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ARM emulator

  

Compatibility:

• microprocessors • debuggers & compilers

Useful links:

  •   documentation   •   compare ARM models Compare ARM emulators
           •   Compare TI TMS320 emulatorscompare DSP models

Data sheets:

• Compare TI TMS320 emulatorsJTAGjet-ARM
  • Compare TI TMS320 emulatorsJTAGjet-Cortex-M3

 

• Compare TI TMS320 emulatorsJTAGjet for DSP & OMAP
  • Compare TI TMS320 emulatorsopto-isolator

Other models:

  •   JTAGjet-DaVinci   •   JTAGjet-C166

Options:

  •   Flashers   •   Linux debugging
    •   gdb server    

 

ARM emulatorJTAGjet In-Circuit Debuggers                       

Hardware: JTAGjet & JTAGjet-Trace In-Circuit Debuggers
   

JTAGjet, a real-time, transparent in-circuit debugger based on the JTAG boundary scan port. It features High-Speed USB 2.0 port connection to offer maximum communication speeds and convenience. JTAGjet comes with the powerful Chameleon Debugger software.

Highlights:
 

•

Support for ARM7, ARM9, ARM11, Cortex, MPCore, XScale, Sitara, Stellaris, DaVinci, OMAP, OMAP2, OMAP3 and TMS320 DSPs from Texas Instruments. See a more detailed list of supported devices

• Ultra-fast downloads exceeding 1 MByte/sec
• USB 2.0 (480Mbps) connection to host PC
• Compatible with all major ARM debuggers
• Compatible with Code Composer Studio (TI)
• Smart Flash Programmer
•

JTAG chain Device Detection

•   Variable (up to 30 MHz) and Adaptive JTAG clock
• Auto-sensing JTAG voltage

 

JTAGjet-Trace, a real-time, transparent in-circuit debugger with a real-time trace buffer. Supports all ARM7, ARM9, ARM11, Cortex, OMAP, OMAP2 OMAP3 devices equipped with the Embedded Trace Macrocell (ETM) at speeds of up to 400 MHz. Available with trace depths of 256K, 1M, 2M and 4M frames and each frame is time-stamped with CPU cycle accuracy. For more information, see the PDF brochure above.

Highlights:
 

•

Up to 400 MSamples/sec trace acquisition speed (up to 400 MHz CPU speeds)

•   Support for all ARM7, ARM9, ARM11, Cortex, OMAP, OMAP2 and OMAP3  cores equipped with ETM trace logic
•   Availability with 256K, 1M, 2M and 4M frame trace buffers
•   Support for 4, 8 and 16-bit wide trace busses
•   56-bit time stamp with CPU cycle accuracy
•   Easy access to all ETM modes, triggers and filtering
•

Available with a standard Mictor-38 target connector or 20-pin Cortex connector

•   Quiet operation—no fans or exposed heatsinks
•   Plain JTAG adapter for boards without ETM

 

 
     

Hardware: Key Benefits

   
•

ARM7, ARM9, ARM11, Cortex, MPCore, XScale, OMAP, OMAP2, OMAP3, Sitara, Stellaris, DaVinci, TMS320 DSPs, C166S, XC16x and TriCore support... more

•   Download speeds above 1 MByte/sec
•   Prices as low as $1,500 (USA only) with ARM7 & ARM9 debugger
•   Real-Time Embedded Trace (ETM) and Embedded Trace Buffer (ETB) support option
•   USB 2.0 connection to host PC
•   Remote debugging over TCP/IP networks
•

C, C++ and assembly level debugging

•   Broad compiler compatibility... more
•   Integrated Flash programming
•   Multiple cores handled on the same screen
•   Windows Vista, XP, 2000, 98 compatible.
•   Works seamlessly with a large number of third-party debuggers... more
   

Software: Chameleon Debugger

     

Chameleon Debugger is designed for a variety of hardware emulation interfaces to target boards (JTAG, BDM, ICE, STAG) on one end, and a communication channel to the host PC on the other. The program provides a consistent user interface to an embedded project at all stages of the development cycle from CPU evaluation to production testing.

Chameleon supports many different CPUs and DSPs in plain or Multi-Core (SoC) targets in a single debugging environment. Regardless of the number of CPUs being debugged, Chameleon offers... more .
     

JTAGjet in Tandem with Chameleon: Key Benefits

     
•

Ideal for homogeneous and heterogeneous Multi-Core and Multi-CPU targets (SoC) with optional support for:

   

ARM, XScale, Cortex, OMAP, DaVinci, TMS470, TMS570, TMS320, Tricore and C166.

• Remote debugging over TCP/IP networks.
•   Virtual I/O to give the target CPU access to the host PC console and disk files during development.
•   Graphical Virtual I/O devices (VIPER) to targets to speed-up debugging of prototypes.
•   Drag and drop variables and addresses between windows.
•   Trace window with customizable columns, filters and queries (with ETM or ETB options).
•   Time stamping on all trace entries with CPU cycle resolution (with optional ETM module).
•

Powerful breakpoints, step-into, step-over and step-out at the C, C++ and assembler levels.

•   Variable values pop-up when the mouse moves over the source code.
•   Variables displayed according to their definitions (structures, unions, strings, etc.).
•   Grouping of on-chip registers together according to function for easy access.
•   Command mode facility with macros (scripts) for automated debug and testing.
•   Real-time logging to outside applications for graphing or post-processing.
• Made in USA.
•   To take a look at the JTAGjet and Chameleon user interface, click here .

 

 

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