atheros-usb-eep.txt

Atheros AP Test with Agilent N4010A source code

00  ;72;    <null>
00  ;72;   <null>
00  ;73;    <null>
00  ;73;   <null>
00  ;74;    <null>
00  ;74;   <null>
06  ;75;  6
00  ;75;  Serial Num Str Length 2B 
00  ;76;   <null>
31  ;76;  1
00  ;77;   <null>
2e  ;77;   . 
00  ;78;   <null> 
30  ;78;   0 
00  ;79;    <null> 
00  ;79;   <null> 
00  ;7a;    <null> 
00  ;7a;   <null> 
00  ;7b;    <null> 
00  ;7b;   <null> 
00  ;7c;    <null> 
00  ;7c;   <null> 
00  ;7d;    <null> 
00  ;7d;   <null> Serial Num String 16B
00  ;7e;    
00  ;7e;   
00	;7f;    Place MAC Address on even boudnary
21	;7f;    21=CISTPL_FUNCID - describes the cards function [3.2.7]
02	;80;    02=Link to next Tuple
06	;80;    06=function Network Adapter
01	;81;    01=POST routines may attempt to config card during system init

;8th tuple
22	;81;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
05	;82;    05=Link to next Tuple
02	;82;    Lan Speed information follows - raw bit rate
80	;83;    32 bit integer value for the raw speed
8D	;83;    format is 808D5B00 is read as 00 5B 8D 80
5B	;84;   
00	;84;    005B 8D80 = 6,000,000 bits per second

;9th tuple
22	;85;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
05	;85;    05=Link to next Tuple
02	;86;    Lan Speed information follows - raw bit rate
40	;86;   
54	;87;   
89	;87;   
00	;88;    0089 5440 = 9,000,000 bits per second

;10th tuple
22	;88;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
05	;89;    05=Link to next Tuple
02	;89;    Lan Speed information follows - raw bit rate
00	;8a;   
1B	;8a;   
B7	;8b;   
00	;8b;    00B7 1B00 = 12,000,000 bits per second

;11th tuple
22	;8c;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
05	;8c;    05=Link to next Tuple
02	;8d;    Lan Speed information follows - raw bit rate
80	;8d;   
A8	;8e;   
12	;8e;   
01	;8f;    0112 A880 = 18,000,000 bits per second

;12th tuple
22	;8f;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
05	;90;    05=Link to next Tuple
02	;90;    Lan Speed information follows - raw bit rate
00	;91;   
36	;91;   
6E	;92;   
01	;92;    016E 3600 = 24,000,000 bits per second

;13th tuple
22	;93;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
05	;93;    05=Link to next Tuple
02	;94;    Lan Speed information follows - raw bit rate
00	;94;   
51	;95;   
25	;95;   
02	;96;    0225 5100 = 36,000,000 bits per second

;14th tuple
22	;96;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
05	;97;    05=Link to next Tuple
02	;97;    Lan Speed information follows - raw bit rate
00	;98;   
6C	;98;   
DC	;99;   
02	;99;    02DC 6C00 = 48,000,000 bits per second

;15th tuple
22	;9a;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
05	;9a;    05=Link to next Tuple
02	;9b;    Lan Speed information follows - raw bit rate
80	;9b;   
F9	;9c;   
37	;9c;   
03	;9d;    0337 F980 = 54,000,000 bits per second

;16th tuple
22	;9d;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
05	;9e;   ; 05=Link to next Tuple
02	;9e;    Lan Speed information follows - raw bit rate
00	;9f;   
A2	;9f;   
4A	;a0;   
04	;a0;    044A A200 = 72,000,000 bits per second

;17th tuple
22	;a1;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
02	;a1;    02=Link to next Tuple
03	;a2;    LAN technology tuple
08	;a2;    Spread spectrum radio 5.4 GHz
;we are actually OFDM, not spread spectrum

;18th tuple
22	;a3;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
08	;a3;    08=Link to next Tuple
04	;a4;    LAN network ID
06	;a4;    06=6 bytes in the network ID
00	;a5;   
03	;a5;   
7F	;a6;    00 03 7F XX XX XX 
00	;a6;   
00	;a7;   
00	;a7;   

;19th tuple
22	;a8;    22=CISTPL_FUNCE for function extension tuple [3.2.6]
02	;a8;    02=Link to next Tuple
05	;a9;    LAN connection type
01	;a9;    Closed connector standard

