10M02SCU169C8G MAX 10 FPGA for Compact Control Systems

ElecSuppliers Part Number GuideSep 06, 2026

The 10M02SCU169C8G is an Intel MAX 10 FPGA designed for compact embedded systems that need programmable logic without the complexity of a separate external configuration device. As part of the MAX 10 family, it combines FPGA logic with integrated non-volatile configuration memory in a single device.

With a small 169-ball UBGA package and a 2K-class logic capacity, the device is well suited to control functions, interface management, timing logic and other applications where board space and system integration are important.

Compact Programmable Logic with MAX 10 Architecture

The 10M02SCU169C8G belongs to the lower-density segment of the MAX 10 family. Its programmable logic resources can be used to implement state machines, peripheral controllers, signal routing, timing functions and custom digital logic.

For many embedded products, a small FPGA can replace several discrete logic devices while providing the flexibility to modify hardware functions during development.

The device is particularly useful when a microcontroller alone does not provide enough hardware interface flexibility but a larger FPGA would introduce unnecessary cost and complexity.

Non-Volatile FPGA Configuration

One of the key characteristics of the MAX 10 family is its integrated non-volatile configuration memory. Unlike traditional SRAM-based FPGA architectures that normally require an external configuration memory device, MAX 10 devices can retain their configuration within the FPGA.

This single-chip approach can simplify the board design and reduce component count. It can also help reduce PCB routing requirements because a separate configuration flash device may not be necessary.

For compact control boards, industrial interfaces and embedded equipment, reducing the number of supporting components can make the overall hardware architecture easier to manage.

169-UBGA Package

The 10M02SCU169C8G uses a 169-ball UBGA package, providing a compact physical implementation for space-constrained electronic products.

BGA packaging is particularly useful for embedded hardware where PCB area is limited and a high-density connection structure is preferred. The package also provides access to the FPGA's power, ground, clock and user-I/O resources within a relatively small footprint.

When designing around this device, PCB layout should account for BGA escape routing, power distribution, signal integrity and thermal characteristics from the beginning of the board design.

C8 Speed Grade for Commercial Applications

The 10M02SCU169C8G uses the C8 speed grade and is positioned for commercial-temperature applications. The complete ordering code should always be checked when selecting a MAX 10 device because speed grade, package, temperature classification and device density can vary across closely related part numbers.

For commercial embedded equipment operating within its specified environmental conditions, the 10M02SCU169C8G provides a practical programmable logic platform without moving to a larger MAX 10 device.

Digital Control and Interface Applications

The relatively compact logic capacity of the 10M02SCU169C8G makes it suitable for applications where the FPGA is primarily responsible for control and interface functions rather than large-scale signal processing.

Potential uses include industrial controllers, communication interfaces, motor-control support logic, measurement equipment, display controllers, timing circuits and embedded peripheral expansion.

The programmable architecture also allows designers to combine several hardware-control functions into one device. This can reduce the number of small logic ICs required elsewhere on the PCB.

MAX 10 for Hardware Integration

The 10M02SCU169C8G demonstrates the advantage of using an FPGA in applications that sit between fixed-function logic and larger programmable processing platforms.

Its non-volatile configuration architecture can simplify startup behavior and board-level design, while the programmable logic provides more flexibility than conventional fixed-function logic devices.

For products that may require interface changes or hardware revisions during development, FPGA-based implementation can also reduce the need for repeated PCB changes.

Selecting 10M02SCU169C8G for New Designs

When evaluating the 10M02SCU169C8G, engineers should consider the required logic capacity, available I/O, package dimensions, timing performance and operating environment together rather than selecting a device based only on the MAX 10 family name.

The 10M02 series is appropriate when the design needs relatively modest programmable logic resources. If the application requires extensive DSP processing, large internal memory or numerous high-speed interfaces, a higher-density MAX 10 device may provide a better fit.

For compact embedded products requiring non-volatile FPGA configuration and programmable digital control, the 10M02SCU169C8G offers an integrated approach with a small package footprint and flexible hardware architecture.