345-BMTL Dell 1.6TB PCIE Gen5 NVME Mixed Use 2.5-inch E3.S SSD

Overview of Dell 345-BMTL 1.6TB PCIe Gen5 NVMe E3.S SSD 

The DELL 345-BMTL 1.6TB PCIe Gen5 x4 NVMe E3.S Enterprise SSD is engineered to deliver exceptional storage acceleration, low latency, and enterprise-grade reliability for modern data center environments. Designed specifically for next-generation DELL PowerEdge servers, this high-speed mixed-use SSD combines cutting-edge PCIe Gen5 technology with the advanced E3.S (EDSFF) form factor to support demanding enterprise applications, virtualization platforms, AI processing, and cloud infrastructure.

General Specifications

• Manufacturer: DELL
• Part Number: 345-BMTL
• Device Type: Internal Enterprise SSD

Technical Specifications

• Storage Capacity: 1.6TB
• Interface: PCIe Gen5.0 x4 NVMe
• Form Factor: E3.S (EDSFF)
• Included Accessory: DELL Tray
• DWPD Rating: 3 DWPD

Ultra-Fast Sequential Transfer Speeds

• Sequential Read Speed up to 12,000 MB/s
• Sequential Write Speed up to 3,500 MB/s
• Optimized for real-time data processing
• Reduced application loading and transaction latency
• Accelerated analytics and virtualization tasks

Certified Compatibility with 16G and 17G Platforms

• Validated for DELL 16G servers
• Certified for DELL 17G systems
• Optimized firmware integration
• Reliable hot-plug functionality
• Enterprise management compatibility

Compatible DELL PowerEdge Servers

PowerEdge Rack Servers

• PowerEdge R660
• PowerEdge R660xs
• PowerEdge R6615
• PowerEdge R6625
• PowerEdge R670
• PowerEdge R6715
• PowerEdge R6725
• PowerEdge R760
• PowerEdge R760xa
• PowerEdge R760xd2
• PowerEdge R760xs
• PowerEdge R7615
• PowerEdge R7625
• PowerEdge R770
• PowerEdge R7715
• PowerEdge R7725
• PowerEdge R860
• PowerEdge R960

PowerEdge Modular and Tower Servers

• PowerEdge MX760C
• PowerEdge T560

PowerEdge High-Performance Computing Platforms

• PowerEdge C6615
• PowerEdge XE7745
• PowerEdge XE8640
• PowerEdge XE9640
• PowerEdge XE9680
• PowerEdge XR7620

The Dell 345-BMTL 1.6TB PCIe Gen5 NVMe E3.S Enterprise SSD 

The Dell 345-BMTL 1.6TB PCIe Gen5 NVMe Mixed Use 2.5-inch TLC E3.S Internal SSD is engineered to support enterprise-level storage environments that demand exceptional throughput, reduced latency, and dependable endurance. Built for advanced PowerEdge server platforms and next-generation enterprise workloads, this high-performance NVMe solid state drive combines PCIe Gen5 technology with TLC NAND architecture to deliver superior responsiveness across mixed-use applications. Organizations handling virtualization, transactional databases, analytics platforms, cloud-native environments, and mission-critical workloads require storage hardware capable of sustaining high-speed operations under continuous pressure. This Dell enterprise SSD addresses those demands by offering balanced read and write performance, enterprise-grade reliability, and scalable storage architecture optimized for modern infrastructure deployments.

Advanced PCIe Gen5 NVMe Interface

PCIe Gen5 technology significantly improves bandwidth capabilities compared to previous-generation PCIe interfaces. The Dell 345-BMTL SSD leverages PCIe Gen5 x4 connectivity to enable rapid data movement between the storage subsystem and server processors. This architecture minimizes bottlenecks and improves application responsiveness in environments where large-scale data processing is routine. Enterprise organizations increasingly rely on data-intensive applications such as AI model training, machine learning, virtualization clusters, and distributed databases. PCIe Gen5 connectivity ensures these demanding workloads receive the storage bandwidth required for continuous operation without compromising overall system efficiency.

NVMe Protocol Optimization

NVMe technology is specifically designed for flash storage environments. Unlike legacy protocols that were originally developed for spinning disks, NVMe supports parallel command execution and streamlined communication between the processor and storage media. The Dell 345-BMTL SSD utilizes NVMe architecture to maximize flash storage efficiency and reduce operational overhead. By supporting multiple command queues and thousands of simultaneous commands, the drive enhances multitasking performance in enterprise workloads. This capability becomes particularly valuable in virtualized data centers where numerous applications, users, and services access storage resources concurrently.

