Name: WUS4C6416DSP3X4 Western Digital Ultrastar DC SN840 1.6TB PCIe 3.1 x4 NVMe U.2 2.5-Inch Enterprise Solid State Drive
Brand: Western Digital
SKU: WUS4C6416DSP3X4
Price: 673.20 USD
Availability: InStock
Rating: 4.8 (130 reviews)

Product Overview
The Western Digital Ultrastar DC SN840 1.6TB NVMe Dual-Port PCIe U.2 2.5-inch 15mm TCG Ruby SSD provides dual-port connectivity for increased system availability. It features a 1.6TB capacity in a 2.5-inch 15mm U.2 form factor with PCIe interface supporting NVMe protocols. The integrated TCG Ruby encryption enhances data security, targeting enterprise storage solutions.

General Information
Brand	Western Digital

Technical Information
Capacity	1.6TB
Memory Technology	Triple-Level Cell (TLC)
Hot Swappable	Yes
Hot Pluggable	Yes

Physical Characteristics
Dimensions	15mm x 69.85mm x 100.45mm
Weight	0.60
Condition	Refurbished

Miscellaneous
Compliance Standards	WEEE, RoHS, CE, FCC, TUV

Product Description
The Western Digital Ultrastar DC SN840 WUS4C6416DSP3X4 is a 1.6TB NVMe solid-state drive featuring a dual-port PCIe interface. This drive is designed in a 2.5-inch 15mm U.2 form factor suitable for data center and enterprise storage environments requiring redundancy and high availability. With built-in TCG Ruby encryption, it provides robust data security for sensitive workloads. It is typically deployed in servers and storage arrays where dual-port access can enhance system resilience. Key Features 1.6TB storage capacity for substantial data requirements Dual-port PCIe NVMe interface enabling active-active or failover configurations Standard 2.5-inch 15mm U.2 form factor for broad system compatibility TCG Ruby encryption for data protection and compliance Designed for enterprise workloads with high availability needs This SSD offers a combination of secure storage and dual-port connectivity, making it suitable for critical enterprise applications where data integrity and uptime are priorities. Its form factor and interface align with common deployment standards in modern server and storage infrastructure.

Use Cases
This SSD is typically used in enterprise data centers and storage arrays that require robust data security and high availability. It is suited for workloads where dual-port access ensures redundancy and fault tolerance. Organizations with strict data protection requirements benefit from its integrated encryption. How It's Used: Deployment in dual-port enabled enterprise servers for high availability Integration into storage arrays requiring secure, encrypted data storage Use in data centers managing sensitive or regulated information Implementation in systems demanding PCIe NVMe performance in a U.2 form factor Supporting workloads that need active-active or failover SSD configurations The drive serves a critical role in maintaining uptime and securing data in demanding enterprise environments. Its design supports operational resilience and compliance with data protection standards.

FAQ's
What does dual-port mean for this SSD? Dual-port allows simultaneous connections to two host controllers, enhancing fault tolerance and enabling failover configurations in enterprise storage systems. What is the significance of TCG Ruby encryption? TCG Ruby is a hardware-based encryption standard that protects stored data, helping meet security and compliance requirements in sensitive enterprise environments. Is this SSD compatible with standard 2.5-inch bays? Yes, the SSD uses a standard 2.5-inch 15mm U.2 form factor, compatible with systems supporting U.2 NVMe drives. What interface does the WUS4C6416DSP3X4 use? This model uses a PCIe interface with NVMe protocol over a U.2 connector, designed for high-speed data transfers in enterprise applications. Can this SSD be used in non-dual-port systems? While primarily designed for dual-port systems, it can function in single-port mode but will not provide dual-port redundancy features. What type of workloads suit this SSD? The drive fits enterprise workloads requiring high availability, secure storage, and PCIe NVMe performance, such as database servers and virtualized environments.