10M08SCU169I7G MAX 10 FPGA for Embedded Control

ElecSuppliers Part Number GuideSep 05, 2026

The 10M08SCU169I7G is an Intel MAX 10 FPGA designed for compact embedded systems that need programmable logic, integrated configuration memory and flexible digital interfaces in a single device. As part of the MAX 10 family, it combines FPGA resources with on-chip flash-based configuration technology, eliminating the need for a separate configuration memory in many designs.

With approximately 8K logic elements and a compact 169-ball UFBGA package, the device is suited to applications where board space, component count and system flexibility all need to be considered together.

Flash-Based Configuration Changes the Board Architecture

A key characteristic of the MAX 10 family is its integrated non-volatile configuration memory.

Traditional SRAM-based FPGA designs often require an external configuration device to store the FPGA bitstream. The MAX 10 architecture integrates configuration flash into the FPGA, allowing the device to retain its configuration when power is removed.

For equipment manufacturers, this can simplify the PCB design and reduce the number of components surrounding the FPGA. It can also make the startup sequence more straightforward because the programmable logic can configure itself without relying on a separate external configuration memory.

This feature makes the 10M08SCU169I7G particularly interesting for embedded controllers, industrial interfaces and equipment that needs programmable logic without the complexity of a larger FPGA platform.

8K Logic Elements for Practical FPGA Functions

The 10M08SCU169I7G provides around 8,000 logic elements for implementing custom digital functions. The available programmable resources can be used for state machines, counters, timing logic, interface conversion, signal conditioning and application-specific control functions.

Rather than using a general-purpose MCU for every task, designers can move timing-sensitive or highly parallel functions into the FPGA fabric.

This approach is useful when a system requires deterministic hardware behavior but does not need the much larger logic capacity of a mid-range or high-end FPGA.

Compact 169-Ball UFBGA Package

The 10M08SCU169I7G uses a 169-ball UFBGA package, making it suitable for compact PCB designs.

A smaller package can be important in industrial controllers, measurement equipment, portable instruments and embedded modules where PCB area is limited. It also allows designers to integrate programmable logic without using the larger packages commonly associated with high-density FPGA devices.

When designing a replacement or second-source solution, engineers should verify the complete package designation rather than relying only on the 10M08 device family name. Pin assignments, power connections and I/O availability depend on the specific package.

Integrated Analog and Digital System Functions

MAX 10 devices are designed to combine programmable digital logic with additional system-level resources. Depending on the specific device configuration, designers can use integrated memory, clocking resources and analog functionality alongside the FPGA fabric.

This makes the platform suitable for applications where a small FPGA needs to perform more than basic glue logic.

For example, a controller can use programmable logic for custom communication timing while handling monitoring, control sequencing and data processing within the same device.

Suitable for Industrial and Embedded Controllers

The 10M08SCU169I7G fits naturally into applications where moderate FPGA capacity is sufficient but flexibility is still important.

Potential applications include industrial control panels, motor-control interfaces, factory automation equipment, test and measurement instruments, communication interfaces, display controllers and embedded expansion modules.

It can also be useful as a bridge between devices using different digital interfaces. Programmable logic allows the designer to customize the interface behavior rather than depending entirely on fixed-function controller hardware.

Why 10M08 Can Be a Practical MAX 10 Choice

The 10M08 sits toward the smaller end of the MAX 10 family, which makes it attractive when the required logic capacity is moderate.

Using a smaller FPGA can reduce unnecessary device resources in applications that only require several thousand logic elements. At the same time, the MAX 10 architecture provides more flexibility than a fixed-function logic device.

The integrated configuration memory is another consideration. A design that would otherwise require an FPGA plus an external configuration flash can potentially be consolidated around a single MAX 10 device.

Designing Around 10M08SCU169I7G

Before selecting the 10M08SCU169I7G for production, engineers should evaluate logic utilization, I/O requirements, embedded memory, clock resources, power requirements and package constraints.

The “10M08” portion identifies the MAX 10 device density, while “SCU169” identifies the specific package and device configuration. The “I7G” suffix should also be retained when searching for an exact replacement or sourcing production quantities.

For existing boards, the complete part number is especially important because visually similar MAX 10 devices can have different electrical characteristics or package configurations.

A Flexible FPGA for Smaller Systems

The 10M08SCU169I7G occupies a useful position between simple programmable-logic devices and larger FPGA platforms. Its 8K-class logic capacity, integrated non-volatile configuration and compact UFBGA package make it well suited to embedded products that need programmable hardware without excessive device size.

For industrial control, interface management, instrumentation and other space-constrained applications, the device provides a practical MAX 10 solution with the flexibility to adapt digital hardware functions as system requirements change.