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.
Compared to
XDS100V2,
XDS100V3 has superior performance, with more FPGA units and a 100M crystal oscillator for high-speed operation
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.
