hedgehog
Slavan
- Učlanjen(a)
- 10.01.2011
- Poruke
- 1,218
- Poena
- 245
Moja oprema
- CPU & Cooler
- AMD FX 4300 [email protected] + Noctua NH-C12P SE14
- Matična ploča
- ASRock 970 Pro3 R2.0
- RAM
- HyperX Fury 2x8GB 1866MHz CL10
- GPU
- Radeon 5750 512Mb GDDR5
- Storage
- Samsung 850EVO 500GB, WD Blue WD5000AAKS 500GB 7200RPM
- PSU
- Corsair VX450 450W
- Kućište
- Cooler Master Elite 334 @CM fan 120mm + Arctic Cooling 92mm PWM
- Monitor
- ASUS VA24DQSB
- Miš & tastatura
- Gigabyte GM-6880 & Keychron K10 Pro
- Laptop
- HP Elitebook 845 G8 Win10 Pro
- Mobilni telefon
- Moto G72
- Pristup internetu
- Mobilni internet
840 EVO u novom ruhu ...
http://www.anandtech.com/show/10046/samsung-releases-750-evo-sata-ssd
The 750 EVO uses a 128Gb 16nm TLC, a larger die based on the same process as the 64Gb MLC we found in the SM951.
The 16nm TLC NAND is the successor to Samsung's 19nm TLC that had a troubled tenure in the 840 EVO. More than a year after launch, 840 EVO owners started reporting degraded read speed when accessing old data that had not been written recently. Samsung acknowledged the issue, then provided a firmware update and Performance Restoration tool less than a month later, but had to issue a second firmware update six months after that. The 750 EVO inherits the results of all the work Samsung did to mitigate the read speed degradation, and there's no reason to expect it to be any more susceptible than the competition using similarly dense planar TLC built on Toshiba's 15nm process or Micron's 16nm process.
http://www.anandtech.com/show/10046/samsung-releases-750-evo-sata-ssd