XC5VSX95T-1FF1136C

Üretici firma: Xilinx
Mantık Hücreleri: 98,304
Mantık Dilimleri: 15,360
Gömülü RAM (eRAM): 3,072 Kb
Paket: FF1136 (Flip-Chip BGA)
Çalışma Sıcaklığı: Ticari (0°C ila +85°C)

BIZE MESAJ GÖNDERIN

    Teknik Özellikler

    MODEL P/NSERİLERLABORATUVAR/CLB SAYISIHIZ DERECESİMANTIK ELEMANI / HÜCRE SAYISITOPLAM RAM BİTLERİG/Ç SAYISIVOLTAJ - BESLEMEMONTAJ TİPİÇALIŞMA SICAKLIĞIPAKET / KASATEDARIKÇI CIHAZ PAKETI
    XC5VSX95T-1FF1136CVirtex-5 SX7,00-1,0094 2088 994 8166400.95 V – 1.05 VYüzey Montajı0 °C ~ +85 °C (C)1136-FBGA / FCBGA1136-FCBGA (≈ 35 × 35 mm)

    Bu XC5VSX95T-1FF1136C is a mid-to-high density FPGA from the Virtex-5 SXT family (Xilinx, now AMD), built on the dependable 65nm process and purpose-built for designs that are heavy on digital signal processing with a healthy dose of high-speed serial transceivers.

    Quick highlights engineers usually scan for:

    • ~94,208 logic cells (with 14,720 adaptive logic modules / slices) — solid room for multi-channel DSP filters, video encoding/decoding pipelines, FFT engines, or other compute-intensive signal paths
    • 16 RocketIO GTX transceivers — these give you reliable multi-gigabit serial links, typically supporting up to ~6.5 Gbps in real-world use (perfect match for 10Gb Ethernet, PCIe Gen1/2, Serial RapidIO, or custom high-speed data interfaces)
    • 640 user I/Os — plenty of flexible pins for external DDR2/3 memory, high-speed ADCs/DACs, or board-level connectivity
    • Embedded block RAM around 8.8 Mbit (plus distributed RAM for fast, small buffers and FIFOs)
    • ~488 DSP48E slices — second-generation 25×18 multipliers with 48-bit accumulators, optimized for high-throughput fixed- or floating-point math, FIR/IIR filters, transforms, and arithmetic-heavy workloads
    • Paket: 1136-pin FF (flip-chip BGA, ~35 × 35 mm), commercial temperature range (0°C to +85°C junction)
    • -1 speed grade — strikes a nice balance of performance, timing closure headroom, and reasonable power draw for many DSP/SerDes applications

    The SXT series is all about DSP acceleration + fast transceivers — it puts priority on those DSP48E blocks and GTX ports rather than embedded processors (no PowerPC; that’s FXT territory) or maximum plain logic density (that’s more LX/LXT).