TMS320C6455 DSP Starter Kit (DSK) For Medical Imaging


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Technical Documents

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Replacement Products
Name Number Company Tool Type
TMS320C6455 Evaluation Module TMDXEVM6455 Texas Instruments Development Kits


The TMS320C6455 DSP Starter Kit for Medical Imaging (DSK-MI), developed jointly with Spectrum Digital, is a low-cost development platform designed to speed the development of medical imaging applications based on TI’s TMS320C64x+™ DSP generation. The DSK-MI is now available with the industries highest performing single core DSP running at 1.2GHz.


The C6455 DSK-MI is an ideal platform to evaluate the TI Embedded Processor Software Toolkit for Medical Imaging (STK-MED). The STK-MED is included with the medical imaging DSK. This toolkit is a collection of several standard ultrasound algorithms optimized for TI’s C64x+ architecture. Included on the toolkit CD is information to help developers design and get the most out of their medical imaging system. The CD includes the latest Medical Applications Guide, TI’s application notes and TI’s white papers pertaining to medical imaging.


TMS320C6455 DSK-MI features a Serial RapidIO® (sRIO®) bus interface offering a complete, easy-to-use multiprocessor C6455 DSP development system with sRIO communications connectivity to third party tools, FGPAs, sRIO switches and sRIO equipped embedded processors.


The kit uses USB communications for true plug-and-play functionality. Both experienced and novice designers can get started immediately with innovative product designs with the DSK-MI’s full featured Code Composer Studio™ IDE and eXpressDSP™ Software which includes DSP/BIOS and Reference Frameworks.


The C6455 Code Composer Studio DSK tools includes the C6000 Tuning Dashboard giving developers access to the CacheTune and CodeSizeTune Analysis tools, plus Compiler Consultant and Multi-Event Profiler. The Tuning suite of tools help developers improve the performance of their application by optimizing cache usage and choosing the best compiler optimization switches to meet the size and performance goals of the end application with graphical tooling and proactive advice.


The C6455 DSK-MI allows you to download and step through code quickly and uses Real Time Data Exchange (RTDX™) for improved Host and Target communications. The DSK-MI utilities include Flashburn to program flash, utilities and software and a power on self test and diagnostic utility to ensure the DSK is operating correctly.

The DSK-MI features the TMS320C6455 DSP, a 1.2 GHz device delivering up to 8000 million instructions per second (MIPs) and is designed for products that require the highest performing DSPs. The C6455™ is based on the high performing TMS320C64x+™ DSP platform designed to meet the needs of high-performing memory intensive applications such as medical imaging, networking, video, imaging, and most multi-channel systems. Other hardware features of the TMS320C6455 DSK-MI board include:
  • Embedded XDS510-class JTAG support via USB
  • 128MB Memory and 8MB Flash
  • EMIF(32bit data) & McBSP0 to Connector 1
  • HPI/PCI to Connector 2
  • High-quality 24-bit stereo codec
  • Expansion port connector for plug-in modules
  • On-board standard 14-pin IEEE JTAG interface
  • On-board 60-pin high density JTAG interface
  • +5V universal power supply
Software – Designers can readily target the TMS32C6455 DSP through TI’s robust and comprehensive Code Composer Studio™ DSK development platform. The tools, which run on Windows® 2000 and Windows XP, allow developers to seamlessly manage projects of any complexity. Code Composer Studio features for the TMS320C6455 DSK-MI include:
  • Efficient optimizing C/C++ compiler assembler, linker
  • Integrated debugger
  • Data visualization tools
  • Profiler and advanced optimization tools and tuning tools
  • Flexible project manager
  • DSP/BIOS™ real-time kernel
  • Target error recovery software
  • DSK diagnostic tool
Board Support Library (BSL)

Board Support Library – The Board Support Library (BSL) provides a C-language interface for configuring and controlling all on-board devices. The library consists of discrete modules that are built and archived into a library file. Each module represents an individual application program interface (API) and is referred to simply as an API module. The module granularity is structured so each device is implemented in an individual API module. The goal of the BSL is to provide a level of hardware abstraction and software standardization that improves development time and portability. The BSL source code is available in the lib directory along with the library itself. You may extend or modify the source code and build your own version of the library. You can also include the BSL source files directly into your application for greater control.

Example code with full source for:
  • Power On Self Test – POST – This is typically already programmed into flash memory on the board, so it runs on boot.
  • Sample application – LED Blink Example (2 versions)– blinks LED #0 using BSL calls
  • Sample application for AIC23 codec – Uses BSL to generate a 1KHz sine wave


TI Embedded Processor Software Toolkit for Medical Diagnostic Ultrasound (STK-MED)

The STK-MED is a collection of several standard ultrasound algorithms optimized for TI’s C64x+ core. The algorithms showcase how developers can leverage the C64x+ architecture for performance and power consumption in real-time medical imaging applications such as diagnostic ultrasound and optical coherence tomography (OCT).


Detailed algorithm descriptions, API documentation, and test benches are included for reference and support. Also included is a version of TI’s IQ math library that has been highly optimized with optimal precision for the algorithms contained in the STK-MED.


The goal of the STK-MED is to shorten customer development time by providing optimized implementations of processing blocks commonly used in medical imaging systems. The source code can easily be extended or modified to create customized versions for your development.

Technical Documents
Datasheet (1)
Title Abstract Type Size (KB) Date Views
PDF 1683 28 Mar 2012
Application notes (7)
Title Abstract Type Size (KB) Date Views
PDF 166 08 Jun 2010 59
PDF 1029 08 Jun 2010 196
PDF 114 08 Jun 2010 174
PDF 656 03 Apr 2009 167
PDF 499 18 Dec 2008 280
PDF 185 07 Nov 2008 146
PDF 343 23 Dec 2005 139
User guides (18)
Title Abstract Type Size (KB) Date Views
PDF 1020 01 Jul 2011 174
PDF 347 03 Jun 2011 325
PDF 353 02 Jun 2011 157
PDF 1484 03 Feb 2011 198
PDF 670 08 Nov 2010 166
PDF 944 03 Aug 2010 438
PDF 481 30 Jul 2010 110
PDF 505 18 May 2010 49
PDF 256 08 Dec 2009 94
PDF 261 28 Oct 2009 100
PDF 601 11 Feb 2009 327
PDF 120 02 Dec 2008 151
PDF 2881 10 Jun 2008 87
PDF 337 18 Jul 2007 134
PDF 498 02 May 2006 87
PDF 168 23 Dec 2005 124
PDF 196 23 Dec 2005 69
PDF 262 23 Dec 2005 105
White papers (2)
Title Abstract Type Size (KB) Date Views
PDF 333 08 Jun 2010 260
PDF 291 08 Jun 2010 73
More literature (3)
Title Abstract Type Size (KB) Date Views
PDF 729 12 Jul 2013 63
PDF 262 20 Jan 2012 88
PDF 385 08 Jun 2010 93

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