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XDS560v2 System Trace Emulator


Blackhawk XDS560v2 System Trace Emulator

The Blackhawk XDS560v2 System Trace Emulator (BH560v2) is based on the new XDS560v2 system trace reference design (XDS560v2) from Texas Instruments. The XDS560v2 design is the next-generation of the high-performance XDS560-class technology first made available by Blackhawk with the USB560/LAN560 and XDS560 Trace.

The XDS560v2 design includes both high-speed USB 2.0 and 10/100Mbit Ethernet host interfaces, multi-color state and activity LEDs and a flexible, ribbon-ized coax JTAG cable. Along with traditional JTAG (IEEE 1149.1) the XDS560v2 adds support for IEEE 1149.7 (previously known as cJTAG) and system trace (STM), an interface on the TI heterogeneous multi-core (ARM + DSP) devices. If you are familiar with the Blackhawk USB560 or LAN560 products, you will already be familiar with this new emulator design.

As with our LAN560 product, the Ethernet connection of the BH560v2 allows developers share access to target boards without the need of another computer. Migrating from a LAN560 to the Blackhawk XDS560v2 is easy.

The System Trace capability is compliant to MIPI STP. For those that are not familiar, MIPI STP expands to Mobile Industry Processor Interface System Trace Protocol. See for more details. Access to this capability is provided by TI CTools enabled devices for debug and optimization of multi-core processors. This helps users look at the synchronization and timing between cores and on-chip peripherals in their application. For more information on the CTools, please refer to the TI Wiki site at:

The BH560v2 meets all of the TI reference design features and requirements and extends (improves) capabilities by offering the Enhanced Features listed below.


Blackhawk Enhanced Features The following are additional, enhanced  features offered by Blackhawk, which are not part of the standard TI reference design.

Power Options

USB cable (bus-powered)

Power over Ethernet (PoE)

  • Includes IEEE 802.11af compliant RJ45 connector
  • Compatible with existing PoE switches and routers

External Power Supply

LED Indicators

Additional LED indicators for power and USB activity

Indicators are oriented so they can all be easily viewed during debug

Configuration and Test

Bh560v2Config - Comprehensive Graphical Configuration and Diagnostic Tool

  • Operates over USB and LAN
  • Automatically locates (searches for) XDS560v2 units connected via USB and on the network (LAN)
  • Set Device Parameters, such as TCP/IP address
  • Tests target connection and scan chain integrity
  • Performs in-field firmware upgrades

Standard Features

The following are standard features of the TI XDS560v2 (TMDSEMU560v2STM-UE) reference design and the Blackhawk BH560v2.

Development Environment and Operating Systems

Compatible with CCS v4.2 and later

Windows XP/Vista/7 & 2003 Server (32 and 64-bit editions)


Debug Interfaces

Supports IEEE 1149.1 (JTAG)

Supports IEEE 1149.7

System Trace Support

  • Mobile Industry Processor Interface (MIPI)
  • System Trace Protocol (STP)
  • 1-4 pin System Trace
  • 128 MByte System Trace Buffer

See Blackhawk's Enhanced Debug Interface Utility Bh560v2Config:

For BH560v2 setup, configuration, and test, Blackhawk also includes a graphical user interface application (Bh560v2Config).

Bh560v2Config makes it possible to easily setup and configure network settings, search for XDS560v2 devices on the local area network (LAN), assign a name to the units, and more.

You can also perform simple tests, including JTAG scans of the target to verify communication.

TI Embedded Processor Support

C2000, C5000, C6000, ARM, ARM Cortex, Sitara, OMAP, DaVinci, TMS470, TMS570, Stellaris and more

Compatible with CTools enabled devices

Target Physical Connections

60-pin MIPI

20-pin ARM Multi-ICE (via pin converter)

14-pin TI (via pin converter)

20-pin cTI (via pin converter)

60-pin TI Trace (via pin converter)

Target Cable

High-Speed Data Coax Ribbon Cable (12.5 inches) with

Native 60-pin MIPI HSPT Buffer Board

Target Electrical and Signal Interface

Auto-sensing target voltage range from 1.2 to 4.1 volts

Auto-Adaptive Tesk Clock (TCK) up to 50 MHz

100MHz Export Clock compliant to MIPI STP

ESD Protection on target and host connections

Detection of target power loss and cable disconnects

Auto -compensating calibration for edge jitter, channel skew and duty cycle

Adaptive receiver for setup/hold times (up to 1.5ns)


Three Activity LEDs (red, green, and amber)

Three State LEDs (red, green, and amber)

See Blackhawk's Enhanced Indicators Enhanced Indicators:

We added dedicated power and USB activity LEDs, similar to the ones found on our current  Blackhawk USB560m and LAN560 models. 

And... all LEDs are oriented on the same end panel so they can all be easily viewed during debug. So, you won't have to fumble with the emulator pod to see status.

Host Interfaces

High-Speed USB 2.0 (480Mb/s)

10/100Mb Ethernet (LAN)

Power Options

External Power Supply Brick

See Blackhawk's Enhanced Power Options Enhanced Power Options:

Yes, the Bh560v2 is designed to be powered soley from USB!

The Bh560v2 includes an IEEE 802.11af Power Over Ethernet (PoE) connector that can be powered from a PoE enabled switch (or external PoE injector supply).

System Requirements and Compatibility

Please visit      

In the Box

  • XDS560v2 System Trace Emulator Pod

  • System Trace Coax JTAG Cable

  • MIPI60 buffer board

  • Pin Converters: TI14, TI20, and ARM20 targets

  • USB Cable

  • Quick Start Guide


  • Product Registration Card

  • All the items listed for model BH-XDS-560v2-BP

    • CAT5e Ethernet Cables (2)

    • PoE Injector (power supply)

    • AC wall cord (US, EU, IL, or UK)


Blackhawk XDS560v2 System Trace Emulator

Blackhawk XDS560v2 System Trace Emulator

Part No.: BH-XDS-560v

About Blackhawk

  Blackhawk DSP
Blackhawk was the first to introduce a USB JTAG Emulator for Texas Instruments DSPs and is a member of the Texas Instruments Third Party Developers Network.


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