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he Delid-Die-Mate Intel 13th Gen is a tool for removing the heat spreader ("delidden") on Intel processors for socket LGA1700. By removing the heat spreader, the CPUs can be cooled via "direct die", for example. With the so-called "direct die", the CPU cooler is mounted directly on the processor chip. By omitting the heat spreader in the cooling circuit, a significantly optimised heat transfer from the die to the CPU cooler is possible.
Why "Delidding" & Direct Die method for Intel processors?
Delidding is the process of removing the processor's heat spreader. On unsoldered processors, delidding is typically used to replace the thermal interface material (TIM) between the CPU die and the heat spreader with high-quality thermal compound or liquid metal before the heat spreader is reinstalled. However, since the 13th generation Intel Core processors are soldered, this is not an option, as removing the indium solder would create too large a gap between the IHS and CPU dies.
Therefore, the 13th/14th Gen Intel Core CPUs are primarily delidded for possible mounting of the CPU cooler directly on the CPU dies. By omitting the heat spreader and mounting the CPU cooler directly on the dies, experience shows that temperatures can be reduced by 10-15 °C if liquid metal such as Conductonaut is used as TIM. A corresponding test with an Intel Core i9-13900K was carried out by content creator and Tech-YouTuber Roman "der8auer" Hartung, professional overclocker and engineer.
Attention: Removing the heatspreader ("delidding") of a processor is at your own risk! Heading the CPU voids the manufacturer's warranty! Damage caused by decapping the CPU is not covered by the manufacturer!
Alphacool expands its Enterprise series with the latest 1-slot water coolers for the current Nvidia GeForce RTX generation. These solutions are specifically designed for use in server enclosures and workstations, enabling efficient cooling even in densely packed systems.
By employing a thin yet extremely robust carbon plate, these coolers have been designed as 1-slot units without compromising the integrity of the copper block. Paired with rear-placed brass connectors, multiple coolers can be easily stacked on top of each other or side by side within a server case. This thoughtful design saves space, simplifies tubing, and allows for seamless integration into the water circuit.
All water-bearing parts are made from high-quality copper, which offers nearly twice the thermal conductivity of aluminum. Additionally, the copper is chrome-plated rather than nickel-plated, providing extra protection for the cooler. Chrome plating is more resistant to acids, scratches, and other damage, effectively preventing the chipping of coatings.
The GPU water cooler has undergone a complete technical overhaul. To optimize cooling performance, the spacing between the cooler and the components on the PCB was redefined and tested. The water flow was simulated using state-of-the-art software and validated through practical trials. These extensive tests led to improvements in the cooler base and nozzle, ensuring the best possible cooling performance for the new Nvidia GeForce RTX generation.
Compatibility:
- Inno3D GeForce RTX™ 5090 iChill Frostbite (C50903-32D7X-1759FB)
- Inno3D GeForce RTX™ 5090 iChill X3 (C50903-32D7X-175967H)
- Inno3D GeForce RTX™ 5090 X3 (N50903-32D7-17593928)
- Inno3D GeForce RTX™ 5090 X3 OC (N50903-32D7X-17593928)
- MSI GeForce RTX™ 5090 32G VENTUS 3X OC (MS-V530 VER:1.1)
| Technical data cooler | |
| Dimensions total (L x W x H) | 224,29 x 119,32 x 21,34mm |
| Material cooler | chrome-plated copper |
| Material cooler top | Acrylic |
| Material terminal | Acetal |
| Material Connection thread | Brass |
| Max working temperature | 60°C |
| Pressure tested | 0,8 bar |
| Threads | 4 x G1/4" |
| Thickness cooler bottom | 3,25mm |
| Thickness cooling fins | 0,4mm |
| Distance cooling fins | 0,4mm |
| Illumination | digital aRGB LEDs |
| Power connector digital aRGB LEDs | 3-Pin JST |
| Power digital aRGB LEDs | 5V |
| Number of digital aRGB LEDs | 9 |
| Color | transparent |
| Technical data backplate | |
| Dimensions (L x W x H) | 224,29 x 119,32 x 3mm |
| Thick backplate without spacers | 1mm |
| Material | Aluminium |
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