record tx throughput of RTP2_BE(RTP2-P2/RTP2-P1>=89%)	Pass	Pass
- Record tx throughput of RTP3_BK	Pass	Pass
10. APUT tx RTP1_BK,RTP2_BE,rx RTP3_BK,STA1 rx RTP1_BK,RTP2_BE,STA2 tx  RTP3_BK
- Record tx throughput of RTP1_BK	Pass	Pass
- Record tx throughput of RTP2_BE(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BK	Pass	Pass
4.2.3.4 WMM-A2-WPA2-PSK
- AP: APUT,Security:Off, Ch: 1,,b-band
- STA1,Broadcom: Security WPA2-PSK : 12345678, PS Off
- STA2, Intel: Security WPA2-PSK:12345678, PS Off
1.   Verify Beacon frame	Pass	Pass
2.   If a Probe Request occurs and STAUT Probe Response contains  WMM element,Pass	Pass	Pass
3.  If  Association Response contains WMM parameter element AND STA Associated, PASS	Pass	Pass
4. APUT Transmit RTP1_BE,RTP2_VI,RTP3_BE,STA1 Receive RTP1_BE,RTP2_VI,STA2 Receive RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=78%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
5. APUT tx RTP1_BE,RTP2_VI,rx RTP3_BE,STA1 rx RTP1_BE,RTP2_VI,STA2 tx  RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=79%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
6. APUT tx RTP3_BE,rx RTP2_VI, RTP1_BE,STA1 tx RTP1_BE,RTP2_VI,STA2 rx  RTP3_BE
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=84%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
7. APUT tx RTP1_VI,RTP2_VO,RTP3_VI,STA1 rx RTP1_VI,RTP2_VO,STA2 rx RTP3_VI
- Record tx throughput of RTP1_VI	Pass	Pass
- Record tx throughput of RTP2_VO(RTP2-P2/RTP2-P1>=81%)	Pass	Pass
- Record tx throughput of RTP3_VI	Pass	Pass
8. APUT tx RTP1_VI,RTP2_VO,rx RTP3_VI,STA1 rx RTP1_VI,RTP2_VO,STA2 tx RTP3_VI
- Record rx throughput of RTP1_VI	Pass	Pass
- Record rx throughput of RTP2_VO(RTP2-P2/RTP2-P1>=78%)	Pass	Pass
- Record rx throughput of RTP3_VI	Pass	Pass
9. APUT tx RTP1_BK,RTP2_BE,RTP3_BK,STA1 rx RTP1_BK,RTP2_BE,STA2 rx  RTP3_BK
- Record tx throughput of RTP1_BK	Pass	Pass
- Record tx throughput of RTP2_BE(RTP2-P2/RTP2-P1>=82%)	Pass	Pass
- Record tx throughput of RTP3_BK	Pass	Pass
10. APUT tx RTP1_BK,RTP2_BE,rx RTP3_BK,STA1 rx RTP1_BK,RTP2_BE,STA2 tx  RTP3_BK
- Record tx throughput of RTP1_BK	Pass	Pass
- Record tx throughput of RTP2_BE(RTP2-P2/RTP2-P1>=83%)	Pass	Pass
- Record rx throughput of RTP3_BK	Pass	Pass
4.3 Test WMM-A3: Traffic differentiation in single BSS: 1 APUT and 1 WMM STA and 1 legacy STA)
4.3.3.1 WMM-A3- No Security
- AP: APUT,Security:Off, Ch: 1,g-band
- STA1,Intel: Security Off, PS Off
- STA2,Legacy STA, Philips: Security Off, PS Off
1.   Verify Beacon frame	Pass	Pass
2.   If a Probe Request occurs and STAUT Probe Response contains  WMM element,Pass	Pass	Pass
3.  If  Association Response contains WMM parameter element AND STA Associated, PASS	Pass	Pass
4. APUT Transmit RTP1_BE,RTP2_VI,RTP3_BE,STA1 Receive RTP1_BE,RTP2_VI,STA2 Receive RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
5. APUT tx RTP1_BE,RTP2_VI,rx RTP3_BE,STA1 rx RTP1_BE,RTP2_VI,STA2 tx  RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
6. APUT tx RTP3_BE,rx RTP2_VI, RTP1_BE,STA1 tx RTP1_BE,RTP2_VI,STA2 rx  RTP3_BE
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
7. APUT tx RTP1_BE,rx RTP2_VI,RTP3_BE,STA1 rx RTP1_BE,tx RTP2_VI,STA2 tx RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI	Pass	Pass
- Record rx throughput of RTP3_BE(RPT1-P2/RPT3-P2<=110%)	Pass	Pass
4.3.3.2 WMM-A3- WEP
- AP: APUT,WEP:9876543210, Ch: 1,g-band
- STA1,Philips:WEP:9876543210, PS Off
- STA2,Legacy STA, Atheros: WEP:9876543210, PS Off
1.   Verify Beacon frame	Pass	Pass
2.   If a Probe Request occurs and STAUT Probe Response contains  WMM element,Pass	Pass	Pass
3.  If  Association Response contains WMM parameter element AND STA Associated, PASS	Pass	Pass
