The second dimension to the testing comes down to the hardware make-up of the machine itself and after my initial report, I was approached by Steve Burke of Gamers Nexus to see about finding a machine for him to test. Meanwhile, some users erroneously believe the boost clock to be similar to a PC implementation, which does adjust frequencies according to temperatures - so why not put it to the test and put the whole matter to bed once and for all? With that said, it occurred to me that PlayStation 5 does have a boost clock and while its implementation as described by Sony should ensure consistent results from one machine to the next, this has never been comprehensively tested. In theory, this testing should be entirely superfluous - because the whole point of a console is that all machines should run in exactly the same way. Getting meaningful numbers is a case of isolating repeatable situations in a range of games where we can either unlock frame-rate, or bring about sustained drops beneath 60 frames per second. This turned out to be somewhat more challenging than you might imagine because fundamentally, one of the biggest successes of the new wave of consoles is that game performance is generally excellent. To assess the PlayStation 5 from all dimensions, I spent some time devising a series of performance tests for the console, comparing the new CFI-1100 model to a launch machine. Crucially, if the cooling assembly has been the subject of a cost-reduction strategy, does the machine run hotter, and if it does, to what extent does that actually matter? However, questions remain about the decisions made in how Sony has delivered this new rendition of the PlayStation 5 and ultimately, if there really is any genuine difference between them, particularly in terms of longer-term implications. I've already shared early impressions about the machine, finding that in all practical terms, there is no meaningful difference between PS5s old and new. “PlayStation” is a registered trademark or trademark of Sony Interactive Entertainment Inc.There's a new PlayStation 5 model on the market - a CFI-1100 series unit that replaces the launch model CFI-1000. Please take into account that you need the PlayStation®5 system software update from to enable expansion with an M.2 SSD. Please note that only the be quiet! MC1 SSD cooler is recommended for use in a PlayStation®5 the MC1 Pro with an additional built-in heat sink has a higher cooling capacity, but is taller than the dimensions specified by Sony. be quiet! has prepared a handy video tutorial on how to install an M.2 SSD in the console. The PlayStation®5 supports 22mm PCIe Gen4 x4 M.2 NVMe SSDs with a capacity between 250 GB and 4 TB. The result is much lower and safer SSD temperatures, which translates into trouble-free gaming sessions and an increased lifespan of the drive. It is also one of the only M.2 SSD coolers on the market compact enough to perfectly fit inside the expansion slot of the PlayStation®5 and able to cool double-sided SSDs, protecting the memory modules on both sides of the PCB from overheating. be quiet! offers gamers the ideal solution with its MC1 cooler, which is compatible with any single-sided or double-sided 2280 M.2 SSD that does not feature a built-in heatsink. These drives can run very hot, which could cause SSD throttling, prompting Sony to recommend only using M.2 SSDs with a heatsink. Glinde, September 15, 2021 - be quiet!, the German manufacturer for premium PC components, is proud to announce that its MC1 M.2 SSD cooler is a perfect match for the brand-new PlayStation®5 SSD expansion capabilities.įor those running out of storage space on the built-in solid-state drive of the PlayStation®5, Sony has recently released a firmware update that unlocks the M.2 SSD expansion slot, allowing users to add an additional solid-state drive to the console. Be quiet! MC1: Perfect Match for PlayStation®5 Keep your SSD cool for trouble-free gaming sessions
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