;20th tuple
FF	;aa;    End of tuples 
	
;Tuple extra area - blank - double word zeros.
00	;aa;   Extra byte to start on even word boundary.
0000	;ab;   
0000	;ac;   
0000	;ad;   
0000	;ae;   
0000	;af;
;ZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZ
;VENDOR DEFINED LOCATIONS B0-BE
;ZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZ
0000	;b0;   
0000	;b1;   
0000	;b2;   
0000	;b3;   
0000	;b4;   
0000	;b5;   
0000	;b6;   
0000	;b7;   
0000	;b8;   
0000	;b9;   
0000	;ba;   
0000	;bb;   
0000	;bc;   
0000	;bd;   
0000	;be;   
; THE FOLLOWING VALUES ARE COMMENTED OUT AS THEY SHOULD BE WRITTEN 
; BY THE CALIBRATION SCRIPT
;ZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZ
;ATHEROS DEFINED LOCATIONS BF-FF
;ZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZ
; 0000	;bf;  Regulatory Domain Code Information 
; 0000	;c0;  Checksum for locations C0-FF 
; 0000	;c1;  Version Field  
; 0000	;c2;  Antenna Settings 
; 0000	;c3;  Transmit Power Bias Currents 
; 0000	;c4;  Threshold 62 and external LNA Timing Settings 
; 0000	;c5;  External Amplifier Timing Settings 
; 0000	;c6;  Reserved 
; 0000	;c7;  Regulatory Domain 1
; 0000	;c8;  Regulatory Domain 2
; Channel 5.17 to 5.19 Transmit Power Calibration
; 0000	;c9;  Transmit Power Calibration 
; 0000	;ca;  Transmit Power Calibration 
; 0000	;cb;  Transmit Power Calibration 
; 0000	;cc;  Transmit Power Calibration 
; 0000	;cd;  Transmit Power Calibration 
; 0000	;ce;  Transmit Power Calibration 
; 0000	;cf;  Transmit Power Calibration 
; 0000	;d0;  Transmit Power Calibration 
; 0000	;d1;  Regulatory Domain Code Limit  
; 0000	;d2;  Regulatory Domain Code Limit  
; 0000	;d3;  Regulatory Domain Code Limit  
; Channel 5.20 to 5.22 Transmit Power Calibration
; 0000	;d4;  Transmit Power Calibration 
; 0000	;d5;  Transmit Power Calibration 
; 0000	;d6;  Transmit Power Calibration 
; 0000	;d7;  Transmit Power Calibration 
; 0000	;d8;  Transmit Power Calibration 
; 0000	;d9;  Transmit Power Calibration 
; 0000	;da;  Transmit Power Calibration 
; 0000	;db;  Transmit Power Calibration 
; 0000	;dc;  Regulatory Domain Code Limit 
; 0000	;dd;  Regulatory Domain Code Limit 
; 0000	;de;  Regulatory Domain Code Limit 
; Channel 5.23 to 5.25 Transmit Power Calibration
; 0000	;df;  Transmit Power Calibration
; 0000	;e0;  Transmit Power Calibration
; 0000	;e1;  Transmit Power Calibration
; 0000	;e2;  Transmit Power Calibration
; 0000	;e3;  Transmit Power Calibration
; 0000	;e4;  Transmit Power Calibration
; 0000	;e5;  Transmit Power Calibration
; 0000	;e6;  Transmit Power Calibration
; 0000	;e7;  Regulatory Domain Code Limit
; 0000	;e8;  Regulatory Domain Code Limit
; 0000	;e9;  Regulatory Domain Code Limit
; Channel 5.26 to 5.29 Transmit Power Calibration
; 0000	;ea;  Transmit Power Calibration
; 0000	;eb;  Transmit Power Calibration
; 0000	;ec;  Transmit Power Calibration
; 0000	;ed;  Transmit Power Calibration
; 0000	;ee;  Transmit Power Calibration
; 0000	;ef;  Transmit Power Calibration
; 0000	;f0;  Transmit Power Calibration
; 0000	;f1;  Transmit Power Calibration
; 0000	;f2;  Regulatory Domain Code Limit
; 0000	;f3;  Regulatory Domain Code Limit
; 0000	;f4;  Regulatory Domain Code Limit
; Channel 5.30 to 5.32 Transmit Power Calibration
; 0000	;f5;  Transmit Power Calibration
; 0000	;f6;  Transmit Power Calibration
; 0000	;f7;  Transmit Power Calibration
; 0000	;f8;  Transmit Power Calibration
; 0000	;f9;  Transmit Power Calibration
; 0000	;fa;  Transmit Power Calibration
; 0000	;fb;  Transmit Power Calibration
; 0000	;fc;  Transmit Power Calibration
; 0000	;fd;  Regulatory Domain Code Limit
; 0000	;fe;  Regulatory Domain Code Limit
; 0000	;ff;  Regulatory Domain Code Limit