Flash Programmers for Silicon Labs' EFM32/EFR32, EM zigbee, and SIM3 MCUs

FlashPro-ARM and GangPro-ARM (X2S): 

• Select desired MCU from an easy to navigate list of vendors and families.
• Customize target voltage.
• Customize communication speed.
• See programming results in real-time with fine grained status results.
• Connect over USB (all adapters) or Ethernet (X2S).
• A GangPro licensed adapter can also run the single target FlashPro software.
• Display GUIs for Flash and Gang (6x) shown below:

Configuration Overview

• Configure which memory is erased, written, and verified.
• Save calibration data using "Retain Data" feature between programming.
• Configure serialization, auto generated or from input file. Used numbers logged in output file.
• Set reset pulse duration, Vcc settle time, reset action (start) after programming.
• Set to Tri-State for testing, leakage: X2S (1M pull-up with on/off, off setting typ. <5nA) , XS and USB-FPA (1 M pull-up only).
• Configure JTAG chain for multiple devices of the same MCU part number.
• Configure Power Monitoring, sampling frequency etc.
• Configuration GUI windows shown below (same options configurable via DLL/libraries).

• All of the options shown in the GUIs above can be configured using only the DLL, or shared library in Windows/Linux (Linux support only for XS or X2S adapters where applicable, check individual product page).
• The power monitor information can be read using dedicated functions.
• Multiple adapters (up to 64) can be controlled using the provided libraries, with examples available in C++, C#, and Python. Some installations come with Labview examples as well.
• Using only one top-level library, all 64 adapters can be controlled using one unified interface.

• A Command-Line interface is implemented using several executables provided in the Generic-FPA DLL installation package.
• The Generic-FPA DLL package provides a uniform interface to control up to 64 adapters of any type (ARM, MSP, Chipcon, etc).
• The Generic Batch File Demo is the easiest to use. During one run it initializes all the desired adapters, performs chosen actions, and turns off all the adapters to wrap up.
• The Generic Command-Line Server/Client implementation is much more flexible, stable and faster for repeated programming cycles. It can control all the adapters asynchronously using non-blocking calls, and can also accept local or remote connections using named pipes (details are described in the Generic-FPA DLL User Guide). Sample output below:

Code File:

• No code size limitations.
• Code formats can be TI (*.txt), Motorola (*.srec, *.s19, *.s28, *.s37), Intel and TI-CCS (*.hex, *.bin) for programming.

• API-DLL, and shared library, provided for easy integration with user application.
• Multi-FPA DLL, and shared library, allows control of up to 64 programmers simultaneously using broadcast-style commands from one user application.
• Generic-FPA DLL allows thread-safe control of up to 64 programmers of any type (MSP, CC, C2000, ARM) using independent threads from one user application.
• Command-Line tool allows easy programming with scripts. In addition, provided executables allow programming adapters connected to the host computer to be controlled remotely over the network.

• Memory protection options for per-page protection and overall debug access disable.
• Unlock device capability for full erase even after debug access disable (if supported by MCU).

• User defined programming sequence uses script file. No programming technique and language knowledge is required.
• Open/Save Project with encryption and password protection.
• Target device can be powered from the programming adapter (programmable Vcc from 1.2 V to 4.0 V step 0.1 V) or from external source (1.2 V to 4.0 V)).
• Defined Check Sum calculation (Sum, CRC16, CRC32). Up to four CS banks can be specified.
• Open/Save Project with encryption and password protection.
• Lock setup capability in GUI, useful in production.
• Unique serial number assign capability. Software package can assign and automatically increment the serial number, model type and revision. Serial number with or without an automatically inserted current date can be stored in flash memory in HEX, BCD or ASCII format. The serial number can be assigned from a user defined list in a file.
• Serial number can be read from the bar code using Bar-Code Scanner and saved in the target's device flash.
• Log file capability allowing to review information about the flashed target devices.