TreiberASIC

TreiberASIC is a family of application-specific integrated circuits designed for purpose-built processing tasks. Developed by Treiber Technologies, the TreiberASIC line targets embedded systems and data-center workloads that require high efficiency and low latency. The devices are built around a modular tiled architecture that combines configurable compute blocks, a scalable interconnect, and on-chip memory. This configurability allows designers to tailor performance, power, and area for specific workloads such as digital signal processing, networking, and AI inference.

Hardware accelerators within the TreiberASIC family include dedicated cores for matrix-multiply operations, cryptography, and video processing, along with flexible data-paths and high-bandwidth memory interfaces. The architecture emphasizes deterministic timing, strong security features (secure boot, encrypted storage, and trusted execution environments), and support for standard interfaces such as PCIe and Ethernet.

Tooling and deployment are provided through a seller-supported design flow that includes HDL design, high-level synthesis, verification suites, and reference designs. Chips are manufactured on multiple leading-edge process nodes, with lifecycle management and long-term supply commitments for OEM customers.

TreiberASIC targets a range of applications including edge AI, telecom line cards, automotive control units, and industrial automation. The line faces competition from other ASIC and FPGA ecosystems but is differentiated by its emphasis on configurability, security, and end-to-end software and IP delivery.

References and further information are typically provided by the vendor's product pages and technical documentation.