ATP
Industrial NAND flash storage, SSDs and DRAM modules
About the manufacturer
ATP Electronics is a manufacturer of industrial memory and storage solutions founded in 1991. The company specializes in NAND flash and DRAM products designed for demanding environments and long product life cycles.
ATP’s portfolio includes industrial SSDs, memory cards, eMMC and other Managed NAND products, as well as DRAM modules. The company emphasizes write endurance, thermal management, long-term configuration availability and controlled BOMs—important factors in industrial and embedded equipment.
ATP manages its own design, manufacturing, testing and validation processes. Its solutions are aimed at applications where reliability, wide-temperature operation, supply continuity and long platform life are critical.
Applications
ATP memory products are intended for systems where standard consumer-grade components may not provide sufficient endurance or lifecycle stability. Common applications include:
- Industrial automation – controllers, IPCs and HMI systems.
- Telecommunications and networking – routers, switches and edge devices.
- Transportation – onboard systems, recorders and passenger-information equipment.
- Automotive – systems requiring temperature and vibration resistance.
- Medical equipment – platforms requiring stable, long-term memory availability.
- Embedded and IoT systems – local data storage and system memory.
- Defense and aerospace – applications with elevated environmental requirements.
ATP products available from Maritex
The ATP range available from Maritex includes industrial memory and data-storage solutions for embedded systems, automation and equipment intended for continuous operation.
Available product groups include:
- Industrial SSDs.
- Industrial SD and microSD memory cards.
- Managed NAND modules.
- DRAM modules for industrial computers and embedded systems.
Depending on the application, available solutions differ in interface, capacity, form factor, operating-temperature range and NAND endurance class.
When selecting industrial memory, key considerations include data retention, write-cycle endurance, power-loss behavior, temperature range and the expected lifetime of the target hardware platform.
