XC2S200-5FGG456I FPGA Chip – 200K Gates, 284 I/O, 456-FPBGA (Xilinx Spartan-II Series)

XC2S200-5FGG456I FPGA — Xilinx Spartan-II 200K Gates, 456-FPBGA Industrial Programmable Logic

The XC2S200-5FGG456I is a high-performance field-programmable gate array from the Xilinx Spartan-II series, packaged in a 456-FPBGA (23 × 23mm) outline at the -5 speed grade for industrial temperature operation. With 200,000 system gates, 5,292 logic cells, 284 multi-voltage I/O pins and 56Kbit of block RAM, it is sized for complex digital logic, control plane functions, signal processing pipelines and ASIC prototyping workloads.

For B2B buyers needing a sealed, brand-new Spartan-II FPGA for industrial controllers, communications hardware, mining-algorithm prototyping or legacy product maintenance, the XC2S200-5FGG456I is the matched part for that socket.

Specifications

Where the XC2S200-5FGG456I fits in modern hardware

The Spartan-II generation remains a workhorse for industrial controllers, telecom protocol converters, baseband processing equipment, medical imaging front-ends, automotive sensor fusion boards and legacy hardware that needs to stay in service. In the crypto and ASIC space, the XC2S200 sees use in ASIC prototyping rigs, mining-algorithm test platforms and custom controllers for older fleet management hardware.

The 5,292 logic cells and 18 × 18-bit dedicated multipliers make it well suited to DSP-heavy tasks, while the 284 multi-voltage I/O pins (1.5V to 3.3V) provide the interfacing flexibility required to bridge mixed-voltage subsystems.

Compatibility

Use as a direct replacement for XC2S200-5FGG456I sockets on industrial control boards, communication hardware and legacy ASIC prototyping platforms. Verify the speed grade (-5), the temperature grade (Industrial — I suffix) and the package code (FGG456) against the original device marking before ordering — Spartan-II variants share part-family conventions but are not interchangeable across speed grades or temperature classes.

Common failure symptoms

• Board does not enumerate to host after power-up — configuration EEPROM or FPGA not responding
• DSP / signal-processing pipeline produces corrupted or zero output
• One or more I/O banks read incorrect logic levels under load
• FPGA running hotter than the rest of the board during boot
• JTAG chain interrupted at the suspected FPGA position

Frequently asked questions

Is this part new or refurbished?

All XC2S200-5FGG456I units we ship are new. Contact us before ordering if you need a specific date code or sealed-tray packaging.

What temperature grade is this part?

The "I" suffix at the end of the part number denotes Industrial temperature grade. Confirm against your application's temperature requirements — the FPGA's operating range is documented in the Spartan-II family datasheet.

Can the XC2S200 be cross-substituted with a higher-density Spartan-II?

Pin-compatible higher-density variants exist within the FGG456 footprint, but bitstream configuration files, total logic capacity and timing budgets all differ. Substitution is not recommended without a full board / firmware redesign review.

Do you ship internationally for B2B accounts?

Yes. We routinely ship FPGAs to industrial repair and prototyping accounts worldwide, with DDP available for US and EU customers. Contact us for a custom B2B quote on tray quantities.

How do I check the device after fitting?

Power up the host board, verify the configuration EEPROM successfully programs the FPGA, then check the JTAG chain enumerates the XC2S200 at the expected position. Verify I/O bank voltages match what your design expects before stressing the part.

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Contact contact@lys-sz.com for volume pricing or compatibility questions.

Worldwide shipping from our Shenzhen warehouses. DDP available for US and EU customers.