Smart Bluetooth Forum Discussions
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Hello,
I made my own board with a BCM20732S module version B1 and when I try to use it for the first time I can't either program it or recover it with the reference images. It seems that it can't erase the chip. I use the SDK 1.1. I don't know if it can impact the programation but the I2C line is loaded by 2 devices : LIS3DH and AT30TS75A. I checked the RX and TX signals with an oscilloscope and they look good.
This is my download.log when trying to recover:
Download minidriver successfully had written 64 bytes to address 0x0020AF00
Download minidriver successfully had written 64 bytes to address 0x0020AF40
Download minidriver successfully had written 64 bytes to address 0x0020AF80
Download minidriver successfully had written 64 bytes to address 0x0020AFC0
Download minidriver successfully had written 64 bytes to address 0x0020B000
Download minidriver successfully had written 64 bytes to address 0x0020B040
Download minidriver successfully had written 64 bytes to address 0x0020B080
Download minidriver successfully had written 64 bytes to address 0x0020B0C0
Download minidriver successfully had written 64 bytes to address 0x0020B100
Download minidriver successfully had written 64 bytes to address 0x0020B140
Download minidriver successfully had written 64 bytes to address 0x0020B180
Download minidriver successfully had written 64 bytes to address 0x0020B1C0
Download minidriver successfully had written 64 bytes to address 0x0020B200
Download minidriver successfully had written 64 bytes to address 0x0020B240
Download minidriver successfully had written 64 bytes to address 0x0020B280
Download minidriver successfully had written 64 bytes to address 0x0020B2C0
Download minidriver successfully had written 64 bytes to address 0x0020B300
Download minidriver successfully had written 64 bytes to address 0x0020B340
Download minidriver successfully had written 64 bytes to address 0x0020B380
Download minidriver successfully had written 64 bytes to address 0x0020B3C0
Download minidriver successfully had written 64 bytes to address 0x0020B400
Download minidriver successfully had written 64 bytes to address 0x0020B440
Download minidriver successfully had written 64 bytes to address 0x0020B480
Download minidriver successfully had written 64 bytes to address 0x0020B4C0
Download minidriver successfully had written 64 bytes to address 0x0020B500
Download minidriver successfully had written 64 bytes to address 0x0020B540
Download minidriver successfully had written 64 bytes to address 0x0020B580
Download minidriver successfully had written 64 bytes to address 0x0020B5C0
Download minidriver successfully had written 64 bytes to address 0x0020B600
Download minidriver successfully had written 64 bytes to address 0x0020B640
Download minidriver successfully had written 64 bytes to address 0x0020B680
Download minidriver successfully had written 64 bytes to address 0x0020B6C0
Download minidriver successfully had written 64 bytes to address 0x0020B700
Download minidriver successfully had written 64 bytes to address 0x0020B740
Download minidriver successfully had written 64 bytes to address 0x0020B780
Download minidriver successfully had written 64 bytes to address 0x0020B7C0
Download minidriver successfully had written 64 bytes to address 0x0020B800
Download minidriver successfully had written 64 bytes to address 0x0020B840
Download minidriver successfully had written 64 bytes to address 0x0020B880
Download minidriver successfully had written 64 bytes to address 0x0020B8C0
Download minidriver successfully had written 64 bytes to address 0x0020B900
Download minidriver successfully had written 64 bytes to address 0x0020B940
Download minidriver successfully had written 64 bytes to address 0x0020B980
Download minidriver successfully had written 64 bytes to address 0x0020B9C0
Download minidriver successfully had written 64 bytes to address 0x0020BA00
Download minidriver successfully had written 64 bytes to address 0x0020BA40
Download minidriver successfully had written 64 bytes to address 0x0020BA80
Download minidriver successfully had written 64 bytes to address 0x0020BAC0
Download minidriver successfully had written 64 bytes to address 0x0020BB00
Download minidriver successfully had written 64 bytes to address 0x0020BB40
Download minidriver successfully had written 64 bytes to address 0x0020BB80
Download minidriver successfully had written 64 bytes to address 0x0020BBC0
Download minidriver successfully had written 64 bytes to address 0x0020BC00
Download minidriver successfully had written 64 bytes to address 0x0020BC40
Download minidriver successfully had written 64 bytes to address 0x0020BC80
Download minidriver successfully had written 64 bytes to address 0x0020BCC0
Download minidriver successfully had written 64 bytes to address 0x0020BD00
Download minidriver successfully had written 64 bytes to address 0x0020BD40
Download minidriver successfully had written 64 bytes to address 0x0020BD80
Download minidriver successfully had written 64 bytes to address 0x0020BDC0
Download minidriver successfully had written 64 bytes to address 0x0020BE00
Download minidriver successfully had written 64 bytes to address 0x0020BE40
Download minidriver successfully had written 64 bytes to address 0x0020BE80
Download minidriver successfully had written 64 bytes to address 0x0020BEC0
Download minidriver successfully had written 64 bytes to address 0x0020BF00
