1 / 29

Concept of Modular Design

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!

hu-alvarado
Download Presentation

Concept of Modular Design

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

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”

More Related