SemiAnalysis Weekly
UCh78I9QwlB_QhQMnZDKuRqQ
Past bets that played out
These are the clearest thesis calls with observable outcomes, linked back to the original videos.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
What this channel is watching now
Recent mentions show where this author is concentrating attention right now.
Latest videos and market context
Recent source posts from this author. Create an account to inspect the complete persisted research trail.
CXMT's Rise, HBM Ambitions & the Undersupplied Memory Market | Ray Wang (SemiAnalysis) x TEMA
Ep. 018 - Stop Saying Half of 2026 US Datacenter Capacity Is Canceled (Datacenter, Energy)
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
Ep. 017 - DeepSeek V4 and Huawei Ascend NPU Performance (InferenceX)
Podcast-style discussion of DeepSeek V4 architecture/optimizations (Mega MoE, KV-cache reduction, kernel fusion/megakernels) and the idea that these optimizations are currently validated mainly on NVIDIA GPUs and Huawei Ascend NPUs. It implies GPU-friendly architectures and heavy engineering/early-access software work (vLLM/SGLang) matter, and notes a competitive framing of AMD “catching up” via optimization once hardware/software support ramps.
Ep. 016 - What Unitree's Evolution Means For Robotics (Robotics)
The provided source contains only a title and repeats it in the body, with no substantive discussion, facts, claims, or data about Unitree, robotics supply chains, competitors, or market implications. As a result, there are no extractable actionable theses or tradable ticker implications from this text alone.
Proof-backed call history
These are recent thesis calls tied to original source content where available.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
The source contains only a title asserting that claims of “half of 2026 US datacenter capacity is canceled” are overstated. With no supporting data, details, or specific companies mentioned, actionability is limited; however, the implied takeaway is modestly bullish for the datacenter buildout and adjacent power/infrastructure supply chain versus a “mass cancellation” narrative.
Podcast-style discussion of DeepSeek V4 architecture/optimizations (Mega MoE, KV-cache reduction, kernel fusion/megakernels) and the idea that these optimizations are currently validated mainly on NVIDIA GPUs and Huawei Ascend NPUs. It implies GPU-friendly architectures and heavy engineering/early-access software work (vLLM/SGLang) matter, and notes a competitive framing of AMD “catching up” via optimization once hardware/software support ramps.
Podcast-style discussion of DeepSeek V4 architecture/optimizations (Mega MoE, KV-cache reduction, kernel fusion/megakernels) and the idea that these optimizations are currently validated mainly on NVIDIA GPUs and Huawei Ascend NPUs. It implies GPU-friendly architectures and heavy engineering/early-access software work (vLLM/SGLang) matter, and notes a competitive framing of AMD “catching up” via optimization once hardware/software support ramps.
About this channel
Channel bio, source link, and public-market context from YouTube.
UCh78I9QwlB_QhQMnZDKuRqQ
Most recognized assets
Unlock the full track record
Create an account to inspect the complete author history, trust-weighted rankings, and persisted research across authors, theses, and assets.
8 more thesis calls are available after sign-up.