1. C6000 Integration Workshop
Introduction
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Copyright © 2005 Texas Instruments. All rights reserved.

2. What Will You Accomplish?
When you leave the workshop, you should be able to…
Evaluate C6000’s ability to meet your system requirements
Use development tools to compile, optimize, assemble, link, debug and benchmark code on the C6713 and C6416 DSKs
Control response to real-time events using interrupts
Configure peripherals to communicate with various devices
Use DSP/BIOS APIs to perform various tasks in the system as well as analyze results
Integrate an XDAIS algorithm into your system
Use the bootloader and flash programming tools to create a standalone system
Understand other C6000 capabilities: EMIF, cache, HPI
We put the workshop objectives BEFORE the student introductions on purpose. Before this information was added, many students wanted the workshop to cover things that cannot be effectively covered in the workshop - many instructors found this difficult to deal with.
This flow helps set reasonable expectations without directly discouraging the students.
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3. What We Won’t Cover and Why...
Issues “outside the box”:
DSP Theory / Algorithms
Specific hardware and software applications
Detailed ASM programming and Code Optimization
Architectural details
C6000 IW Workshop Scope and Depth
In 4 days, it is impossible to cover everything. However, we do cover an equivalent of a college semester course on the C6000.
We’ve chosen the “Accomplishments” list based on customer feedback and years of workshop experience.
Many app notes have been written to address specific topics not covered in the workshop (check out the TI website).
If you have a need that falls “outside the box”, please inform your instructor. Often, they can offer answers/ideas before or after class.
Between the instructor comments on the last foil and reading thru this foil, this foil should be self-explanatory.

