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Conception d’un système programmablePort JtagRUNBIST InstructionPurpose:Allows you to issue BIST command to component through JTAG hardwareOptional instructionLets test logic control state of output pinsCan be determined by pin boundary scan cellCan be forced into high impedance stateBIST result (success or failure) can be left in boundary scan cell orinternal cellShift out through boundary scan chainMay leave chip pins in an indeterminate state (reset required beforenormal operation resumes)Bertrand Granado Enseignant-Chercheur (LIP6 / UPMC) Sysprog Hiver 2014 288 / 298
Conception d’un système programmablePort JtagCLAMP InstructionPurpose:Forces component output signals to be driven by boundary-scan registerBypasses the boundary scan chain by using the one-bit Bypass RegisterOptional instruction May have to add RESET hardware to control on-chip logicso that it does not get damaged (by shorting 0’s and 1’s onto an internal bus,etc.)Bertrand Granado Enseignant-Chercheur (LIP6 / UPMC) Sysprog Hiver 2014 289 / 298
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SysprogBertrand GranadoEnseignant-C
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Outils et méthodes de conceptionVH
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Outils et méthodes de conceptionDi
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1 IntroductionOutils et méthodes d
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1 IntroductionOutils et méthodes d
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FPGAF.P.G.A et SRAMUtilisation de c
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FPGAStructure d’un F.P.G.ABertran
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FPGAStructure d’un F.P.G.ABertran
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FPGAQu’y a t’il dans un F.P.G.A
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FPGAStructure de l’interconnexion
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FPGAFPGAPrésentation des FPGA comm
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FPGALes FPGA du fabricant AlteraTec
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FPGACyclone IIBertrand Granado Ense
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FPGACyclone II - Logic Element - Mo
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FPGACyclone II - LABBertrand Granad
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FPGACyclone II - LAB - DirectlinkBe
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FPGACyclone II - LAB - WideBertrand
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FPGACyclone II - LAB - Interconnexi
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FPGACyclone II - LAB - HorlogeBertr
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FPGACyclone II - LAB - Mémoire M4K
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FPGACyclone II - LAB - Multiplier i
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FPGACyclone II - Entrées/Sorties -
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FPGALVTTLLow Voltage Transistor Tra
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Stratix III Logic Array Blocks (LAB
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Altera Stratix IIIAdaptive Logic Mo
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Register Packing
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Altera Stratix III, Stratix IVAdapt
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Three Operand AdditionUtilizing Sha
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Register Chain
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Example of Resource Utilization Rep
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Overview• All Xilinx FPGAs contai
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CLBs and SlicesCombinatorial and se
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Look-Up Tables• Combinatorial log
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The SRL16E• The 16 SRAM cells hav
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Outline• Power of Parallelism•
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Multiplier Unit• Embedded 18-bit
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Virtex-4 FeaturesRefer to device da
Page 449 and 450: The Virtex-4 SX platform• Virtex-
Page 451 and 452: DSP48 BlockDynamically Programmable
Page 453 and 454: Virtex-5 FamilyOptimized for logic,
Page 455 and 456: Virtex-5 ArchitectureEnhanced36Kbit
Page 457 and 458: DSP48E• Virtex-5SX introduced a f
Page 459 and 460: Spartan-3Designed for low-cost, hig
Page 461 and 462: Multiple Domain-optimized Platforms
Page 463 and 464: Spartan-3A DSP• Incorporates the
Page 465 and 466: Architecture AlignmentVirtex-6 FPGA
Page 467 and 468: Higher DSP Performance• Most adva
Page 469 and 470: Reason 2: FPGAs are ideal for multi
Page 471 and 472: Reason 4: Lower System Cost through
Page 473 and 474: The XtremeDSP Slice AdvantageRegReg
Page 475 and 476: Conception d’un système programm
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