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Verified · Oct 20, 2026

Independently verified

Nvidia's new open agent models claim 5x the speed of the next best in class — and one is built to run agents locally in 24GB

2 sources

On October 15, 2026 (Thursday, calendar-verified), NVIDIA released Nemotron 3.5 Super VL — per the company's blog post by Kari Briski, 'an open 120-billion-parameter model that delivers the fastest task completion and highest accuracy for specialized always-on agents' — with two edge models: 'Nemotron 3.5 Bolt 74B-A9B 24GB, optimized to balance intelligence and speed per GB for local agentic workloads, and Nemotron 3.5 Bolt E4B 4GB, optimized for intelligence per GB for fast conversational agents'. Availability, per the post: 'Super VL and Bolt 74B-A9B are available now, with Bolt E4B coming Oct. 23.' Size framing: accuracy 'comparable with NVIDIA's largest reasoning model at roughly one-fifth the parameter count'. The speed claims are Nvidia's own and keep their shapes: 'the fastest open agentic model in its class — 5x faster than the next best'; and 'Nemotron 3.5 Super VL, on Artificial Analysis Intelligence Index leadboard, achieves up to 5x faster throughput compared to other models in its class.' Openness: 'Unlike closed frontier models, organizations can post-train Super VL on their own data, deploy it on their own infrastructure and oversee what they build.' Local layer: Bolt 74B-A9B is 'designed to run everyday agentic tasks locally on NVIDIA RTX/DGX Spark, using a native 2-bit quantization to fit in 24GB of memory'; it is 'the #1 open model in its class on PinchBench, and the #2 open model for BrowseComp'; and it is 'Built for NVIDIA RTX Spark laptops arriving Oct. 16'. Family: 'Super VL and Bolt join the Nemotron family alongside Lightning and Ultra.' Training scale: 'about 26 trillion tokens', 'roughly 3.8 million samples' of post-training, RL 'across dozens of environments'; with NVIDIA Dynamo, 'up to 8x more users with 85% lower latency'. Per TechCrunch (Julie Bort, 8:37 AM PDT October 19): 'Nvidia on Thursday launched new open-weight models designed for always-on agents and edge computing.' The Bolt models are 'intended to run locally on the new AI PCs (running the Nvidia RTX Spark chip) and workstations running the DGX Spark', which are 'being released right now into the market through partners like Microsoft and Dell'; and 'Nvidia claims that the Super VL completes tasks faster than competing models from Anthropic and OpenAI (Opus 5, GPT 6.1 Sol, Luna, Astra) when post-trained on specific agentic tasks.' The task list, per the article: 'document intelligence, financial accounting, scientific experimentation, medical insurance claims, and security attack resilience'.

Why now

The open-models release your enterprise-agent and local-AI audiences both need — with TechCrunch's full writeup landing Monday (October 19) and a real deadline built in. Layer one, what's new: three open models covering 'the full range of agent deployments, from large enterprise servers down to edge devices and local hardware' — Super VL at 120B parameters, Bolt 74B-A9B 24GB, Bolt E4B 4GB. Layer two, the date that creates urgency: 'Bolt E4B coming Oct. 23' (this Friday, calendar-verified) — the one piece not out yet — while 'Super VL and Bolt 74B-A9B are available now', with Bolt 74B-A9B supporting llama.cpp, Ollama, LM Studio, Unsloth, and vLLM per the post. Layer three, the hardware tie-in: Bolt 74B-A9B is 'Built for NVIDIA RTX Spark laptops arriving Oct. 16', and per TechCrunch the AI PCs carrying the RTX Spark chip are 'being released right now into the market through partners like Microsoft and Dell'. Layer four, the honesty bar: every speed figure is Nvidia's own ('5x faster than the next best' in class; 'up to 5x faster throughput' on the Artificial Analysis Intelligence Index) — and the sharper competitor list (Anthropic and OpenAI models by name) exists only inside TechCrunch's 'Nvidia claims' rendering — a comparison the post itself never makes.

Why it is worth publishing

The launch card where precision is the whole differentiation: most coverage will render '5x faster' without its in-class scope, its 'up to' hedge, or its vendor attribution — and will name Anthropic and OpenAI as beaten competitors, a comparison only TechCrunch relays inside a 'Nvidia claims' frame. The card's evidence graph keeps both renderings per-outlet (the post's 'oversee what they build' vs TechCrunch's 'own what they build'; the post's 'Oct. 23' vs TechCrunch's 'later this month'), which is exactly the material a creator needs to stand out on the local-agent beat: the release your audience can run this week is Bolt 74B-A9B in 24GB, on hardware that started arriving October 16.

