Alliance Memory Expands Serial NOR Flash Portfolio with Up to 512Mb Density Devices
Supports single, dual, and quad I/O SPI and QPI interfaces and offers fast read frequencies up to 166MHz for 128Mb devices and 133MHz for 256 and 512Mb devices.
This is a Press Release edited by StorageNewsletter.com on November 22, 2024 at 2:01 pmAlliance Memory, Inc. announced the expansion of its Serial NOR flash product line with the introduction of 3 new 3.3 V families with density of 128, 256, and 512Mb.
These products include the AS25F3128MQ-6SIN, AS25F3128MQ-6WINTR, AS25F3256MQ-7S2INTR, AS25F3256MQ-7W2INTR, AS25F3512MQ-7S2INTR, and AS25F3512MQ-7W2INTR, which are available for embedded applications that require reliable, high-performance code storage and execution.
These Serial NOR flash devices are designed to address the growing demand for higher-density memory solutions in computing, consumer electronics, communication, and IoT applications. They support single, dual, and quad I/O SPI and QPI interfaces and offer read frequencies up to 166MHz for 128Mb devices and 133MHz for 256 and 512Mb devices. Additionally, these devices provide uniform 4KB, 32KB, and 64KB erase capabilities; program/erase suspend and resume functions; and endurance exceeding 100,000 program/erase cycles.
“With the introduction of these new high-density Serial NOR Flash devices, we are expanding our offerings to meet the needs of customers looking for reliable memory solutions in a wide range of applications,” said David Bagby, president and CEO. “These devices offer high performance and flexibility, making them an ideal choice for applications ranging from mobile PCs, servers, and laptops to digital TVs, printers, and connectivity modules.”
These devices are designed to simplify system integration and enhance product reliability by offering power supply lock-down and OTP protection features. They also provide high-bandwidth read, erase, and program capabilities, ensuring optimal performance in critical applications.
Samples of these Serial NOR flash devices are available.