

But the fact that it may erase them does not also mean that it necessarily always will, as a lot of SSDs use the kind of garbage collection that typically doesn't erase any pages until it becomes a necessity to do so, i.e., until a loss in performance would otherwise start to occur. The TRIM command does not erase the pages in NAND, as instead it only marks them as invalid so that, when the garbage collection kicks in, the garbage collection algorithm will know that it may erase them.

On a typical consumer SSD, what you ask is simply not possible to achieve, due to how TRIM works (and because every SSD uses over-provisioning and wear-leveling). Hard Drives: 1-970 Evo Plus M.2 500gb/ 850 Pro 256gb/ 2-860 Pro 250gb/ Samsung 850 Pro 256gb/ several Western digital 1tb & 750gb hdd's couple Samsung 500gb evo's Mouse: RedDragon M901 Perdition 16400 dpi Gaming mouse = wiredĬase: Corsair 450D Black with 2nd floor to house radiatorĬooling: D5 reservoir combo/ 280GTX/ VRM plexi copper/ 280GTX/ D5 top/ CPU plexi copper/ GPU copper/ Mora 360 Monitor(s) Displays: ASUS VG248QE 24" 144Hz Sound Card: Built in Realtek HD with Insignia 2.0 soundbar HSB318 Graphics Card: 1080ti FTW3 with water block Internet Speed: Comcast Ping 19ms 179.31mbps download speed 6.12mbps uploadĬPU: i9-9940x with Optimus SigV2 water block & Heatkiller VRM Plexi copper water block Mouse: 2-RedDragon M901 Perdition 16400 dpi Gaming mouse = wiredĬase: 2-Corsair 450D case with 2nd floor for radiatorĬooling: D5 combo/ 280ce/ built in VRM copper/ 240GTX/ D5 top/ CPU Plexi copper/ GPU Plexi nickle/ Mora 360 Sound Card: Built in RealTek with Insignia 2.0 soundbar HSB318 Graphics Card: Titan Xp with copper water block Motherboard: ASUS z490 ROG XII Maximus Apex OS: 3-Win-7Pro圆4 3-Win10Pro圆4 3-LinuxMint20.2ĬPU: i9-10900k with Optimus foundation water block System Manufacturer/Model Number: Custom assembled by me :}
