Back

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.

Download Datasheet
Request a Quote
Get advice
  • 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.

Devices


Manufacturer
Device Family
R2R Packages per device groups / subcategories; PVM device models
Support mechanism
SCIL adapter

Analog Devices
Blackfin
ADSP-BF51x
R2R

Blackfin
ADSP-BF538, ADSP-BD539
PVM

ADuC70xx
ADuC7xxx
R2R

Infineon
Tricore
Tricore (AURIX Tricore TC21x, TC22x, TC23x, TC26x, TC27x, TC29x; AUDO Tricore TC17xx)
R2R

XC166
XC166 (XC161, XC164, XC167, XC22xx, XC23xx, XC26xx, XC27xx)
R2R-E

XE166
XE166 (XE162, XE164, XE167)
R2R-E

Infineon (Cypress)
PSoC3
PSoC3 (CY8C32xxx, CY8C34xxx, CY8C36xxx, CY8C38xxx)
R2R-E

Traveo T1G
S6J311xxxx, S6J326CLS, S6J342xx
R2R

Traveo T2G
CYT2Bx, CYT3BB
R2R

Lattice
MACH 2
Mach02
R2R

MicroChip
PIC32MX
PIC32MX (PIC32MX1/2/3/4/5/6/7)
R2R

dsPIC33F
dsPIC33F
PVM

PIC1x
PIC10F, PIC12C, PIC12F, PIC12HV, PIC12LF, PIC16C, PIC16F, PIC16HV, PIC16LF, PIC18F, PIC18LF
PVM

PIC24
PIC24F, PIC24HJ
PVM

MicroChip (Atmel)
AT91SAM7xx
AT91SAM7Sx, AT91SAM7X, AT91SAM7XC
R2R

ATSAM x7
SAM E70, SAM S70, SAM V70, SAM V71
R2R
SCIL-019

ATmega
ATmega8, ATmega48(P), ATmega88(P), ATmega103, ATmega168(P), ATmega328(P), ATmega8515
PVM

ATmega64
ATmega64
SVF

ATtiny
ATtiny13, ATtiny24, ATtiny25, ATtiny26, ATtiny44, ATtiny45, ATtiny48, ATtiny84, ATtiny85, ATtiny87, ATtiny88, ATtiny167, ATtiny261, ATtiny828, ATtiny1634, ATtiny2313, ATtiny4313
PVM

Nordic Systems
nRF51
nRF51
R2R
SCIL-019

NXP
i.MX6
iMX6EFuse
R2R

LPC12xx
LPC122x, LPC12D27
R2R
SCIL-019

LPC17xx
LPC175x, LPC176x
R2R

LPC2xxx
LPC21xx, LPC22xx, LPC23xx, LPC24xx
R2R

SJA2020
SJA2020
R2R-E

NXP (Freescale)
Coldfire
MCF5222x (1,3), MCF5223x (0,1,3,4,5), MCF5225x (2,4,5,6,8,9)
PVM

HC(S)
HC (HC08, HCS08, HCS12)
R2R
SCIL-017

Kinetis
K02, K10, K11, K12, K20, K21, K22, K24, K30, K40, K50, K51, K52, K53, K60, K61, K63, K64, K70
R2R

MPC500
MPC500
R2R
SCIL-018

MPC5xxx
MPC5500, MPC5600, MPC5700
R2R

MPC56F8000
MPC56F8000
R2R-E

Philips
SAA56, TDA95
SAA56xx, TDA95xx
R2R-E

Renesas
RH850
RH850D1, RH850F1
R2R

SH7000
SH7K
R2R
SCIL-011

Silicon Labs
C8051
C8051
R2R

EFM32Gecko
EFM32Gecko, EFM32JadeGecko, EFM32PearlGecko, EFM32ZeroGecko, EFM32HappyGecko, EFM32TinyGecko, EFM32LeopardGecko, EFM32GiantGecko, EFM32WonderGecko
R2R

SIM3
SIM3C1, SIM3U1
R2R

STMicroelectronics
DSM, (u)PSD
DSM2xxx, PSD4xxx, PSD8xx, PSD9xx, SSM1xxx, uPSD3200, uPSD3300, uPSD3400
R2R-E

SPC5
SPC560Bxx, SPC564A70
R2R

STM32F
STM32F10xxx, STM32F2xx, STM32F3xx, STM32F4xx, STM32F7xx
R2R

STM32G
STM32G4xx
R2R

STM32H
STM32H5xx, STM32H7xx
R2R

STM32L
STM32L0xx, STM32L1x, STM32L4x, STM32L5x
R2R
L0: SCIL-019

STM32U
STM32U5xx
R2R

STM32WL
STM32WLEx
R2R

STR91xF
STR91xFxx
1532

Texas Instruments
CC430
CC430
R2R

MSP430
MSP430
R2R

HerculesRM
HerculesRM
R2R

Tiva C
TM4C123x, TM4C129x
R2R

TMS320
TMS320F280x, TMS320F281x, TMS320F2802x, TMS320F2803x, TMS320F2804x, TMS320F2805x, TMS320F2806x, TMS320F2823x, TMS320F2833x
R2R

We are boundary-scan

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.

Support