4. APUT Transmit RTP1_BE,RTP2_VI,RTP3_BE,STA1 Receive RTP1_BE,RTP2_VI,STA2 Receive RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
5. APUT tx RTP1_BE,RTP2_VI,rx RTP3_BE,STA1 rx RTP1_BE,RTP2_VI,STA2 tx  RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
6. APUT tx RTP3_BE,rx RTP2_VI, RTP1_BE,STA1 tx RTP1_BE,RTP2_VI,STA2 rx  RTP3_BE
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=83%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
7. APUT tx RTP1_BE,rx RTP2_VI,RTP3_BE,STA1 rx RTP1_BE,tx RTP2_VI,STA2 tx RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI	Pass	Pass
- Record rx throughput of RTP3_BE(RPT1-P2/RPT3-P2<=110%)	Pass	Pass
4.3.3.3 WMM-A3- WPA-PSK
- AP: APUT,Security:WPA-PSK :12345678, Ch: 1,,g-band
- STA1,Broadcom 802.1d: Security:WPA-PSK :12345678, PS Off
- STA2,Legacy STA, Intel: Security:WPA-PSK :12345678, PS Off
1.   Verify Beacon frame	Pass	Pass
2.   If a Probe Request occurs and STAUT Probe Response contains  WMM element,Pass	Pass	Pass
3.  If  Association Response contains WMM parameter element AND STA Associated, PASS	Pass	Pass
4. APUT Transmit RTP1_BE,RTP2_VI,RTP3_BE,STA1 Receive RTP1_BE,RTP2_VI,STA2 Receive RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=83%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
5. APUT tx RTP1_BE,RTP2_VI,rx RTP3_BE,STA1 rx RTP1_BE,RTP2_VI,STA2 tx  RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=80%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
6. APUT tx RTP3_BE,rx RTP2_VI, RTP1_BE,STA1 tx RTP1_BE,RTP2_VI,STA2 rx  RTP3_BE
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=76%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
7. APUT tx RTP1_BE,rx RTP2_VI,RTP3_BE,STA1 rx RTP1_BE,tx RTP2_VI,STA2 tx RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI	Pass	Pass
- Record rx throughput of RTP3_BE(RPT1-P2/RPT3-P2<=110%)	Pass	Pass
4.3.3.4 WMM-A3- WPA2-PSK
- AP: APUT,Security:WPA2-PSK :12345678, Ch: 1,,g-band
- STA1,Intel: Security:WPA2-PSK :12345678, PS Off
- STA2, Legacy STA,Atheros: Security:WPA2-PSK :12345678, PS Off
1.   Verify Beacon frame	Pass	Pass
2.   If a Probe Request occurs and STAUT Probe Response contains  WMM element,Pass	Pass	Pass
3.  If  Association Response contains WMM parameter element AND STA Associated, PASS	Pass	Pass
4. APUT Transmit RTP1_BE,RTP2_VI,RTP3_BE,STA1 Receive RTP1_BE,RTP2_VI,STA2 Receive RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI (RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
5. APUT tx RTP1_BE,RTP2_VI,rx RTP3_BE,STA1 rx RTP1_BE,RTP2_VI,STA2 tx  RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record tx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=90%)	Pass	Pass
- Record rx throughput of RTP3_BE	Pass	Pass
6. APUT tx RTP3_BE,rx RTP2_VI, RTP1_BE,STA1 tx RTP1_BE,RTP2_VI,STA2 rx  RTP3_BE
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI(RTP2-P2/RTP2-P1>=88%)	Pass	Pass
- Record tx throughput of RTP3_BE	Pass	Pass
7. APUT tx RTP1_BE,rx RTP2_VI,RTP3_BE,STA1 rx RTP1_BE,tx RTP2_VI,STA2 tx RTP3_BE
- Record tx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI	Pass	Pass
- Record rx throughput of RTP3_BE(RPT1-P2/RPT3-P2<=110%)	Pass	Pass
4.4 Test of APUT “No Acknowledgement” (WMM-A4)
- AP: APUT,Security:Off, Ch: 36
- STA,Conexant: Security:Off, PS Off
1.   Verify Beacon frame	Pass	Pass
2.  Probe Response	Pass	Pass
3.  Association Response	Pass	Pass
4. APUT rx RTP1_BE,RTP2_VI
- Record rx throughput of RTP1_BE	Pass	Pass
- Record rx throughput of RTP2_VI	Pass	Pass
5 Configure the testbed AP to set the “ack policy” field to “012” (no acknowledgement) in QoS         Control frames for all AC, APUT rx RTP1_BE,RTP2_VI
