Multi-media strict certification! TIF100C Immersion Heat Sink, building a long-lasting barrier for AI GPU liquid cooling

The AI large models are advancing at a breakneck pace, and the power consumption of GPUs has exceeded one kilowatt. Traditional air cooling has long reached its limit - the stronger the computing power, the more critical the issue of heat dissipation becomes.

Today, we will thoroughly explain cold plate liquid cooling and immersion liquid cooling, and present Ziitek's exclusive heat dissipation solution for immersion liquid cooling, ensuring stable GPU operation, maximizing computing power, and significantly reducing energy consumption.
 

I. First, understand: Cold plate liquid cooling vs. Immersion liquid cooling, they are completely different things
 

1. Cold plate liquid cooling (indirect cooling? Mainstream progressive)
Principle: The cold plate is closely attached to the GPU/CPU, and the cooling liquid circulates in a closed channel, only cooling the core chips.
Characteristics: Minimal modification, strong compatibility, easy deployment, preferred for existing data centers.
Limitations: Memory, power supply, etc. still rely on air cooling, prone to local hotspots, and has limited upper limit in high-density scenarios.
2. Immersion liquid cooling (direct cooling? High density)
Principle: The entire machine is immersed in insulating cooling liquid, achieving full and seamless heat exchange, with a cooling efficiency 20-30 times that of air cooling.
Characteristics: Fanless, low noise, stable temperature control, PUE can be as low as 1.05, suitable for high-density clusters over 100kW cabinets.

Key pain point: The compatibility of the cooling liquid directly determines the lifespan, stability, and cooling efficiency of the thermal pad.

II. The Achilles' Heel of Immersion Cooling: Thermal Pads Fail in Liquids, Rendering Everything Useless
 

In an immersion environment, thermal pads that are constantly submerged in media such as PAO and fluorinated liquids will experience:
Swelling, cracking, and powder shedding
A sharp decline in thermal conductivity
Interface failure, GPU overheating and frequency reduction
Soaring operation and maintenance costs and a sharp increase in failure rates
This is why immersion cooling requires dedicated and compatible thermal materials.
 

III. ZIITEK TIF100C Immersion Heat Sink, Immersion Liquid Cooling Solution: Stable, Powerful, Durable
 

Core Breakthrough: Highly compatible with the entire series of thermal pads
Deeply adapted to mainstream immersion media such as PAO4, various immersion oils, and fluorinated liquids
Does not swell or deteriorate after long-term immersion, with stable performance
Has been verified in immersion scenarios by multiple customers and is compatible with the TIF100C and other series of heat sinks.
Product Features:
Excellent thermal conductivity
Self-adhesive without the need for additional surface adhesives
High compressibility, soft and elastic
Available in multiple thicknesses
Good chemical stability
Three core advantages directly addressing the pain points of AI servers
All-round heat dissipation without dead spots
Covers all heat sources such as GPU/HBM/power supply, eliminates local hotspots, and keeps the temperature difference of the entire machine within ±2℃, ensuring continuous full-frame computing power
Long-term stability without failure
High insulation, resistant to high and low temperatures, low compression and long-term deformation, maintains a reliable interface even after long-term immersion, reducing downtime and maintenance
Visible cost reduction and efficiency improvement
Reduces PUE, lowers air conditioning energy consumption, extends hardware lifespan, saves space and electricity costs for high-density clusters

IV. One-sentence summary: How should you cool your GPU?

For data center renovations and seeking reliability → cold plate liquid cooling
For high-density AI training, supercomputing, and high energy efficiency → immersion liquid cooling
For stable, long-lasting, and high-efficiency immersion scenarios → ZIITEK TIF100C series immersion heat dissipation sheets
Unbounded computing power, controllable cooling solutions. Use the right liquid cooling solution + compatible materials to keep your GPU cool, maintain computing power, and control costs.