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#gtc26 — Public Fediverse posts

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  1. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/specu... #AI

    speculative decode

  2. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/specu... #AI

    speculative decode

  3. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/specu... #AI

    speculative decode

  4. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/specu... #AI

    speculative decode

  5. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/specu... #AI

    speculative decode

  6. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/spec

    #AI

  7. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/spec

    #AI

  8. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/spec

    #AI

  9. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/spec

    #AI

  10. Speculative decode is an inferencing optimization that was mentioned a few times at #GTC26. I'd heard of it but didn't know how it worked, so I spent some time figuring it out. Some notes (and toy code that illustrates its benefits!) are here: glennklockwood.com/garden/spec

    #AI

  11. Nobody from VAST is on Bluesky, so I'll share with you all that my favorite official swag from #GTC26 this year was this awesome shirt by my friends at Quobyte. I'm going to start wearing this on Zoom calls.

  12. My latest: Dell Technologies jumps into the ring with NetApp and VAST Data, unveiling a new #AI #dataorchestration product built on its Dataloop acquisition, as NVIDIA #STX shakes up the #enterprisedatastorage industry.

    Key quote: "The #cuDF and #cuVS integrations quietly showing up inside #Snowflake, #Starburst, #watsonx -- those matter more to an #enterpriseIT leader's next 12 months than anything Jensen [Huang] showed on the big stage."

    Find out why that is, as well as how the Dell Data Orchestration Engine stacks up to competitors: techtarget.com/searchstorage/n #GTC26 #Nvidia

  13. My latest: Dell Technologies jumps into the ring with NetApp and VAST Data, unveiling a new #AI #dataorchestration product built on its Dataloop acquisition, as NVIDIA #STX shakes up the #enterprisedatastorage industry.

    Key quote: "The #cuDF and #cuVS integrations quietly showing up inside #Snowflake, #Starburst, #watsonx -- those matter more to an #enterpriseIT leader's next 12 months than anything Jensen [Huang] showed on the big stage."

    Find out why that is, as well as how the Dell Data Orchestration Engine stacks up to competitors: techtarget.com/searchstorage/n #GTC26 #Nvidia

  14. My latest: Dell Technologies jumps into the ring with NetApp and VAST Data, unveiling a new product built on its Dataloop acquisition, as NVIDIA shakes up the industry.

    Key quote: "The and integrations quietly showing up inside , , -- those matter more to an leader's next 12 months than anything Jensen [Huang] showed on the big stage."

    Find out why that is, as well as how the Dell Data Orchestration Engine stacks up to competitors: techtarget.com/searchstorage/n

  15. My latest: Dell Technologies jumps into the ring with NetApp and VAST Data, unveiling a new #AI #dataorchestration product built on its Dataloop acquisition, as NVIDIA #STX shakes up the #enterprisedatastorage industry.

    Key quote: "The #cuDF and #cuVS integrations quietly showing up inside #Snowflake, #Starburst, #watsonx -- those matter more to an #enterpriseIT leader's next 12 months than anything Jensen [Huang] showed on the big stage."

    Find out why that is, as well as how the Dell Data Orchestration Engine stacks up to competitors: techtarget.com/searchstorage/n #GTC26 #Nvidia

  16. My latest: Dell Technologies jumps into the ring with NetApp and VAST Data, unveiling a new #AI #dataorchestration product built on its Dataloop acquisition, as NVIDIA #STX shakes up the #enterprisedatastorage industry.

    Key quote: "The #cuDF and #cuVS integrations quietly showing up inside #Snowflake, #Starburst, #watsonx -- those matter more to an #enterpriseIT leader's next 12 months than anything Jensen [Huang] showed on the big stage."

