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Embedded Flash Prog.

Run-time Repair
Program non-standard JTAG configured devices
Supports BDM, Mono8, MicroChip and others
Provides a universal ISP solution
Reduced fixture complexity and costs

JTAG/Boundary-scan embedded flash programming by JTAG Technologies offers a range of options that can be used by engineers to improve their device programming facilities without additional unnecessary hardware. Our solutions for programming embedded (flash) memories of Microprocessors and DSPs are also known as SCIP (Serial Controlled IC Programmer) modules. The family comprises a wide range of software modules that can be used by test and production engineers to broaden the scope of their in-system device programming facilities without adding much or anything in the way of additional interface hardware.

While many devices have standardised on JTAG (IEEE Std 1149.1) as hardware interface for programming and testing there has been little standardisation in the way internal (flash) memories are programmed. The use of ‘Private’ instructions and non-standard state machine implementations have meant that some JTAG/boundary-scan tool-sets are unable to cope with the variety of devices that now use JTAG as their programming interface. Furthermore there exists a secondary layer of devices that use other, often lower pin count, interfaces to support their programming. Examples of these alternative interfaces are BDM, SPI, SWD (ARM Serial Wire Debug) etc.. JTAG Technologies SCIP modules sometimes using protocol adapters overcome these obstacles.

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  • Program non-standard JTAG configured devices
  • Supports BDM, Mono8, MicroChip and other serial interfaces
  • Compatible with SCIL hardware interface adapters
  • Multiple busses and protocols supported (JTAG, BDM, Microchip, SPI, I2C) using JTAG SCIL modules where required
  • Request additional device support
    Fast turnaround for requested support
  • Provides a universal ISP solution
  • Solutions for programming µProcessors, µControllers, DSPs etc. with embedded flash
  • In-system program (ISP) technique minimises device handling and reduces static and mechanical damage
  • Re-use existing JTAG hardware (JT 37×7) for both ISP and testing
  • Reduced fixture complexity and costs as a result of reduced hardware considerations

SCIP modules are highly useful in production facilities where it is beneficial to combine both PCB testing and in-system device programming facilities in a single instrument, using a single familiar software interface. For a list of currently supported devices please check out the Devices tab on this page.

Manufacturer Device Family Option Name Strategy Type SCIL Adapter
Analog Devices Blackfin  – PVM –
ADuC7xxx ADuC7xxxProg R2R –
Analog Devices Blackfin ADSP-BF538Prog PVM –
Analog Devices Blackfin ADSP-BF539Prog PVM –
Analog Devices Blackfin ADSP-BF51xProg R2R –
.
ATMEL AT91SAM7 AT91SAM7SEProg R2R –
ATMega64 – SVF –
ATMega8 – PVM –
ATtiny – PVM –
ATMega103 PVM –
ATMega48(p) PVM –
ATMega88(P) PVM –
ATMega168(P) PVM –
ATMega328(P) PVM –
.
Cypress Psoc3  PSoc3Prog EXE –
Traveo  TraveoProg R2R
.
Freescale Coldfire MCF52xxx – PVM –
Qorivva MPC55xx MPC5500Prog R2R –
Qorivva MPC56xx MPC5600Prog R2R –
MPC5xx MPC500Prog R2R SCIL-018
HC08 HC08Prog R2R SCIL-017
HCS08 HCS08Prog R2R SCIL-017
HCS12 HCS12Prog R2R SCIL-017
Kinetis KinetisProg R2R –
MC56F8000 MC56F8000Prog EXE –
.
Infineon XC166 XC16xProg EXE –
XE166 XC16xProg EXE –
XC27xx XC16xProg EXE –
XC23xx XC16xProg EXE –
XC22xx XC16xProg EXE –
Tricore Audo/Aurix  Tricore Prog EXE
.
Microchip PIC32MX PIC32MXProg R2R –
dsPIC33 – PVM –
PIC 10F* – PVM –
PIC 12F* – PVM –
PIC 16F* – PVM –
PIC 18F* – PVM –
.
Nordic NRF51822 NRF51822Prog R2R SCIL-019
.
NXP LPC2xxx LPC2xxxProg R2R –
LPC17xx LPC17xxProg R2R –
LPC12xx LPC12xxProg R2R SCIL-019
SJA2020 SJA2020Prog EXE –
.
Philips SAA56xx SAAProg EXE –
TDA95xx SAAProg EXE –
.
Renesas SH7K SH7KProg R2R SCIL-011
.
ST DSM 2xxx PSDProg EXE –
PSD 4xxx PSDProg EXE –
PSD 8xx PSDProg EXE –
PSD 9xx PSDProg EXE –
SMM 1xxx PSDProg EXE –
uPSD3200 PSDProg EXE –
uPSD3300 PSDProg EXE –
uPSD3400 PSDProg EXE –
SPC560x SPC560xProg R2R –
STM32F1 STM32F10Prog R2R –
STR91xFxxx STR91XProg 1532 –
STM32F3 STM32F30Prog R2R –
STM32F4 STM32F4Prog R2R –
STM32L4 MCU STM32L4xxProg R2R –
STM32L05 STM32L05Prog R2R SCIL-019
.
SiliconLabs C8051 8051Prog R2R –
SiM3C1xx SiM3Prog R2R
SiM3U1xx SiM3Prog R2R
.
TI MSP430F1xx MSP430Prog R2R –
MSP430F2xx MSP430Prog R2R –
MSP430F4xx MSP430Prog R2R –
MSP430FE4xx MSP430Prog R2R –
MSP430F5xxx MSP430Prog R2R –
MSP430FR5xxx MSP430Prog R2R –
MSP430F6xxx MSP430Prog R2R –
MSP430G2xxx MSP430Prog R2R –
CC430F5xxx MSP430Prog R2R –
CC430F6xxx MSP430Prog R2R –
Stellaris LM3Sxxxx StellarisProg R2R –
TMS320F28xx TMS320Prog R2R –
UCD9240 UCD9xxxProg R2R –
TMS570 TMS570Prog R2R –
Tiva TM4C12x R2R –

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We will ensure that your organisation gets the maximum return on investments and receives the greatest benefits from this technology. Look through our website and support section for whatever kind of information you might need and feel free to contact us if the answer to your question is not provided.

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