AEROSPACE & RAD-HARD

Mission-Critical Reliability

Radiation-tolerant SRAMs and FPGAs designed for zero-failure in extreme environments. QML Class V/Q certified.

Engineered for the Harshest Environments

UPMIC provides a comprehensive portfolio of Radiation-Hardened and Radiation-Tolerant memory components. These devices serve as the critical foundation for advanced satellite systems leveraging leading-edge FPGAs, ADCs, and DACs.

Qualified to QML Class-V and Class-Q equivalent levels, our components deliver the high density, performance, and power efficiency required for zero-failure orbital missions.

TARGET APPLICATIONS

Space-based platforms and launch vehicles
LEO, MEO, and GEO orbital deployments
High-speed SRAM interfacing for space-grade FPGAs
Secure space-based communication systems
Fast, low-power memory for scientific payloads

SigmaQuad SRAMs

High-speed memory for demanding compute and data-intensive systems.

SigmaQuad SRAMs deliver high-speed, deterministic memory access for applications requiring high bandwidth and low-latency data processing. With densities up to 288Mb, flexible I/O configurations, and operating frequencies up to 1333 MHz, they provide a scalable memory solution across commercial, industrial, and military environments. Radiation-hardened and radiation-tolerant options are also available for demanding mission-critical systems.

KEY SPECIFICATIONS

Density: 18Mb–288Mb
Speed: Up to 1333 MHz
Configurations: x8, x9, x18, x36
Packages: 165 BGA, 165 CLGA, 165 CCGA, 260 BGA

TARGET APPLICATIONS

High-performance computing systems
Networking and communications infrastructure
Industrial and defense electronics
Radiation-sensitive aerospace systems

Request Quote

SigmaDDR SRAMs

High-bandwidth memory with efficient double-data-rate performance.

SigmaDDR SRAMs combine high-speed data transfer with efficient double-data-rate operation for systems requiring responsive and predictable memory performance. Supporting densities up to 288Mb and operating frequencies up to 833 MHz, these devices offer flexible configurations and package options for commercial, industrial, and military applications.

KEY SPECIFICATIONS

Density: 18Mb–288Mb
Speed: Up to 833 MHz
Configurations: x8, x9, x18, x36
Packages: 165 BGA and 260 BGA

TARGET APPLICATIONS

High-speed networking systems
Data acquisition and processing
Industrial control systems
Defense and mission-critical electronics

Request Quote

No Bus Turnaround (NBT) SRAMs

Deterministic memory access for latency-sensitive systems.

NBT SRAMs are designed to eliminate bus turnaround overhead, enabling efficient data transfers and predictable memory access for latency-sensitive applications. Available in densities from 4Mb to 288Mb and supporting multiple configurations and package options, NBT SRAMs provide a reliable memory architecture for industrial, defense, and embedded systems.

KEY SPECIFICATIONS

Density: 4Mb–288Mb
Speed: Up to 400 MHz
Configurations: x18, x32, x36, x72
Core Voltage: 1.8 V, 2.5 V, and 3.3 V

TARGET APPLICATIONS

Real-time embedded systems
Industrial automation and control
High-speed data processing
Defense and mission-critical systems

Request Quote

Secure Your Supply Chain Today

Due to market fluctuations, our chip agency services are priced per project.