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@ -51,8 +51,8 @@
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J1 GP,GN 0,1 are single-ended primary clock capable.
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J1 GP,GN 0,1 are single-ended primary clock capable.
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J1 GP 13 and J2 GN 17 are general routing (non-primary)
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J1 GP 13 and J2 GN 17 are general routing (non-primary)
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clock capable.
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clock capable.
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J1 pins GP,GN 9-13 are shared with WiFi on PCB v1.7.
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J1 pins GP,GN 9-13 are shared with ESP32 WiFi on PCB v1.7.
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J1 pins GP,GN 11-13 are shared with WiFi on PCB >v2.0.
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J1 pins GP,GN 11-13 are shared with ESP32 WiFi on PCB >v2.0.
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J2 pins GP,GN 14-17 are shared with ADC.
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J2 pins GP,GN 14-17 are shared with ADC.
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4 PMOD connectors can be made out of it
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4 PMOD connectors can be made out of it
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(GND and 3.3V power are on the right place)
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(GND and 3.3V power are on the right place)
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@ -170,7 +170,7 @@ its own CRC and it will just not load if FLASHed with errors.
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"OpenOCD" tool accepts SVF files and can upload to SRAM or onboard FLASH.
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"OpenOCD" tool accepts SVF files and can upload to SRAM or onboard FLASH.
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For details see their ft232r driver documentation. In short, this
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For details see their ft232r driver documentation. In short, this
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config file should help to get started, modified to set actual
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config file should help to get started, modified to set actual
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${CHIP_ID} and ${FILE_SVF}
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${CHIP_ID} and ${FILE_SVF}:
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interface ft232r
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interface ft232r
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ft232r_vid_pid 0x0403 0x6015
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ft232r_vid_pid 0x0403 0x6015
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@ -199,7 +199,6 @@ ${CHIP_ID} and ${FILE_SVF}
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scan_chain
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scan_chain
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svf -tap lfe5.tap -quiet -progress ${FILE_SVF}
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svf -tap lfe5.tap -quiet -progress ${FILE_SVF}
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shutdown
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shutdown
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EOF
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# Programming over JTAG header
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# Programming over JTAG header
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