    Find out why that is, as well as how the Dell Data Orchestration Engine stacks up to competitors: techtarget.com/searchstorage/n #GTC26 #Nvidia

  17. Nvidia outlines AI factories and agentic AI.
    Jensen Huang highlights physical AI for robotics, industry, and next-generation computing platforms in GTC keynote. #GTC26
    buff.ly/CNFaYbp

  18. Nvidia outlines AI factories and agentic AI.
    Jensen Huang highlights physical AI for robotics, industry, and next-generation computing platforms in GTC keynote. #GTC26
    buff.ly/CNFaYbp

  19. Nvidia outlines AI factories and agentic AI.
    Jensen Huang highlights physical AI for robotics, industry, and next-generation computing platforms in GTC keynote. #GTC26
    buff.ly/CNFaYbp

  20. Nvidia outlines AI factories and agentic AI.
    Jensen Huang highlights physical AI for robotics, industry, and next-generation computing platforms in GTC keynote. #GTC26
    buff.ly/CNFaYbp

  21. Nvidia outlines AI factories and agentic AI.
    Jensen Huang highlights physical AI for robotics, industry, and next-generation computing platforms in GTC keynote. #GTC26
    buff.ly/CNFaYbp

  22. These new NVIDIA STX storage node implementations from Quanta and Supermicro appear identical even down to the LED and USB-C placement. I wonder if the drive carriers are differentiated.

    #gtc26

  23. These new NVIDIA STX storage node implementations from Quanta and Supermicro appear identical even down to the LED and USB-C placement. I wonder if the drive carriers are differentiated.

    #gtc26

  24. These new NVIDIA STX storage node implementations from Quanta and Supermicro appear identical even down to the LED and USB-C placement. I wonder if the drive carriers are differentiated.

    #gtc26

  25. These new NVIDIA STX storage node implementations from Quanta and Supermicro appear identical even down to the LED and USB-C placement. I wonder if the drive carriers are differentiated.

    #gtc26

  26. These new NVIDIA STX storage node implementations from Quanta and Supermicro appear identical even down to the LED and USB-C placement. I wonder if the drive carriers are differentiated.

    #gtc26

  27. These new NVIDIA STX storage node implementations from Quanta and Supermicro appear identical even down to the LED and USB-C placement. I wonder if the drive carriers are differentiated. #GTC26

  28. Weird stuff you see at #GTC26: cops about to rough up a joke-cracking bipedal robot that runs around like a toddler (cops were actually just as curious as anyone else about how real this thing is, and the robot had its human minder always within 20 feet)

  29. Look at all the unique differentiation that NVIDIA enables in their ecosystem. #GTC26

  30. NVIDIA’s Kyber rack combines NVLink switch ASICs into what used to be the cable backplane. It’s physically huge—height of the whole rack. I wonder what the FRU is on this monstrosity. #GTC26

  31. NVIDIA’s Kyber rack combines NVLink switch ASICs into what used to be the cable backplane. It’s physically huge—height of the whole rack. I wonder what the FRU is on this monstrosity. #GTC26

  32. NVIDIA’s Kyber rack combines NVLink switch ASICs into what used to be the cable backplane. It’s physically huge—height of the whole rack. I wonder what the FRU is on this monstrosity. #GTC26

  33. NVIDIA’s Kyber rack combines NVLink switch ASICs into what used to be the cable backplane. It’s physically huge—height of the whole rack. I wonder what the FRU is on this monstrosity. #GTC26

  34. What stood out from the avalanche of #Nvidia #GTC26 news for many observers wasn't a chip or hardware system -- it was deeper forays by NVIDIA into securing and even creating #AIapplications with its new #NemoClaw for #OpenClaw reference architecture and #AgentToolkit.

    Hear from analysts Jim Mercer, Torsten Volk, Jim Frey, and Michael Leone, alongside keynote comments by Jensen Huang and an interview with Yuval Fernbach, as they break down the ways enterprise applications -- and #AppSec -- are dramatically changing: techtarget.com/searchitoperati

  35. What stood out from the avalanche of #Nvidia #GTC26 news for many observers wasn't a chip or hardware system -- it was deeper forays by NVIDIA into securing and even creating #AIapplications with its new #NemoClaw for #OpenClaw reference architecture and #AgentToolkit.

    Hear from analysts Jim Mercer, Torsten Volk, Jim Frey, and Michael Leone, alongside keynote comments by Jensen Huang and an interview with Yuval Fernbach, as they break down the ways enterprise applications -- and #AppSec -- are dramatically changing: techtarget.com/searchitoperati

  36. What stood out from the avalanche of news for many observers wasn't a chip or hardware system -- it was deeper forays by NVIDIA into securing and even creating with its new for reference architecture and .

