The Samsung SSD 850 EVO elevates the everyday computing experience to a higher level of performance and endurance than was ever imagined. Powered by Samsung's unmatched V-NAND technology, no wonder the 850 EVO is the best-selling SSD for everyday computing. Designed for mainstream desktop PCs and laptops, the 850 EVO comes in a wide range of capacities and form factors. Unlock Your Computer's Potential Samsung's 850 EVO series SSD is the industry's #1 best-selling SSD and is perfect for everyday computing. Powered by Samsung's V-NAND technology, the 850 EVO transforms the everyday computing experience with optimized performance and endurance. Designed to fit desktop PCs, laptops, and ultrabooks, the 850 EVO comes in a wide range of capacities and form factors. Based on 2015 NPD reported revenue in the US. Uncompromised Performance The 850 EVO optimizes performance for your daily computing tasks, boasting sequential write speeds up to 500 MB/s with TurboWrite technology and sequential read speeds up to 540 MB/s. Plus, RAPID mode to further boost performance for up to 2x faster data processing speeds by utilizing unused PC memory as cache storage. Compared to same drive w/out RAPID enabled. Multiple Form Factors for Almost Any Need Samsung has designed the 850 EVO in multiple form factors with compatibility in mind. The 2.5-inch size is designed to fit most desktop PCs and laptops, while the SATA-based M.2 and mSATA are ideal for ultra-slim mobile computing.
The Samsung SSD 850 EVO elevates the everyday computing experience to a higher level of performance and endurance than was ever imagined. Powered by Samsung's unmatched V-NAND technology, no wonder the 850 EVO is the best-selling SSD for everyday computing. Designed for mainstream desktop PCs and laptops, the 850 EVO comes in a wide range of capacities and form factors. Unlock Your Computer's Potential Samsung's 850 EVO series SSD is the industry's #1 best-selling SSD and is perfect for everyday computing. Powered by Samsung's V-NAND technology, the 850 EVO transforms the everyday computing experience with optimized performance and endurance. Designed to fit desktop PCs, laptops, and ultrabooks, the 850 EVO comes in a wide range of capacities and form factors. Based on 2015 NPD reported revenue in the US. Uncompromised Performance The 850 EVO optimizes performance for your daily computing tasks, boasting sequential write speeds up to 500 MB/s with TurboWrite technology and sequential read speeds up to 540 MB/s. Plus, RAPID mode to further boost performance for up to 2x faster data processing speeds by utilizing unused PC memory as cache storage. Compared to same drive w/out RAPID enabled. Multiple Form Factors for Almost Any Need Samsung has designed the 850 EVO in multiple form factors with compatibility in mind. The 2.5-inch size is designed to fit most desktop PCs and laptops, while the SATA-based M.2 and mSATA are ideal for ultra-slim mobile computing.
The Samsung SSD 850 EVO elevates the everyday computing experience to a higher level of performance and endurance than was ever imagined. Powered by Samsung's unmatched V-NAND technology, no wonder the 850 EVO is the best-selling SSD for everyday computing. Designed for mainstream desktop PCs and laptops, the 850 EVO comes in a wide range of capacities and form factors. Unlock Your Computer's Potential Samsung's 850 EVO series SSD is the industry's #1 best-selling SSD and is perfect for everyday computing. Powered by Samsung's V-NAND technology, the 850 EVO transforms the everyday computing experience with optimized performance and endurance. Designed to fit desktop PCs, laptops, and ultrabooks, the 850 EVO comes in a wide range of capacities and form factors. Based on 2015 NPD reported revenue in the US. Uncompromised Performance The 850 EVO optimizes performance for your daily computing tasks, boasting sequential write speeds up to 500 MB/s with TurboWrite technology and sequential read speeds up to 540 MB/s. Plus, RAPID mode to further boost performance for up to 2x faster data processing speeds by utilizing unused PC memory as cache storage. Compared to same drive w/out RAPID enabled. Multiple Form Factors for Almost Any Need Samsung has designed the 850 EVO in multiple form factors with compatibility in mind. The 2.5-inch size is designed to fit most desktop PCs and laptops, while the SATA-based M.2 and mSATA are ideal for ultra-slim mobile computing.
