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10M08DAF484I7G

10M08DAF484I7G

Intel
Smaller MAX 10 device in the same package family for modest logic and RAM requirements while retaining industrial temp rating.
205 in stock

Overview

The 10M08DAF484I7G is an Intel MAX 10 FPGA in the smaller-density segment of the family, intended for designs with modest logic and RAM needs. It shares the same package family as larger MAX 10 parts while retaining an industrial temperature rating for deployment in harsh environments. This device is suitable when you need configurable logic in a compact, production-ready package.

Why Choose This Part

This MAX 10 part offers a compact, production-friendly option when full-family compatibility is important: you can design to the same package family and scale up or down to other MAX 10 devices as needed. The smaller device reduces PCB area and can lower unit cost and power compared with larger FPGAs while keeping an industrial temperature rating for reliable operation in harsh environments.

Applications

Protocol offload and bridges
Implement industrial fieldbus or custom protocol bridging (e.g., UART/SPI/parallel to industrial interfaces) with deterministic hardware timing.
Glue logic and I/O conditioning
Consolidate discrete glue logic, level shifting, and simple state machines to reduce BOM and routing complexity on compact boards.
Low‑latency signal processing at the edge
Implement modest hardware accelerators, filtering, or pre-processing for sensors and ADC streams before passing data to a microcontroller.
Compact industrial control
Use in small motor controllers, safety monitors, or control loops where industrial temperature rating and deterministic logic are required.

Getting Started

Develop with Intel Quartus Prime software (MAX 10 devices are supported by Quartus Prime editions). For hardware, use Intel or third-party MAX 10 evaluation boards and a compatible USB-Blaster programmer (or compatible supported programmer) for configuration and debugging. Consult Intel FPGA documentation and reference designs for MAX 10 device pinout and configuration options.