10M04SAU169C8G

FPGA – Field Programmable Gate Array

10M04SAU169C8G – 4K LE MAX® 10 FPGA – Altera

The 10M04SAU169C8G from Altera is a high-performance, low-power FPGA engineered for embedded systems requiring flexible logic integration and rapid prototyping. As part of the MAX® 10 series, this device delivers cost-efficient reconfigurability, making it ideal for accelerating design cycles while maintaining robust industrial reliability. PCX ensures authentic Altera components with same-day shipping and dedicated technical support.

Key Features

4,000 Logic Elements for complex digital implementations
193,536 RAM Bits for on-chip data storage
130 I/O Pins enabling versatile system connectivity
2.85V–3.465V Operating Voltage optimized for energy efficiency
169-UBGA (11×11) Package with surface-mount compatibility
0°C to 85°C Industrial Temperature Range (TJ)

Technical Specifications
This MAX® 10 FPGA features 250 LABs/CLBs organized for efficient logic utilization, supporting high-speed interfaces through its configurable I/O banks. The 169-LFBGA package (supplier device package: 169-UBGA) ensures compact integration for space-constrained designs. Active part status guarantees manufacturer-backed lifecycle support.

Applications

Industrial automation controllers
Communications infrastructure
Medical diagnostic equipment
IoT edge computing devices
Motor control systems

About Altera
Altera, now an Intel company, pioneered programmable logic solutions with 35+ years of industry leadership. Their FPGAs set benchmarks for performance-per-watt and design flexibility, trusted in mission-critical aerospace, telecom, and defense applications worldwide.
Altera’s Quartus® Prime development tools and comprehensive IP libraries simplify complex implementations, reducing time-to-market. Rigorous testing protocols ensure compliance with international quality standards, delivering unmatched silicon reliability across operating environments.

About FPGAs
Field Programmable Gate Arrays (FPGAs) provide hardware-customizable logic for specialized computing tasks. Unlike fixed-function ICs, FPGAs can be reprogrammed post-manufacturing to implement unique digital circuits, from simple glue logic to multi-core processors.
This adaptability makes FPGAs indispensable for prototyping ASICs, accelerating AI algorithms, and upgrading field-deployed hardware. Their parallel processing capabilities outperform traditional CPUs in latency-sensitive applications like real-time signal processing and hardware emulation.

Packaging Options
Available in manufacturer-standard