XC4VLX200-10FFG1513C

Üretici firma: Xilinx
Mantık Hücreleri: 200,448
Gömülü RAM (eRAM): 12,032 Kb
I/O Sayısı: 360
Paket: FFG?1513
Çalışma Sıcaklığı: Ticari (0°C ila +85°C)

BIZE MESAJ GÖNDERIN

    Teknik Özellikler

    MODEL P/N SERİLER LABORATUVAR/CLB SAYISI HIZ DERECESİ MANTIK ELEMANI / HÜCRE SAYISI TOPLAM RAM BİTLERİ G/Ç SAYISI VOLTAJ - BESLEME MONTAJ TİPİ ÇALIŞMA SICAKLIĞI PAKET / KASA TEDARIKÇI CIHAZ PAKETI
    XC4VLX200-10FFG1513C Virtex-4 LX 22.272,00 -10,00 200448 6193152 960 1,14 V ~ 1,26 V Yüzey Montajı 0 °C ~ +85 °C (Ticari) 1513-BBGA (FCBGA) 1513-FCBGA

    XC4VLX200-10FFG1513C: The Ultimate Logic Density for Large-Scale System Integration

    Bu XC4VLX200-10FFG1513C is the flagship high-capacity FPGA within Xilinx’s Virtex®-4 LX family. It is engineered for hardware architects who require massive programmable logic resources without moving to multi-chip partitions. Built on the 90nm ASMBL™ (Gelişmiş Silikon Modüler Blok) architecture, the LX200 provides a staggering 200.448 Mantık Hücresi, making it the definitive choice for high-end commercial applications such as ASIC prototyping, medical imaging, and complex network switching fabrics.

    Bu Commercial-grade (0°C to +85°C) device, featuring the -10 hız derecesi, offers the industry’s most balanced logic-to-cost ratio for high-gate-count designs.

    Mühendislik Çekirdeğinde Öne Çıkanlar

    • Maximum Logic Capacity: With over 200k logic cells, the LX200 allows for the consolidation of entire system-on-chip (SoC) designs, including multiple MicroBlaze™ processors and extensive custom RTL, into a single device.

    • Industry-Leading I/O Count: Evin içinde FFG1513 package, this FPGA breaks out 960 User I/Os. This massive I/O density is critical for interfacing with wide parallel buses, dual-bank DDR2 memory, and high-width backplanes.

    • Deep Memory Resources: Özellikler 6.048 Kb Blok RAM, providing the necessary bandwidth for deep FIFO buffering and high-resolution video frame storage, minimizing the need for external SRAM.

    • Özel DSP Gücü: ile entegre 96 XtremeDSP™ slices, capable of handling arithmetic-intensive tasks like 3D image reconstruction and complex digital filtering at high clock frequencies.

    • Signal & Power Integrity: Bu FFG1513 Flip-Chip BGA package is designed with a dense grid of power and ground pins to minimize Simultaneous Switching Noise (SSN), ensuring clean signal eyes even under high toggle rates.


    Teknik Özellikler Matrisi

    Özellik Şartname
    Mantık Hücreleri 200,448
    Yapılandırılabilir Mantık Blokları (CLB'ler) 22,512
    Toplam Blok RAM 6,048 Kb
    DSP48 Dilimleri 96
    Maksimum Kullanıcı G/Ç 960
    Hız Sınıfı -10 (Standart Performans)
    Paket FFG1513 (Kurşunsuz Flip-Chip BGA)
    Çalışma Sıcaklığı Ticari (0°C ila +85°C)

    The Hardware Architect’s Perspective: Why Specify the LX200-10C?

    1. Eliminating Multi-Chip Latency

    In large-scale designs, partitioning logic across two smaller FPGAs introduces significant timing penalties due to chip-to-chip interconnects. The LX200 allows you to keep your entire critical path on a single die, drastically simplifying timing closure and PCB routing.

    2. Robust Thermal Management

    Despite its massive logic count, the FFG (Lead-Free) Flip-Chip package provides excellent thermal conductivity. This allows for direct-contact cooling solutions, ensuring the device remains stable even when logic utilization approaches 90%.

    3. Long-Term Reliability and Toolchain Maturity

    The Virtex-4 LX200 is a mature, proven platform. Its timing models are rock-solid, and the development ecosystem is highly stable, making it a “low-risk” choice for high-value commercial systems that require a 10+ year deployment lifecycle.


    Birincil Uygulamalar

    • High-Performance Computing: Hardware acceleration for financial modeling and genomic research.

    • Broadcasting & Pro-AV: 4K/8K real-time video processing and format conversion.

    • Tıbbi Sistemler: High-speed data acquisition for CT/MRI scanners.

    • ASIC/SoC Prototyping: Large-scale logic verification and emulation.