Difference between revisions of "Debug Probes - J-Link & J-Trace"

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(J-Link hardware)
 
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=== J-Link hardware ===
 
=== J-Link hardware ===
 
* [[J-Link Model Overview]]
 
* [[J-Link Model Overview]]
* [[J-Link PLUS V11]]
+
* [[Connectors]]
   
 
=== J-Link model specifics ===
 
=== J-Link model specifics ===
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* [[J-Trace PRO Cortex]]
 
* [[J-Trace PRO Cortex]]
 
* [[J-Link-OB-K22-SiFive | J-Link OB K22 SiFive]]
 
* [[J-Link-OB-K22-SiFive | J-Link OB K22 SiFive]]
  +
* [[J-Link-OB-K22-CortexA | J-Link OB K22 Cortex-A]]
 
* [[J-Link-OB-K22-CortexM | J-Link OB K22 Cortex-M]]
 
* [[J-Link-OB-K22-CortexM | J-Link OB K22 Cortex-M]]
 
* [[J-Link-OB-SAM3U-NordicSemi | J-Link OB SAM3U NordicSemi]]
 
* [[J-Link-OB-SAM3U-NordicSemi | J-Link OB SAM3U NordicSemi]]
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==== Codasip ====
 
==== Codasip ====
 
* [[Codasip L10 | L10 core]]
 
* [[Codasip L10 | L10 core]]
  +
* [[Codasip L11 | L11 core]]
 
* [[Codasip L30 | L30 core]]
 
* [[Codasip L30 | L30 core]]
 
* [[Codasip L30 | L30F core]]
 
* [[Codasip L30 | L30F core]]
  +
* [[Codasip L31 | L31 core]]
  +
* [[Codasip L31 | L31F core]]
 
* [[Codasip L50 | L50 core]]
 
* [[Codasip L50 | L50 core]]
 
* [[Codasip L50 | L50F core]]
 
* [[Codasip L50 | L50F core]]
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==== Qorvo ====
 
==== Qorvo ====
 
* [[Qorvo device specifics | Device specifics]]
 
* [[Qorvo device specifics | Device specifics]]
  +
* [[Qorvo PAC55xx | PAC55xx]]
   
 
==== Raspberry Pi ====
 
==== Raspberry Pi ====
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==== Renesas ====
 
==== Renesas ====
  +
* [[Renesas_RA4E1 | RA4E1]]
  +
* [[Renesas_RA4M2 | RA4M2]]
  +
* [[Renesas_RA4M3 | RA4M3]]
  +
* [[Renesas_RA6E1 | RA6E1]]
 
* [[J-Link Renesas_RA6M3 | RA6M3]]
 
* [[J-Link Renesas_RA6M3 | RA6M3]]
 
* [[J-Link Renesas_RA6M4 | RA6M4]]
 
* [[J-Link Renesas_RA6M4 | RA6M4]]
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* [[Renesas_RE01 | RE01]]
 
* [[Renesas_RE01 | RE01]]
 
* [[RZ/G1]]
 
* [[RZ/G1]]
  +
* [[Renesas_RZ/A3UL | RZ/A3UL]]
 
* [[Renesas_RZ/G2L | RZ/G2L]]
 
* [[Renesas_RZ/G2L | RZ/G2L]]
 
* [[RZ_A1H | RZ/A1H]]
 
* [[RZ_A1H | RZ/A1H]]
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* [[SiFive E21 | E21]]
 
* [[SiFive E21 | E21]]
 
* [[SiFive E24 | E24]]
 
* [[SiFive E24 | E24]]
  +
* [[SiFive E31 | E31]]
 
* [[SiFive E34 | E34]]
 
* [[SiFive E34 | E34]]
 
* [[SiFive E76 | E76]]
 
* [[SiFive E76 | E76]]
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* [[STR91x]]
 
* [[STR91x]]
 
* [[STM32]]
 
* [[STM32]]
  +
** [[STM32F0]]
 
** [[STM32F1]]
 
** [[STM32F1]]
 
** [[STM32F2]]
 
** [[STM32F2]]
 
** [[STM32F3]]
 
** [[STM32F3]]
 
** [[STM32F4]]
 
** [[STM32F4]]
  +
** [[STM32F7]]
 
** [[STM32G4]]
 
** [[STM32G4]]
  +
** [[STM32H7]]
 
** [[STM32L4]]
 
** [[STM32L4]]
 
** [[STM32L5]]
 
** [[STM32L5]]
** [[STM32F7]]
+
** [[STM32MP15x]]
** [[STM32H7]]
 
 
** [[ST STM32U5 | STM32U5]]
 
** [[ST STM32U5 | STM32U5]]
** [[STM32WB55]]
+
** [[STM32WB]]
 
** [[STM32WL5x_Ex]]
 
** [[STM32WL5x_Ex]]
** [[STM32MP15x]]
 
   
 
==== Syntacore ====
 
==== Syntacore ====
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* [[TMS470Rx series]]
 
* [[TMS470Rx series]]
 
* [[TMS570Lx series]]
 
