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Sustainable Supply Chain
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Building AI & Efficient Cooling Data Centers

Wiwynn and Wistron at OCP Global Summit 2024

Oct 15-17, San Jose Convention Center
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Following the explosive discussions on AI at OCP 2023, we're excited to continue the journey this year. Visit us to discover how to "Build AI and Efficient Cooling Data Centers" and explore the innovations that are shaping the future of technology.

The rapid growth and complexity of AI are transforming our environment, particularly within the IT industry and data centers. This evolution brings both critical challenges and exciting opportunities for change. Therefore, this year, we've strengthened our collaboration with Wistron and eco-system partners to stay at the forefront of these advancements and continue providing cutting-edge solutions.

In response to the rapid diversification and increasing complexity of AI products, we are proud to introduce a comprehensive suite of AI and cooling solutions. Advanced cooling technology is essential for environmentally responsible and sustainable AI, and we will showcase how our innovative cooling solutions seamlessly integrate with our AI products to create a sustainable and high-performance technology ecosystem.

Product Highlights

Here's a quick glimpse of some of our highlighted products, however, they're not all! Visit Wiwynn booth to find out more!

GB200_Rack_OCP24

NVIDIA GB200 NVL72 Rack Solution


A Liquid-cooled, Rack-scale Solution, Connected 36 NVIDIA Grace™ CPU and 72 NVIDIA Blackwell GPUs with NVIDIA® NVLink™ to Create A Single, Massive GPU Solution
  • 18x 1RU Compute Trays Compute Boards
  • 9x 1RU NVIDIA® NVLink™ Switch Trays
  • NVIDIA® NVLink™ Passive Copper Cable Backplane
  • Power Shelves, Bus Bar, and Liquid Cooling Manifolds
GB200_Tray_OCP24-1

NVIDIA GB200 NVL72 Compute Tray


A Liquid-cooled 1U 19” Compute Node with Two NVIDIA GB200 Grace™ Blackwell Superchips
  • 2x NVIDIA Grace CPUs and 4x NVIDIA Blackwell GPUs
  • 864GB Fast Memory: 480GB LPDDR5x for the CPU and 384 GB HBM3e for the GPUs
  • 2x NVIDIA CX-7 Mezzanine Network Cards for East-West Traffic
  • 2x NVIDIA BlueField-3 DPU Cards for North-West Traffic
  • 8x E1.S SSD in One Compute Tray
GS1300N_OCP24-1

Wiwynn® GS1300N AI Server


The Compact Design with NVIDIA HGX™ GPUs in Highest TDP
  • 2P AMD SP5 Processor with 8-way NVIDIA HGX™ H100/H200/B200 GPU
  • 90%+ Heat Dissipation with Direct-to-Chip Liquid Cooling
  • Blind mating CPU/GPU Sled with Rack Manifold
  • GPU Sled Upgradeability for Custom Accelerators
  • OCP Open Rack v3 Liquid-Cooling Compliant
GS1400A_OCP24-1

Wiwynn® GS1400A Server

The MGX4U Server with NVIDIA H200 NVL
  • NVIDIA ConnectX-7 NIC, NVIDIA BlueField-3 DPU & NVIDIA H200 GPU
  • 5th Gen AMD EPYC™ Processor
  • DC-SCM 2.0 with AST2700 BMC Chip
  • OCP Open Rack V3 Compliant Design
4OU_OCP

4U Liquid Cooling GPU Server

GPU Server with NVIDIA HGX™ B200
  • 4U Liquid-Cooling GPU Server with performance, scalability, and efficiency
  • NVIDIA HGX Drop-in Design for Supporting Various GPU Accelerators
  • 6th Gen Intel® Xeon® with NVIDIA MGX Formfactor Compliance
  • Module Design for Easy Maintenance
4OU_OCP

4U Liquid Cooling GPU Server

GPU Server with AMD® INSTINCT™ MI325X GPU
  • 4U Liquid-Cooling GPU Server for GenAI workloads and HPC applications
  • 8x AMD® INSTINCT™ MI325x GPUs
  • New AMD EPYC™ with NVIDIA MGX™ Form Factor Compliance
  • Optimized Design for Serviceability
SinglePhase_OCP24

Wiwynn Single-Phase Immersion Tank


Single-Phase Cooling Technology
  • ORv3 Bus Bar Power Delivery
  • Real-Time Monitoring and Management by Wiwynn UMS
  • Uniform Flow Distribution Design
  • GUI and Redfish API for DC Communication
  • Automatic Lid with Anti-Pinch Design for High Safety
  • A Test Platform for Cooling Performance Measurement
TwoPhase

