W959D8NFYA5I

W959D8NFYA5I:

Introducing the Winbond W959D8NFY HYPERRAM™ product 

a cutting-edge and compact memory solution designed to replace traditional pseudo-SRAM in IoT and consumer devices, automotive applications, and industrial equipment. With the 2021 introduction of HYPERRAM™ devices using Winbond's 25nm process.

Key Functions and Applications:
Winbond's HYPERRAM™ memory is intended for high-performance, low-power, and space-constrained applications, providing a superior alternative to pSRAM.

Performance Parameters:
The W959D8NFY HYPERRAM™ features ultra-low power consumption, with Winbond's Hybrid Sleep Mode (HSM) ensuring standby power consumption as low as 35μW and operating power less than half that of comparable pSRAM products.
-It also boasts a density of 512Mb and supports frequencies of 200MHz.

Package Types:
HYPERRAM™ W959D8NFY products are available in 24 TFBGA package type, offering versatile options for various applications.

Interface and Pin Configuration:
HYPERRAM™ devices use only 13 signal pins, compared to 31 signal pins in pSRAM, making the board layout significantly simpler to design and manufacture.

Reliability & Lifespan:
Winbond's HYPERRAM™ memory products are built on a robust 25nm process technology, ensuring high reliability and longevity for demanding applications.

Standards and Certifications:
Winbond, as a leading semiconductor manufacturer, complies with international quality and safety standards.

Application Cases and Reference Designs:
HYPERRAM™ is an excellent memory solution for numerous high-performance applications such as smartwatches, connected home devices, automotive systems, and industrial equipment. The low pin count, space-saving design, and high throughput make it ideal for IoT applications, where power efficiency and compact design are crucial.

In summary, Winbond's W959D8NFY HYPERRAM™ memory product is an ideal choice for a wide range of applications that require high-performance, ultra-low power consumption, and space-saving memory solutions. With its advanced technology and design, this product offers numerous advantages over traditional pSRAM options, delivering improved performance and efficiency for innovative devices and systems.