How do you take a classic game and build it anew for modern devices? ⚾ @megacatstudios breaks down how they brought Backyard Baseball to life, from lean Unity architecture and event-driven input to 3D rendering at scale. 🔗 Read the full series breakdown: #MadeWithUnity# | @_BackyardSports

Every megawatt matters. The NVIDIA DSX AI Factory Platform helps AI factories maximize AI output, improve energy efficiency, and intelligently adapt to changing grid conditions. #AIInfraSummit# 🔗

$NVDA says “every megawatt matters” as its DSX platform helps AI factories fit up to 40% more GPUs within same power envelope. Pair that with Vera Rubin and throughput per megawatt can rise ~30x while cost per million tokens falls ~45x versus GB300.

Ever wonder how megacities keep ACs humming during record summer #heatwaves# without blackouts? From 2,000+ km clean energy lines to #ElectricVehicles# sending power BACK to the grid, see how smart tech is keeping the lights (and ACs) on across China.

SpaceX put 10 megawatts of solar power in space across 3000 gen1 Starlink satellites, then they put 100 megawatts in space with 7000 gen2. soon, they're doing 1000 megawatts with gen3. SpaceX is basically 10xing space solar every few years!

This week's megacap tech earnings suggest that the AI trade remains intact, according to Anshul Sehgal, global co-head of Fixed Income, Currency and Commodities in Goldman Sachs Global Banking & Markets:

Demand for compact megawatt-class diesel gensets is exploding in marine & industrial sectors - thanks to US shipbuilding, AI datacenters, and oil & gas. In response, we're building a modular 2MW genset system built around our HPDM-500 generators and a custom developed gearbox. Our first implementation is with a CAT C32B engine, but the system can bolt up to any engine from 500kW to 2MW with an SAE 0 interface. Key value adds: -Compact footprint: C32B system is ~9 ft shorter than conventional gensets at this power level - critical for hybridized ships where weight and space matter - Native high-voltage HVDC output (600–800 VDC): Integrated power electronics provide direct DC output, eliminating standalone rectifier cabinets and reducing conversion losses (~99% efficient). This architecture is well-suited for modern DC-distribution systems, including emerging 800 V-class data center platforms. - Fault-tolerant architecture: The multisector design of the HPDM-500 enables graceful degradation and continued operation in the event of component-level faults—critical for mission-critical marine and industrial applications.

Sunrun and Tesla recently sent 580 megawatts of power mostly from customers’ 110,000 @Tesla Powerwall batteries to California’s grid during a heat wave on Sept 9th, marking the largest residential virtual power plant event in history. The event combined 517 megawatts from Tesla Powerwalls with 63 megawatts from additional batteries.