Tenstorrent Launches Next-Gen Wormhole-Based Developer Kits and Workstations
Tenstorrent launches new Wormhole™ chip developer kits and workstations for scalable multi-chip development. Products include n150, n300 kits, TT-LoudBox workstation, and TT-QuietBox water-cooled AI workstation. Supported by TT-Buda and TT-Metallium software stacks. CEO Jim Keller excited about expanding product offerings.
Read original article
Tenstorrent has launched its next generation Wormhole™ chip developer kits and workstations aimed at developers interested in scalable multi-chip development using their open-source software stacks. The new products include the Wormhole™ n150 and n300 developer kits, as well as the TT-LoudBox developer workstation powered by four Wormhole™ n300s. Additionally, they are introducing the TT-QuietBox, a water-cooled AI developer workstation with eight Wormhole processors available for pre-order. These products are supported by Tenstorrent’s TT-Buda and TT-Metallium software stacks, enabling compatibility with various AI models. Jim Keller, CEO of Tenstorrent, expressed excitement about expanding their product offerings to support developers in scaling up their AI software projects. Tenstorrent, based in Toronto, Canada, with offices globally, focuses on building computers for AI applications and is supported by investors like Eclipse Ventures and Real Ventures. The company encourages developers to explore their new products and software stacks available on their website.
Related
Intel's Gaudi 3 will cost half the price of Nvidia's H100
Intel's Gaudi 3 AI processor is priced at $15,650, half of Nvidia's H100. Intel aims to compete in the AI market dominated by Nvidia, facing challenges from cloud providers' custom AI processors.
Etched Is Making the Biggest Bet in AI
Etched invests in AI with Sohu, a specialized chip for transformers, surpassing traditional models like DLRMs and CNNs. Sohu optimizes transformer models like ChatGPT, aiming to excel in AI superintelligence.
Sohu: The First Transformer ASIC
Etched secures $120 million to develop Sohu, a transformer ASIC enhancing AI model performance. Sohu enables real-time voice agents, rapid text processing, and trillion-parameter models, revolutionizing AI processing with advanced features.
Sohu AI chip claimed to run models 20x faster and cheaper than Nvidia H100 GPUs
Etched startup introduces Sohu AI chip, specialized for transformer models, outperforming Nvidia's H100 GPUs in AI LLM inference. Sohu aims to revolutionize AI processing efficiency, potentially reshaping the industry.
Supercomputer-on-a-chip goes live: single PCIe card packs more than 6k cores
InspireSemi introduces Thunderbird I Accelerated Computing chip with 1,536 custom RISC-V CPU cores for scientific and data processing. Energy-efficient, scalable to 360,000 cores, suitable for high-performance computing tasks. CEO praises team's work.
1 commentsRelated
Intel's Gaudi 3 will cost half the price of Nvidia's H100
Intel's Gaudi 3 AI processor is priced at $15,650, half of Nvidia's H100. Intel aims to compete in the AI market dominated by Nvidia, facing challenges from cloud providers' custom AI processors.
Etched Is Making the Biggest Bet in AI
Etched invests in AI with Sohu, a specialized chip for transformers, surpassing traditional models like DLRMs and CNNs. Sohu optimizes transformer models like ChatGPT, aiming to excel in AI superintelligence.
Sohu: The First Transformer ASIC
Etched secures $120 million to develop Sohu, a transformer ASIC enhancing AI model performance. Sohu enables real-time voice agents, rapid text processing, and trillion-parameter models, revolutionizing AI processing with advanced features.
Sohu AI chip claimed to run models 20x faster and cheaper than Nvidia H100 GPUs
Etched startup introduces Sohu AI chip, specialized for transformer models, outperforming Nvidia's H100 GPUs in AI LLM inference. Sohu aims to revolutionize AI processing efficiency, potentially reshaping the industry.
Supercomputer-on-a-chip goes live: single PCIe card packs more than 6k cores
InspireSemi introduces Thunderbird I Accelerated Computing chip with 1,536 custom RISC-V CPU cores for scientific and data processing. Energy-efficient, scalable to 360,000 cores, suitable for high-performance computing tasks. CEO praises team's work.