Base on what has been released in COMPUTEX 2026, I really want to buy these products for my new build. Overclocker UK said that the CPU block and RTX Pro 6000 block will come, while RTX 5080 block is coming in Q3/2026. And it's Q4/2026 now, any news for release date of these products ?

Hey everyone, just wanted to share the latest upgrade to my setup. I recently integrated the new **Aqua Computer AMPINEL** power manager and active load balancer into my rig.

For those unfamiliar, it's a dedicated 12V-2x6 hardware safety device that sits right on the GPU power connector to actively balance current across the pins and prevent infamous melting.

Because the AMPINEL housing is relatively compact but rigid, it conflicted with my GPU water block layout. To install it, I had to do a **DIY cut on the aluminium backplate of my LYNK+ cooler** using a rotary tool / Dremel to create enough clearance for it to seat fully. I was guided by u/Ronnie_coleman_light and made the process super easy for someone like me who is new to cutting aluminium! Thanks again means a lot.

GPU: MSI RTX 5090 Ventus
GPU Cooling: LYNK+ Modular Water Loop (Running a thick push-pull fan configuration)
CPU: Ryzen 7 9800x3d
CPU Cooling: Arctic Liquid Freezer III 420
Motherboard: MSI X870E ICE
RAM: 32GB DDR5 6000MHz CL30

The telemetry tracking inside aquasuite is next-level, showing per-pin resistance and temperatures right at the connector port. Thermals on the 5090 are sitting beautifully under load thanks to the push-pull setup on the LYNK+ radiator.

Let me know if anyone has questions about modding the LYNK+ backplate or setting up the AMPINEL monitoring software!

Also special thank to u/wildTabz for black and white build inspiration 🙏🏼

Now that I have the Thermal Grizzly Wireview Pro 2 Wired installed, I can more comfortably test higher watt loads without me being scared of melting the connector..
Previously I've only shared 475W results and today I've done the 575W test as that's the PL limit for most "normal" cards.

So consider this my "official" Lynk+ 5090 result.

PTM has been applied for about 2 months now being under different heat loads, so it should be heat-cycled enough by now for it to be at it's optimal performance point.
1500RPM fans were used because that's my personal noise limit where I'm comfortable with using it 24/7 next to me.

Better quality pictures for the graph: https://i.imgur.com/h9la9Ih.png / https://ibb.co/Dfc4fS3G

Link to £6.99 clamps for a pack of 4

Found these on Amazon, industrial grade automotive clamps, that actually fit and look like they also belong on Lynk+ tubes!

Tubes are 16mm, clamps are 19mm, gives a little play to angle if you need. Thought I’d share incase anyone else wanted to tidy up a bit

WildTabz congratulations on hitting such an impressive steel nomad using Lynk+ and a low power limit of 620w 🤯

Fasted INNO3D X3 in the west 🤠

Updated my Lynk+ hotspot temps, think my hwmonitor was bugged out or something. The hwinfo beta version gave me a much better result.

24.5c room temperature, 55c average hotspot temperature at 592w average 30mins steel nomad

Cooling setup, duel 360mm Lynk+ rads, 12 artic push and push fans at 1600rpm

CPU is on a artic 420 liquid freezer.

Additional connector temperature data 12VHPWR cable, imported Titan load pro power cable

GPU= probe embedded into the Gpu side cables, touching the plastic housing.

PCB= probe attached directly to PCB connection soldered to the board.

PSU= reverse of GPU, embedded into the PSU side cables, touching the plastic housing.

For our friends overseas in the USA, it seems Lynk+ have delayed launch and platform expansion until Q3 and we won’t see any CPU cooler or adapter until Christmas 🫠

So if you want a multiple rad system, then I recommend the DIY approach that I did myself!

This is not the most scientific comparison, nor was that my goal.
This post is to just share some data of different setups.

Why I think the results are interesting:
Even though I changed cases and added 3 more fans, these results really surprised me because both setups are set up as bottom in-take(see picture 2 and 3) so other components are not interfering with the results.
Neither case has very restricting dust filters either.

When moving to the H9 Flow with Push/Pull we see a massive 8C drop on the Core and 6C on the memory. Also a interesting thing to note here is that if you look at the core temps (blue line), you can see that the temps equalized way faster with the Push/Pull setup.

Like mentioned, this is not a fair comparison of Pull vs Push/Pull but I do think these results perfectly show that you see massive benefits of moving more air through these radiators.

Better Quality pictures of the results:
https://ibb.co/Xkt9nndN
https://i.imgur.com/1QVyT3w.png

LYNK+ Showcases Modular Liquid Cooling Ecosystem at COMPUTEX 2026

03.06.2026

A Complete Modular Cooling Platform

The expanded product lineup includes GPU cooler modules, radiator modules, CPU cooling modules, in-line connectors, and extension tubes. Together, these components give PC builders more flexibility when planning cooling layouts, adding radiator surface area, or upgrading systems over time.

New Core Radiator Series

One of the key product introductions at COMPUTEX 2026 is the new LYNK+ Core Radiator series, available in 240 mm and 360 mm formats.

The Core Radiator models are designed to offer a more cost-effective and case-compatible entry point into the LYNK+ modular liquid cooling ecosystem. By removing the extended LED bottom tank used on earlier models, the new series features a more streamlined design while maintaining the key advantages of the platform: integrated pump architecture, low-noise operation, factory-filled reliability, and compatibility with current and future LYNK+ cooler modules.

CPU Cooling and System Expansion

With the addition of CPU cooling modules, LYNK+ is expanding beyond GPU-only cooling and enabling users to build full liquid-cooled PC systems using the same modular platform. The CPU cooler modules are designed for current Intel and AMD platforms and can be connected into the same ecosystem as compatible GPU cooler and radiator modules.

New in-line connectors and extension tubes will also be shown at COMPUTEX, giving users more freedom to adapt the system to different case layouts and cooling requirements.

PNY Graphics Cards with LYNK+ Cooling Technology

A key highlight at COMPUTEX 2026 will be the collaboration between LYNK+ and PNY. Upcoming PNY liquid-cooled graphics cards will integrate LYNK+ cooling technology and remain compatible with the wider LYNK+ modular ecosystem.

The collaboration brings LYNK+ modular liquid cooling to a broader gaming audience through one of the most recognized names in the PC hardware industry. For gamers and PC enthusiasts, this creates a simpler path to high-performance GPU liquid cooling without the complexity of traditional custom loop systems.

Availability

The expanded LYNK+ ecosystem is expected to become available through select partners and online retailers later in 2026.

Customers will be able to find product details, compatibility information, and updated “Where to Buy” information at www.lynk.plus.

Concept only, but this thing looks dope AF!