The Wormhole™ n150 and n300 PCIe boards are flexible, scalable processors built with Tensix Cores. Each includes a compute unit, network-on-chip, local cache and “baby RISC-V” cores, coalescing in powerful data movement through the chip.
Wormhole™ n150s$999
Wormhole™ n150s features Tenstorrent's flexible, scalable Wormhole™ Tensix Processor operating at up to 160W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Wormhole™ n300s$1,399
Wormhole™ n300s features two of Tenstorrent's flexible, scalable Wormhole™ Tensix Processors operating at up to 300W, offering superior performance for cost compared to traditional GPUs and broad data precision format support. The processor can network into a multichip mesh for workstations and servers (such as Galaxy) and is supported by two open-source SDKs for either high-level (TT-Buda™) or low-level (TT-Metalium™) development. (Active Cooling Kit included.)
Jim Keller, a renowned processor architecture designer and former AMD employee, recently founded Tenstorrent, a startup to develop AI accelerators. This week, the company announced its first products, the Wormhole n150s and Wormhole n300s.