![]() But I think we can still have logical surmise base on what we know. You are right that I don't know the details which Apple never disclose. It's your freedom to think that way and express it accordingly. Even Apple hide many technical stuff, but this kind of basic stuff for non SLC solid state storage should be still true. And when the NVMe is nearly full, the only avail free space for GC to work effectively should be coming from overprovisioning. In commerce they will shortly provide unprecedented means for communicating continuously over the world, handling sufficient volumes of information to meet. That algorithm may be very different than other SSD, but so far, no evidence to show that TRIM itself on M1 has any difference than on other system.Īnd for GC to work properly,free space is required. Their own controller may be more aggressive to use TRIM, or the other way around. An SSD utility that optimizes and speeds up Crucial SSDs.You can update firmware, format drives, wipe data, enable Momentum Cache, view SMART information. Therefore, it's reasonable to expect it use the same logic to free up empty cells like normal TRIM does) to keep the write in performance. ![]() Which means, they need TRIM (in fact, MacOS also call it TRIM on M1 Mac. Which means the write in process should be no different than any other NVMe. ![]() It’s known that even the M1 is using normal NVMe (the raw storage part). This logic should hold true regardless where the storage controller and cache is. ago same thing here, and impossible to flash from iso too, from a mx500 on M3CR032. Via the Over Provisioning tab you can allocate a percentage of the drive (an small amount is pre-allocated but you can increase it significantly from here) to improve system performance and endurance (unfortunately since the flex capacity option is not supported on the MX500 we can’t really comment on it).Click to expand.Ok, I got that part, but TRIM should be just TRIM, a function to tell GC which cell can be cleared. ago There are 2 different Serial numbers, you need to run a different update for the second drive. ![]() Since RAM is faster that should improve performance but since the amount of RAM used is not large (unless you have 128GB or more installed in your system) you’re practically getting a small but rather short-lived boost. ![]() Momentum cache uses a small amount of system memory (RAM) to store data prior to moving them to the SSD’s flash memory. If you need to securely delete everything on the drive the sanitize drive tab offers that option with ease. The status of the drive can be checked from both the health (easier and faster) and SMART tabs (more detailed). You can also perform an online firmware search for the drive but to date Crucial hasn’t released an update for the MX500. The very first screen shows the available physical (obviously just in case you wish to use their momentum cache technology) and virtual system memory and the drive’s serial number, installed firmware version, used capacity and temperature (unfortunately just like in a past review the software crashed under Windows 10 Pro so this time over in order to feature it in our review we had to boot the system using a Windows 7 Ultimate installation). If you need more control over your MX500 you can always download Crucial’s Storage Executive software from their website. ![]()
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