It runs at 100 MHz with an 8.5 ns access time, eliminating the dead cycle between read and write operations that conventional pipelined SRAMs require. The part operates from a 3.135 V to 3.6 V supply and is specified over the commercial temperature range of 0°C to 70°C, typical for indoor rack-mount or bench-top equipment.
The 8.5 ns access time at 100 MHz clock means the SRAM delivers data within one clock cycle from address assertion, with no wait states inserted for read-to-write turnaround. In a system where the memory controller expects zero dead cycles — common in high-speed FIFO or look-up table implementations — this part keeps the pipeline full. If your design can tolerate a one-cycle turnaround penalty, a conventional synchronous SRAM with the same density may be cheaper; if throughput is the constraint, the NoBL feature is worth the premium.
Obsolete — sourcing reality for this BOM line
The CY7C1371D-100AXC is marked obsolete by the manufacturer.