ATP Expands Automotive/Industrial Portfolio with 3D TLC-Based S600Sia SD/microSD Cards / Customization, 64-layer 3D NAND Reliable storage (FOTO)

Taipei (ots) -

ATP Electronics, the leading manufacturer of "Industrial Only"
memory and storage solutions, has announced the launch of S600Sia,
its first 3D triple-level cell (TLC) flash-based A1 Performance Class
SD and microSD cards built for industrial and automotive
applications.

ATP employs 64-layer 3D NAND technology, which is standing out to
become the mainstream of the automotive and industrial market with
steady supply for 5 years. By scaling vertically, 3D NAND mitigates
reliability concerns that came with planar NAND's shrinking
lithography.

ATP 3D TLC MEMORY CARDS DID NOT ONLY INHERIT THE STRICT
RELIABILITY TESTS FROM 2D NAND, BUT THEIR PERFORMANCE IS CUSTOMIZED
FOR AUTOMOTIVE AND INDUSTRIAL DEMANDS

Automotive-Level Reliability, Performance and Endurance. The 3D
TLC-based S600Sia memory cards undergo endurance, data retention and
wide temperature tests from IC to drive level. They are certified
according to ISO, JEDEC, automotive-specific standards and
temperature-related standards such as AEC-Q100/AECQ-104. Depending on
the project and customer requirements, ATP can also conduct
customized testing, such as compliance for ISO 16750.

ATP Dynamic Self-Recovery Calibration for Cross-Temperature
Scenarios

Aside from supporting wide operating temperature ranges from -40°C
to 85°C, ATP S600Sia SD/microSD cards undergo extensive
cross-temperature tests and implement temperature-related variables
and mechanisms to enhance drive integrity. Dynamic Self-Recovery
Calibration enables the SD/microSD to adapt to various temperature
modes through a combination of firmware and hardware solutions.

For detailed information on ATP's Cross-Temperature Tests, go to:
http://bit.ly/2HugvkE

ATP'S OWN CUSTOMIZATION CAPABILITIES CAN SATISFY THE MARKET DEMAND
FOR DATA MANAGEMENT

Big data generated by the Internet of Things and the Internet of
Vehicles (IoT/IoV) is spurring the data boom for the next decade.
Whether it's for Smart Factories or Autonomous Vehicles, data
management is now a critical issue. Efficient data transaction and
real time analysis require edge devices to deliver faster and steady
performance. ATP 3D TLC SD/microSD cards feature 4KB page management
and SLC caching algorithm, which allows 1/2 random access time and
low latency compared with traditional solution. These cards can reach
Android A1 application performance (SDA spec) and consume less power,
making them suitable for small handheld devices with limited battery
life.

S600Sia SD/microSD cards come in capacities of up to 256 GB,
offering significant reductions in cost per GB. They meet increasing
data storage needs and offer portable convenience for backup, edge
computing, event data recording and map navigation with or without
Internet connection.

ATP also offers hardware customization according to customers'
request, such as the NAND flash and controller testing pin and the
overcurrent protection (OCP) fuse design for protection against
current overloading or short circuits.

For inquiries on ATP S600Sia 3D TLC SD and microSD cards, please
contact ATP regional sales, distributors, or send an email to
Info@atpinc.com.

Follow ATP Electronics on LinkedIn:
https://www.linkedin.com/company/atp-electronics
For more information on the product, visit: http://bit.ly/2mR1Skg

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.

Media Contact:
Kelly Lin
Kellylin@tw.atpinc.com
+88 622 659 63 68

Original-Content von: ATP Electronics, übermittelt durch news aktuell