- Record rx throughput of RTP1_BE{should be > from step 4]	Pass	Pass
- Record rx throughput of RTP2_VI {should be > from step 4]	Pass	Pass
4.5 Traffic  forwarding in single BSS: 1 WMM APUT and 1 WMM STA and  1 legacy STA
4.5.3.1 WMM-A5- No Security
- AP: APUT,Security:Off, Ch: 1,b-band
- STA1,Atheros: Security: Off
- STA2(Legacy), Broadcom: Security:Off
1.   STA1 ping to STA2	Pass	Pass
2.   STA2 ping to STA1	Pass	Pass
3.  STA1 rx RTP2_BE,STA2 tx
- Verify receipt of data	Pass	Pass
4.  STA1 tx RTP2_BK,STA2 rx
- Verify receipt of data	Pass	Pass
5.  STA1 tx RTP2_BE,STA2 rx
- Verify receipt of data	Pass	Pass
6.  STA1 tx RTP1_BE,RTP2_VI,STA2 rx
- Record  throughput of RTP1_BE	Pass	Pass
- Record  throughput of RTP2_VI (RTP2_VI>=RTP1_BE)	Pass	Pass
4.5.3.2 WMM-A5- WEP
- AP: APUT,WEP:9876543210, Ch: 1,b-band
- STA1,Conexant:WEP:9876543210, PS Off
- STA2(Legacy),Philips: WEP:9876543210, PS Off
1.   STA1 ping to STA2	Pass	Pass
2.   STA2 ping to STA1	Pass	Pass
3.  STA1 rx RTP2_BE,STA2 tx
- Verify receipt of data	Pass	Pass
4.  STA1 tx RTP2_BK,STA2 rx
- Verify receipt of data	Pass	Pass
5.  STA1 tx RTP2_BE,STA2 rx
- Verify receipt of data	Pass	Pass
6.  STA1 tx RTP1_BE,RTP2_VI,STA2 rx
- Record  throughput of RTP1_BE	Pass	Pass
- Record  throughput of RTP2_VI (RTP2_VI>=RTP1_BE)	Pass	Pass
4.5.3.3 WMM-A5 WPA-PSK
- AP: APUT,Security:WPA-PSK :12345678, Ch: 1,b-band
- STA1,Intel: Security:WPA-PSK :12345678, PS Off
- STA2,Broadcom(Legacy): Security:WPA-PSK :12345678, PS Off
1.   STA1 ping to STA2	Pass	Pass
2.   STA2 ping to STA1	Pass	Pass
3.  STA1 rx RTP2_BE,STA2 tx
- Verify receipt of data	Pass	Pass
4.  STA1 tx RTP2_BK,STA2 rx
- Verify receipt of data	Pass	Pass
5.  STA1 tx RTP2_BE,STA2 rx
- Verify receipt of data	Pass	Pass
6.  STA1 tx RTP1_BE,RTP2_VI,STA2 rx
- Record  throughput of RTP1_BE	Pass	Pass
- Record  throughput of RTP2_VI (RTP2_VI>=RTP1_BE)	Pass	Pass
4.5.3.4 WMM-A5- WPA2-PSK
- AP: APUT,Security:WPA2-PSK :12345678, Ch: 1,b-band
- STA1,Intel: Security:WPA2-PSK :12345678, PS Off
- STA2, Atheros(Legacy): Security:WPA2-PSK :12345678, PS Off
1.   STA1 ping to STA2	Pass	Pass
2.   STA2 ping to STA1	Pass	Pass
3.  STA1 rx RTP2_BE,STA2 tx
- Verify receipt of data	Pass	Pass
4.  STA1 tx RTP2_BK,STA2 rx
- Verify receipt of data	Pass	Pass
5.  STA1 tx RTP2_BE,STA2 rx
- Verify receipt of data	Pass	Pass
6.  STA1 tx RTP1_BE,RTP2_VI,STA2 rx
- Record  throughput of RTP1_BE	Pass	Pass
- Record  throughput of RTP2_VI (RTP2_VI>=RTP1_BE)	Pass	Pass

 

What's New in Release 3.130.25.0?

• Linux and VxWorks: Added support for BCM95351 
• Linux and VxWorks: Updated PA parameter values for the BCM94712LGR rev 1.3 reference board
• Linux and VxWorks: Added support for manual power control on the BCM4318 for manufacturing tests.

What's New in Release 3.130.20.0?

• Linux and VxWorks: Added support for 802.11h and 802.11d 
• Linux: Added Secure Easy Setup for WDS.
• Linux and VxWorks: Added functionality to support multiple SSIDs (multiple virtual wireles interfaces) from each physical wireless interface.
• Linux and VxWorks: Added functionality to support a Travel Router mode, where one virtual wireless interface acts as a Station to an upstream Access Point and another virtual wireless interface acts as an Access Point serving multiple downstream Stations. Traffic will be routed between the two virtual wireless interfaces. 
• Linux and VxWorks: Fixed a bug with PEAP authentication with a Windows 2000 server.
• Linux: Upgraded to a newer tool chain (version 3.2.3.2). This fixes a problem with the logging daemon dying over time.