Download minidriver successfully had written 64 bytes to address 0x0020BF40
Download minidriver successfully had written 64 bytes to address 0x0020BF80
Download minidriver successfully had written 64 bytes to address 0x0020BFC0
Download minidriver successfully had written 64 bytes to address 0x0020C000
Download minidriver successfully had written 64 bytes to address 0x0020C040
Download minidriver successfully had written 64 bytes to address 0x0020C080
Download minidriver successfully had written 64 bytes to address 0x0020C0C0
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- loading minidriver
Download minidriver successfully had written 64 bytes to address 0x0020C100
Download minidriver successfully had written 64 bytes to address 0x0020C140
Download minidriver successfully had written 64 bytes to address 0x0020C180
Download minidriver successfully had written 64 bytes to address 0x0020C1C0
Download minidriver successfully had written 64 bytes to address 0x0020C200
Download minidriver successfully had written 64 bytes to address 0x0020C240
Download minidriver successfully had written 64 bytes to address 0x0020C280
Download minidriver successfully had written 64 bytes to address 0x0020C2C0
Download minidriver successfully had written 64 bytes to address 0x0020C300
Download minidriver successfully had written 64 bytes to address 0x0020C340
Download minidriver successfully had written 64 bytes to address 0x0020C380
Download minidriver successfully had written 64 bytes to address 0x0020C3C0
Download minidriver successfully had written 64 bytes to address 0x0020C400
Download minidriver successfully had written 64 bytes to address 0x0020C440
Download minidriver successfully had written 64 bytes to address 0x0020C480
Download minidriver successfully had written 64 bytes to address 0x0020C4C0
Download minidriver successfully had written 64 bytes to address 0x0020C500
Download minidriver successfully had written 64 bytes to address 0x0020C540
Download minidriver successfully had written 64 bytes to address 0x0020C580
Download minidriver successfully had written 64 bytes to address 0x0020C5C0
Download minidriver successfully had written 64 bytes to address 0x0020C600
Download minidriver successfully had written 64 bytes to address 0x0020C640
Download minidriver successfully had written 64 bytes to address 0x0020C680
Download minidriver successfully had written 64 bytes to address 0x0020C6C0
Download minidriver successfully had written 64 bytes to address 0x0020C700
Download minidriver successfully had written 64 bytes to address 0x0020C740
Download minidriver successfully had written 64 bytes to address 0x0020C780
Download minidriver successfully had written 64 bytes to address 0x0020C7C0
Download minidriver successfully had written 64 bytes to address 0x0020C800
Download minidriver successfully had written 64 bytes to address 0x0020C840
Download minidriver successfully had written 64 bytes to address 0x0020C880
Download minidriver successfully had written 64 bytes to address 0x0020C8C0
Download minidriver successfully had written 64 bytes to address 0x0020C900
Download minidriver successfully had written 64 bytes to address 0x0020C940
Download minidriver successfully had written 64 bytes to address 0x0020C980
Download minidriver successfully had written 64 bytes to address 0x0020C9C0
Download minidriver successfully had written 64 bytes to address 0x0020CA00
Download minidriver successfully had written 64 bytes to address 0x0020CA40
Download minidriver successfully had written 64 bytes to address 0x0020CA80
Download minidriver successfully had written 64 bytes to address 0x0020CAC0
Download minidriver successfully had written 64 bytes to address 0x0020CB00
Download minidriver successfully had written 64 bytes to address 0x0020CB40
Download minidriver successfully had written 64 bytes to address 0x0020CB80
Download minidriver successfully had written 64 bytes to address 0x0020CBC0
Download minidriver successfully had written 64 bytes to address 0x0020CC00
Download minidriver successfully had written 64 bytes to address 0x0020CC40
Download minidriver successfully had written 64 bytes to address 0x0020CC80
Download minidriver successfully had written 64 bytes to address 0x0020CCC0
Download minidriver successfully had written 64 bytes to address 0x0020CD00
Download minidriver successfully had written 64 bytes to address 0x0020CD40
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- loading minidriver
Download minidriver successfully had written 64 bytes to address 0x0020CD80
Download minidriver successfully had written 64 bytes to address 0x0020CDC0
Download minidriver successfully had written 64 bytes to address 0x0020CE00
Download minidriver successfully had written 64 bytes to address 0x0020CE40
Download minidriver successfully had written 64 bytes to address 0x0020CE80
Download minidriver successfully had written 64 bytes to address 0x0020CEC0
Download minidriver successfully had written 64 bytes to address 0x0020CF00
Download minidriver successfully had written 64 bytes to address 0x0020CF40
Download minidriver successfully had written 64 bytes to address 0x0020CF80
Download minidriver successfully had written 64 bytes to address 0x0020CFC0
Download minidriver successfully had written 64 bytes to address 0x0020D000
Download minidriver successfully had written 64 bytes to address 0x0020D040
Download minidriver successfully had written 64 bytes to address 0x0020D080
