-
Micron 7300 PRO 1.92TB M.2 SSD
R7 519,85Enterprise IT and cloud managers want the fast, low latency and consistent performance of NVMe storage that won’t break the budget. Micron offers the 7300 series […]
-
Micron 5400 240GB SATA M.2 (22x80mm) TCG-Enterprise
R2 042,40The Micron® 5400 series is a groundbreaking data center SATA SSD that utilises 3D 176-layer TLC NAND technology. It offers significantly improved reliability, with a 50% […]
-
Micron 5400 240GB SATA M.2 (22x80mm) TCG-Opal
R2 042,40The Micron® 5400 series is a groundbreaking data center SATA SSD that utilises 3D 176-layer TLC NAND technology. It offers significantly improved reliability, with a 50% […]
-
Micron 5400 MAX 1.92TB SATA 2.5″ SSD Non-SED
R9 239,10The Micron® 5400 series is a groundbreaking data centre SATA SSD that utilises 3D 176-layer TLC NAND2 technology. It offers significantly improved reliability, with a 50% […]
-
Micron 5400 MAX 1920GB 2.5″ SSD TCG-Opal
R9 372,50The Micron® 5400 series is a groundbreaking data centre SATA SSD that utilises 3D 176-layer TLC NAND2 technology. It offers significantly improved reliability, with a 50% […]
-
Micron 5400 MAX 3840GB 2.5″ SSD TCG-Enterprise
R16 573,80The Micron® 5400 series is a groundbreaking data centre SATA SSD that utilises 3D 176-layer TLC NAND2 technology. It offers significantly improved reliability, with a 50% […]
-
Micron 5400 MAX 3840GB 2.5″ SSD TCG-Opal
R16 573,80The Micron® 5400 series is a groundbreaking data centre SATA SSD that utilises 3D 176-layer TLC NAND2 technology. It offers significantly improved reliability, with a 50% […]
-
Micron 5400 MAX 480GB 2.5″ SSD TCG-Enterprise
R3 491,40The Micron® 5400 series is a groundbreaking data centre SATA SSD that utilises 3D 176-layer TLC NAND2 technology. It offers significantly improved reliability, with a 50% […]
-
Micron 5400 MAX 480GB 2.5″ SSD TCG-Opal
R3 491,40The Micron® 5400 series is a groundbreaking data centre SATA SSD that utilises 3D 176-layer TLC NAND2 technology. It offers significantly improved reliability, with a 50% […]
