Concept of Modular Design - PowerPoint PPT Presentation

hu-alvarado
slide1 n.
Skip this Video
Loading SlideShow in 5 Seconds..
Concept of Modular Design PowerPoint Presentation
Download Presentation
Concept of Modular Design

play fullscreen
1 / 29
Download Presentation
Concept of Modular Design
126 Views
Download Presentation

Concept of Modular Design

- - - - - - - - - - - - - - - - - - - - - - - - - - - E N D - - - - - - - - - - - - - - - - - - - - - - - - - - -
Presentation Transcript

  1. Sundance was established 1989; Employee held company with three ‘old’ Directors and 21 young talents. • Sundance does design, manufacturing and test in England. We have own facilities for building in excess of 3000 Modules/year – and lots of them with DSPs! • Sundance has an office in USA and Italy and has Distribution around the World, so always a Sundance Expert with a local accent! • Sundance is a ISO9100-2000 compliant company and has been since 1998. We are building products for the Military, Medical, Telecom and Industrial applications. • Sundance is a well established company with global. multinational customers, World-Class products and a few good suppliers!

  2. Module Carriers Embedded or PC-Host Modules A/D,D/A,I/O DSP,FPGA IMAGING,MEMORY Systems • Data Acquisition • Medical • Industrial Control • Telecom Concept of Modular Design

  3. SMT391 SMT321 High Speed Data Acquisitionand Signal Generation Modules • Frequency Generator Module • Two Variable Clock Outputs. • Two Variable Analog Signal Outputs • Two Variable Trigger Outputs • 2 x 8 bit 1 GHz Atmel ADC • Xilinx Virtex II (from VP20 to VP70) • 64MB/channel DDR-SDRAM SMT381 SMT399 • Multi-output Clock Generator Module • Dual tone; Dual 1GHz DDS • Radio systems; Variable clock generator • 2 x 14 bit, 1GHz Fujitsu DAC • Xilinx Virtex II Pro (from VP20 to VP70) • 64MB/channel DDR-SDRAM

  4. SMT317 SMT370 Data Acquisition Modules • 2 x 14 bit 105 MHz A/Ds • 2 x 16 bit 400 MHz D/As • Xilinx Virtex II XC2V1000-6 • 2Mbytes ZBT-SRAM • 8 channels of 16-bit, 1.2MSPS ADC • Xilinx Virtex E • SDB interfaces SMT377 SMT364 • 4 x 14 bit 105 MHz A/Ds • Xilinx Virtex II XC2V1000-6 • 2Mbytes ZBT-SRAM • 8 x 16 bit 100kHz DAC • Xilinx Virtex FPGA) • 2Mbytes ZBT-SRAM

  5. DSP Processing Modules SMT374 SMT395Q SMT395 SMT361Q • Quad 1GHz TI 6416T DSP • Xilinx Virtex II Pro 2VP70 • 256 Mbytes SDRAM/DSP • 8.4 Gbytes I/O bandwidth • Dual 225 MHz TI C6713 • Xilinx Virtex II XC2V2000-4 • 256 Mbytes SDRAM • 920 Mbytes I/O bandwidth • 1GHz TI6416T DSP • Xilinx Virtex II Pro VP20/30 • 256 Mbytes SDRAM • 1.6 Gbytes I/O bandwidth • Quad 600MHz TI 6416 DSPs • Xilinx Virtex II XC2V2000-4 • 4 Mbytes internal memory • 920 Mbytes I/O bandwidth

  6. FPGA Processing Modules SMT398-VP SMT368 SMT351 SMT338-VP • Xilinx Virtex 4 SX35 • 8 Mbytes ZBT-SRAM • 192 XtremeDSP™ slices • Xilinx Virtex II VP50/VP70 • 2 Mbytes QDR-II SRAM • 5.6 Gbytes I/O bandwidth • Xilinx Virtex II XC2VP7-VP20 • 128 Mbytes DDR SDRAM • 3.6 Gbytes I/O bandwidth • Xilinx Virtex II XC2VP7 • 1 Gbytes DDR SDRAM • 3.6 Gbytes I/O bandwidth

  7. SMT310Q – 4 slots SMT310 – 1 slot Platforms – PCI SMT145Q – 4 slot SMT145 – 1 slot

  8. 3U cPCI SMT300 6U cPCI SMT300Q Platforms – CompactPCI/PXI 66MHz/64-bit 3U SMT165 66MHz/64-bit 6U cPCI SMT165Q

  9. 6U VME SMT328 6U VME SMT329 Platforms – VME • VME, based on Tundra chip set • Shared Memory on VME Bus • 4 x Sundance Module Slots • ”Conventional” VME • Shared Memory on VME Bus • 4 x Sundance Module Slots

  10. PMC SMT410 PMC SMT401 PMC SMT445 Platforms – PrPMC • Single site PMC-Card • Single Sundance Module Slot • 32-bit PCI Interface • SMT310/SMT310Q compatible • Single site PMC-Card • Single Sundance Module Slot • 32-bit PCI Interface • SMT320/SMT327 compatible • Single site PMC-Card • Single Sundance Module Slot • 64-bit PCI Interface • SMT145 compatible

  11. SMT118 – 3 slots SMT148 – 4 slots Platforms – Embedded SMT130 – PCI104 SMT180 – 8 slots

  12. Development System • Low-cost PC Development System • Modular based • Add more Modules according to demand • Re-useable • The Carrier will hold any Module • Long-life investment

