Vapor Chamber vs. Liquid Cooling: A Comparative Guide
When it comes to high-performance electronics—whether in gaming PCs, data centers, or electric vehicles—efficient heat management is non-negotiable. Excessive heat doesn’t just make your system noisy or uncomfortable to use; it directly affects performance, stability, and the lifespan of your components. The challenge for engineers and PC builders alike is choosing a cooling solution that […]
What Is TDP? A Basic Definition
Imagine spending hours picking a CPU only to see it throttle under load. You chose a cooler that looked strong on paper, but it couldn’t handle the heat. Games stutter, fans roar, and performance halts. TDP is the secret spec that tells you how much heat a chip produces. It helps you pick the right […]
What Are Heat Pipes Filled With?
Introduction You open your laptop after a long day and feel it sizzle. You wonder what keeps that CPU cool—and what secret liquid pulses through tiny pipes inside. Imagine if that fluid fails. You’d face crashes, lost work, even hardware damage. We’ll show you how heat pipes stop that from happening. Heat pipes contain a […]
Types of Cold Plates Used In The New Energy Sector
New energy systems face a big problem: they generate intense heat during operation. Batteries, inverters, and fuel cells can overheat under heavy loads, risking damage and safety. Imagine a battery pack that slows down or trips alarms when it heats up. Cold plates offer a modern way to keep components cool and stable. A liquid […]
What is Extrusion Heat Sink? A Comprehensive Guide
Imagine your cutting-edge EV battery or data center server grinding to a halt from relentless overheating—components failing, efficiency plummeting, and costly downtime mounting. This thermal nightmare plagues high-power industries, intensifying as devices shrink and demands soar. Enter extrusion heat sink: the sleek, efficient saviors that whisk away excess heat, ensuring peak performance and longevity. An […]
Three key parameters for designing AI liquid cooled plates
After determining parameters such as material, coolant, thermal resistance, and flow distribution, the design of an AI liquid cooled plate is far from complete. To ensure the stable, efficient, and long-term operation of the cold plate in practical systems, it is necessary to focus on solving the following three key technical issues: 1) Flow resistance […]
Deep Dive into NVIDIA GB200 Liquid Cooling Plate Design
Performance Metric Target Value / Condition Total Chip Power 2700W for the GB200 (1x Grace CPU + 2x B200 GPUs) Heat Flux Density Exceeding 50W/cm², reaching 150W/cm² in some spots Temperature Rise Limit (Tc) Under 40°C for the chip, and under 30°C for the GPU Required Thermal Resistance Extremely low, less than 0.03°C/W Required Flow […]
Salt Spray Reliability Test of Liquid Cooling Plates Based on IEC 60068-2-52 Standard
Key Takeaway Table Aspect Details Testing Standard IEC 60068-2-52 Material High-strength aluminum alloys (6063 or 1060) Coating RAL 9006 gray-white electrical insulation powder Testing Cycle 28 days Key Evaluations Insulation resistance, airtightness, structural integrity Liquid Cooling Plates (LCPs) help keep electronic devices cool, especially in powerful machines. Our LCPs are built to work well even […]
The Ultimate Guide to Heat Sinks: Everything You Need to Know
Heat sinks are like superheroes for your electronics, keeping your phone, computer, or even electric car battery cool and safe. They move heat away from delicate parts so your devices don’t overheat, slow down, or break. Without them, your gadgets could get too hot to handle! In this guide, we’ll explore what heat sinks are, […]