The 32MB CMOS SRAM works with many devices, including electronics, robots, networks, medical tools, and cars, using less power and supporting different voltages.
Alliance Memory has introduced a new 32Mb CMOS SRAM in a 6 mm by 8 mm 48-ball FBGA package to meet high-density, fast memory demand. The AS7CW2M16-10BIN, configured as 2M x 16, supports a power supply range from 1.65V to 3.6V.
The 32Mb CMOS SRAM is suitable for consumer electronics manufacturers developing smart TVs and digital cameras, industrial robotics companies requiring real-time processing, networking equipment makers designing routers and switches, medical device firms needing reliable memory for imaging and diagnostics, and automotive system designers working on ADAS and infotainment solutions. Its broad voltage range and compatibility with existing designs make it a practical choice for companies seeking high-speed, low-power memory in various applications.
Designed for consumer electronics, industrial robotics, networking, medical equipment, and automotive systems, the AS7CW2M16-10BIN features fast 10 ns access times, data retention down to 1.5V, and low power consumption, with typical operating currents of 43mA and standby current of 10mA.
The SRAM includes TTL-compatible inputs and outputs, tri-state output, and easy memory expansion with chip select (CS) and output enable (OE) functions. It operates within a -40°C to +85°C temperature range and complies with RoHS standards. Part of Alliance Memory’s SRAM lineup ranges from 64Kb to 16Mb; the 32Mb CMOS SRAM offers a reliable, pin-compatible solution using high-performance CMOS technology.
“As other manufacturers continue to phase out their SRAM offerings, Alliance Memory remains committed to supporting the market with a wide range of fast memory solutions,” said David Bagby, president and CEO of Alliance Memory. “Our latest device not only provides our customers with a higher density option but also offers increased flexibility by supporting 1.8V and 3.3V operating voltages in a single part.”
