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10M08SAE144C8G

10M08SAE144C8G

Intel
Higher-density MAX 10 option within the same family for designs needing more logic and I/Os.
2,117 in stock
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Overview

The 10M08SAE144C8G is an Intel (Altera) MAX 10 family FPGA in a 144-pin package, positioned as a higher-density member of the MAX 10 lineup for designs that need additional logic resources and I/Os. It provides reprogrammable FPGA fabric for implementing custom digital logic, protocol bridging, and hardware-accelerated functions. Use it where a compact, flexible programmable device can replace multiple discrete components.

Why Choose This Part

Choosing this higher-density MAX 10 part gives you more logic elements and I/O count to consolidate functions that would otherwise require multiple chips. The reprogrammable FPGA fabric enables low-latency, deterministic hardware implementations and makes it easier to iterate on hardware features in the field. Intel?s MAX 10 ecosystem and Quartus toolchain provide board-level reference designs and integration paths for common interfaces.

Applications

Industrial protocol bridging and gateways
Implement deterministic converters and protocol translators (e.g., custom fieldbus or industrial Ethernet interfaces) where flexible I/O and timing are required.
Edge data pre-processing and acceleration
Offload real-time filtering, aggregation, or simple ML pre-processing from the MCU/CPU to low-latency FPGA logic at the network edge.
Custom interfacing and I/O expansion
Create glue logic, custom buses, or parallel I/O expansion for embedded systems that need nonstandard signal handling or timing.
Robotics control and sensor fusion
Use FPGA parallelism for deterministic motor-control timing, PWM generation, or combining multiple sensor streams with minimal latency.
Prototyping digital IP and hardware accelerators
Validate and iterate on custom hardware blocks, accelerators, or data-path designs before committing to ASIC or SoC implementations.

Getting Started

Development uses the Intel Quartus Prime toolchain (Lite or Standard, depending on feature needs) and Intel FPGA programming hardware (USB-Blaster II or compatible programmers) or evaluation boards that include on-board programming. Start with Intel/Altera MAX 10 evaluation kits and Intel reference designs, read the device datasheet and pinout carefully, and use the Platform Designer / IP catalog in Quartus to integrate common peripherals and interfaces.

Also Consider

10M04SAE144C8G Intel - Mid-range MAX 10 device in the same package family for a balance of logic capacity and cost.
10M16SAE144C8G Intel - Higher-capacity MAX 10 sibling for designs that need more logic and I/O than the 10M08 offers.