    Hear from analysts Jim Mercer, Torsten Volk, Jim Frey, and Michael Leone, alongside keynote comments by Jensen Huang and an interview with Yuval Fernbach, as they break down the ways enterprise applications -- and -- are dramatically changing: techtarget.com/searchitoperati

  37. What stood out from the avalanche of #Nvidia #GTC26 news for many observers wasn't a chip or hardware system -- it was deeper forays by NVIDIA into securing and even creating #AIapplications with its new #NemoClaw for #OpenClaw reference architecture and #AgentToolkit.

    Hear from analysts Jim Mercer, Torsten Volk, Jim Frey, and Michael Leone, alongside keynote comments by Jensen Huang and an interview with Yuval Fernbach, as they break down the ways enterprise applications -- and #AppSec -- are dramatically changing: techtarget.com/searchitoperati

  38. What stood out from the avalanche of #Nvidia #GTC26 news for many observers wasn't a chip or hardware system -- it was deeper forays by NVIDIA into securing and even creating #AIapplications with its new #NemoClaw for #OpenClaw reference architecture and #AgentToolkit.

    Hear from analysts Jim Mercer, Torsten Volk, Jim Frey, and Michael Leone, alongside keynote comments by Jensen Huang and an interview with Yuval Fernbach, as they break down the ways enterprise applications -- and #AppSec -- are dramatically changing: techtarget.com/searchitoperati

  39. Stoked seeing the OpenSearch Project featured by Jensen Huang on #NVIDIA #GTC keynote! 😍

    One of the innovations in #OpenSearch V3 has been adding GPU acceleration based on NVIDIA's cuVS. Our #VectorSearch benchmarks, using CAGRA algorithm integrated through Facebook's Faiss library, showed:
    ✅ 9.3x faster index builds
    ✅ 3.75x lower cost
    ✅ 2x higher throughput
    ✅ 2.5x lower CPU usage

    linkedin.com/feed/update/urn:l

    #OpenSearchAmbassador #opensource #gtc2026 #gtc26 #cuvs #vectordb

  40. Stoked seeing the OpenSearch Project featured by Jensen Huang on keynote! 😍

    One of the innovations in V3 has been adding GPU acceleration based on NVIDIA's cuVS. Our benchmarks, using CAGRA algorithm integrated through Facebook's Faiss library, showed:
    ✅ 9.3x faster index builds
    ✅ 3.75x lower cost
    ✅ 2x higher throughput
    ✅ 2.5x lower CPU usage

    linkedin.com/feed/update/urn:l

  41. Stoked seeing the OpenSearch Project featured by Jensen Huang on #NVIDIA #GTC keynote! 😍

    One of the innovations in #OpenSearch V3 has been adding GPU acceleration based on NVIDIA's cuVS. Our #VectorSearch benchmarks, using CAGRA algorithm integrated through Facebook's Faiss library, showed:
    ✅ 9.3x faster index builds
    ✅ 3.75x lower cost
    ✅ 2x higher throughput
    ✅ 2.5x lower CPU usage

    linkedin.com/feed/update/urn:l

    #OpenSearchAmbassador #opensource #gtc2026 #gtc26 #cuvs #vectordb

  42. Stoked seeing the OpenSearch Project featured by Jensen Huang on #NVIDIA #GTC keynote! 😍

    One of the innovations in #OpenSearch V3 has been adding GPU acceleration based on NVIDIA's cuVS. Our #VectorSearch benchmarks, using CAGRA algorithm integrated through Facebook's Faiss library, showed:
    ✅ 9.3x faster index builds
    ✅ 3.75x lower cost
    ✅ 2x higher throughput
    ✅ 2.5x lower CPU usage

    linkedin.com/feed/update/urn:l

    #OpenSearchAmbassador #opensource #gtc2026 #gtc26 #cuvs #vectordb

  43. Stoked seeing the OpenSearch Project featured by Jensen Huang on #NVIDIA #GTC keynote! 😍

    One of the innovations in #OpenSearch V3 has been adding GPU acceleration based on NVIDIA's cuVS. Our #VectorSearch benchmarks, using CAGRA algorithm integrated through Facebook's Faiss library, showed:
    ✅ 9.3x faster index builds
    ✅ 3.75x lower cost
    ✅ 2x higher throughput
    ✅ 2.5x lower CPU usage

    linkedin.com/feed/update/urn:l

    #OpenSearchAmbassador #opensource #gtc2026 #gtc26 #cuvs #vectordb