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Samsung 970 EVO NVMe SSD - Very high reads/writes

NullPointer_

I have a 250GB 970 EVO NVMe SSD as my boot drive in my desktop, that I installed late 2018. Over the last 6 months, using CrystalDiskInfo, I noticed that this drive has very high total reads and total writes. Even stranger is that the total writes is significantly greater than the total reads. It is beginning to concern me. I have a friend with the same drive (but in a larger capacity) who stats are much more reasonable. My thoughts are that this is probably due to the page file. The drive is used as a boot drive, and only stores the OS and my applications. I have run VMs in the past on this machine, but no longer do. Windows optimises this SSD once a week.

 

Firstly, is this normal or has anyone else experienced it? Is there a known cause and how can I prevent it? Any tips for looking at my SSD better?


Stats ~6 months ago:

Total reads - 9680GB

Total writes - 13620GB

 

Stats now:

Total reads - 13850GB

Total writes - 20370GB

 

PC specs:

Ryzen 5 2600X

16GB DDR4 3000MHz

Asus PRIME x470

GTX 970

250GB Samsung 970 EVO
1TB WD Blue

 

Let me know if anymore details are needed. Thanks in advance

 

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10 minutes ago, NullPointer_ said:

Total writes - 20370GB

The 250GB 970EVO has a 150TBW (TeraBytes Written rating) for warrantee support, so Samsung expects a statistically significant portion (>90%, I'd reckon) to make it at least that long. You're only at 20TBW, so even at a rate of 14TB/year, you've got close to another decade, at which point other wear items will probably kill it first. Samsung SSDs have some pretty impressive track records of going well beyond their TBW rating.

 

Windows is always reading/writing little logs and caches and whatnot in the background, especially now that the performance penalty for doing that with SSDs is basically nil. The SSD in my laptop has about 8TBW in 8 months (counting it's full drive burn in), so it's not too far off for a more heavily used machine (my laptop is just a web browser/research device).

Main System (Byarlant): Ryzen 7 5800X | Asus B550-Creator ProArt | EK 240mm Basic AIO | 16GB G.Skill DDR4 3200MT/s CAS-14 | XFX Speedster SWFT 210 RX 6600 | Samsung 990 PRO 2TB / Samsung 960 PRO 512GB / 4× Crucial MX500 2TB (RAID-0) | Corsair RM750X | a 10G NIC (pending) | Inateck USB 3.0 Card | Hyte Y60 Case | Dell U3415W Monitor | Keychron K4 Brown (white backlight)

 

Laptop (Narrative): Lenovo Flex 5 81X20005US | Ryzen 5 4500U | 16GB RAM (soldered) | Vega 6 Graphics | SKHynix P31 1TB NVMe SSD | Intel AX200 Wifi (all-around awesome machine)

 

Proxmox Server (Veda): Ryzen 7 3800XT | AsRock Rack X470D4U | Corsair H80i v2 | 64GB Micron DDR4 ECC 3200MT/s | 4x 10TB WD Whites / 4x 14TB Seagate Exos / 2× Samsung PM963a 960GB SSD | Seasonic Prime Fanless 500W | Intel X540-T2 10G NIC | LSI 9207-8i HBA | Fractal Design Node 804 Case (side panels swapped to show off drives) | VMs: TrueNAS Scale; Ubuntu Server (PiHole/PiVPN/NGINX?); Windows 10 Pro; Ubuntu Server (Apache/MySQL)


Media Center/Video Capture (Jesta Cannon): Ryzen 5 1600X | ASRock B450M Pro4 R2.0 | Noctua NH-L12S | 16GB Crucial DDR4 3200MT/s CAS-22 | EVGA GTX750Ti SC | UMIS NVMe SSD 256GB / TEAMGROUP MS30 1TB | Corsair CX450M | Viewcast Osprey 260e Video Capture | Mellanox ConnectX-2 10G NIC | LG UH12NS30 BD-ROM | Silverstone Sugo SG-11 Case | Sony XR65A80K

