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Introduction to FPGA and DSPs Joe College, Chris Doyle, Ann Marie Rynning.

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Presentation on theme: "Introduction to FPGA and DSPs Joe College, Chris Doyle, Ann Marie Rynning."— Presentation transcript:

1 Introduction to FPGA and DSPs Joe College, Chris Doyle, Ann Marie Rynning

2 Field Programmable Gate Arrays

3 3 Architecture Logic Block Interconnection Input/Output Switch Box Connect Block

4 4 Architecture Logic Block Interconnection Input/Output Switch Box Connect Block Logic Block Options –Transistor pairs –Basic small gates (such as two-input NAND’s or exclusive-OR’ s) –Multiplexers –Look-up tables (LUT’s) –Wide-fanin AND-OR structures Granularity

5 5 Architecture Logic Block Interconnection Input/Output Switch Box Connect Block Altera’s Stratix II ALM

6 6 Architecture Logic Block Interconnection Input/Output Switch Box Connect Block Xilink’s Virtex 4

7 7 Architecture Routing Options –From nearest neighbor mesh to much more complex, like that in multiplexers –Wire segments of varying lengths Delay Considerations Density Considerations Logic Block Interconnection Input/Output Switch Box Connect Block

8 8 Architecture Logic Block Interconnection Input/Output Switch Box Connect Block Provide programmable multiplexers signals Connect shorter local wires to longer-distance routing resources

9 9 Architecture Logic Block Interconnection Input/Output Switch Box Connect Block Used to change the direction of a signal

10 10 Programmable Switch Technology SRAM Antifuse EPROM SRAM Cell SRAM Cell 0 1 MUX0 or 1 Control Pass Gate Multiplexer

11 11 Programmable Switch Technology SRAM Antifuse EPROM Disadvantages Advantages Volatile External Permanent Memory Required Large Area Required Reprogrammable, easily and quickly Requires only standard integrated circuit process technology (as opposed to Antifuse)

12 12 Programmable Switch Technology SRAM Antifuse EPROM 0 1

13 13 Programmable Switch Technology SRAM Antifuse EPROM Disadvantages Advantages Not reprogrammable; links made are permanent Requires extra circuitry to deliver the high programming voltage Small size Relatively low series resistance Low parasitic capacitance

14 14 Programmable Switch Technology SRAM Antifuse EPROM Control Gate Floating Gate Bit Line Word Line DrainSource Oxide Layer Control Gate Floating Gate Bit Line Word Line DrainSource Oxide Layer 1 0 - - - - - - - -

15 15 Programmable Switch Technology SRAM Antifuse EPROM Disadvantages Advantages High resistance of EPROM transistors High static power consumption UV light exposure needed to reprogram No external memory required; retains memory even without power Reprogrammable

16 16 Other Design Considerations Hard wired components Heterogeneous Memory Heterogeneous Routing Multi-FPGAs 3D FPGAs (developing) Disadvantages Advantages Shorter delay Fewer switches are required, so space is saved Fewer switches are required, so less power is needed Less flexible design Greater potential for unused, wasted space

17 17 Other Design Considerations Hard wired components Heterogeneous Memory Heterogeneous Routing Multi-FPGAs 3D FPGAs (developing) Unused memory arrays are used to implement logic Denser implementation of logic Dependent on the architecture of the memory arrays Disadvantages Advantages

18 18 Other Design Considerations Hard wired components Heterogeneous Memory Heterogeneous Routing Multi-FPGAs 3D FPGAs (developing) Directionally Biased Nonuniform

19 19 Other Design Considerations Hard wired components Heterogeneous Memory Heterogeneous Routing Multi-FPGAs 3D FPGAs (developing)

20 20 Other Design Considerations Hard wired components Heterogeneous Memory Heterogeneous Routing Multi-FPGAs 3D FPGAs (developing) Disadvantages Advantages More logical units in same area Short average interconnect distance Increased number of logic block neighbors Lower power consumption Additional manufacturing steps of transfer and interconnection Large number of I/O needed for area

21 21 FPGA Producers Major Producers Smaller Producers (specialty)

22 Digital Signal Processors

23 23 Brief History of DSPs Intel AMI Bell Labs NEC and AT&T TI, Motorola, Analog 1978 1979 1980 Today

24 24 DSP Algorithms Data Feedback Math –Multiply-Accumulate (MAC)

25 25 Analog Blackfin DSP RISC MCU Dual core Clock control

26 26 Analog Blackfin Fast MAC Parallelism Pipelines Close/fast storage Multiple memories High-bandwidth buses External interface

