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Lisan al Gaib

@scaling0138,297 subscribers

lead them to paradise https://t.co/IiP4VZlGU3

Shorts

Andrej Karpathy calls AI Agents slop "Overall, the models they are not there. And I feel like the industry [...] it's making too big of a jump and it's trying to pretend that this is amazing. And it's not—it's slop! And I think they are not coming to terms with it. And maybe they are trying to fundraise or something like that, I'm not sure what's going on."

Andrej Karpathy calls AI Agents slop "Overall, the models they are not there. And I feel like the industry [...] it's making too big of a jump and it's trying to pretend that this is amazing. And it's not—it's slop! And I think they are not coming to terms with it. And maybe they are trying to fundraise or something like that, I'm not sure what's going on."

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Sora-2 counting the R's

Sora-2 counting the R's

310,483 views

Sora-2 brainrot: a cat walking on the ceiling as if it were the floor

Sora-2 brainrot: a cat walking on the ceiling as if it were the floor

306,977 views

Stargate Abilene - overview, progress and speculation + satellite pics Power: 1.2 GW total for 8 buildings ~44,600 m² (~8+ American football fields)., 4 halls each Timeline: Construction began June 2024 (Phase 1: 2 buildings). June 2025 the first two buildings were completed and the campus began early training/inference. Phase 2 adds 6 more buildings; full campus mid-2026 GPU count (planned): March 2025: ~400k GB200 chips (~50k/building). Oct 2025 (Larry Ellison): >450k GPUs (>56.25k/building) Cooling approach: Direct-to-chip, closed-loop, zero-evaporation liquid cooling. Water: ~1,000,000 gallon one-time fill per building; ~12,625 gallons/year per building for maintenance and quality Chillers: 80 per building. Building 1 in red: smaller frames (something like Vertiv LVZ170), up to ~2.7 MW each. Newer buildings in green: 20% larger frames (something like Vertiv LVZ230), up to ~3.1 MW each. Usually around 2 MW/unit and only 50-60 during normal operation. The rest are for backup or extreme heat. -> likely increased cooling capacity to accomodate 50k more GPUs over 8 buildings On-site generation: Parker Hannifin supplying 29 dual-fuel GE Vernova LM2500XPRESS turbines (~35 MW each) for ~1.015 GW on-site capacity. Currently 9 deployed at 315 MW with 10th one in progress Speculation: - Compute: 196 racks/hall → 784 racks/building → 56,448 GPUs/building → 451,584 GPUs campus-wide - Power: 784 × 132 kW = 103.488 MW IT/building → at PUE 1.15 ≈ 119 MW/building → ~952 MW campus total (leaving headroom under 1.2 GW) - Site status as of October 30th 2025: Construction started for all buildings in phase 2 and a third building appears nearly complete with chillers installed

Stargate Abilene - overview, progress and speculation + satellite pics Power: 1.2 GW total for 8 buildings ~44,600 m² (~8+ American football fields)., 4 halls each Timeline: Construction began June 2024 (Phase 1: 2 buildings). June 2025 the first two buildings were completed and the campus began early training/inference. Phase 2 adds 6 more buildings; full campus mid-2026 GPU count (planned): March 2025: ~400k GB200 chips (~50k/building). Oct 2025 (Larry Ellison): >450k GPUs (>56.25k/building) Cooling approach: Direct-to-chip, closed-loop, zero-evaporation liquid cooling. Water: ~1,000,000 gallon one-time fill per building; ~12,625 gallons/year per building for maintenance and quality Chillers: 80 per building. Building 1 in red: smaller frames (something like Vertiv LVZ170), up to ~2.7 MW each. Newer buildings in green: 20% larger frames (something like Vertiv LVZ230), up to ~3.1 MW each. Usually around 2 MW/unit and only 50-60 during normal operation. The rest are for backup or extreme heat. -> likely increased cooling capacity to accomodate 50k more GPUs over 8 buildings On-site generation: Parker Hannifin supplying 29 dual-fuel GE Vernova LM2500XPRESS turbines (~35 MW each) for ~1.015 GW on-site capacity. Currently 9 deployed at 315 MW with 10th one in progress Speculation: - Compute: 196 racks/hall → 784 racks/building → 56,448 GPUs/building → 451,584 GPUs campus-wide - Power: 784 × 132 kW = 103.488 MW IT/building → at PUE 1.15 ≈ 119 MW/building → ~952 MW campus total (leaving headroom under 1.2 GW) - Site status as of October 30th 2025: Construction started for all buildings in phase 2 and a third building appears nearly complete with chillers installed

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and so it begins

Lisan al Gaib

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