Recents Blogs
- Choosing the Right Hermetic Seals for Semiconductor Equipment
- How UL & ATEX/IECEx Feedthroughs Help Prevent Chemical Plant Explosions and Refinery Fires
- How Immersion Cooling Feedthroughs Protect Data Centers and Supercomputers from Cooling Failures
- Streamline TVAC Feedthroughs: Hermetically Seal Specialty Parts in Port Plates
- What Makes Douglas Electrical Components’ Epoxy Sealing Process Different
Category
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- Air Conditioning & Refrigeration (2)
- Cryogenic Feedthrough (3)
- Data Center / Supercomputer / Quantum Computing (4)
- Douglas Electrical Videos (4)
- Electrical Power Transmission & Distribution (5)
- Explosion-Proof Wire Bushings (7)
- Fiber Optic Feedthroughs - OptiSeal (3)
- Glovebox / Nuclear (6)
- Hazardous Locations / Oil & Gas (10)
- Hermetic Assemblies (14)
- Hermetic Connectors (25)
- Hermetic Feedthroughs (43)
- Hermetic PCB Feedthroughs - CircuitSeal (1)
- Hermetic Seals (43)
- Immersion Cooling Hermetic Feedthroughs (1)
- Instrumentation & Controls (2)
- Lean Manufacturing (3)
- Mil-Spec Connectors (10)
- RJ-45 feedthrough (2)
- Semiconductor Equipment (6)
- Space Simulation (5)
- Switchgear Feedthrough (1)
- The Douglas Difference (9)
- Vacuum Feedthroughs (10)
- White Papers (6)
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How Immersion Cooling Feedthroughs Protect Data Centers and Supercomputers from Cooling Failures
May 6, 2026
On November 27, 2025, when millions of Americans were shopping for holiday deals, traders in Chicago faced something far more expensive than missing a sale. The Chicago Mercantile Exchange (CME) temporarily halted trading across its platforms after a cooling system failure at its CyrusOne CHI1 data center in Chicago. The outage rippled through global markets, […]
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