Evidence basis

Two opened sources: NVIDIA's own blog post (official; Kari Briski; page label 'October 15, 2026', Thursday calendar-verified; article:published_time meta 2026-10-15T15:00:24+00:00, dateModified 2026-10-17T00:30:57.000Z; opened and read in full via raw HTML this run, 2026-10-20) and TechCrunch (Julie Bort, byline 8:37 AM PDT October 19, Monday; published_time meta 2026-10-19T15:37:09+00:00 with JSON-LD datePublished matching; opened and read in full via raw HTML). Calendar checks: October 15, 2026 = Thursday (the post's own label, matching TechCrunch's Monday 'on Thursday' anchored to the carrying article's publication date); October 16 = Friday (RTX Spark laptops 'arriving Oct. 16'); October 23 = Friday (Bolt E4B 'coming Oct. 23'); October 20 (card publish) = Tuesday. Every number transcribed from the post's own text at write time and grep-verified against the raw HTML (120-billion; one-fifth; 5x; up to 5x; 24GB; 4GB; #1/#2; 26 trillion; 3.8 million; up to 8x; 85%; Oct. 16; Oct. 23). Per-outlet rendering discipline, never blended: 'oversee what they build' (post) vs 'own what they build' (TechCrunch); comma before 'without' (post) vs comma-less (TechCrunch); 'coming Oct. 23' (post) vs 'later this month' (TechCrunch); competitor names only inside TechCrunch's 'Nvidia claims' frame. Benchmark and speed claims stay vendor-attributed in every layer. The page's outbound links (Hugging Face, PinchBench, BrowseComp, partner pages) were not opened this run; the claims they would support ride the post's own text. The web-search quota was exhausted this run — sources were reached by fetching listing pages and articles directly (09-08 fallback precedent) with Google News RSS as the second-source finder (10-18 precedent).

“Nvidia says its new open agent model is 5x faster than the next best in its class — and a sibling model is built to run agents locally in 24GB of memory.”

Angle

Frame it as 'Nvidia handed enterprise and local creators an open agent stack — here's what each model is for, what Nvidia claims, and what you can run this week' in four beats. Beat one, the lineup: Super VL at 120B parameters for 'specialized always-on agents', Bolt 74B-A9B 24GB for local agentic workloads, Bolt E4B 4GB for conversational agents — with the honest note that E4B is not out until 'Oct. 23'. Beat two, the claims with their shapes: 'the fastest open agentic model in its class — 5x faster than the next best', 'up to 5x faster throughput' on the Artificial Analysis Intelligence Index, #1-in-class on PinchBench and #2 for BrowseComp — all Nvidia's own numbers, all in-class or open-model-scoped. Beat three, the part your audience can touch: Bolt 74B-A9B fits 24GB via native 2-bit quantization, runs on RTX/DGX Spark, and is 'Built for NVIDIA RTX Spark laptops arriving Oct. 16' — the machines TechCrunch says are reaching market 'through partners like Microsoft and Dell'. Beat four, the openness pitch per the post: organizations can 'post-train Super VL on their own data, deploy it on their own infrastructure' — the actual differentiation against closed frontier models.

Format

Long-form explainer

Demo idea

A local-agent loadout demo: pull Bolt 74B-A9B 24GB into LM Studio or Ollama on a 24GB RTX machine, run one multistep agent task fully offline, and show the memory meter — closing on the availability split (Super VL and Bolt 74B-A9B out now; E4B arriving Oct. 23) so nobody leaves thinking the whole family is downloadable.

Platform notes

Every benchmark and speed figure stays inside a vendor-attribution frame ('Nvidia says', 'Nvidia claims', 官方博客称): the 5x keeps its in-class scope and its 'up to' variant on the Artificial Analysis Intelligence Index; the PinchBench/BrowseComp rankings stay '#1 open model in its class' / '#2 open model' — never 'the best model'. The Anthropic/OpenAI competitor list exists only in TechCrunch's rendering inside a 'Nvidia claims' frame, with the 'when post-trained on specific agentic tasks' condition attached — never a flat 'beats GPT' claim. Availability stays staggered: E4B is future-dated (Oct. 23) and never present-tense; 'now' anchors only to Super VL and Bolt 74B-A9B. The local-agent sentence keeps 'designed to' / 按设计. Named adopters keep the post's own verbs (post-trained, customizing, integrating) or TechCrunch's collective 'that it says are using Super VL' as TechCrunch's. The oversee/own quote split stays per-outlet. zh scripts keep NVIDIA, Nemotron, Bolt, RTX Spark in English, write 英伟达称/官方博客称 — never 证明 — keep 速度为其同类次优模型的 5 倍 and 吞吐量最高达到同类其他模型的 5 倍 as total multiples with 高达 kept, keep E4B 未上线(10 月 23 日到来), and keep 竞品名称 inside TechCrunch 的转述框架.

