Friday, August 5th 2022

EK Rolls Out New Delta² TEC for LGA 1700 and Intel 12th Gen Core CPUs

EK, the leading computer cooling solutions provider, releases the latest generation of its TEC solution - the EK-Quantum Delta² TEC - a CPU water block for extreme cooling. In collaboration with Intel, EK has developed a next-generation water block for enthusiasts seeking consistent peak performance and ultimate overclocking of the unlocked 12th Gen Intel Core desktop processors.

This water block is based on Peltier (ThermoElectricCooler) technology and can transport heat using the Peltier effect. Inside the TEC plate, the Peltier effect produces a temperature difference between the two sides by flowing a current through it. This means the cold plate, which is in contact with the CPU, can be lowered to sub-ambient temperatures while the liquid cooling loop cools the hot side of the TEC.
The EK-Quantum Delta² TEC brings further improvements to the original EK-Quantum Delta TEC design. Instead of the one original TEC plate, the new generation has four TEC plates. These are soldered to the bottom of the water block that goes over the CPU, improving the contact and cooling the block and eventually the CPU. Another improvement is that TEC plates are no longer made of aluminium Oxide but aluminium Nitride (AlN). aluminium Nitride (AlN) ceramic plates are cutting-edge thermoelectric plates that significantly improve power efficiency, especially at higher power levels.

The water block features the signature Quantum design, also seen on Velocity² products, along with the controller unit. The controller is now a separate element, intended to be mounted on a nearby 120 mm fan mounting inside the case. As such, it no longer impairs the visual appearance of the water block, which was the case with previous generations of EK TEC products. The control unit can now connect and control the pump and fans of the loop used to cool the TEC plate, making it even more user-friendly.

And this is not where improvements stop. Further updates were made to the insulation that prevents condensation, now with a dense high precision-made rubber frame instead of foam. The water block uses built-in mounting screws already equipped with retention springs. It also has two additional thermal sensors - one on the hot and one on the cold side of the Peltier element - for precise monitoring and control of the TEC plates.

It is exclusively powered by Intel Cryo Cooling Technology, a unique combination of hardware, software, and firmware designed to help unleash extraordinary performance for gamers and those hunting for the highest boost frequencies.

This unique cooler is made for maximum performance and frequencies during heavy loads on a single core or lighter loads across more cores. It is not intended for torture and stress test software that applies heavy synthetic load across all cores, like Prime95.

The EK-Quantum Delta² TEC is built using a purpose-designed large-surface flow-through cooling engine with the Intel Cryo Cooling Technology, bridging aesthetic uniformity and near-silent operation with technological advancements in thermal solutions. The cooler presents an exceptional application of CPU cooling with sub-ambient temperatures by utilizing the Thermoelectric Cooler (TEC) plate while continuously monitoring and adjusting temperatures dynamically, achieving an ideal operating environment for sustained gaming performance.

Liquid coolers are unable to reach temperatures below ambient (room) temperature, while EK-Quantum Delta² TEC uses cutting-edge technology - actively cooling the CPU to sub-ambient temperatures while extracting and dissipating the heat generated from the TEC plate through the traditional liquid cooling loop.

The EK-Quantum Delta² TEC utilizes an innovative two-pronged approach to mitigate condensation, a byproduct that has plagued previous attempts of sub-ambient cooling. The cooler features a compact integrated insulation rubber shroud that isolates all exposed cold surfaces from the environmental conditions inside the PC, while Intel Cryo Cooling Technology continuously monitors the TEC and ambient temperature to adapt itself to those conditions and prevent condensation generated by the cooling process. An additional sensor is located inside the control unit to monitor the humidity inside the chassis and avoid the dew point.

Availability and Pricing
The EK-Quantum Delta² TEC is available for pre-order through the EK Online Store (Editor's note: It costs $540 in the USA). This product is estimated to ship out in mid-August 2022.
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56 Comments on EK Rolls Out New Delta² TEC for LGA 1700 and Intel 12th Gen Core CPUs

#1
Bloax
"Looking for MAXIMUM PERFORMANCE AND FREQUENCIES"

yeah bucko, I've got a system with pre-overclocked RAM to sell you, and it would cost you much less than a 540 USD markup plus a spare waterloop
as high CPU frequencies are worthless if the memory isn't fast enough to meaningfully feed it data in time
and hey, with so much spare performance from the properly-running RAM - you might even afford to run the CPU at reasonable settings, instead of as a 300W furnace!


