ar5004ap_ap48ag.eep

Atheros AP Test with Agilent N4010A source code

#$Id: //depot/sw/branches/ART_V53/bringup/ar5k/config/ar5004ap_ap48ag.eep#2 $

#EEPROM file for AR5004X 802.11a/b/g MiniPCI Reference Design card

@cal_section_begin          		# begin @cal section

TARGET_POWER_FILENAME      =  calTrgtPwr_ar5004ap_ap48ag.txt ; # target power file for calibration
SUBSYSTEM_ID	           =  0xa048;   # Subsystem ID in hex
EEPROM_MAP_TYPE		   =  1;	# Flag indicating eeprom layout type
TURBO_DISABLE	    	   =  0;   	# Prevents software from using TURBO modes
RF_SILENT		   =  0;   	# Cards enabled with RFSilent can be easily silenced
DEVICE_TYPE		   =  4;   	# 1=>Cardbus, 2=>PCI, 3=>miniPCI, 4=>AP
TURBO_MAXPOWER_5G	   =  16.0;   	# Recommended max power in turbo mode to consume less than 2W.
TURBO_MAXPOWER_2p5G	   =  16.0;   	# Recommended max power in turbo mode at 2.5 GHz to consume less than 2W.
A_MODE		           =  1;   	# Whether the adapter supports 802.11a functionality
B_MODE		           =  1;   	# Whether the adapter supports 802.11b functionality
G_MODE		           =  1;   	# Whether the adapter supports 802.11g functionality
ANTENNA_GAIN_5G	           =  4;	# Antenna gain at 5.5GHz. 8-bit signed val in 0.5dB steps.
ANTENNA_GAIN_2p5G          =  1.5;	# Antenna gain at 2.5GHz. 8-bit signed val in 0.5dB steps.
XLNA_GAIN		   =  13;  	# xLNA gain in dB (per AS 6/14/02)
NOISE_FLOOR_THRESHOLD	   = -54; 	# noise floor threshold value (per JHfmn 6/14/02)
11b_XLNA_GAIN		   =  13;  	# xLNA gain in dB
11b_NOISE_FLOOR_THRESHOLD  = -1; 	# noise floor threshold value
11g_XLNA_GAIN		   =  13;  	# xLNA gain in dB
11g_NOISE_FLOOR_THRESHOLD  = -1; 	# noise floor threshold value
11a_FALSE_DETECT_BACKOFF   =  0;	# in dB. only affects channels w/ clock harmonic overlap.
11b_FALSE_DETECT_BACKOFF   =  0;	# in dB. only affects channels w/ clock harmonic overlap.
11g_FALSE_DETECT_BACKOFF   =  0;	# in dB. only affects channels w/ clock harmonic overlap.
11g_TURBO_DISABLE          =  0;        # Set to 1 to disable TURBO mode in 11g
CCK_OFDM_DELTA		   =  1;	# in dB with 0.1dB resolution. In 11g, delta in output power for 1mbps and 6mbps
					# for any given pcdac.
CH14_FILTER_CCK_DELTA	   =  1.5;	# in dB with 0.1dB resolution. In 11g & 11b, delta in output power for ch14 and ch1 - ch13
					# for any given pcdac. This delta arises due to special filter requirement for ch14 (2484).
ENABLE_32KHZ               =  0;	# Flag indicating the presence of the 32kHz sleep crystal
NUM_ETHERNET_PORTS	   =  1;	# number of ethernet ports.
START_ETHERNET_PORT        =  1;        # Starting index of enabled ethernet ports (zero based)

MODE_MASK_FOR_RADIO_0      =  0;
MODE_MASK_FOR_RADIO_1      =  3;

#New Regulatory domain flags
ENABLE_FCC_MIDBAND                    =  0;
ENABLE_JAPAN_EVEN_CHANNELS_UNI1_BAND  =  0;
ENABLE_JAPAN_UNI2_BAND                =  0;
ENABLE_JAPAN_MIDBAND                  =  0;
ENABLE_JAPAN_ODD_CHANNELS_UNI1_BAND   =  0; 
ENABLE_JAPAN_MODE_11A_NEW             =  0; #If this MODE bit is set for New Japan Regulatory support, 
                                            #must disable A_MODE above(set to "0") for Japan SKU cards Only. 
                                            #If outside of Japan, this bit should never be used.

@cal_section_end            		# end @cal section	


@config_section_begin       		# begin @config section

#Antenna Switch Table
#6 bit (msb:lsb) value are mapped to [atten5, atten2, antD, antC, antB, antA]
#----------------------------------------------------------------------------------
@MODE: MODE_SPECIFIC             11a   11a_turbo        11b         11g    11g_tubo
#----------------------------------------------------------------------------------
bb_switch_table_r1x12           0x08        0x08        0x02       0x02      0x02 #(AntCtl 5)
bb_switch_table_r1x2            0x08        0x08        0x02       0x02      0x02 #(AntCtl 4)
bb_switch_table_r1x1            0x08        0x08        0x02       0x02      0x02 #(AntCtl 3)
bb_switch_table_r1              0x0a        0x0a        0x06       0x06      0x06 #(AntCtl 2)
bb_switch_table_t1              0x01        0x01        0x01       0x01      0x01 #(AntCtl 1)

bb_switch_table_r2x12           0x08        0x08        0x01       0x01      0x01 #(AntCtl 10)
bb_switch_table_r2x2            0x08        0x08        0x01       0x01      0x01 #(AntCtl 9)
bb_switch_table_r2x1            0x08        0x08        0x01       0x01      0x01 #(AntCtl 8)
bb_switch_table_r2              0x09        0x09        0x05       0x05      0x05 #(AntCtl 7)
bb_switch_table_t2              0x02        0x02        0x02       0x02      0x02 #(AntCtl 6)


bb_rxtx_margin_2ghz                0           0          27         27	       27
bb_switch_settling              0x2d        0x5a        0x31       0x31      0x31
bb_txrxatten                      15          15          30         30        30
bb_pga_desired_size              -80         -80         -80        -80       -80
bb_adc_desired_size              -32         -32         -38        -32       -32
rf_ob                              2           2           2          2          2
rf_db                              2           2           2          2          2
rf_b_ob                            2           2           2          2          2
rf_b_db                            2           2           2          2          2
rf_xpdsel			   1           1           1          1	        1
rf_pdgain_lo			 0x0	     0x0	 0x0	    0x0       0x0
rf_pdgain_hi			 0x0	     0x0	 0x0	    0x0       0x0
#rf_pdgain_hi			 0x3	     0x3	 0x3	    0x3       0x3
bb_thresh62		          15	      15	  28	     28        28
bb_tx_end_to_xpab_off              0           0           0          0         0
bb_tx_end_to_xpaa_off              0           0           0          0         0
bb_tx_frame_to_xpab_on		0x0e         0xe         0x7        0xe       0xe
bb_tx_frame_to_xpaa_on		0x0e         0xe         0x7        0xe       0xe
bb_tx_end_to_xlna_on               2           2           2          2         2

rf_gain_I                       0x0a        0x0a        0x0a       0x0a      0x0a

@config_section_end         # end @config section