MCLogic is a global pioneer in innovative memory technologies and solutions, dedicated to developing world-class memory architectures, core IP, chips, and system-level solutions. The company holds dozens of core patents, and its revolutionary proprietary MCRAM memory architecture and technology can be widely applied across diverse memory systems, delivering breakthrough bandwidth gains, dramatically improved read/write efficiency, and significantly lower power consumption — effectively overcoming the "memory wall" bottleneck. The technology has been deeply deployed in a broad range of fields, including automotive electronics, high-speed network communications, high-reliability industrial control, AI computing, IoT terminals, and wearable devices, providing high-performance, low-power memory foundation solutions for pervasive intelligent applications and continuously driving the evolution of computing infrastructure.
As a high-speed asynchronous SRAM line, MC69 focuses on short access latency, making it a fit for line-card buffering, test equipment and real-time control data paths. MC61L25616A belongs to MCLogic's High-Speed SRAM offering, providing 4M of storage arranged as 256Kx16 in 44TSOPII/48BGA. Access times in the 8/10ns range place it among the fastest asynchronous options for buffer and scratchpad duty.
Well suited to buffering, caching and look-up table roles
Standard SRAM bus with no controller overhead
4M capacity, organized as 256Kx16
The 8/10ns access class supports zero-wait-state operation in latency-critical paths.
Housed in 44TSOPII/48BGA, it drops into standard footprints used across the family.
Fast asynchronous access for latency-sensitive data paths
It is a fit for industrial gateways, automotive body and infotainment modules, communications equipment and larger logging buffers.
For volume pricing, samples and datasheets of the high-speed SRAM line, contact Shenzhen Mandu Technology.
Telephone: +86-150-1290-5940
Mobile phone: +86-150-1290-5940
Mailbox: sales@manduic.com
Address: Room 1115, R&D Building, DAFU Technology, Fenghuang Sub‑district, Guangming District, Shenzhen City