xc4vlx200-11ffg1513i

الشركة المصنعة: AMD / Xilinx
الخلايا المنطقية: 200,448
شرائح المنطق: 21,120
ذاكرة الوصول العشوائي المدمجة (eRAM): 6,048,000 bits
الحزمة: FFG1513
درجة حرارة التشغيل: من 40 درجة مئوية إلى +100 درجة مئوية (صناعي)

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    المواصفات

    الطراز P/Nالسلسلةعدد المعامل/المختبراتدرجة السرعةعدد العناصر/الخلايا المنطقيةإجمالي بتات ذاكرة الوصول العشوائي (RAM)عدد الإدخال/الإخراجالجهد - الإمدادنوع التركيبدرجة حرارة التشغيلالعبوة / العلبةحزمة جهاز المورد
    xc4vlx200-11ffg1513iVirtex-4 LX22.272,00-11,0020044861931529601.14 فولت ~ 1.26 فولتالتركيب على السطح-40 °C ~ +100 °C (Industrial)1513-BBGA (FCBGA)1513-FCBGA

    XC4VLX200-11FFG1513I: Ultra-High Density FPGA for Mission-Critical Industrial Systems

    إن xc4vlx200-11ffg1513i represents the maximum logic capacity and highest performance tier within the Xilinx Virtex®-4 LX family. Combining a massive 200,448 Logic Cells with the superior -11 speed grade و Industrial temperature rating, this device is specifically engineered for architects who require zero-compromise logic density and timing precision in harsh environments.

    Housed in the 1513-pin Flip-Chip BGA package, it offers the highest I/O count in its class, making it the premier choice for large-scale system integration and high-bandwidth data processing.

    Core Engineering Advantages

    • Peak Logic Capacity: With over 200k Logic Cells, the LX200 is the ultimate “System-on-Chip” platform for the Virtex-4 generation, capable of hosting multiple complex IP cores, soft processors (MicroBlaze), and massive custom RTL logic without routing bottlenecks.

    • High-Speed Timing (-11 Speed Grade): The -11 grade provides critical timing headroom over the standard -10 models. It is essential for achieving timing closure in designs running 300MHz+ internal fabric speeds or high-speed memory interfaces.

    • Massive On-Chip Memory: الميزات 6,048 Kb of Block RAM, enabling deep data buffering for high-throughput networking packets or high-resolution video frames without the latency of external memory.

    • Industrial-Grade Reliability: Rated for junction temperatures from -40°C to +100°C, ensuring long-term stability for outdoor telecommunications, aerospace ground equipment, and heavy industrial automation.

    • Lead-Free High-Density Package (FFG1513): The RoHS-compliant Flip-Chip BGA package features an optimized pin-out for signal integrity, minimizing Simultaneous Switching Noise (SSN) even when driving hundreds of I/Os simultaneously.


    Technical Specification Matrix

    Metricالمواصفات
    الخلايا المنطقية200,448
    Total Block RAM6,048 Kb
    DSP48 Slices96
    User I/Os960
    درجة السرعة-11 (High Performance)
    Temperature Gradeصناعي (-40 درجة مئوية إلى +100 درجة مئوية)
    نوع الحزمةFFG1513 (Lead-Free Flip-Chip BGA)
    تكنولوجيا المعالجة90nm ASMBL™ Architecture

    Why Source the LX200-11I?

    1. Scalability Without Compromise

    The LX200 is often the designated choice for high-end “legacy-plus” systems. If your design has outgrown the LX160, the LX200 provides a seamless migration path within the same architecture, offering nearly 25% more logic resources.

    2. Signal Integrity at Scale

    With 960 available User I/Os, the FF1513 package is a masterpiece of signal integrity engineering. It provides enough ground and power pins to support wide, high-speed parallel buses while maintaining a clean EMI profile—a critical factor for industrial certifications.

    3. Timing Headroom in Saturated Designs

    As FPGA utilization exceeds 80%, routing delays typically increase. The -11 speed grade mitigates this “congestion penalty,” giving designers the extra nanoseconds needed to meet setup and hold requirements in highly congested layouts.


    Primary Applications

    • Defense & Signal Intelligence: High-bandwidth radar signal processing and electronic warfare systems.

    • Medical Imaging: Real-time 3D/4D reconstruction in MRI and CT scanners.

    • Communications: 10G/40G backplane switching and high-speed protocol conversion.

    • ASIC Prototyping: Large-scale logic verification and hardware-in-the-loop (HIL) simulation.