The Samsung SSD 850 EVO elevates the everyday computing experience to a higher level of performance and endurance than was ever imagined. Powered by Samsung's unmatched V-NAND technology, no wonder the 850 EVO is the best-selling SSD for everyday computing. Designed for mainstream desktop PCs and laptops, the 850 EVO comes in a wide range of capacities and form factors. Unlock Your Computer's Potential Samsung's 850 EVO series SSD is the industry's #1 best-selling SSD and is perfect for everyday computing. Powered by Samsung's V-NAND technology, the 850 EVO transforms the everyday computing experience with optimized performance and endurance. Designed to fit desktop PCs, laptops, and ultrabooks, the 850 EVO comes in a wide range of capacities and form factors. Based on 2015 NPD reported revenue in the US. Uncompromised Performance The 850 EVO optimizes performance for your daily computing tasks, boasting sequential write speeds up to 500 MB/s with TurboWrite technology and sequential read speeds up to 540 MB/s. Plus, RAPID mode to further boost performance for up to 2x faster data processing speeds by utilizing unused PC memory as cache storage. Compared to same drive w/out RAPID enabled. Multiple Form Factors for Almost Any Need Samsung has designed the 850 EVO in multiple form factors with compatibility in mind. The 2.5-inch size is designed to fit most desktop PCs and laptops, while the SATA-based M.2 and mSATA are ideal for ultra-slim mobile computing.
Last updated at 05/31/2026 22:18:18
Samsung MZ-N5E120BW 120GB SATA SSD
Samsung 850 Evo M.2 120 Gb 120gb Sata Iii Ssd Mz-n5e120bw Mz-n5e120
Delivery $27.47
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SAMSUNG MZ-N5E500BW)
Free delivery between Tue – Sat
originally posted on neweggbusiness.com
Having an NVMe boot drive was a core element of my new build and I selected my mainboard accordingly. I was all set to splurge for PCIe4, but my research showed that most GPUs can't even saturate PCIe3. That saved me a bundle on all my components with a possible downside of hardware obsolescence in a few years. This one may not be as fast on paper, but I can boot to Win10 in <20sec and file operations are blazingly fast. The lack of heatshield probably is not an issue since other reviews has seen little difference in chip temperature or performance.
originally posted on samsung.com
I had still been using traditional hard drives before now and had no idea what I was missing. A few months ago I built a new system based around an Intel 4790k CPU(with liquid cooling), 16GB 1866MHz memory, 2x GTX970 in SLI, and a plain old hard drive, a Western Digital 2TB Caviar Black that I had already owned a few years. I was well aware the HDD was the main bottleneck in my system but really underestimated how much it was holding it back from it's true potential.When I installed the 850 EVO 500GB M.2, I figured I was do for a clean install of Windows anyways and wanted to try out Windows 10 so that's what I did. It's a hair longer now, but when it was a completely clean installation with nothing installed other than drivers, it booted to my desktop in 7 ... MoreI had still been using traditional hard drives before now and had no idea what I was missing. A few months ago I built a new system based around an Intel 4790k CPU(with liquid cooling), 16GB 1866MHz memory, 2x GTX970 in SLI, and a plain old hard drive, a Western Digital 2TB Caviar Black that I had already owned a few years. I was well aware the HDD was the main bottleneck in my system but really underestimated how much it was holding it back from it's true potential.When I installed the 850 EVO 500GB M.2, I figured I was do for a clean install of Windows anyways and wanted to try out Windows 10 so that's what I did. It's a hair longer now, but when it was a completely clean installation with nothing installed other than drivers, it booted to my desktop in 7 seconds. Compared to probably two minutes or more(never really timed it) on my previous Windows 7 installation. I was sold on SSD's right there. Even when running programs installed on my other hard drives, everything feels smoother and more responsive. Games load amazingly fast and there's no more occasional slowdowns as part of a map is loaded or the like. I plan to in the near future get another SSD and have everything other than movies, music, pictures, and the like on something solid state.So basically, if you have a moderately decent system but still use a traditional HDD, get yourself an SSD. It'll feel like a new computer and like myself, you'll probably end up wondering why you didn't do so long ago.
originally posted on neweggbusiness.com
Installed Windows 10 Pro on the SSD and all was well. Started installing programs and stuff as expected. After doing a reboot to time how long it would take to restart, the windows install could no longer be found. The drive does show up in bios. I tried unplugging all other drives, resetting the bios, updating the bios, and reseating the drive and trying it in another m.2 slot, and another computer. I updated my USB boot media as well. When in another computer I could get access to the drive as if it was secondary storage but a windows install would not stick. Luckily this build had a SATA ssd as well so I installed the operating system there and everything is working perfectly. I have another one of these in a different PC and it's been perfect for over a year. ... MoreInstalled Windows 10 Pro on the SSD and all was well. Started installing programs and stuff as expected. After doing a reboot to time how long it would take to restart, the windows install could no longer be found. The drive does show up in bios. I tried unplugging all other drives, resetting the bios, updating the bios, and reseating the drive and trying it in another m.2 slot, and another computer. I updated my USB boot media as well. When in another computer I could get access to the drive as if it was secondary storage but a windows install would not stick. Luckily this build had a SATA ssd as well so I installed the operating system there and everything is working perfectly. I have another one of these in a different PC and it's been perfect for over a year. Not sure if I got a dud or what.