4. Workshop Outline Day 1 Introduction Code Composer Studio
Basic Memory Management
Using the EDMA (Intro to CSL)
Day 2
Hardware Interrupts (HWI)
Configure and use McBSP
Channel Sorting using EDMA
Using a Double Buffer
Day 3
DSP/BIOS Scheduling
Advanced Memory Mgmt.
Integrating a XDAIS Compliant Algorithm
Using Reference Frameworks and IOM Device Drivers
External Memory Interface
Day 4
Creating a Stand-alone System (Flash, Boot)
Using the Cache
Using the HPI
Wrap Up
6.5 Analog Interfacing
Hidden foil. You can hide the previous two foils and use this one if you prefer to have the whole agenda on a single foil. The only negative with this foil is that the text is a bit small.
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5. Introduce Yourself Briefly, a little about your application:
Name & Company
Application
Which C6000 DSP do you plan to use?
And, a little about your experience:
Do you have experience with:
TI DSP’s (TMS320)
Another DSP
Other microprocessors
C, Assembly, or both
Have you used an OS or RTOS?
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6. System Considerations
Performance
Interfacing
Power
Size
(From Seminar) Before we jump straight into products, we need to provide a context, a frame that you as engineers often operate from. To do this, we've highlighted several of the system requirements that you wrestle with on a daily basis, and the tradeoffs you need to make when designing a high performance system. . . things like Performance versus cost, or Ease-of-Use versus Integration, or Performance per board area. It seems like where ever you need to buy more of one thing, something else gives Time to market may be the most important factor in one product development, at the expense of cost and performance, etc. We're going to talk about some of these trade-offs and system requirements more when we get into some specific devices . . .
You need optimizations that accommodate these various balances
-- Performance = MIPS / function -- Power = mA/function -- Space = function / in2 -- Cost = function /$
Lead into next foil on Three ISAs...
Ease-of Use
Programming
Interfacing
Debugging
Integration
Memory
Peripherals
Cost
Device cost
System cost
Development cost
Time to market
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7. Different Needs? Multiple Families.
C6000 (C62x/64x/67x)
‘C3x ‘C4x ‘C8x
C5000 (C54x/55x/OMAP)
‘C5x
C2000 (C20x/24x/28x)
‘C1x ‘C2x
Multi Channel and Multi Function App's
Wireless Base-stations
DSL
Imaging & Video
Home Theater
Performance Audio
Multi-Media Servers
Digital Radio
Max Performance
with
Best Ease-of-Use
Efficiency
Best MIPS per
Watt / Dollar / Size
Wireless phones
Internet audio players
Digital still cameras
Modems
Telephony
VoIP
Lowest Cost
Control Systems
Segway
Motor Control
Storage
Digital Ctrl Systems
This foils was taken from the 1998 DSP Seminar.
Before we discuss new products, let’s review the ‘C6000 product family as a whole.
Relative to other platforms, the TMS320C6000 platform is positioned as the optimum solution for multi-channel, multi-function performance- driven applications.
The ‘C6000 platform was first announced 2/97 with the ‘C6201. The platform has 2 sub-families -- fixed point (‘C62x) and floating point (‘C67x).
The ‘C6000 platform is the best choice for “multi-channel” & "raw performance" intensive applications, such as central office infrastructure type switches, base-stations, pooled modems, multi-channel voice processing systems, cable modems, and digital subscriber loop systems
The 5000/C54x is best positioned for high-performance “single channel” applications like modems, set-top boxes, cellular handsets, or dedicated subsystems.
Due to its very high performance, the ‘C6000 platform can implement dozens of “channels” of an algorithm, like industry standard vocoders, echo cancellation, with fewer devices and in less space than competing solutions.
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8. C6000 Roadmap Object Code Software Compatibility 2nd Generation
Highest Performance
Object Code Software Compatibility
Floating Point
Multi-core
C64x™ DSP 1.1 GHz
C6412
DM642
2nd Generation
C6415
C6416
C6411
C6414
1st Generation
C6713
C6203
C6202
C6204
C6205
C6201
C6211
C6701
C6711
C6712
C62x: Fixed Point
C67x: Floating Point
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9. C6000™ DSP Platform Fixed-Point Roadmap
Performance Value
Increasing Performance, Memory & Peripherals
Future
High Performance
C6201
C6203
C6205
C6202
C6204
C6211
C6411
C64x+™ Next
C6412
100% Software Compatible
Production
C6414
C6415
Breakthrough
Performance
C6410
C6413
C6418
C6416
Up to 720 MHz
720, 850 MHz and 1 GHz
2Q 2005 Announcement
90nm Production
C6414T
C6455
720, 850 MHz and 1+ GHz
In Development
C645x Next
C6415T
C6416T
Here is an update on our roadmap. All devices 100% upward object code compatible from C62x, which was launched back in Customers really appreciate the continuity that the C6000 platform has delivered to address their high performance requirements.
As a reminder, we have a “Performance Value” vector defined by devices with low system cost (C6412) and devices with lower AUP’s (C6410 and C6413)
The new C6455 Devices Extend TI’s “High Performance” Leadership
We plan additional code-compatible C64x devices in the future on both vectors, based on our new C64x+ core and 90nm process technology.

10. Floating-Point Platform Roadmap
Increasing Performance
VC33 60/75 MHz
C6711D 250 MHz
C31/C32 60 MHz
C MHz
C MHz
C MHz
C6712D 150 MHz
C6711D 200 MHz
C MHz
Floating
Point
Production
2Q 2005
Announcement
Future
C MHz
C31 80 MHz
First Generation
Second Generation
Software Compatible
C /250MHz
C MHz
C /200 MHz
Third Generation
Time
Look out into the future – does this product fill a short term void or is it a long term bet
Include roadmap