Download minidriver successfully had written 64 bytes to address 0x0020D0C0
Download minidriver successfully had written 64 bytes to address 0x0020D100
Download minidriver successfully had written 64 bytes to address 0x0020D140
Download minidriver successfully had written 64 bytes to address 0x0020D180
Download minidriver successfully had written 64 bytes to address 0x0020D1C0
Download minidriver successfully had written 64 bytes to address 0x0020D200
Download minidriver successfully had written 64 bytes to address 0x0020D240
Download minidriver successfully had written 64 bytes to address 0x0020D280
Download minidriver successfully had written 64 bytes to address 0x0020D2C0
Download minidriver successfully had written 64 bytes to address 0x0020D300
Download minidriver successfully had written 64 bytes to address 0x0020D340
Download minidriver successfully had written 64 bytes to address 0x0020D380
Download minidriver successfully had written 64 bytes to address 0x0020D3C0
Download minidriver successfully had written 64 bytes to address 0x0020D400
Download minidriver successfully had written 64 bytes to address 0x0020D440
Download minidriver successfully had written 64 bytes to address 0x0020D480
Download minidriver successfully had written 64 bytes to address 0x0020D4C0
Download minidriver successfully had written 64 bytes to address 0x0020D500
Download minidriver successfully had written 64 bytes to address 0x0020D540
Download minidriver successfully had written 64 bytes to address 0x0020D580
Download minidriver successfully had written 60 bytes to address 0x0020D5C0
Download minidriver successfully had written 8 bytes to address 0x0020D904
Launch minidriver at 0x0020AF00 succeeded
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Executing -- erasing chip
Downloaded 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Verified 0 code bytes ( 0.0%) and 0 data bytes ( 0.0%). Current state: Terminated with error
Chip erase timeout (nLastProgressReportTime)
Do you have any idea or suggestion to check/test?
Kind regards
Daniel
Show LessI found there's strength PWM output on 20737S, could someone help to check?
I test again with pwm_tones demo project in SDK2.0, and get the following signal:
The 1st picture is a cycle of PWM signal, and the 2nd picture is a zoom out that shows there is another "big" cycle to generate.
The output tone is periodically "bi", "bi" .... around around 1 sec. period. I think this is not the normal PWM. Then I test following simple code again in Hello project, but get similar strange result.
aclk_configure(512000, ACLK1, ACLK_FREQ_24_MHZ);
pwm_start(0, PMU_CLK, 0x2FF, 0x200);
gpio_configurePin(26 >> 4, 26 & 0x0F, GPIO_OUTPUT_ENABLE, 0);
Show Less
To support older, pre 2013 smart phones, can our peripheral advertise original Bluetooth (3.0) and same time, or alternating with advertising Bluetooth Low Energy (4.0)?
Peripheral will only connect with BLE central, and should ignore connection attempt by original Bluetooth central.
Show LessIs there a limit on the number of times we can use bleprofile_NVRAM_Write() to the same address?
That is, if it's writing to an eeprom, is there some limit on the order of 100K or 1M writes before it wears out?
Show LessHello,
A customer of mine is looking to develop a beacon based on the Beacon ref design.
I have these questions, could you please help
• Can we setup
UUID, Major and Minor values?
• Can we change
the frequency (e.g. send signal every 1 second or every 500ms…)?
• Can we change
the transmit power (to limit the range of the beacon)?
• Can it
broadcast its battery level?
thanks
Mark
Show LessWe want our central to continuously advertise, so other computers in the system can read telemetry in its advertisement data.
Meanwhile, central is making connections and communicating with slave devices.
Will this work?
Show LessIn BLEPROFILE_DB_PDU, there is a field called 'header'. I looked through several sample codes, but did not find any use of header. Could anyone explain what does this 'header' filed do? Thanks !
Show LessHi,
Our customer asked if peripheral device can advertise ADV packet while its device is in connection state.
Even if I know that BCM20736/20737 supports Master / Slave simultaneously in SDK 2.x, As I know, state machine from connection to advertising is not possible. Am I right?
Otherwise, it is possible in SDK 2.x, could you let me know how I should fix hello_sensor application in order to verify this scenario?
Thanks,
SM
Show LessHi,
I'm trying to get the uart_firmware_upgrade example working.
I am able to:
1.) successfully flash board with uart_fimrware_upgrade hex
2.) convert hello_sensor hex to a bin using ihex2bin.exe (c:\ihex2bin.exe hello_sensor.hex hello_sensor.bin)
3.) run WsUartFu.exe (c:\WsUartFu.exe hello_sensor.bin COM1)
4.) get c:\WsUartFu: upgrade status Success
This would seem to indicate that the uart upgrade was successful. However, after this point my board (EMRF-20736S-BOB) no longer works and I need to reflash it with the uart_firmware_upgrade before it starts to respond again.
Is there something I'm doing wrong when creating my bin file? Or do I need to add a flag when building a project for Uart upgrade?
Any help is much appreciated!
thanks,
akbar
Show LessI had been assuming that NVRAM was resident in EEPROM, and thus would persist after power is removed from the system.
Is this correct, or does it get cleared when power is removed completely (vs just going to HIDoff)?
From what I can see it seems to get cleared.
Show Less