We’re pouring more and morepower into copper just to move bits a few meters – and paying for it in cooling. Silicon photonics slashes interconnect power per bit, easing the power/cooling crunch and freeing budget for compute, not heat. #Datacenters# #EnergyEfficiency#

🔥 ANTRACK lowers heating costs through efficient recovered heat utilization. 📍 In Martinville, Québec, Project BTU uses BITMAIN ANTRACK to recover heat generated by hydro-cooled ANTMINERs and deliver it to the local community centre's heating system. 📊 According to Radio-Canada, the project is expected to reduce the centre's heating-related energy bill by nearly 50%. Footage filmed on site shows the system operating at around 54°C, while the ANTRACK heat-pump version can deliver hot water at up to 80°C for a wider range of heating applications. ♻️ BITMAIN ANTRACK converts recovered heat into usable thermal energy—reducing heating costs, improving energy efficiency, and creating lasting value for mining operations and local communities. BITMAIN remains committed to consistently delivering better products and services to its clients. Learn more 👇 antrack@bitmain.com Selected news footage and project outcome information are credited to Radio-Canada. Power consumption comparisons are based on manufacturer-rated specifications. Actual operational cost savings depend on your local electricity rates, facility conditions, and operational practices and may vary. #BITMAIN# #ANTMINER# #ANTRACK# #ProjectBTU# #HeatRecovery# #HydroCooling# #EnergyEfficiency# #SustainableInfrastructure# 🌍💡♻️

Purdue University researchers have developed the world's whitest paint, reflecting 98.1% of sunlight and cooling surfaces by up to 8°F during the day. This innovation could reduce the need for air conditioning, offering a sustainable solution to combat global warming. #WhitestPaint# #PurdueInnovation# #PassiveCooling# #EnergyEfficiency# #ClimateTech# #SustainableDesign#

Investing in energy efficiency is a commonsense way to lower costs for families, create jobs and help protect our environment. I’m proud that the Senate once again passed my bipartisan resolution marking today as Energy Efficiency Day.

To meet the new energy-efficiency requirements, we introduced the GANSPIN611 and GANSPIN612, ST’s first GaN motor drivers. Both include two GaN power transistors in a half-bridge topology. 🔍 Discover more on the #STBlog#:

Getting to 1000x energy efficiency in AI isn’t about one breakthrough. It’s about solving two hard constraints: 1. Data movement dominates energy 2. Amdahl’s Law caps system-level gains Which means you have to rethink everything: models, hardware, and how they’re designed together. If this kind of problem excites you, you’ll enjoy our latest blog:

#TSMC# says CPO can deliver 4X the energy efficiency of copper. OOI pushes that to 10X. As CPO moves toward broader deployment, OE shipments are expected to grow significantly in 2027–2028, putting FAU coupling equipment in focus. Who’s in the race? 🔗