  13. Embedded Systems • External Development System • Configuration of system • Installation of software • Bespoke Custom System • Custom Integration • External Enclosure Design

  14. MathWorksTM SimulinkTM SMT6050 DSP Graphics Development Tool SMT6040 VHDL Graphics Development Tool Code Composer StudioTM Traditional VHDL Development Tools Software Level 2 Level 1 Sundance Target Hardware SMT319 with Xilinx Virtex II XC2V2000-4

  15. Typical SDR Processing ADC FPGA DSP FPGA DAC Data Data Data Data Dual Analog In, I & Q Analog Out, I & Q Signal Sampling Pre- Processing – Down Conversion Algorithms – Filtering Post-processing Up Conversation Signal Generation PCI Bus, USB or Ethernet Host System Display, Disk Storage etc.

  16. SMT8036 SDR-Kit System • Complete Software Defined Radio Solution • 600MHz TMS320C6416™ Fixed-point DSP Module • XDS-510 JTAG Debugger Interface on Carrier • High-speed data-transfer to PC-Host (Peak of 100Mb/sec) • Dual ADC Interface; 14-bits, 105MSPS • Dual DAC Iinterface; 16-bit; 160MSPS • Code Composer Studio Support • MathWorks™ Support • Linux and Windows XP™ Host Support • www.sundance.com/offer/choice.htm • Price: USD7985 (Commercial Program) • Price: USD4300 (University Program) • More than 50 seats installed Home Page

  17. SMT8096 SDR System • Second Generation SDR Solution from Sundance • 1GHz TMS320C6416T™ Fixed-point DSP Module • XDS-510 JTAG Debugger Interface on Carrier • High-speed RTDX between DSP<> PC (100Mb/sec peak) • Dual ADC Interface; 14-bits, 125MSPS, ADC5500 • Dual DAC Iinterface; 16-bit; 500MSPS, DAC5686 • Dual Xilinx Virtex II Pro™ VP30 FPGA, Rocket I/O • TI Code Composer Studio Support • Xilinx EDK – Embedded Development Kit • MathWorks™ Support • Linux and Windows XP™ Host Support • www.sundance.com/sdr • Price: USD8385 (Commercial Program) • Shipping in Q2’05

  18. Rapid Developments • www.sundance.com • All about Sundance! • People, Contacts, QA info, etc. • Instant available Product Information • High-Res photos; both sides of the PCB • Diagrams in PDF format • PCB Layout • Full Design Specifications • User Guides, • Application Notes and Published papers • One-off Prices • On Request • FPGA Source, written in VHLD • FPGA I/O-pin constraint files • Full Schematics • MTBF figures

  19. Rapid Support • http://support.sundance.com/ • General Section • Latest versions of software, etc. • FAQ Section • The same old stories… • Dedicated Forums • Customer has a unique Forum • Password protected • Dedicated Sundance technical person • Dedicated Sundance Sales person • Telephone Support • Call anytime to anybody • Direct lines to design engineers • No ‘In-between’ people • Cost.. • Getting started is free • Development support is not!

  20. Rapid On-Line Help • www.sundance.com/docs/Sundance.chm • General Introduction • What is what!. • Hardware Section • How do I get all those bits connected • Firmware Section • How does the DSP Boot • How is the FPGA configured • How to create ‘Custom’ firmware • Software Section • How to program the DSP • How to write API for the Host PC • Diamond/CCS • Troubleshooting • Ahhh, I see!! – That is way.

  21. Sundance Wizard • support.sundance.com/updates/wizard/setup.exe • Wizard! • Install PC-Host Drivers • Install CCS Drivers • Configure CCS.. Yes! • Install ‘Support Software’ • Automatic Updates • Automatic download • Internet based • Hardware Section • Remote Assistance • We can debug customer remotely

  22. SMT339-FX 720MHz DM642 + Virtex 4-FX + Video Encoder/Decoder and more than 120 Low-voltage I/O pins Embedded Image Processing

  23. SMT361-FX C6452 DSP + Virtex 4-FX60 + Interface to SMT350 w. ADS5500 14-bit ADC + DAC5686 16-bit DAC Embedded SDR Processing

  24. SMT361Q-FX 4x C6455 DSP w. 4x external Serial Links + Virtex 4-FX40 w. 8x external Serial Link Embedded Parallel DSP Processing

  25. SMT362-FX 2x C6455 DSP w. 4x external Serial Links + Virtex 4-FX w. 12x external Serial Links Embedded Distributed DSP processing

  26. Sundance Magic • www.sundance.com/edge/files/productpage.asp?STRFilter=GDD600Death of a floating-point DSP; Long-live software simulation! GDD600 makes it easy for customers to port existing applications from a TI floating-point TMS320C67 processor to a TI fixed-point processor such as the new TMS320C64+ family, said xzy, title, from TI

  27. Sundance Magic www.sundance.com/edge/files/productpage.asp?STRFilter=diamondWe are soon having Parallel DSPs from TI again; Sundance has the tools that makes programming easy “Diamond makes it possible for customers to migrate from single-DSP applications to an array of TI’s new TMS320C64+ family”, said xzy, title, from TI and continues “The message passing in handled by the four integrated Rapid-IO Serial Links”