Overview
The XDS100v2 emulator is the second version of XDS100 JTAG emulation technology, which supports chip debugging of TI's ARM and DSP cores, with high cost-effectiveness. It is designed according to TI's original second version of XDS100V2, supports USB 2.0 high-speed interface, and performs emulation debugging through a standard 14PIN interface. It supports CodeComposer Studio (CCS) V4 and above versions, is driver free, and automatically recognizes when plugged into the emulator.
Product characteristics
# This product is designed and produced based on T's public information, and is completely equivalent to T's original XDS100V2 features.
# USB 2.0 high-speed interface, compatible with USB 1. X interface
# 14PIN JTAG standard interface
# Supports operating systems such as Windows 2000/XP/Vista/Win7/WIN8
# TI Code Composer Studio (CcS) V4. X and V5. X and above integrated development environments
# No driver required, automatically recognized by inserting the simulator.
# Connect/disconnect, read/write memory, read registers, load programs, run, stop support breakpoint debugging, real-time mode
# Basic hardware simulator features, such as connecting/disconnecting target DSP/read-write memory/read registers/downloading programs/running stop/single step debugging/software and hardware breakpoints/real-time simulation, etc.
# Supports CCSV4 and higher versions, up to the latest CCSV5.5 and CCSV6 software currently available (tested by engineers).
# IO level adaptive 1.5V~5V.
# Support ETB (Embedded Trace Buffer).
# The LED indicator light displays the USB status (working/hanging).
# Support target cable disconnection detection.
# Support power failure detection of target chips.
# Supports power on reset boot mode, JTAG reset, reset waiting boot mode.
# Supports standard JTAG interface with 14PIN.
# Support high-speed USB code download function.
# Support breakpoint detection.
# Supports multiple FTDI device drivers.
# Support adaptive clock.
# Support FLASH online simulation of DSP.
Devices Supported
| Series Supported |
Typical Devices
|
| TMS320C28XXX |
C28x Fixed-point Series:TMS320F2808,TMS320F2812, and so on. |
| C28x Delfino Floating-point Series:TMS320F28335,TMS320C28346, and so on. |
| C28xPiccolo Series:TMS320F28027,TMS320F28035, and so on. |
| C28x+ARM CortexM3 Concerto Series:TMS320F28M35, and so on. |
| TMS320C5XXX |
TMS320C5402/5409/5416，TMS320C5502/5509, and so on. |
| TMS320C64XX/66XX |
TMS320C6421/C6424/C6455/C6678, and so on. |
| TMS320C674X |
TMS320C6745/6747/6748, and so on. |
| Davinci |
Davinci DM64x DSP |
| DSP+Cortex-A8:DM81XSOC，DM37x SOC, and so on. |
| DSP+ARM9:Dacinci DM64xSOC, and so on. |
| ARM9:DM3x SOC, and so on. |
| Sitara ARM Cortex-A |
ARM Cortex-A8内核:AM335x/AM35x/AM37x/AM38x/OMAP3503/15, and so on. |
| ARM9内核: AM1xARM9, and so on. |
| ARM Cortex M3/M4/R4 |
| Note: The above is only a typical chip series, and the supported chip models include but are not limited to the above-mentioned chips |
Simply put, the supported devices include: TMS320C28x、TMS320C54x、TMS320C55x、TMS320C64x+、TMS320C674x、TMS320C66x、ARM 9、ARM COrtex R4、ARMTIARM core chips，common ones such as:Cortex A8、 ARM Cortex A9 and Cortex M3/M4.OMAP3530、OMAPL138、AM3359、F28M35、DM6437、C6748, and so on.
