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Example of Resource Utilization Report (1)+--------------------------------------------------------------------------+; Fitter Resource Usage Summary ;+-------------------------------------------------+------------------------+; Resource ; Usage ;+-------------------------------------------------+------------------------+; ALUTs Used ; 415 / 38,000 ( 1 % ) ;; -- Combinational ALUTs ; 415 / 38,000 ( 1 % ) ;; -- Memory ALUTs ; 0 / 19,000 ( 0 % ) ;; -- LUT_REGs ; 0 / 38,000 ( 0 % ) ;; Dedicated logic registers ; 136 / 38,000 ( < 1 % ) ;; ; ;; Combinational ALUT usage by number of inputs ; ;; -- 7 input functions ; 0 ;; -- 6 input functions ; 287 ;; -- 5 input functions ; 0 ;; -- 4 input functions ; 24 ;; --
Example of Resource Utilization Report (2); Logic utilization ; 701 / 38,000 ( 2 % ) ;; -- Difficulty Clustering Design ; Low ;; -- Combinational ALUT/register pairs usedin final Placement ; 476 ;; -- Combinational with no register ; 340 ;; -- Register only ; 61 ;; -- Combinational with a register ; 75 ;; -- Estimated pairs recoverable by pairing ALUTs and registersas design grows ; -54 ;; -- Estimated Combinational ALUT/register pairsunavailable ; 279 ;; -- Unavailable due to Memory LAB use ; 0 ;; -- Unavailable due to unpartnered 7 LUTs ; 0 ;; -- Unavailable due to unpartnered 6 LUTs ; 279 ;; -- Unavailable due to unpartnered 5 LUTs ; 0 ;; -- Unavailable due to LAB-wide signalconflicts ; 0 ;; -- Unavailable due to LAB input limits ; 0 ;
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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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Outils et méthodes de conceptionPa
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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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FPGAQu’y a t’il dans un F.P.G.A
Page 381 and 382: FPGAQu’y a t’il dans un F.P.G.A
Page 383 and 384: FPGAStructure de l’interconnexion
Page 385 and 386: FPGAFPGAPrésentation des FPGA comm
Page 387 and 388: FPGALes FPGA du fabricant AlteraTec
Page 389 and 390: FPGACyclone IIBertrand Granado Ense
Page 391 and 392: FPGACyclone II - Logic Element - Mo
Page 393 and 394: FPGACyclone II - LABBertrand Granad
Page 395 and 396: FPGACyclone II - LAB - DirectlinkBe
Page 397 and 398: FPGACyclone II - LAB - WideBertrand
Page 399 and 400: FPGACyclone II - LAB - Interconnexi
Page 401 and 402: FPGACyclone II - LAB - HorlogeBertr
Page 407 and 408: FPGACyclone II - LAB - Mémoire M4K
Page 409 and 410: FPGACyclone II - LAB - Multiplier i
Page 411 and 412: FPGACyclone II - Entrées/Sorties -
Page 417 and 418: FPGALVTTLLow Voltage Transistor Tra
Page 421 and 422: Stratix III Logic Array Blocks (LAB
Page 423 and 424: Altera Stratix IIIAdaptive Logic Mo
Page 425 and 426: Register Packing
Page 427 and 428: Altera Stratix III, Stratix IVAdapt
Page 429 and 430: Three Operand AdditionUtilizing Sha
Page 431: Register Chain
Page 435 and 436: Overview• All Xilinx FPGAs contai
Page 437 and 438: CLBs and SlicesCombinatorial and se
Page 439 and 440: Look-Up Tables• Combinatorial log
Page 441 and 442: The SRL16E• The 16 SRAM cells hav
Page 443 and 444: Outline• Power of Parallelism•
Page 445 and 446: Multiplier Unit• Embedded 18-bit
Page 447 and 448: 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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Conception d’un système programm
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