Testseek.se har samlat 6 tester av Crucial / Micron 2.5 inch 5100 Eco SSD SATA600 MTFDDAK och det genomsnittliga betyget är 95%. Scrolla ned och se alla testerna för Crucial / Micron 2.5 inch 5100 Eco SSD SATA600 MTFDDAK.
(95%)
6 Tester
Genomsnittligt betyg av experter som har testat produkten.
Sammanfattning: When it comes to enterprise SSD marketing currently, NVMe and high-capacity SAS drives garner most of the headlines. But behind their more showy cousins sit an entire stable of SATA SSDs that are taking the lion's share of overall SSD units shipped. Enter...
Publicerad: 2017-03-28, Författare: Jeremy , testad av: myce.com
The Micron 5100 ECO has excellent performance characteristics and for a drive positioned in the ‘Read Intensive' market segment it has outstanding write performance. The Quality of Service is also excellent.Micron's Suggested Retail Price (‘MSRP') for the...
Publicerad: 2017-02-14, Författare: Sean , testad av: thessdreview.com
Sammanfattning: Historically, flash has been expensive, but within recent times cost of NAND has dropped significantly and flash's lower TCO has helped to make them a no brainer. From the latest and most advanced PCIe SSDs to the tried and true SATA SSDs, data centers an...
Publicerad: 2017-01-31, Författare: Adam , testad av: storagereview.com
Up to 8TB of capacity in a 2.5” drive, Workload optimization with FlexPro firmware, Offered in 2.5" and m.2 form-factors
Poor performance across the board in our benchmarks
The Micron 5100 ECO is a data center drive with up to 8TB of capacity and a track record of reliability and stability, but lacks in performance compared to other read-centric SATA enterprise SSDs.Micron SATA SSDs...
Sammanfattning: Micron paper launched their 5100 Series Enterprise SATA SSD lineup early last month. The new line promised many sought after features for such a part, namely high performance, high-performance consistency, high capacities, and relatively low cost/GB (tha...
Sammanfattning: Today's datacenter is being overwhelmed by large quantities of data. Traditional spinning media cannot keep up with this data deluge. Spinning media is no longer cost effective or powerful enough to keep up with the IO demand generated in the modern era...
