Press a button and write to flash memory!

[One push operation][Super-fast writing][Standalone operation]

Various flash memories can be programmed using FP-40. These include the versatile Cortex-M core on-chip/built-in memory as well.Super fast programming begins with just a button press. This keeps operations simple and improves efficiency at production sites. The LEDs and buzzer notify the write result. Details such as progress and the remaining time are displayed on the OL display as well. Programming can be achieved without a PC and so FP-40 can used effortlessly for updating firmware/software during field maintenance.

Point 1: Simple to use, straightforward result reporting

• One push operation and clear error reporting to prevent careless mistakes
  Simply connect FP-40 to the target and press the PROGRAM button to start the write operation.
  Write progress, time remaining etc. can be known clearly by glancing at the easy-to-read OL display. The LEDs and buzzer will inform you of the result as well.
  Operating procedure and result reporting are clear and simple. This is done with the aim to prevent careless mistakes.

Point 2: Choose from 2 operating modes

• Standalone mode (Use FP-40 independently)
  Connect FP-40 to the target and begin the write process. A PC is not required.
  ※Use the included AC adapter or a power bank to supply power to FP-40.

Preparing FP-40 for Standalone mode
Use the proprietary software, C-Flash to prepare FP-40 for standalone use. Target CPU, data to be written, protection/security settings etc. need to be set using C-Flash. Once this is done, a PC is not required and FP-40 can be used in Standalone mode.


Step 1: Connect FP-40 to the PC and start C-Flash
Step 2: Set the target CPU and manufacturer name
Step 3: Transfer data to be written to FP-40

• C-Flash mode (Use FP-40 with a PC)
  Connect FP-40 to a PC and write to the target.
  Different types of flash memory on multiple boards can be programmed efficiently. Write data can be transferred to FP-40 so that it can be used in Standalone mode as well (as explained in the above section).

Point 3: Eliminate Target board power supply

Supply power to the board from FP-40 and eliminate the need to connect the target power supply. (Voltage: 3.3V or 5.0V. Max current: 200mA)

Super fast write

Optimal write settings are used and so write time will be reduced greatly and the target can be programmed quickly (speed: ~400KB/s).
Production time is shortened, leading to reduced production cost.

Supports protection/security function

Write to devices that incorporate protection and security. Protection can be enabled automatically after writing is complete.

Works with a mobile power bank

Since FP-40 can be operated using a commercially available mobile power bank, it can be used even in situations where AC adapters can't be connected. This makes FP-40 highly portable and the ideal choice for field maintenance.

Support for new devices/ Custom support

We will be happy to provide services and support for new or specific devices. Feel free to contact us with your requirement and we'll get back. Please note that depending on the complexity, a fee may be charged.

Some custom CPU/device support that are provided are indicated below:

• Support for writing to Cortex-M internal flash memory
• Support for writing to Cortex-A/Cortex-R external flash memory via JTAG/SWD
• Support for write via UART

In-vehicle network standard LIN support

FP-40 is equipped with the functionality to write to flash memory of in-vehicle devices via LIN. Feel free to contact us for more information.

UART support for field maintenance

A UART connector is available for products that do not have a JTAG connector. This might come in handy for in-field firmware updates.

FP-40 has a mechanism so that it can be incorporated into production/inspection system. Flash memory writing process can be automated in the production and inspection process.

System example 1: Incorporate FP-40 into your inspection software

FP-40 can be operated by using specific commands via a personal computer. Call these commands from your inspection software to control FP-40.

System example 2: Write multiple firmware

By using specific commands, FP-40 can be operated upon from a computer. Multiple FP-40 units can be connected and multiple different firmware can be written on the target. This leads to an increase in production efficiency.

System example 3: Automate by incorporating into production equipment

FP-40 provides external signals for writing and status acquisition. By connecting these external signals to production equipments, flash memory can be written to and write status can be retrieved. Automation of the production system can be achieved by using this technique.

The following manufacturer's Cortex-M CPUs are supported:

• Cypress Semiconductor
• Infineon Technologies
• InnoPhase IoT
• LAPIS Technology
• Microchip Technology
• Nordic Semiconductor
• Nuvoton Technology
• NXP Semiconductors
• Renesas Electronics
• Silicon Laboratories
• STMicroelectronics
• Texas Instruments
• Toshiba

Document

Document Title	PDF
On-board Flash Programmer FP-40 Technical Information