Product Overview
Xilinx XC3090-100 PP175C FPGA - Used, with Breakout Daughterboard
The Xilinx XC3090-100 PP175C is a field-programmable gate array (FPGA) from Xilinx’s early product families, offering customizable digital logic in a high-pin-count package.
Pulled from legacy nuclear instrumentation modules, this device remains clean and in excellent condition. It comes mounted on a breakout PCB daughterboard for easier integration and testing.
Product Condition
Condition: used, pulled from legacy equipment, clean, and in excellent state. Includes breakout PCB daughterboard.
Product Overview
Xilinx has long been a leader in programmable logic, and the XC3090-100 PP175C demonstrates its pioneering FPGA technology. With a high-density gate array in a 175-pin PGA-style package, this FPGA provided engineers with the flexibility to implement complex digital designs without committing to fixed ASICs.
Key Features
- Manufacturer: Xilinx
- Model: XC3090-100 PP175C
- Type: Field-Programmable Gate Array (FPGA)
- Package: PP175 (175-pin)
- Mounted on breakout PCB daughterboard
- Clock speed grade: -100
- Supports custom digital logic design
- Used, pulled from legacy instrumentation modules
Applications
- Legacy FPGA-based system maintenance
- Prototyping custom digital logic designs
- Instrumentation and control system repair
- Replacement part for older industrial and scientific hardware
- Educational projects in FPGA architecture
- Reuse in hardware development and experimental builds
Frequently Asked Questions
What package does the XC3090-100 PP175C use?
It is housed in a PP175 package with 175 pins, mounted on a breakout daughterboard.
Is the device functional?
The FPGA was pulled from working legacy modules and is sold in used, clean condition.
What is included with this FPGA?
This part includes a breakout PCB daughterboard to simplify testing and integration.
What makes this FPGA significant?
The XC3090 was part of Xilinx’s early gate array series, providing flexible digital logic for scientific and industrial applications.
Where was this device previously used?
It was originally installed in legacy nuclear instrumentation modules.
Once part of specialized instrumentation, this FPGA now carries forward as a rare piece of Xilinx history. Its next application—whether in restoration, repair, or exploration—belongs to you.
