PR86160

TAIPEI, Taiwan, October 19, 2020 /PRNewswire=KYODO JBN/ --

- Own-Developed FW and Manufacturing Processes Configured to Meet Diverse

Embedded/Industrial Workloads and Applications

ATP Electronics, the leading manufacturer of "Industrial Only" memory and

storage solutions launches the A700Pi/E700Pi Series, a new generation of

Premium Line pSLC NAND-based embedded SSDs. A game-changing highlight for this

generation is a new ATP-developed firmware and supporting mass production

infrastructure, which are fully customizable to endurance configurations that

are tailor-fitted to customer's requirements, to address any variety of

embedded/industrial usage cases. This once again demonstrates ATP's commitment

to deliver optimal total cost of ownership (TCO) value for its customers as

storage demands of the Industrial Internet of Things (IIoT), edge computing,

and other high-reliability applications continue the upsurge.

"At the outset, off-the-shelf NAND flash storage products might be the easiest,

cost-friendly solutions to growing storage demands; however, initial purchase

costs do not present the big picture and customers can actually end up spending

more as hidden costs turn up in the long run. The challenge is the usage case

diversity we see across various projects. ATP encounters a different workload,

and thus different assessment and drive configuration requirements, for almost

every customer," said Peter Huang, Head of ATP's Embedded SSD Business Unit.

"We were previously able to custom-configure firmware development for our

larger-volume strategic customers; by redesigning our product firmware,

production testing tools, and even operational processes, we can now customize

products for a wider base of customers, including those with smaller volume

requirements," Huang continued.

Premium Line: Best TCO Value for Cost per TBW/DWPD Endurance

ATP's Premium Line uses advanced controller and firmware technologies to make

sure that the offerings meet and even exceed the endurance requirements of

demanding applications.

Premium Line storage solutions are purpose-built for applications that require

uncompromising endurance and reliability at lower user capacities. These

embedded flash storage devices are configured with pseudo single-level cell

(pSLC) to extend the general endurance to more than 10 times of the same

triple-level cell (TLC) products. The pSLC technology dramatically improves the

sustained write performance and reliability of the drives, making them suitable

for write-intensive applications. By storing only 1 bit per cell, Premium Line

solutions drive down TCO with longer service life using the most cost-effective

NAND flash technology available.

ATP experts are available to help customers assess the best TCO solution

through customization options. By carefully assessing, customizing and

delivering products fitted to customer's requirements, ATP can help ensure the

most optimal purchase decisions.

- Picture at AP Images (http://www.apimages.com ) -

For inquiries, please contact ATP regional sales, distributors, or send an

email to Info@atpinc.com.

Media Contact:

Kelly Lin (Kellylin@tw.atpinc.com)

ATP Electronics Taiwan Inc. | www.atpinc.com

10F, No. 185, TiDing Blvd, Sec. 2, Neihu, Taipei 114, Taiwan

Tel +886-2-2659-6368 #353 | Fax +886-2-2659-4982

Follow ATP Electronics on LinkedIn:

https://www.linkedin.com/company/atp-electronics 

For more information on the product, visit: https://www.atpinc.com/ 

About ATP

ATP Electronics is the leading provider of "Industrial Only" NAND flash

products and DRAM modules for demanding industrial/automotive applications

requiring the highest levels of performance, reliability and endurance. A true

manufacturer for over 25 years, ATP manages every stage of the manufacturing

process to ensure quality and product longevity, offering in-house design,

testing, and tuning from component to product level. For more information on

ATP Electronics, please visit www.atpinc.com or contact us at info@atpinc.com.

Source: ATP Electronics