11. For More Information . . . Internet
Website:
FAQ:
 Device information  my.ti.com  Application notes  News and events  Technical documentation  Training
Enroll in Technical Training:
Internet
Phone: or
 Information and support for all TI Semiconductor products/tools  Submit suggestions and errata for tools, silicon and documents
USA - Product Information Center ( PIC )
While I give students my name and address, I tell them I’m often unavailable (travelling to teach other classes). Therefore, I ask them to use me as a last resort and these options provide a better path of assistance.
If you know the local contacts (TI and or distributor) this is a great time to mention these as well.
Of course, if you’re the local contact and you’re teaching the workshop, you can’t get any better than that!
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12. European Product Information Center (EPIC)
Web:
Phone: Language Number
Belgium (English) +32 (0)
France +33 (0)
Germany +49 (0) Israel (English) (free phone) Italy (free phone) Netherlands (English) +31 (0) Spain Sweden (English) +46 (0) United Kingdom +44 (0)
Finland (English) +358(0)
Fax: All Languages +49 (0)
 Literature, Sample Requests and Analog EVM Ordering  Information, Technical and Design support for all Catalog TI
Semiconductor products/tools
 Submit suggestions and errata for tools, silicon and documents
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13. Looking for Literature on DSP?
“A Simple Approach to Digital Signal Processing”
by Craig Marven and Gillian Ewers;
ISBN
“DSP Primer (Primer Series)”
by C. Britton Rorabaugh;
ISBN
“A DSP Primer : With Applications to Digital Audio and Computer Music”
by Ken Steiglitz; ISBN
“DSP First : A Multimedia Approach”
James H. McClellan, Ronald W. Schafer, Mark A. Yoder;
ISBN
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14. Looking for Books on ‘C6000 DSP?
“Digital Signal Processing Implementation using the TMS320C6000TM DSP Platform”
by Naim Dahnoun; ISBN
“C6x-Based Digital Signal Processing”
by Nasser Kehtarnavaz and Burc Simsek; ISBN
“Real-Time Digital Signal Processing: Based on the TMS320C6000” by Nasser Kehtarnavaz; Newnes; Book & CD-Rom (July 14, 2004) ISBN
“Digital Signal Processing and Applications with the C6713 and C6416 DSK (Topics in Digital Signal Processing)”
Wiley-Interscience; Book & CD-Rom (December 3, 2004
by Rulph Chassaing;
ISBN
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15. Key C6000 Manuals Hardware Software Code Generation Tools
SPRU189 - CPU and Instruction Set Ref. Guide
SPRU190 - Peripherals Ref. Guide
SPRZ SPRU190 Manual Update Sheet (important!)
SPRU401 - Peripherals Chip Support Lib. Ref.
SPRU609 - C67x Two-Level Internal Memory Reference
SPRU610 - C64x Two-Level Internal Memory Reference
SPRU656 - Cache Memory Users Guide
Software
SPRU198 - Programmer’s Guide
SPRU423 - C6000 DSP/BIOS User’s Guide
SPRU403 - C6000 DSP/BIOS API Guide
Code Generation Tools
SPRU186 - Assembly Language Tools User’s Guide
SPRU187 - Optimizing C Compiler User’s Guide
We’ve included this list since we don’t ship ALL the books to every class. It was a waste of money and paper since so many were being left behind when students left the class.
Suggest they call the literature hotline (during break today, even) and request any books they want be delivered directly to their desk. It takes about a week.
Also, all the literature is available online via the TI website.
Finally, warn them that this list is constantly changing. They might find minor variations, especially the letter at the end of the literature number - which means that item’s been updated.
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Refer to the C6000 Product Update handout for full list

16. DSP Workshops Available from TI
Attend another workshop:
4-day C2000 Workshops
4-day C5000 Integration Workshops
4-day C6000 Integration Workshop
4-day C6000 Optimization Workshop
4-day DSP/BIOS Workshop
4-day OMAP Software Workshop
1-day Workshops (C2000, C5000, C6000)
1-day Reference Frameworks and XDAIS
encourage attendees to gain further knowledge through TI workshops,
Sign up at:
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17. C6000 Workshop Comparison Audience IW6000 OP6000
Algorithm Coding and Optimization 
System Integration (data I/O, peripherals, real-scheduling, etc.)
C6000 Hardware
CPU Architecture & Pipeline Details 
Using Peripherals (EDMA, McBSP, EMIF, HPI, XBUS)
Tools
Compiler Optimizer, Assembly Optimizer, Profiler, PBC 
CSL, Hex6x, Absolute Lister, Flashburn, BSL
Coding & System Topics
C Performance Techniques, Adv. C Runtime Environment 
Calling Assembly From C, Programming in Linear Asm
Software Pipelining Loops
DSP/BIOS, Real-Time Analysis, Reference Frameworks
Creating a Standalone System (Boot), Programming DSK Flash
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18. Administrative Topics
What you have in front of you
Name Cards
Sign-in Sheet
Refreshments
Facilities
Phones
Lunch
Cell Phones – please silence them
Self explanatory.
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19. Technical Training
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TTO ti