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Comparison Apacer AS2280P4U AP1TBAS2280P4U-1 1 TB vs Apacer AS2280P4U Pro AP1TBAS2280P4UPRO-1 1 TB

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Apacer AS2280P4U AP1TBAS2280P4U-1 1 TB
Apacer AS2280P4U Pro AP1TBAS2280P4UPRO-1 1 TB
Apacer AS2280P4U AP1TBAS2280P4U-1 1 TBApacer AS2280P4U Pro AP1TBAS2280P4UPRO-1 1 TB
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Placementinternalinternal
Size1000 GB1000 GB
Form factorM.2M.2
M.2 interfacePCI-E 3.0 4xPCI-E 3.0 4x
Technical specs
Memory type3D TLC NAND3D TLC NAND
NVMe
Write speed3000 MB/s3000 MB/s
Read speed3500 MB/s3500 MB/s
Shockproof1500 G1500 G
MTBF1.8 m h1.8 m h
Write IOPS670 K670 K
Read IOPS670 K670 K
TBW760 TB760 TB
DWPD0.4 times/day0.4 times/day
Manufacturer's warranty5 years5 years
General
TRIM
M.2 coolinggraphene heatsink
Size22x80 mm22x80 mm
Added to E-Catalogdecember 2021december 2021

M.2 cooling

The presence of a cooling radiator in the design of the M.2 form factor drive.

The heatsink is usually a metal plate attached to the drive board. It improves heat dissipation, which is especially important under high loads associated with handling large amounts of information. M.2 drives with a heatsink are intended mainly for high-performance systems, in particular gaming ones.

There is also a special type of thin and light graphene radiators. They are glued to the surface of the M.2 SSD, covering the key areas (controller and memory chips) that generate the most heat. This allows heat to be distributed more evenly and its accumulation to be minimized.

We also note that M.2 radiators are found as equipment on motherboards. So if the drive itself does not have this function, you can choose a “motherboard” with a radiator for it.
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