XC4VLX25-10SFG363C

Nhà sản xuất: Xilinx
Tế bào logic: 24,576
Các lát cắt logic: 1,536
Bộ nhớ RAM tích hợp (eRAM): 1,105,920 bits
Gói: SFG363
Nhiệt độ hoạt động: Thương mại (0°C đến +85°C)

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    Thông số kỹ thuật

    MÃ SẢN PHẨMBỘ PHIMSỐ LƯỢNG PHÒNG THÍ NGHIỆM/CLBSĐỘ BỀN THEO TỐC ĐỘSỐ LƯỢNG PHẦN TỬ LỐI / TẾ BÀOTổng số bit RAMSỐ LƯỢNG I/OĐiện áp – Nguồn cấpLoại lắp đặtNHIỆT ĐỘ HOẠT ĐỘNGGÓI / HỘPGÓI THIẾT BỊ CỦA NHÀ CUNG CẤP
    XC4VLX25-10SFG363CVirtex-4 SX2.688,000,0024192 Thành phần logic1.327.104 bit2401,14 V ~ 1,26 VLắp đặt bề mặtThương mại (0°C ~ +85°C)363-FBGA, FCBGA363-FCBGA (17×17)

    XC4VLX25-10SFG363C: 90nm Virtex-4 LX in the Compact SF363 Footprint

    The XC4VLX25-10SFG363C is a logic-optimized FPGA tailored for high-volume, space-sensitive applications. While the Virtex-4 family is known for its multi-platform approach, the LX25 in the SFG363 package focuses on delivering 24,192 logic cells with a balanced I/O count, making it a frequent choice for localized control logic, interface bridging, and protocol conversion in medical and communications hardware.

    The -10 speed grade provides the baseline performance for the 90nm architecture, offering a cost-effective solution for designs that do not require the aggressive timing margins of the -11 or -12 bins.

    Technical Core Specifications

    • Tế bào logic: 24,192

    • CLB Array: 48 x 72 (Max Logic Density for the small-form package)

    • Total Block RAM: 1,296 Kb

    • DSP48 Slices: 48

    • Maximum User I/O: 240

    • Gói: SFG363 (17mm x 17mm, 0.8mm Pitch, RoHS Compliant)

    • Đánh giá tốc độ: -10

    • Temperature Grade: Commercial (0°C to +85°C $T_j$)

    Design & Integration Notes

    1. Footprint Efficiency vs. I/O Access

    The SFG363 package is roughly 60% smaller by area than the FFG668 variant. However, this comes at the cost of “bonded-out” I/O. With 240 pins available, ensure your pin-assignment (.ucf) does not exceed the physical constraints of this package. If you are migrating a design from a larger Virtex-4 device, you will likely need to re-evaluate your I/O bank assignments.

    2. Configuration & Bitstream

    This device supports standard configuration modes including Slave Serial, Master Serial, SelectMAP, and JTAG. Given the 24k logic cell density, bitstream sizes are manageable for standard PROM or Flash configurations. Note that the Virtex-4 requires a 1.2V $V_{CCINT}$ rail; ensure your power delivery network (PDN) is characterized for the specific switching transients of the LX fabric.

    3. Legacy Tooling (ISE 14.7)

    As a reminder for teams maintaining older platforms, the XC4VLX25 is not supported by Xilinx Vivado. You must use the ISE Design Suite. We recommend using the final 14.7 release to ensure all timing models and silicon-specific errata are correctly addressed during synthesis and place-and-route.


    Comparison: XC4VLX25 SFG363 vs. FFG668

    Tính năngXC4VLX25-10SFG363CXC4VLX25-10FFG668C
    Physical Dimensions17mm x 17mm27mm x 27mm
    Ball Pitch0.8mm1.0mm
    Available User I/O240448
    Logic/BRAM/DSPIdenticalIdentical

    Engineering FAQ

    Is the SFG363 package lead-free?

    Yes, the “G” in the SFG363 suffix indicates a Lead-Free (RoHS compliant) package. If you are repairing older equipment that originally used the leaded “SF363” non-G version, this part is functionally and footprint identical, though you should adjust your reflow profile for lead-free solder.

    What is the maximum clock frequency for the -10 speed grade?

    While $F_{max}$ depends heavily on your logic levels and routing congestion, the -10 grade typically supports internal global clocking up to 400 MHz. For high-speed I/O interfaces, we recommend checking the DC and Switching Characteristics (DS302) for specific $T_{IOPI}$ timing.

    Can I use a -11 speed grade part in place of this -10?

    Yes. You can always “upspec” to a faster speed grade (-11 or -12) without changing your bitstream, provided the package and temperature grade match. It is a common strategy for stabilizing legacy systems that have tight timing margins.


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