PNY XLR8 SSD Cover with Integrated Heatsink

Part No : M22110PSVHS-XR-RB

Red Dot: Product Design 2022 Awarded
Designed to fit PS5™ with integration of PS5 SSD cover & heatsink
Greatly improves cooling efficiency
Included a spare screw and thermal pad
Compare to no heatsink, cools downs the SSD over 40%*
Recommended SSD: XLR8 CS3140 Gen 4x4

Capacity

WHERE TO BUY

XLR8 SSD Cover with Integrated Heatsink

is designed to fit PS5™ and improve the thermal performance of the SSD mounted in the expanded storage slot. The integrated cover and heatsink were meticulously crafted to replace the standard cover and allows your SSD upgrade to dissipate the heat of the battle and maximize the thermal performance of your NVMe SSD upgrade. Enjoy lightning fast game launches and incredible game performance even during the most intense gaming sessions. Wait less, play more.

Extreme cooling performance

Greatly improves cooling efficiency
5-Year Warranty

Extended protection and peace of mind

Made for PS5 SSD Slot

Design to integrate PS5^* SSD cover & heatsink

* the PS5 is refer to the standard version.
Greatly improves cooling efficiency

Combined PS5™ original negative pressure cooling design cover with
aluminum heatsink which provides extreme cooling performance.
User Friendly, Easy to use.

After lock and secure your M.2 SSD, place PNY SSD cover and lock it with M3 screw, see detail steps in below video.
Recommended SSD: XLR8 CS3140

Read speed up to 7500MB/s, available in 1TB & 2TB

Specification

Package Dimensions (L×W×H)

170 x 77 x 24mm
Product Dimensions (L×W×H)

126 x 33.2 x 13.4 mm (Heatsink)
96 x 22 x 1mm (Thermal pad)
Weight

72.6 g (Heatsink)
5.2 g (Thermal pad)
Certifications

REACH, RoHS
Compatibility

Single/ double sided M.2 SSD (size: 22110, 2280, 2260, 2242, 2230)
Game Console: PS5 (Standard Edition)
*Not applicable to PS5 Slim version
Included in Box

Spare screws x1 pc & Thermal pad x 1 pc (1.5W/mk)
Warranty

5-year Limited Warranty
Note

* Cooling efficiency Based on PNY internal testing on PNY CS3140, performance may be lower depending on the host devices and user’s settings and configurations