Speed Without Compromise

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.

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.

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.

SyncBurst SRAMs provide synchronized burst data access for systems that require efficient sequential data transfer and predictable timing. Supporting densities up to 288Mb, multiple I/O configurations, and frequencies up to 400 MHz, they offer a robust memory solution for commercial, industrial, and military-grade applications.

Asynchronous SRAMs provide straightforward, reliable memory access without requiring a synchronous clock interface. With densities from 1Mb to 8Mb, cycle times as low as 7 ns, and compact package options, they are optimized for embedded systems where simplicity, deterministic access, and long-term reliability are essential.

LLDRAMs are designed for applications where memory latency and high-speed data access directly impact system performance. With densities up to 576Mb and operating frequencies up to 5330 MHz, LLDRAMs deliver high-speed memory performance in a compact 144-ball μBGA package, making them ideal for demanding real-time and data-intensive systems.