345-BJWS Dell 15.36TB PCIE Gen4 NVME 2.5inch U.2 RI TLC PowerEdge SSD

The DELL 345-BJWS 15.36TB PCIe Gen4 NVMe 2.5inch U.2 RI TLC PowerEdge SSD is designed for enterprise environments that demand both high performance and exceptional endurance. With support for PCIe Gen4 technology and the NVMe protocol, this drive ensures rapid data transfer speeds, low latency, and consistent throughput for mission-critical workloads. Its 15.36TB storage capacity makes it suitable for data-intensive applications, while the Read-Intensive (RI) endurance profile ensures reliability in environments where data is frequently read but less frequently rewritten.

Key Features of the DELL 345-BJWS SSD

Massive 15.36TB Storage Capacity

A standout feature of the DELL 345-BJWS is its significant 15.36TB capacity, housed in a compact 2.5-inch U.2 form factor. This high-density design allows data centers and enterprises to consolidate storage resources, reducing the number of drives required to meet capacity goals. By minimizing the footprint while maximizing available space, organizations can optimize rack space utilization and lower their total cost of ownership.

PCIe Gen4 Interface with NVMe Protocol

Leveraging PCIe Gen4 connectivity, the DELL 345-BJWS delivers twice the bandwidth of previous-generation PCIe Gen3 drives. Combined with the NVMe protocol, which reduces overhead compared to legacy interfaces like SATA and SAS, this SSD provides exceptional read and write speeds with minimal latency. These features translate into faster application response times and improved performance for modern workloads, from database queries to virtualized applications.

U.2 2.5-Inch Form Factor

The U.2 interface ensures easy integration into existing server infrastructures, particularly DELL PowerEdge systems designed to accommodate hot-swappable drives. This standard form factor allows enterprises to scale storage seamlessly while maintaining compatibility with a broad range of enterprise-grade hardware.

Read-Intensive (RI) Endurance Rating

As a Read-Intensive SSD, the DELL 345-BJWS is optimized for workloads dominated by read operations, such as data warehousing, analytics, and archival applications. This endurance profile ensures cost-efficiency while still providing reliability for environments where data integrity is critical. Organizations benefit from a balance of affordability, longevity, and enterprise-class performance.

TLC NAND Technology

Built with advanced Triple-Level Cell (TLC) NAND flash, this SSD delivers a balance of storage density and performance. TLC NAND enables higher capacities at competitive price points, making the drive a cost-effective solution for organizations that need large-scale storage without compromising on read speeds or reliability.

Performance Benefits of the DELL 345-BJWS SSD

High Throughput for Demanding Applications

The DELL 345-BJWS supports high levels of throughput, ideal for applications like business intelligence, artificial intelligence, and big data analytics. Enterprises that require fast access to large datasets will appreciate the reduced wait times and accelerated computations this SSD enables.

Reduced Latency and Faster Response Times

Thanks to its PCIe Gen4 interface and NVMe protocol, latency is significantly lower than with traditional storage solutions. This benefit directly impacts application performance, enabling smoother real-time processing and improving user experiences for critical business applications.

Scalability Across PowerEdge Servers

Designed for compatibility with DELL PowerEdge servers, the 345-BJWS integrates easily into existing infrastructures. Whether deployed in hyper-converged infrastructure, high-density racks, or hybrid environments, scalability is straightforward, and administrators can expand storage as workloads evolve.

Enterprise Applications for the DELL 345-BJWS SSD

Virtualization Environments

Virtual machines (VMs) and virtual desktop infrastructures (VDIs) rely heavily on fast storage to deliver seamless performance across multiple simultaneous users. The DELL 345-BJWS, with its low latency and high read speeds, ensures that VMs run smoothly, reducing downtime and improving productivity for end users.

Database Acceleration

Relational databases, NoSQL platforms, and in-memory databases benefit significantly from the fast access times of NVMe storage. With its read-intensive design, this SSD enables rapid queries and reduced bottlenecks, which are vital in industries like finance, healthcare, and e-commerce where transaction speeds are critical.

Big Data and Analytics

In fields such as research, engineering, and data science, processing large volumes of data quickly is essential. The high throughput and massive capacity of the 345-BJWS make it ideal for these tasks, allowing analysts to run complex simulations and extract insights without delays.

Technical Specifications of the DELL 345-BJWS

Capacity

The drive features a substantial 15.36TB capacity, allowing enterprises to minimize physical drive counts while scaling storage effectively.

Interface and Protocol

With PCIe Gen4 and NVMe protocol support, it ensures maximum bandwidth utilization and minimal latency compared to legacy protocols.

Form Factor

Its 2.5-inch U.2 form factor makes it easy to integrate into existing PowerEdge servers and enterprise chassis.

NAND Flash

Triple-Level Cell (TLC) NAND architecture balances density and performance for read-intensive environments.

Endurance Profile

Optimized for read-intensive workloads, making it cost-efficient while maintaining enterprise-class durability.

Compatibility

Specifically tested and validated for use with DELL PowerEdge systems, ensuring seamless integration and maximum reliability.

Advantages of Deploying the DELL 345-BJWS

Efficiency in Data Centers

By consolidating storage into fewer, high-capacity drives, data centers can reduce power consumption, cooling requirements, and physical rack space usage. These efficiencies translate directly into lower operational costs.

Enhanced Reliability

Designed and validated by DELL for PowerEdge servers, the 345-BJWS undergoes rigorous testing to ensure reliability in mission-critical deployments.

Cost-Effective Read-Intensive Performance

The RI endurance model provides organizations with a cost-effective solution tailored to workloads with predictable read-heavy patterns. Businesses can optimize budgets without compromising reliability.

Seamless Integration with PowerEdge Ecosystem

Pre-validated with PowerEdge servers, integration is smooth and hassle-free, reducing setup times and ensuring compatibility with management tools.

Use Cases for the DELL 345-BJWS SSD

Enterprise Resource Planning (ERP) Systems

ERP platforms rely on fast and reliable storage to manage large datasets across multiple departments. This SSD ensures high availability and quick access to transactional data, keeping businesses agile and responsive.

Energy Efficiency and Sustainability

Optimized Power Consumption

The DELL 345-BJWS is designed with energy efficiency in mind, reducing power draw without compromising performance. This efficiency is critical in large-scale data centers where power costs represent a significant portion of operating expenses.

Lower Cooling Requirements

By reducing the number of drives needed for large capacities, enterprises minimize thermal output and cooling needs, contributing to greener IT operations.

Future-Proofing with PCIe Gen4 Technology

Compatibility with Next-Generation Servers

As servers continue to evolve, PCIe Gen4 ensures that enterprises remain prepared for upcoming workloads and applications. The DELL 345-BJWS provides a reliable foundation for next-generation infrastructures.

Scalable Bandwidth

PCIe Gen4’s expanded bandwidth supports future increases in data demands, making this SSD an investment that extends the lifecycle of infrastructure deployments.

Support for Hybrid and Cloud Environments

With the flexibility to support on-premises, cloud, and hybrid architectures, this drive remains relevant as organizations transition to more distributed computing models.

Optimized Total Cost of Ownership

By balancing performance, endurance, and capacity, the drive reduces long-term operational costs. Enterprises benefit from fewer replacements, reduced downtime, and lower overall infrastructure expenses.