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https://github.com/RangeNetworks/openbts.git
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94 lines
3.0 KiB
Bash
Executable File
94 lines
3.0 KiB
Bash
Executable File
#!/bin/sh
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# Copyright 2014 Range Networks, Inc.
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# This software is distributed under multiple licenses; see the COPYING
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# file in the main directory for licensing information for this specific
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# distribution.
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# This use of this software may be subject to additional restrictions.
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# See the LEGAL file in the main directory for details.
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
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# comments tomr 12_14_11
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# General procedure for a virgin eeprom (new SDR board or a corrupted one), note all LEDs will be off
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#
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# first use lsusb to find the RAD1 USB device, it should display the Cypress FX2 development string
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# this comes up when the FX2 boot but sees no valid data from the eeprom
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# Bus 001 Device 102: ID 04b4:8613 Cypress Semiconductor Corp. CY7C68013 EZ-USB FX2 USB 2.0 Development Kit
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#
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# In the above example the usb bus is --> 001 and the device --> 102
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# you need to provide those args in the path below for -D arg
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# used here vvv vvv
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# sudo fxload -t fx2 -D /dev/bus/usb/001/102 -I /usr/local/share/usrp/rev4/std.ihx
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# once you have successfully loaded the firmware the LED on the SDR board will be blinking rapidly
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# now you can execute this programming script
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# we had planned to make this more so this is more automatic
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# note on the programming data string, the first byte is the starting offset, the next 8 bytes are data
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lsusb | grep Cypress
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# echo "sudo fxload -t fx2 -D /dev/bus/usb/xxx/xxx -I ezusb.ihx"
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# exit 0
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#./RAD1Cmd -x load_firmware ezusb.ihx
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sleep 1
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./RAD1Cmd i2c_write 0x50 00c2feff0200040000
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sleep 1
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./RAD1Cmd i2c_write 0x50 0800c300000200b312
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sleep 1
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./RAD1Cmd i2c_write 0x50 10002d80feaa825380
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sleep 1
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./RAD1Cmd i2c_write 0x50 18cf8a8212001c8508
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sleep 1
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./RAD1Cmd i2c_write 0x50 208212001c43803022
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sleep 1
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./RAD1Cmd i2c_write 0x50 28aa827b08ea23fa13
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sleep 1
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./RAD1Cmd i2c_write 0x50 309281d280c280dbf4
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sleep 1
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./RAD1Cmd i2c_write 0x50 382275803875b23b75
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sleep 1
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./RAD1Cmd i2c_write 0x50 40a0c075b4cf75b1f0
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sleep 1
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./RAD1Cmd i2c_write 0x50 4875b6f890e68ae4f0
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sleep 1
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./RAD1Cmd i2c_write 0x50 500090e680e4f053a0
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sleep 1
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./RAD1Cmd i2c_write 0x50 58fe43a001c2817508
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sleep 1
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./RAD1Cmd i2c_write 0x50 600175820112000875
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sleep 1
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./RAD1Cmd i2c_write 0x50 68080f758208120008
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sleep 1
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./RAD1Cmd i2c_write 0x50 707508007582141200
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sleep 1
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./RAD1Cmd i2c_write 0x50 78087a00ea24e0f582
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sleep 1
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./RAD1Cmd i2c_write 0x50 80e434e1f583e4f00a
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sleep 1
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./RAD1Cmd i2c_write 0x50 88ba10f07a007b000a
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sleep 1
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./RAD1Cmd i2c_write 0x50 90ba00010beb30e7f7
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sleep 1
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./RAD1Cmd i2c_write 0x50 9863a04080f27800e8
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sleep 1
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./RAD1Cmd i2c_write 0x50 a04400600c79009018
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sleep 1
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./RAD1Cmd i2c_write 0x50 a800e4f0a3d8fcd9fa
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sleep 1
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./RAD1Cmd i2c_write 0x50 b0d083d082f6d8fdc0
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sleep 1
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./RAD1Cmd i2c_write 0x50 b882c0837582002275
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sleep 1
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./RAD1Cmd i2c_write 0x50 c08108120091e58260
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sleep 1
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./RAD1Cmd i2c_write 0x50 c80302000302000380
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sleep 1
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./RAD1Cmd i2c_write 0x50 d001e60000
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sleep 1
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