| General | |
| Device Type | Solid state drive - internal |
| Capacity | 120 GB |
| Hardware Encryption | Yes |
| NAND Flash Memory Type | Triple-level cell (TLC) |
Samsung MZ-N5E120BW 120GB SATA SSD
Samsung 850 Evo M.2 120 Gb 120gb Sata Iii Ssd Mz-n5e120bw Mz-n5e120
Delivery $27.47
Affiliate Disclosure: We may receive a small commission for purchases made through this link at no extra cost to you. This helps support our site. Thank you!
SAMSUNG MZ-N5E500BW)
Free delivery between Tue – Sat
Having an NVMe boot drive was a core element of my new build and I selected my mainboard accordingly. I was all set to splurge for PCIe4, but my research showed that most GPUs can't even saturate PCIe3. That saved me a bundle on all my components with a possible downside of hardware obsolescence in a few years. This one may not be as fast on paper, but I can boot to Win10 in <20sec and file operations are blazingly fast. The lack of heatshield probably is not an issue since other reviews has seen little difference in chip temperature or performance.
I had still been using traditional hard drives before now and had no idea what I was missing. A few months ago I built a new system based around an Intel 4790k CPU(with liquid cooling), 16GB 1866MHz memory, 2x GTX970 in SLI, and a plain old hard drive, a Western Digital 2TB Caviar Black that I had already owned a few years. I was well aware the HDD was the main bottleneck in my system but really underestimated how much it was holding it back from it's true potential.When I installed the 850 EVO 500GB M.2, I figured I was do for a clean install of Windows anyways and wanted to try out Windows 10 so that's what I did. It's a hair longer now, but when it was a completely clean installation with nothing installed other than drivers, it booted to my desktop in 7 ... MoreI had still been using traditional hard drives before now and had no idea what I was missing. A few months ago I built a new system based around an Intel 4790k CPU(with liquid cooling), 16GB 1866MHz memory, 2x GTX970 in SLI, and a plain old hard drive, a Western Digital 2TB Caviar Black that I had already owned a few years. I was well aware the HDD was the main bottleneck in my system but really underestimated how much it was holding it back from it's true potential.When I installed the 850 EVO 500GB M.2, I figured I was do for a clean install of Windows anyways and wanted to try out Windows 10 so that's what I did. It's a hair longer now, but when it was a completely clean installation with nothing installed other than drivers, it booted to my desktop in 7 seconds. Compared to probably two minutes or more(never really timed it) on my previous Windows 7 installation. I was sold on SSD's right there. Even when running programs installed on my other hard drives, everything feels smoother and more responsive. Games load amazingly fast and there's no more occasional slowdowns as part of a map is loaded or the like. I plan to in the near future get another SSD and have everything other than movies, music, pictures, and the like on something solid state.So basically, if you have a moderately decent system but still use a traditional HDD, get yourself an SSD. It'll feel like a new computer and like myself, you'll probably end up wondering why you didn't do so long ago.
Installed Windows 10 Pro on the SSD and all was well. Started installing programs and stuff as expected. After doing a reboot to time how long it would take to restart, the windows install could no longer be found. The drive does show up in bios. I tried unplugging all other drives, resetting the bios, updating the bios, and reseating the drive and trying it in another m.2 slot, and another computer. I updated my USB boot media as well. When in another computer I could get access to the drive as if it was secondary storage but a windows install would not stick. Luckily this build had a SATA ssd as well so I installed the operating system there and everything is working perfectly. I have another one of these in a different PC and it's been perfect for over a year. ... MoreInstalled Windows 10 Pro on the SSD and all was well. Started installing programs and stuff as expected. After doing a reboot to time how long it would take to restart, the windows install could no longer be found. The drive does show up in bios. I tried unplugging all other drives, resetting the bios, updating the bios, and reseating the drive and trying it in another m.2 slot, and another computer. I updated my USB boot media as well. When in another computer I could get access to the drive as if it was secondary storage but a windows install would not stick. Luckily this build had a SATA ssd as well so I installed the operating system there and everything is working perfectly. I have another one of these in a different PC and it's been perfect for over a year. Not sure if I got a dud or what.