* [[TMS570Lx series]]
  +
* [[TI_MSPM0G | MSPM0G series]]
  +
* [[TI_MSPM0L | MSPM0L series]]
 
* [[TI_RMxxL|RM4xL series]]
 
* [[TI_RMxxL|RM4xL series]]
 
* [[TI_RMxxL|RM5xL series]]
 
* [[TI_RMxxL|RM5xL series]]
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* [[TMPM46BF10FG Evaluation Board]]
 
* [[TMPM46BF10FG Evaluation Board]]
 
* [[TMPM3HQ]]
 
* [[TMPM3HQ]]
* [[TMPM4GR]]
+
* [[TMPM4]]
* [[TMPM4NR]]
 
* [[TMPM4KN]]
 
   
 
==== Xilinx ====
 
==== Xilinx ====
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==== OKdo ====
 
==== OKdo ====
 
* [[OKdo E1 | E1]]
 
* [[OKdo E1 | E1]]
  +
 
==== ON Semiconductor ====
 
==== ON Semiconductor ====
 
* [[ONSemi RSL10 SiP | RSL10 SiP]]
 
* [[ONSemi RSL10 SiP | RSL10 SiP]]
  +
  +
==== Qorvo ====
  +
* [[Qorvo PAC5532EVK1 | PAC5532EVK1]]
   
 
==== RaspberryPi ====
 
==== RaspberryPi ====
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* [[Renesas FPB-RA4E1]]
 
* [[Renesas FPB-RA4E1]]
 
* [[Renesas FPB-RA6E1]]
 
* [[Renesas FPB-RA6E1]]
  +
* [[Renesas RZ/A3UL SMARC EVK]]
 
* [[Renesas RZ/G2L SMARC EVK]]
 
* [[Renesas RZ/G2L SMARC EVK]]
 
* [[Renesas RZ/T2M-RSK]]
 
* [[Renesas RZ/T2M-RSK]]
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* [[TM4C123G LaunchPad]]
 
* [[TM4C123G LaunchPad]]
 
* [[TI EK-TM4C1294XL]]
 
* [[TI EK-TM4C1294XL]]
  +
* [[TI LP-MSPM0G3507]]
  +
* [[TI LP-MSPM0L1306]]
   
 
==== Samsung ====
 
==== Samsung ====

Latest revision as of 08:41, 30 November 2022

The J-Link debug probes with their outstanding performance, robustness, and ease of use are the market leading debug probes today. The J-Trace PRO sets a benchmark for instruction tracing with its streaming trace function that enables unlimited tracing at full clock speed.

This wiki page explains and links to details and device specifics that can not be found on the debug and trace probes product pages.

Contents

Documentation

Glossary / Definitions of Debug and Trace specific terms

J-Link

SEGGER J-Links are the most widely used line of debug probes available today. They've proven their value for more than 10 years in embedded development. This popularity stems from the unparalleled performance, extensive feature set, large number of supported CPUs, and compatibility with all popular development environments.

J-Link software

J-Link hardware

J-Link model specifics

For an overview which hardware versions of the different models support which features, please refer to the model feature overview.

Extending device support

Troubleshooting

Device specifics

ABOV

Alif Semiconductor

Altera

Ambiq Micro

Analog Devices

AndesTech

ARM

Atmel

AutoChips

CloudBEAR

ClouderSemi

ClouderSemi CR600

Codasip

China Key System (CKS)

Dialog Semiconductor

Geehy

GigaDevice

Hilscher

HPMicro

HSXP

IndieSemi

Infineon

Intel

Maxim

MediaTek

Microchip

Nordic Semi

Nuvoton

NXP

O2Micro

ON Semiconductor

Qorvo

Raspberry Pi

Renesas

Silicon Labs

SiFive

ST

Syntacore

Telink

TI

Toshiba

Xilinx

Zilog

Core specifics

Evaluation board specifics

ABOV

Altera

ARM

Ambiq Micro

Analog Devices

Adafruit

Arduino

Atmel

AutoChips

BBC

ElectroSmith

Geehy

GigaDevice

HPMicro

HSXP

IndieSemi

Infineon

MediaTek

Microchip

Nordic Semiconductor

Nuvoton

NXP

OKdo

ON Semiconductor

Qorvo

RaspberryPi

Renesas

SiFive

Silicon Labs

Syntacore

STM32Duino

Telink

TI

Samsung

ST

Xilinx

Flash programming

J-Trace

J-Trace PRO is an advanced debug probe that supports the advanced tracing features of Arm Cortex cores. It can capture complete instruction traces over long periods of time—thereby enabling the recording of infrequent, hard-to-reproduce bugs. This is particularly helpful when the program flow "runs off the rails" and stops in a fault state. Using the right software tools, J-Trace PRO trace probes are particularly helpful in analyzing system behaviour enabling uninstrumented live code coverage and code profiling.

Device Specifics

Keil MDK

RTT

WebUSB

J-Flash

J-Flash SPI

IDE and Debugger specifics

List of supported IDEs

Ozone

TIF specifics

FAQ

Glossary / Definitions