Team Group shows off its Cardea Liquid II SSD, with an all-in-one (AIO) liquid cooling system
Last week As part of the announcement of their next generation of RAM memories and SSDs, Team Group demonstrated their Cardea Liquid II SSD, which is cooled by an all-in-one liquid cooling system, known as AIO for its acronym in English.
One of the most intriguing products that Team Group demonstrated is their Cardea Liquid II SSD, which is cooled by an all-in-one liquid cooling system, better known as AIO for its acronym in English. A copper liquid cooling block rests directly on the controller and upper chips of the SSD, according to the company's explanation. A thin and silent pump is mounted on this copper liquid cooling block, and it is responsible for transporting the liquid to the SSD's 120mm radiator. Due to the fact that we are in the year 2021, both the liquid reservoir and the radiator fan feature ARGB lighting to ensure that they are in sync with the rest of the PC.
It is noteworthy that the firm did not provide any information on the performance of this SSD, despite the fact that it stated that it is still in the development stage. This leads to the conclusion that it could be a PCI-E 5.0 SSD, which would generate significantly more heat due to its fast transfer speeds of up to 14000 MB/s and, as a result, would necessitate the use of a cooling system of this sort, despite the fact that its method of connection is different. It has not been confirmed by the corporation as of yet, so this is purely conjecture.
Because it is still in the development stage, the firm did not provide pricing or availability information. However, the company promised to provide more information in the next months, so we could see an official announcement at the end of the year or the beginning of 2022. What If we can predict anything, it will not be a cheap SSD, so if you are interested in purchasing one, make sure you have enough money in your pocket.
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Senior Member
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And we should not forget only the controller needs to be cool. The NVME is relying on reasonable heat to be able to store fast the data and retrieve them. (due to the freely unrestricted movement of electrons)
Anyone cooling by a lot their NVME just reduces the lifespan and integrity of their data.
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And we should not forget only the controller needs to be cool. The NVME is relying on reasonable heat to be able to store fast the data and retrieve them. (due to the freely unrestricted movement of electrons)
Anyone cooling by a lot their NVME just reduces the lifespan and integrity of their data.
Not quite; as for all electronics there is an upper limit for the NAND temp too, and so I guess that in PCIe 5.0 it is surpassed...
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If it is over 75C with just a simple heatsink or a motherboard front plate constantly then you are OK. Trying to force the temps to go low is not good for NAND.
We shouldn't forget that the temps around 85C allow for way faster writing of the data, but has low retention span. Compared to lower temps (sub 55C) which the retention span is higher, but the write speed is reduces significantly.
A 120mm cooler is enough to cool a GPU consuming 180W. A tiny NAND will keep it bellow optimal temps which is around 50-60C.
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You aren't following me, I talk only about surpassing the NAND max temp!
I know of the optimal temp range, which isn't the point here...
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Poor little M3 screw, having to hold all that in place.