But something tells me most of the people buying this sort of shiny trinket, will not be running a very good RAM overclock.
Oh well. Good RAM performance is bad for maximum CPU frequency anyway, makes 'em work too hard to achieve all those empty (but shiny, and BIG) clock cycles.
Posted on Reply
#2
ir_cow
I want to try it out. EKWB hook me up!
Posted on Reply
#3
ThrashZone
Hi,
What a deal 540.us plus the loop it's self I'll ask santa :cool:
Posted on Reply
#4
ir_cow
This unique cooler is made for maximum performance and frequencies during heavy loads on a single core or lighter loads across more cores. It is not intended for torture and stress test software that applies heavy synthetic load across all cores, like Prime95.
Never mind. I wanted to blast the CPU to the moon. Instead maybe push a single core to 5.5?
Posted on Reply
#5
zo0lykas
EKWB your price tag is fcking ridiculous, i cant wait when you burn to the ground..

back in days water block was 70-80 quid, back plate 15-20 quid, look at price you have now... ?

greed have limits...
Posted on Reply
#6
80251
Could this be adapted for use on GPU's?
Posted on Reply
#7
Unregistered
Cool. I've always wanted to try TEC cooling but never wanted to to have to insulate the board, etc. Might have to look into this down the road.
#8
DeathtoGnomes
TEC has very poor efficiency.
VSGIt is not intended for torture and stress test software that applies heavy synthetic load across all cores, like Prime95.
LOL :pimp::shadedshu:
Posted on Reply
#9
Assimilator
TEC is worthless for cooling CPUs. Why is EK spending R&D on gimmicks like this, and gold waterblocks? Has their management lost its collective minds?
Posted on Reply
#10
Dinnercore
Ok so now, besides the 800W GPU and the 400W CPU we add a cooler drawing 600W too. Suddenly my 1600W PSU is looking at me funny. That 2000W 8Pack power supply will be in high demand as the only option on the market for high end PCs :roll:
Posted on Reply
#11
RandomWan
Every test I've seen of TEC in recent memory has failed at maintaining low temps under heavy load due to it requiring more energy than the heat it is dissipating; your thermal load more than doubles. It was a fun trick 20 years ago when CPUs ran on a fraction of the power they do now, but I haven't seen anything that makes it seem viable as an effective option for anything other than squeezing a few more points out of benchmarks. Intel tech manages the TEC and only uses it in fits and spurts to keep you below a throttling threshold instead of just running more blindly. In the end you're still relying on the cooling loop to do the work and the benefits won't be perceived by the end user outside of data points.

CoolerMaster has already made use of this tech in their ML360 AIO.

oc.jagatreview.com/2021/02/review-cooler-master-ml360-sub-zero-overclocking-core-i9-10900k-6-ghz/2/
Posted on Reply
#12
80251
DinnercoreOk so now, besides the 800W GPU and the 400W CPU we add a cooler drawing 600W too. Suddenly my 1600W PSU is looking at me funny. That 2000W 8Pack power supply will be in high demand as the only option on the market for high end PCs :roll:
TEC's draw 600W!!!!! I suppose it makes sense since it's cooling a 300W CPU. Talk about a space heater. During the winter it wouldn't be so bad, but during the summer you would need a separate A/C system just to take care of the heat load generated by your computer.
Posted on Reply
#14
zlobby
When will they launch parts for intel's new GPU? Oh, wait! :D
Posted on Reply
#15
Camm
Draw a tonne of power for a product that advises that it

"Delta TEC is not designed for ALL CORE MAX frequency under heavy load, but it's intended for a lighter load like gaming and ONE CORE MAX boost. The TEC is not suitable for benchmarking with software like Prime95 which heavily loads all cores on the CPU.

What a worthless product.
Posted on Reply
#18
Mussels
Freshwater Moderator
Not more TEC hardware


It's useless for almost everyone, since extreme overclockers use LN2 anyway
Posted on Reply
#19
maxfly
EK and their half wit money grabs. It's amazing the absolute lack of respect they show their customers (victims?).

Like thesmokingman alluded to, get a chiller. Don't piss your money away on this sham. There are very few ways to use TECs effectively and this ain't one of em lol.
Posted on Reply
#20
Tom Yum
Back in the day (early 00's) I used a TEC-powered chiller in my water cooling loop to get the coolant closer to ambient, mainly because PC radiators were few and far between back then and the one I had was pretty average. Even then I gave up after a while because it wasn't worth the power consumption, and that was when 150W power draw was up there. These days they are utterly pointless.
Posted on Reply
#21
sector-z
DinnercoreOk so now, besides the 800W GPU and the 400W CPU we add a cooler drawing 600W too. Suddenly my 1600W PSU is looking at me funny. That 2000W 8Pack power supply will be in high demand as the only option on the market for high end PCs :roll:
EVGA, Silverstone, FSP and maybe others have 2000W or 2050W unit
Posted on Reply
#22
Berfs1
Yeah I'm not paying 540$ for a CPU block.
Posted on Reply
#23
AnarchoPrimitiv
Wow, Intel has managed to think of a way to have their already inefficient CPUs use even more power with an equally inefficient peltier cooler
Posted on Reply
#24
HenrySomeone
AnarchoPrimitivWow, Intel has managed to think of a way to have their already inefficient CPUs use even more power with an equally inefficient peltier cooler
Don't pin some eastern European company's cash grab stunts on Intel!
Posted on Reply
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