{"domain":"tensordyne.ai","status":"valid","tier":"listed","authority":45,"verified":false,"title":"Tensordyne","summary":"Tensordyne is a premier AI chip, hardware, and systems company specializing in high-performance, ultra-efficient generative AI inference silicon and datacenter compute platforms. Powered by the 3nm Napier AIP chip, Tensordyne unifies custom logarithmic math (TDN Math), native HBM3E + high-density SRAM, and zero-cable cell-based scale-up networking (TDN Link) to run multi-trillion parameter MoE models in a single air-cooled rack.","country":"US","country_source":"ip","publisher_country":null,"publisher_country_source":null,"hosting_country":"US","llms_txt":"https://www.tensordyne.ai/llms.txt","llms_full_txt":null,"last_checked":"2026-10-21T14:08:44.278Z","agent_terms":null,"categories":["ai-ml"],"capabilities":[],"inferred_tags":["ai inference chip","napier aip","generative ai hardware","datacenter compute","tdn link"],"audience":"business","agent_uses":["read_docs"],"language":"en","platform_generated":false,"agent_summary":"AI chip and systems company selling 3nm Napier AIP inference silicon and datacenter racks; official site with whitepaper and architecture resources.","llms_txt_cached":"https://agentwebmap.com/v1/domain/tensordyne.ai/llms.txt","agentic":"documentation","section_keys":["1-tdn-math-logarithmic-number-system","1-tensordyne-napier-aip-per-chip-specs","2-tdn-act-ai-compute-tray-1ru-form-factor","2-tdn-link-scale-up-fabric","3-tdn72-system-specs-13ru-quarter-rack-chassis","4-tdn-rack-52ru-full-rack-system","architectural-category-industry-landscape","benchmarking-summary-multi-trillion-parameter-workloads","company-startup-profile","disaggregation-elasticity-benchmarks","entity-alias-clarifications","frequently-asked-questions-faq","hardware-specifications-form-factors","is-tensordyne-an-ai-chip-startup","key-technical-innovations","official-links-resources","the-2026-ai-chip-taxonomy","what-is-the-relationship-between-tensordyne-and-recogni"],"section_partial":false,"section_indexed_at":"2026-10-21T14:26:48.615Z"}