Western Digital WDS100T4B0E-00CNZ0, EAN: 0718037894843

Western Digital WDS100T4B0E-00CNZ0 SSD M.2 2280 1TB NVMe

Computer-Components > Hard Drives > SSD PCIe

Western Digital WDS100T4B0E-00CNZ0 SSD M.2 2280 1TB NVMe

Lieske Part No. 101855
Mfg Part No WDS100T4B0E-00CNZ0
EAN-Code 0718037894843
Manufacturer Western Digital
Here only 192,48 EUR
229,05 EUR incl. VAT

Further information for Western Digital WDS100T4B0E-00CNZ0 SSD M.2 2280 1TB NVMe

General
Memory capacity1000 GB
InterfacePCI Express 4.0 x4 (NVMe)
Form factorM.2 2280
Reading speed5150 MB/s
Write speed4900 MB/s
Random read IOPS730000
Random write IOPS770000
Total data transfer amount (TBW)600 TB
Power consumption in standby mode5 mW
Memory cell technology3D TLC NAND
DesignShock- and vibration-resistant
The WD Blue SN5000 is an internal Solid-State Drive (SSD) from Western Digital, designed for use in desktop and notebook systems. It features a storage capacity of 1 TB and uses the M.2 2280 form factor standard size. The drive is connected via the PCI Express 4.0 x4 (NVMe) interface, enabling high data transfer performance. It is intended to enhance system performance, particularly for applications requiring fast access to large data volumes, such as office software, multimedia files, or games.

Applications

The WD Blue SN5000 is suitable for systems requiring high storage performance with low power consumption. Due to NVMe technology and the PCIe 4.0 x4 interface, it is especially suited for users working with large files, such as video editing, 3D modeling, or database applications. The SSD is designed for use in private and small to medium office environments where reliable and fast storage is required.

Features and Specifications in Detail

The drive uses 3D-Triple-Level-Cell (TLC) NAND flash memory, offering longer lifespan and higher data security compared to conventional storage technologies. The maximum read speed is 5150 MB/s, while the write speed reaches 4900 MB/s. These values enable fast file access and efficient data transfer. Additionally, the drive achieves random read and write IOPS of 730000 and 770000 respectively, supporting smooth operation when running multiple applications simultaneously. The SSD is rated for a total bytes written (TBW) of 600 TB, ensuring reliability under demanding workloads.

Technology Explained Simply

The use of NVMe technology over the PCIe 4.0 x4 interface enables direct communication between the storage and the processor, without requiring additional interface conversion. This results in significantly reduced latency and higher overall performance. The 3D TLC NAND technology stacks memory cells in multiple layers, increasing storage density and extending the drive's lifespan. The design is shock- and vibration-resistant, enhancing robustness under normal operating conditions. In idle mode, the drive consumes only 5 mW, improving energy efficiency.

Compatibility and Accessories

The WD Blue SN5000 is designed for systems featuring an M.2 2280 slot with PCIe 4.0 x4 support. It is compatible with modern motherboards and notebooks that support this interface. It is delivered as an internal SSD and requires no additional adapters or cables. The use of M.2 2280 allows for compact installation, typically requiring no additional mounting tools.

Installation and Mounting

Installation is performed by inserting the drive into the corresponding M.2 slot on the motherboard. Physical mounting is typically done using a screw clamp, which should be present in the system. No additional cables or adapters are required, as power supply and data transfer occur through the M.2 connector. Installation is usually tool-free, provided the slot is already accessible.

Operational Advantages

The WD Blue SN5000 offers high performance with low power consumption, enhancing system efficiency. The fast read and write speeds result in shorter boot times and quicker file access. The 3D TLC NAND technology ensures longer lifespan and higher reliability. Shock- and vibration-resistance increases robustness, especially in mobile applications. Low heat generation and low power consumption in idle mode contribute to the overall energy efficiency of the system.
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