ATP SD Card S650Sc 32GB

Description

ATP SD cards S650Sc 32GB – Industrial-grade SD card with high endurance

The ATP SD card S650Sc 32GB is designed for temperature ranges from -25° to 85°C. It is also the ideal storage format for industrial and automotive applications as they can be conveniently inserted into and easily removed from small host devices for convenient data transfer and storage expansion. Made to perform dependably under rigorous conditions, ATP SD cards are designed with extensive longevity, which is typically required in industrial applications such as automation, networking, health care and more.

Over 109,000 hours of full-HD video recordings

Video evidence can prove critical in many scenarios. Therefore, it is very important that SD/microSD cards can record continuously without compromising image quality and integrity. The S650 series can record full HD video continuously for up to 109,401 hours – far longer than similar cards marketed as “High Endurance”. The S650 series is based on 5K program/erase (P/E) cycles, which is 1.6X the endurance of typical memory cards with 3K P/E cycles.

High Data Integrity and Low Latency

ATP SD cards also deliver the quality, durability and reliability to meet the requirements of major automotive OEM/Tier 1 suppliers, system developers and service providers for higher levels of data accuracy, consistency and integrity in applications such as maps/navigation systems, in-vehicle infotainment (IVI), Advanced Driver Assistance Systems (ADAS), and other data- intensive applications. These solutions can withstand extreme temperatures, dust and shock/vibration, and maintain data integrity under power cycling or sudden power-off events.

The ATP SD card 650Sc 32GB is available with 3D Triple Level Cell (TLC) NAND flash as well as capacities up to 128GB. The flash memories feature 4KB page management and an SLC caching algorithm that enables 1/2 random access time and low latency compared to traditional solutions. These cards match Android A1 application performance (SDA specification) and consume less power, making them suitable for small handheld devices with limited battery life.