Accelsius two-phase cooling outperforms single-phase on Nvidia B200 server
FREE Breaking News Alerts from StreetInsider.com!
StreetInsider.com Top Tickers, 9/8/2026
- Wall Street ends lower as solid jobs data fuels hawkish Fed bets
- US nonfarm payrolls blow past expectations in August; unemployment rate steady at 4.1%
- BofA's Hartnett says stay long commodities and gold as 'policy panic' works
- Oil ends week higher on renewed US-Iran strikes, diesel hits record
- TikTok owner ByteDance said to secure $29.6bn loan for AI push
- After-Hours Movers: LULU, IOT, PATH, DOCU, ASAN, GWRE, ZS, PL, SWBI, OXM
- After-Hours Movers: AVGO, SNOW, HPE, NTAP, NTSK, CHPT, FIVE, TLYS, PVH, RARE
- After-Hours Movers: DELL, PANW, GTLB, CRDO, MDB, HPE, SMCI
- After-Hours Movers: WDAY, ADSK, S, RBRK, MRVL, ULTA, GAP, AFRM
- After-Hours Movers: NVDA, CRM, SNPS, CRWD, OKTA, NTNX
Independent Benchmarks Show Accelsius Two-Phase Direct-to-Chip Cooling Delivers 9°C Lower NVIDIA B200 Junction Temperatures Than Single-Phase in Warm-Water Conditions
July 21, 2026 8:00 AM EDTThird-party testing across roughly 40,000 operating points, detailed in a new white paper, found that Accelsius NeuCool® improved liquid cooling performance at warm facility water temperatures from NVIDIA's new standard of 45°C to as hot as 54°C.
AUSTIN, Texas--(BUSINESS WIRE)-- Accelsius, the leader in two-phase, direct-to-chip liquid cooling technology for AI and high-performance computing, today announced results from independent third-party benchmark testing demonstrating that two-phase direct-to-chip liquid cooling better supports NVIDIAs goal of enabling global free cooling with warm facility-water temperatures. The results show that single-phase performance at 45°C facility water can be matched by Accelsius... More