Modern EDSFF E3.S Form Factor

The E3.S form factor belongs to the Enterprise and Datacenter Standard Form Factor family developed for modern high-density server environments. This design improves thermal efficiency, storage density, and serviceability within enterprise chassis configurations. Traditional storage form factors often struggle to accommodate the thermal demands associated with high-speed PCIe Gen5 storage devices. The E3.S design addresses these limitations by supporting improved airflow pathways and better thermal management characteristics. As enterprise workloads continue to grow more intensive, efficient heat dissipation becomes essential for maintaining stable performance.

1.6TB Storage Capacity

The 1.6TB storage capacity offered by the Dell 345-BMTL SSD provides a balanced solution for mixed-use enterprise workloads. This capacity level is ideal for organizations seeking fast local storage for virtualization nodes, transactional applications, high-speed caching, operating system deployment, and application acceleration. Many enterprise environments require storage configurations that prioritize both performance and efficiency. The 1.6TB capacity supports large-scale datasets while maintaining rapid access speeds and optimized latency characteristics. This makes the drive suitable for server deployments handling moderate to intensive storage operations.

Optimized for Mixed-Use

Mixed-use SSDs are specifically designed to balance read-intensive and write-intensive operations. Unlike drives optimized exclusively for reads or writes, mixed-use enterprise SSDs support a broader range of operational demands across dynamic IT environments. The Dell 345-BMTL SSD is engineered to sustain reliable performance in applications involving continuous data writes, transactional processing, analytics operations, and virtual machine management. This versatility makes it a valuable storage solution for enterprise infrastructures requiring adaptable performance characteristics.

Triple-Level Cell Flash 

The Dell 345-BMTL SSD incorporates TLC NAND flash memory technology to achieve a balance between storage density, endurance, and cost efficiency. TLC architecture stores multiple bits per cell, enabling greater storage capacity within compact physical dimensions. Modern enterprise TLC NAND solutions incorporate advanced wear-leveling algorithms, error correction technologies, and intelligent firmware management to maintain durability across continuous enterprise workloads. These enhancements allow enterprise TLC SSDs to deliver reliable long-term operation in demanding data center environments.

Endurance and Data Integrity Features

Enterprise SSD reliability extends beyond raw performance metrics. The Dell 345-BMTL SSD incorporates advanced data integrity mechanisms designed to protect mission-critical information and ensure operational continuity. Features such as end-to-end data protection, intelligent error correction, bad block management, and wear monitoring contribute to long-term storage stability. These technologies help maintain data consistency while minimizing the risk of corruption or unexpected drive failures.

Compatibility with Dell PowerEdge Servers

The Dell 345-BMTL SSD is engineered for seamless integration with compatible Dell PowerEdge server platforms. Enterprise organizations deploying Dell infrastructure benefit from validated compatibility, firmware optimization, and streamlined management capabilities. Dell-certified enterprise SSDs undergo extensive validation testing to ensure stable operation within supported server configurations. This validation process reduces compatibility concerns and simplifies deployment within enterprise IT environments.

Support for Scalable Infrastructure

Enterprise data centers continuously evolve to support growing operational requirements. The Dell 345-BMTL SSD contributes to scalable infrastructure strategies by providing high-speed NVMe storage suitable for expanding workloads. As organizations increase virtualization density, cloud adoption, and analytics capabilities, storage infrastructure must scale efficiently to support those demands. PCIe Gen5 NVMe SSDs enable organizations to build high-performance environments prepared for future workload expansion.

Thermal Efficiency and Power Optimization

High-performance PCIe Gen5 storage devices generate significant operational heat during sustained workloads. The Dell 345-BMTL SSD leverages the E3.S form factor to improve airflow management and thermal efficiency within enterprise server chassis. Efficient thermal management contributes to performance stability, reduced throttling risk, and longer component lifespan. Data center operators benefit from improved infrastructure reliability when storage devices maintain optimal operating temperatures.

Reduced Power Consumption

Solid state storage technology generally consumes less power than traditional spinning hard drives. The Dell 345-BMTL SSD contributes to energy-efficient infrastructure operations by reducing storage-related power requirements while delivering substantially higher performance levels. Lower power consumption can help organizations reduce operational costs across large-scale deployments. Efficient storage infrastructure also supports sustainability initiatives aimed at minimizing overall data center energy usage.

Secure Data Handling

Enterprise organizations prioritize storage security to protect sensitive business information and maintain regulatory compliance. The Dell 345-BMTL SSD incorporates enterprise-class data protection technologies designed to safeguard stored information throughout operational lifecycles. Secure firmware architecture, advanced error correction, and data integrity validation mechanisms contribute to dependable storage reliability. These capabilities help organizations maintain operational continuity while reducing the risk of unexpected storage disruptions.