Highlights of the company’s showcase include the PCIe Gen4 SSD A1200, an eight-channel SSD that combines consistently high performance with low latency and maximum data integrity, and the new e.MMC M1100, which will be presented for the first time in Nuremberg. Another focus is on embedded security, led by the Security Upgrade Kit to Security Level 2 with a microSD card for data protection and secure access control.
The A1200 combines consistently high performance with low latency and maximum data integrity. Thanks to its TLC Direct firmware architecture, it is optimised for sustained write loads and ensures consistent, reliable performance at the highest level. An eight-channel DRAM-based controller delivers true PCIe Gen4 speed with minimal latency. The A1200 is available in M.2-2280 format and is available with or without a heat sink.
With storage capacities ranging from 480 GB to 1.92 TB and an operating temperature range of 0 °C to 70 °C, it is suited for server applications, high-end industrial applications, and as a reliable data centre boot drive. The product line is complemented by the A1000, which features the same technological structure but is designed for an extended temperature range from -25 °C to 85 °C.
With the e.MMC M1100, Swissbit is expanding its industrial storage portfolio with a compact and efficient solution for applications that have low storage requirements. The 153-ball e.MMC 5.1 uses MLC NAND technology and offers a capacity of 8 GB, optimised for long-lasting industrial applications. Thanks to integrated power fail protection, optimised firmware and effective read-disturb management, the M1100 sets new standards in reliability and performance.
The standard M1100 is designed for the industrial temperature range of -40 °C to +85 °C. To meet the requirements of demanding automotive environments, a special version is available for the extended temperature range of -40 °C to +105 °C.
With the Security Upgrade Kit, Swissbit offers a user-friendly and powerful solution for protecting embedded systems and meeting cybersecurity requirements. The kit comprises a robust industrial-grade microSD card as well as complementary software, tools and documentation. It combines hardware-based access control with real-time AES-256 data encryption and enables the customisation of protection profiles. Typical applications include protecting sensitive data from unauthorized access and ensuring system integrity through secure boot. Thanks to the microSD form factor, the Security Upgrade Kit can be used to retrofit existing systems.