在英特尔开放IP单相浸没式冷却水箱中部署ORv3架构服务器.pdf

1、Deployment of an ORv3 Architecture Server Within Intel Open IP Single-Phase Immersion Cooling TankWiwynnDeployment of an ORv3 Architecture Server Within Intel Open IP Single-Phase Immersion Cooling TankJerry ChangTechnical Supervisor/WiwynnSERVEROutline 4321Intel Open IP Immersion Cooling Tank Intro

2、ductionCompatibility with ORv3 Architecture Thermal Performance Analysis of Single-Phase Immersion Cooling on Wiwynn ORv3 Server and Intel Open IP TankORv3 Server Cooling SolutionTest ConditionsTest Results and AnalysisSummarySingle phase immersion tankCompatible with 19”and 21”serversScalable tank

3、and CDU design supports applications from edge to data centerIntel Open IP Immersion Cooling TankIntel Doc.“765931_Intel Open IP Immersion Cooling Reference Solutions-Single Phase-Product Brief 12U_Rev1p0”Why OCP-compliant tanks are immersion-friendly for ORv3 servers:Tank Highly Compatible with ORv

4、3Top View of TankBus Bar(At Bottom Side of Tank)Power WhipPower Shelf(Centralized Power 48V54V DC Output)Standardized dimensions and mounting interface compatibility Aligned power management and coolant flow path Modular design for easy maintenance and replacement(hot swap)1U dual-socket server Gran

5、ite Rapids-AP processor TDP:550WSystem power delivery to meet ORv3 Power clip cable:48V DC in(Busbar to PDB)Power Delivery Board:48V DC to 12V DC Power cable:12V DC in(PDB to Motherboard)Orientation:Vertical in tank Coolant flow direction:Bottom to TopTop View of 1U ServerFlow DirectionCPU0CPU1DIMMD

6、IMMDIMMgPower CableBus BarPower Distribution Board(PDB)Mother BoardORv3 1U Server with Intel Birch Stream PlatformStandalone heatsinkVapor chamber baseTwo different fin thickness and fin gap designCompare with air cool heatsinkCoolant thermal conductivity Air thermal conductivity Thicker fin thickne