Replaced a Sandisk Ultra II 2.5" SSD. I wanted to make use of the M.2 slot on my board, and after a lot of research settled on the Samsung Evo 850. It was marked down for Black Friday at Newegg, and was the best vendor deal I could find. It beat the Sandisk in nearly every test area. HW monitor showed it runs 3 degrees warmer @ 34 c vs 31 for the Sandisk. The install was a piece of cake since I had bought Acronis software when I bought the Sandisk SSD at Newegg last year. Since there are free alternatives the lack of cloning SW would not be worth deducting an egg even though other manufacturers do include it. Here are the Crystal Disk 64 bit test results: ----------------------------------------------------------------------- CrystalDiskMark 3.0.3 x64 (C) 2007-2013 ... MoreReplaced a Sandisk Ultra II 2.5" SSD. I wanted to make use of the M.2 slot on my board, and after a lot of research settled on the Samsung Evo 850. It was marked down for Black Friday at Newegg, and was the best vendor deal I could find. It beat the Sandisk in nearly every test area. HW monitor showed it runs 3 degrees warmer @ 34 c vs 31 for the Sandisk. The install was a piece of cake since I had bought Acronis software when I bought the Sandisk SSD at Newegg last year. Since there are free alternatives the lack of cloning SW would not be worth deducting an egg even though other manufacturers do include it. Here are the Crystal Disk 64 bit test results: ----------------------------------------------------------------------- CrystalDiskMark 3.0.3 x64 (C) 2007-2013 hiyohiyo Crystal Dew World ----------------------------------------------------------------------- Sequential Read : 527.055 MB/s (SanDisk 472.757) Sequential Write : 510.173 MB/s (SD 482.992) Random Read 512KB : 475.833 MB/s (SD 314.799) Random Write 512KB : 395.985 MB/s (SD 265.592) Random Read 4KB (QD=1) : 45.652 MB/s (SD 37.736) Random Write 4KB (QD=1) : 109.736 MB/s (SD 112.366) Random Read 4KB (QD=32) : 103.364 MB/s (SD 108.616) Random Write 4KB (QD=32) : 90.942 MB/s (SD 166.714) System: Windows 7 Ultimate SP1 (x64) MSI H97 Guard Pro Intel i5-4690K not OC'd G.Skill Ripjaws DDR3 PC3-12800 x 8GB also not OC'd
While big and fast, it does not really deliver the rates advertised (on PCIe 4.0). Still faster than the others (hence the 3 stars). Tested using hdparm -t, reads are just above 4000MB/s (as opposed to 7000 in the specs).Does not have proper heat sink, so the two temperature sensors start delivering wildly different (20C) differences when used heavily. If not cooled actively temperatures will easily reach 85+C. Cooling is a problem on AM4 motherboards, where the M.2 slots are located under the graphic cards, often under "shields".
I am a professional aerospace engineer for hardware and software. as such, my work challenges my development hardware often up to and beyond the published specs. these evo ssd's of which i currently have 10 in constant use have provided me with the ability to compile, store, manipulate data in truly an outstanding and highly reliable fashion for a large, complex, and interrelated cross-platform project that involves all the latest windows, mac, and linux servers and their companion workstations. from machine language to c/c++ to c# to java, to sql, to html5 and some proprietary systems i have enjoyed a development lab that is virtually quiet and certainly cooler than when my equipment used rotational storage devices. i have taken the time to compare the speed ... MoreI am a professional aerospace engineer for hardware and software. as such, my work challenges my development hardware often up to and beyond the published specs. these evo ssd's of which i currently have 10 in constant use have provided me with the ability to compile, store, manipulate data in truly an outstanding and highly reliable fashion for a large, complex, and interrelated cross-platform project that involves all the latest windows, mac, and linux servers and their companion workstations. from machine language to c/c++ to c# to java, to sql, to html5 and some proprietary systems i have enjoyed a development lab that is virtually quiet and certainly cooler than when my equipment used rotational storage devices. i have taken the time to compare the speed between my older development and the current setups. i have re-compiled and compared the overall completion times and find that in every (my specific) case my overall time to completion is simply faster even on some of my older, much slower processors. i heartily recommend these units to even the most casual user. i have a batch of the (even faster) EVO 512's coming for an extension of the current development and am expecting to be even more pleased with these Samsung products. (not sure this is appropriate but i have tested other manufacturer's products and have chosen Samsung for the final production deliveries).