 

Camera: Sony ɑ7II w/ Meike Grip | Sony SEL24240 | Samyang 35mm ƒ/2.8 | Sony SEL50F18F | Sony SEL2870 (kit lens) | PNY Elite Perfomance 512GB SDXC card

 

Network:

Spoiler
                           ┌─────────────── Office/Rack ────────────────────────────────────────────────────────────────────────────┐
Google Fiber Webpass ────── UniFi Security Gateway ─── UniFi Switch 8-60W ─┬─ UniFi Switch Flex XG ═╦═ Veda (Proxmox Virtual Switch)
(500Mbps↑/500Mbps↓)                             UniFi CloudKey Gen2 (PoE) ─┴─ Veda (IPMI)           ╠═ Veda-NAS (HW Passthrough NIC)
╔═══════════════════════════════════════════════════════════════════════════════════════════════════╩═ Narrative (Asus USB 2.5G NIC)
║ ┌────── Closet ──────┐   ┌─────────────── Bedroom ──────────────────────────────────────────────────────┐
╚═ UniFi Switch Flex XG ═╤═ UniFi Switch Flex XG ═╦═ Byarlant
   (PoE)                 │                        ╠═ Narrative (Cable Matters USB-PD 2.5G Ethernet Dongle)
                         │                        ╚═ Jesta Cannon*
                         │ ┌─────────────── Media Center ──────────────────────────────────┐
Notes:                   └─ UniFi Switch 8 ─────────┬─ UniFi Access Point nanoHD (PoE)
═══ is Multi-Gigabit                                ├─ Sony Playstation 4 
─── is Gigabit                                      ├─ Pioneer VSX-S520
* = cable passed to Bedroom from Media Center       ├─ Sony XR65A80K (Google TV)
** = cable passed from Media Center to Bedroom      └─ Work Laptop** (Startech USB-PD Dock)

Retired/Other:

Spoiler

Laptop (Rozen-Zulu): Sony VAIO VPCF13WFX | Core i7-740QM | 8GB Patriot DDR3 | GT 425M | Samsung 850EVO 250GB SSD | Blu-ray Drive | Intel 7260 Wifi (lived a good life, retired with honor)

Testbed/Old Desktop (Kshatriya): Xeon X5470 @ 4.0GHz | ZALMAN CNPS9500 | Gigabyte EP45-UD3L | 8GB Nanya DDR2 400MHz | XFX HD6870 DD | OCZ Vertex 3 Max-IOPS 120GB | Corsair CX430M | HooToo USB 3.0 PCIe Card | Osprey 230 Video Capture | NZXT H230 Case

TrueNAS Server (La Vie en Rose): Xeon E3-1241v3 | Supermicro X10SLL-F | Corsair H60 | 32GB Micron DDR3L ECC 1600MHz | 1x Kingston 16GB SSD / Crucial MX500 500GB

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6 minutes ago, AbydosOne said:

The 250GB 970EVO has a 150TBW (TeraBytes Written rating) for warrantee support, so Samsung expects a statistically significant portion (>90%, I'd reckon) to make it at least that long. You're only at 20TBW, so even at a rate of 14TB/year, you've got close to another decade, at which point other wear items will probably kill it first. Samsung SSDs have some pretty impressive track records of going well beyond their TBW rating.

 

Windows is always reading/writing little logs and caches and whatnot in the background, especially now that the performance penalty for doing that with SSDs is basically nil. The SSD in my laptop has about 8TBW in 8 months (counting it's full drive burn in), so it's not too far off for a more heavily used machine (my laptop is just a web browser/research device).

Hi, thanks for your help. That is reassuring. I do use my Desktop alot for games and work, so I'd expect it to get battered but as you say, even with this amount of usage, I'll be going strong for a while. Thanks again.

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