Technology that protects every bit.

Purpose-built features increase endurance, protect data integrity, and keep industrial systems operating through demanding conditions.

Global Wear-Leveling

As NAND Flash technology advances, P/E cycle time remains crucial for device lifespan. While 3D stacking addresses...

7pin Self-Power Technology: Streamlined Power Delivery for Compact Systems

The SATA DOM 7pin Self-Power Technology marks a major advancement in Disk-on-Module (DOM) storage design. By using Pin 7 on the SATA connector to deliver power directly to the storage device, this technology eliminates the need for extra power cables. This simplification streamlines installation and creates a more compact design, improving airflow within the system's enclosure and reducing potential cable-related issues.

100K P/E Cycles: Enhanced Flash Storage Durability

The 100K P/E Cycles technology boosts flash memory endurance by integrating pseudo-Single Level Cell (pSLC) technology with 3D Triple-Level Cell (TLC) NAND Flash. ACPI's custom firmware allows the flash memory to achieve 100,000 Program-Erase (P/E) cycles, significantly surpassing typical NAND flash. This advancement extends the lifespan and reliability of flash storage devices while remaining cost-effective. By combining the durability of SLC with the affordability of TLC NAND Flash, ACPI delivers superior endurance without sacrificing value.

BiCS8

With the advent of Hybrid Bonding (HB) technology, NAND Flash manufacturers are introducing BiCS8 CBA 3D TLC NAND, which offers improved performance and memory density. BiCS8 allows stacking up to 218 layers, and the CBA (CMOS Directly Bonded to Array) method enables separate manufacturing of CMOS and cell array wafers before bonding, resulting in better bit density and faster NAND I/O speeds.

Conformal Coating

ACPI's products feature advanced protection against moisture, corrosion, and stiction, utilizing 3M's Electronic Grade Coating (EGC) solution. This high-performance coating offers exceptional repellency with an IPX3 rating, effectively shielding components from liquids like water, hydrocarbons, silicones, and photoresists. By enhancing reliability and extending device life, the conformal coating ensures that your embedded systems operate effectively in challenging environments.

Power Shield Technology

By utilizing Power Shield, embedded systems and industrial solutions achieve significant advancements in power efficiency, cost savings, and reliability, enhancing their competitiveness in the market.