Amazingly fast SSD drive. If you are upgrading your current hard drive or SATA SSD you will notice the quicker loading speeds of Windows as soon as you fire up the PC the first time. I replaced my Windows 10 drive, a Samsung 850 EVO SATA SSD, with this Samsung 970 M.2 SSD. The first time I turned the PC back on, Windows 10 loaded quicker than I was used to it loading up I was surprised I actually noticed the difference immediately. I figured upgrading from a Samsung SATA SSD to a Samsung M.2 SSD was probably a frivious endevour but I was wrong. I was completely wrong. The speed increase is amazing. If you need a Windows SSD , look no further. The Samsung 970 EVO m.2 is king of the hill, leader of the pack in 2019.
Would I recommend this? Yes. :) Is it still available? No. :( It lasted a fantastically long time(4 1/2 years) as a main drive on a Gigabyte G1 gaming GA-Z170X-Gaming 7 (rev. 1.0) LGA 1151. (The computer still runs, but with a HDD until a replacement is acquired). Will I buy from Samsung again? Probably, This has been a good, long lasting drive. It finally started not wanting to start the Win 7 (got hung up on the splash screen and would not go any farther). Going to keep it in an external enclosure until it totally fails as temporary storage for non sensitive files.
My biggest concern with this stuff is the durability of a massive storage system on the mobo. The NVMe next to the CPU system gets pretty hot (50c) compared to the one further off that runs around 35c. The case is as well ventilated as I can make it. When I run the bench marks it gets up to 60 degrees which is by no means excessive. So it is what it is I'm thinking maybe switch the M.2 neasr the cpu to the further away slot and let the storage unit sit closer, I have additional SATA connected storage in the build so . And oh yes it turns a 35 second boot up (my old Samsung SSD) into a twenty second bootup. Nothing wrong with that. Coming out of sleep mode is as fast as 3 seconds. This is the direction that storage is going in so we all might as well jump in and get ... MoreMy biggest concern with this stuff is the durability of a massive storage system on the mobo. The NVMe next to the CPU system gets pretty hot (50c) compared to the one further off that runs around 35c. The case is as well ventilated as I can make it. When I run the bench marks it gets up to 60 degrees which is by no means excessive. So it is what it is I'm thinking maybe switch the M.2 neasr the cpu to the further away slot and let the storage unit sit closer, I have additional SATA connected storage in the build so . And oh yes it turns a 35 second boot up (my old Samsung SSD) into a twenty second bootup. Nothing wrong with that. Coming out of sleep mode is as fast as 3 seconds. This is the direction that storage is going in so we all might as well jump in and get some experience with it.
In relative seriousness, I currently have this drive attached to an MSI z97a gaming 7 motherboard paired to an i5-4690, complimented by 8gb of questionable yet stable Avexir ddr3 clocked at 1866mhz. After enabling both the MSI rapid boot feature and Samsung rapid mode, this particular conglomeration of parts is able to present me with a Windows 10 desktop within fewer than 7 seconds of pressing the power button. This seems outrageous, but time after time it never ceases to impress friends and loved ones. I might also mention that due to the advancements in technology that allow m.2 to be possible, there is nary a data cable in sight. In addition, the modular power supply has only a 24 pin, 8-pin atx, and 6-pin graphics power attached. I have been building personal ... MoreIn relative seriousness, I currently have this drive attached to an MSI z97a gaming 7 motherboard paired to an i5-4690, complimented by 8gb of questionable yet stable Avexir ddr3 clocked at 1866mhz. After enabling both the MSI rapid boot feature and Samsung rapid mode, this particular conglomeration of parts is able to present me with a Windows 10 desktop within fewer than 7 seconds of pressing the power button. This seems outrageous, but time after time it never ceases to impress friends and loved ones. I might also mention that due to the advancements in technology that allow m.2 to be possible, there is nary a data cable in sight. In addition, the modular power supply has only a 24 pin, 8-pin atx, and 6-pin graphics power attached. I have been building personal computing machines from as far back as the 8086 era, and never before have I seen so few wires in a system- utterly astounding! M.2 is the future of simplifying the hardware experience.
| General | |
| Device Type | Solid state drive - internal |
| Capacity | 120 GB |
| Hardware Encryption | Yes |
| NAND Flash Memory Type | Triple-level cell (TLC) |