27 27 Analog Blackfin Fast MAC Parallelism Pipelines Close/fast storage Multiple memories High-bandwidth buses External interface

28 28 Analog Blackfin Fast MAC Parallelism Pipelines Close/fast storage Multiple memories High-bandwidth buses External interface

29 29 Analog Blackfin Fast MAC Parallelism Pipelines Close/fast storage Multiple memories High-bandwidth buses External interface

30 30 Analog Blackfin Fast MAC Parallelism Pipelines Close/fast storage Multiple memories High-bandwidth buses External interface

31 31 Analog Blackfin Fast MAC Parallelism Pipelines Close/fast storage Multiple memories High-bandwidth buses External interface

32 32 Analog Blackfin Fast MAC Parallelism Pipelines Close/fast storage Multiple memories High-bandwidth buses External interface

33 33 Analog Blackfin Fast MAC Parallelism Pipelines Close/fast storage Multiple memories High-bandwidth buses External interface

34 34 Analog Blackfin DSP RISC MCU Dual core Clock control

35 35 Analog Blackfin DSP RISC MCU Dual core Clock control

36 36 Analog Blackfin

37 37 Analog Blackfin DSP RISC MCU Dual core Clock control

38 38 Analog Blackfin

39 39 DSP Research Modeling Design DSP → FPGA

40 40 DSP Research Modeling Design DSP → FPGA Algorithm Design and Prototyping Implementation Hardware and Software Design Iteration Algorithm Design Implementation Hardware and Software Design Iteration TraditionalADD

41 41 DSP Research Modeling Design DSP → FPGA

42 42 ASIC vs. µP vs. Reconfigurable Application Specific Integrated Circuit –Designed to perform a specific computation –Circuit cannot be altered after fabrication Software Programmed Microprocessors –Modification with software –Slower than ASICs Reconfigurable Computing –FPGAs and DSPs –Easily modifiable –Larger Area

43 43 Comparison Virtex-4 FPGA Xilinx 500 MHz Processor 18-Bit MACS 48-Bit Accumulator Up to 1392K Bytes of On-Chip Memory Brand-New Blackfin DSP Analog Devices 600 MHz Processor Two 16-Bit MACS 40-Bit Accumulator 308K Bytes of On- Chip Memory Somewhat Older

44 44 Comparison Criteria Performance – MIPS, MMACS, MHz Price Development Tools Supply Voltage Implementation Time Flexibility Most Importantly: Comfort Level

45 45 FPGA: Virtex-4 DSP Slice

46 46 FPGA: Virtex-4 DSP Slice

47 47 DSP: Blackfin Processor Core

48 48 DSP: Blackfin Processor Core

49 49 DSP: Blackfin Processor Core

50 50 How to Use and Program an FPGA Write HDL code Generate Netlist Place and Route Generate Binary File Power On FPGA Configure FPGA Verilog VHDL (Very High Speed Integrated Circuit Hardware Description Language)

51 51 How to Use and Program an FPGA Write HDL code Generate Netlist Place and Route Generate Binary File Power On FPGA Configure FPGA Lists components that are connected to each other Lists connections between components, power, and ground

52 52 How to Use and Program an FPGA Write HDL code Generate Netlist Place and Route Generate Binary File Power On FPGA Configure FPGA Often performed by the FPGA company's proprietary software Determines which logic blocks to use for each part of the program, to optimize User validates

53 53 How to Use and Program an FPGA Write HDL code Generate Netlist Place and Route Generate Binary File Power On FPGA Configure FPGA Often performed by the FPGA company's proprietary software

54 54 How to Use and Program an FPGA Write HDL code Generate Netlist Place and Route Generate Binary File Power On FPGA Configure FPGA FPGA is initially in configuration mode

55 55 How to Use and Program an FPGA Write HDL code Generate Netlist Place and Route Generate Binary File Power On FPGA Configure FPGA Cable from your PC to the FPGA Use a microcontroller on your board Use a "boot-PROM" on your board, connected to the FPGA

56 56 Using DSPs C/C++/Assembly Lots of development environments Documentation –Interfacing –Common operations –Porting

57 57 Using DSPs C++/Assembly Lots of development environments Documentation –Interfacing –Common operations –Porting

58 58 Using DSPs C++/Assembly Lots of development environments Documentation –Interfacing –Common operations –Porting

59 59 Comparison Chart Virtex-4Blackfin Performance500 MHz350 MHz Price$495$350 DevelopmentHDLC++/ASM Voltage1-1.6V1-1.2V Implement TimeHigherLower FlexibilityHigherLower

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