Wiwynn Two-Phase Immersion Cooling Tank


Two-Phase Cooling Technology
  • Outstanding Solution for Future AI Applications
  • Optimized Server Architecture to Realize High Power Density per System & Tank
  • Cooling Energy Reduction
  • Even Fluid Temperature Distribution
  • No HVAC Requirement
  • No Dust and Noise Concerns
SIDECAR_OCP

Side Car


Single Loop CDU with RDHx
  • Maximum cabinet capacity: 10kW
  • No external ice water or condensation
  • No chiller or pipeline required, offering flexible placement
  • Optimal liquid-to-air heat exchange with RDHx
  • Ideal for water-cooled communication or server equipment, the best choice for single-cabinet heat dissipation
PUMP_OCP

Pumping Two-phase Cooling


Cutting-Edge Thermal Solution for Handling Increasing TDP
  • Cooling Capacity up to 3.3kW
  • Waterless Cooling Solution to Protect System
  • Dielectric Fluid Without corrosion or scaling concern
  • Meet Heat Flux up to 300W/cm2

Speech

 

Topic Tracks Speakers Watch on-demand
Tuesday, Oct 17

2:00pm – 2:25pm

Shaping the AI Landscape: Pioneering AI, Cooling Innovations and Influence

The Cambrian Age's rapid diversification parallels AI's profound impact on society. Wiwynn demonstrates commitment to shaping the AI landscape through diverse products and collaborations, showcasing relentless innovation and a cooling revolution for the AI-driven future.

 Executive Track
 
Raghavan Venugapol
Executive Director
Wiwynn
 
Lentis Pai
Director
Wiwynn
 Video

4:25pm – 4:40pm

Unleashing the Power of AI and Advanced Cooling: Transforming Modularity, Diversity, and Efficiency

Wiwynn leads in the AI-driven transformation, offering modular AI products for diverse applications. Our innovative cooling technology supports sustainability, reducing energy consumption and enhancing AI system efficiency. Explore our AI product diversity and the crucial role of Advanced Cooling for a sustainable future with us.

 Expo Hall Talk
 
Thomas Kao
Director
Wiwynn
 Video
Wednesday, Oct 18

1:50pm – 2:10pm

OCP ORv3 Blind Mate Liquid Cooling Component Update

This presentation offers comprehensive updates on liquid cooling components in development, including builds and testing. It will also cover design and test advancements for blind mate valves, manifolds, and IT gear, addressing challenges through design enhancements.

 Cooling Environments
 
Nick Goenner
Mechanical Engineer
Specialty Manufacturing
 
Chris SC Lee
Assistant Technical Manager
Wiwynn
 Video

4:10pm – 4:30pm

Pioneering OSF Enhancement for Debugging and Usability with Intel Xeon Platform

In this presentation, we discuss our contributions to upstream coreboot for Intel Sapphire Rapids and improvements in Cloud Firmware, tested on Intel Birch Stream. While initially designed for Intel FSP, our enhancements have broader applicability to X86 and ARM platforms, benefiting the community.

 Open System Firmware (OSF)
 
Johnny Lin
Technical Manager
Wiwynn
 Video

4:30pm – 5:00pm

DC-SCM Based Advanced Cooling Manager: Rapid leakage protection and cooling management in rack and tank level liquid cooling systems

With increasing chip performance, cooling methods have evolved to encompass liquid and immersion cooling, from L10 to rack-level solutions. This investigation focuses on enhancing efficiency, failure management, and reliability in rack-level cooling, utilizing DC-SCM and BMC.

 Hardware Management with DC-SCM
 
Tom Tu
Technical Supervisor
Wiwynn
 
Ash Liao
Architect
Wiwynn
 Video
Thursday, Oct 19

12:30pm – 12:50pm

Two phase immersion cooling study for OCP Accelerator Module (OAM)

This presentation discusses 2-phase immersion cooling's potential to boost data center IT performance. We evaluate its feasibility for cooling OCP Accelerator Modules at 1000W each, covering design, testing, and environmentally friendly liquid supply.

 Cooling Environments
 
Jiu Xu
Thermal Engineer
Meta
 
Jaylen Cheng
Assistant Technical Manager
Wiwynn
 Video

Speeches

2024_OCP_Summit_speech_1004

 

Venue


Booth #B11

San Jose Convention Center

California

* The information provided on this website is intended for general informational purposes only. While we make every effort to ensure the accuracy and timeliness of the information presented, we reserve the right to make changes to the content, materials, and information on this website at any time and without prior notice.