Beyond Conventional 3DVC: ALVC’s Integrated Two-Phase Cooling for Telecom
Release time：
2026-04-21 00:00
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🔥 Beyond Conventional 3DVC: ALVC’s Integrated Two-Phase Cooling for Telecom
Proud to share our 3DVC Two-Phase Thermal Technology—a non-traditional design built specifically for the tough demands of telecom equipment like 5G base stations.
What makes it different? Our fins are directly connected to the vapor chamber via brazing, wiping out interface thermal resistance that holds back standard 3DVC solutions. This seamless integration is key for tackling telecom’s high-power density, tight space, and 24/7 operation needs.
How it works:
✅ Heat Absorption: Rapidly transfers heat from high-power telecom components to the vapor chamber.
✅ Phase-Change Cooling: Stamped liquid channels on fins drive efficient two-phase heat transfer.
✅ Passive Dissipation: Final cooling via natural convection cuts reliance on active cooling (fans/pumps), reducing energy use and maintenance for remote sites.
✅ Robust Bonding: Brazed fin-vapor chamber structure delivers shock and vibration resistance—perfect for outdoor 5G deployments.
At ALVC, we engineer thermal solutions that match telecom’s evolving needs—and this 3DVC tech is our answer to next-gen 5G thermal challenges.
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