Transcend 112-Layer 3D NAND SLC SSDs with High Endurance

Transcend Information, Inc. released a of 112-layer 3D NAND SLC Mode SSDs.

Simulating the behavior of SLC flash, these 3D NAND-based SSDs deliver transfer speeds and longer service life, with endurance reaching 100,000 P/E cycles. Their cost advantage and high endurance make SLC Mode SSDs for always-on embedded systems and write-intensive devices, bringing reliability and stability to industrial storage applications.

Organizations and enterprises are increasingly tackling an exponential growth of data. Such challenges require resilient storage devices to transfer large amounts of information. The company’s SLC Mode technology resolves this dilemma by simulating SLC flash performance and endurance using 3D TLC-based flash, allowing only one bit of data to be stored in a cell. This guarantees sustained high speeds and endurance, and also provides clients with a more cost-effective option. To cope with various types of operating environments, the firm utilizes anti-sulfur resistors, Corner Bond technology, and 30µ gold finger PCBs to ensure key components are able to withstand shock, vibration, and external pollution. The company’s SSDs are 100% chamber tested in-house, certifying that wide temperature SLC Mode SSDs are capable of operating at temperatures from -40°C to 85°C.

The company’s management software, Control Center, allows users to remotely monitor drive health status, conduct S.M.A.R.T. analysis, and install firmware updates. With vertically integrated software and hardware, the firm provides a convenient storage management platform to support large-scale deployments.

The company delivers a portfolio of embedded storage products, with a R&D team and tech support team deployed around the globe. Empowered by stable, long-term product supply, and quality manufacturing based in Taiwan, the firm actively moves ahead to build intelligent and robust storage solutions.

Transcend embedded SLC mode SSDs

These SSDs are covered by a 3-year limited warranty.