Usable claims

  • On October 15, 2026 (Thursday, calendar-verified), NVIDIA released Nemotron 3.5 Super VL — per the company's blog post by Kari Briski, 'an open 120-billion-parameter model that delivers the fastest task completion and highest accuracy for specialized always-on agents' — together with two edge models: 'Nemotron 3.5 Bolt 74B-A9B 24GB, optimized to balance intelligence and speed per GB for local agentic workloads, and Nemotron 3.5 Bolt E4B 4GB, optimized for intelligence per GB for fast conversational agents'. Availability, per the post: 'Super VL and Bolt 74B-A9B are available now, with Bolt E4B coming Oct. 23.' Size framing, per the post: accuracy 'comparable with NVIDIA's largest reasoning model at roughly one-fifth the parameter count'. Speed claims are the company's own and keep their shapes: 'As the fastest open agentic model in its class — 5x faster than the next best'; and 'Nemotron 3.5 Super VL, on Artificial Analysis Intelligence Index leadboard, achieves up to 5x faster throughput compared to other models in its class.' (the post's own spelling 'leadboard' and its 'up to' hedge). Openness, per the post: 'Unlike closed frontier models, organizations can post-train Super VL on their own data, deploy it on their own infrastructure and oversee what they build.' Local-agent layer, per the post: Bolt 74B-A9B 24GB is 'designed to run everyday agentic tasks locally on NVIDIA RTX/DGX Spark, using a native 2-bit quantization to fit in 24GB of memory'; 'It is the #1 open model in its class on PinchBench, and the #2 open model for BrowseComp.'; and it is 'Built for NVIDIA RTX Spark laptops arriving Oct. 16'. Family context, per the post: 'Super VL and Bolt join the Nemotron family alongside Lightning and Ultra.' Training scale, per the post: 'about 26 trillion tokens' across pretraining and continued pretraining, 'roughly 3.8 million samples' of post-training, and reinforcement learning 'across dozens of environments'; and with NVIDIA Dynamo, 'organizations can serve up to 8x more users with 85% lower latency'. Per TechCrunch (Julie Bort, 8:37 AM PDT October 19): 'Nvidia on Thursday launched new open-weight models designed for always-on agents and edge computing.' Super VL is 'geared for agents used by the enterprise'; the Bolt models 'are intended to run locally on the new AI PCs (running the Nvidia RTX Spark chip) and workstations running the DGX Spark', which are 'being released right now into the market through partners like Microsoft and Dell'; and 'Nvidia claims that the Super VL completes tasks faster than competing models from Anthropic and OpenAI (Opus 5, GPT 6.1 Sol, Luna, Astra) when post-trained on specific agentic tasks.' The task list, per the article: 'document intelligence, financial accounting, scientific experimentation, medical insurance claims, and security attack resilience'.

Evidence pipeline

Breakdown

A vendor launch where the discipline is benchmark scoping and availability honesty. Layer one, every speed and accuracy figure is NVIDIA's own and keeps its shape: 'the fastest open agentic model in its class — 5x faster than the next best' is in-class; 'up to 5x faster throughput compared to other models in its class' on the Artificial Analysis Intelligence Index carries the 'up to' hedge (and the post's own 'leadboard' spelling); PinchBench #1 and BrowseComp #2 are open-model-in-class rankings — none renders as an independent measurement or an unscoped superlative. Layer two, the competitor list is TechCrunch's, inside its 'Nvidia claims' frame: 'competing models from Anthropic and OpenAI (Opus 5, GPT 6.1 Sol, Luna, Astra) when post-trained on specific agentic tasks' — the post itself names no competitor and never drops the post-training condition. Layer three, availability is staggered: 'Super VL and Bolt 74B-A9B are available now, with Bolt E4B coming Oct. 23.' (the post's date; TechCrunch's 'later this month' is its rendering) — E4B stays future-tense everywhere, and 'now' anchors only to the two shipped models. Layer four, the local-agent claim keeps its modality: 'designed to run everyday agentic tasks locally ... using a native 2-bit quantization to fit in 24GB of memory', built for RTX Spark laptops 'arriving Oct. 16'. Layer five, the two outlets' renderings of Briski's openness line differ — the post's 'oversee what they build' vs TechCrunch's 'own what they build' — and are never blended into a third form. Editor's rules: vendor numbers stay vendor-framed, E4B stays unshipped, and each outlet's quote stays that outlet's.

Risks

  • Before publishing, re-check each layer: every benchmark and speed claim stays inside a says/claims frame with its hedge ('up to', in-class, open-model scope) attached; the competitor list stays TechCrunch-attributed with the post-training condition; E4B stays future-dated (Oct. 23) and never present-tense; 'designed to' survives on the local-agent sentence; named adopters keep the post's own verb; and the oversee/own quote split stays per-outlet. If your script compresses any of these, cut the detail rather than round it.

Demo ideas

  • Local-agent loadout demo: Bolt 74B-A9B 24GB in LM Studio or Ollama on a 24GB RTX machine, one offline multistep task, memory meter on screen, availability split stated at the close
  • Claim-shape breakdown graphic: '5x faster than the next best' vs 'up to 5x faster throughput on the Artificial Analysis Intelligence Index' vs TechCrunch's named-competitor rendering — three shapes of the same number, each labeled with its holder