SB5PHV7X076T001 Solidigm D7-PS1010 7.68TB E1.S 15mm PCIe Solid State Drive

Overview of the 7.68TB Solid State Drive

The E1.S 15mm form factor is a critical advancement in enterprise SSD design, enabling higher storage density per rack unit compared to traditional 2.5-inch U.2 solutions. The Solidigm SB5PHV7X076T001 D7-PS1010 7.68TB SSD leverages this compact architecture to provide enhanced airflow efficiency and improved thermal headroom, ensuring stable performance under sustained workloads.

Detail Specification

• Brand: Solidigm 
• Part Number: SB5PHV7X076T001
• Product Type: Solid State Drive (SSD)

Technical Information

• Storage Capacity : 7.68TB
• Interface Type : Pcie 5.0 X4, Nvme
• Form Factor : E1.s 15mm
• Lithography : 176l Tlc 3d Nand
• Endurance Rating : Standard Endurance (se)
• Shock : 1000 G/0.5 Msec
• Mtbf : 2.5 Million Hours

Performance

• Sequential Bandwidth - 100% Read (up To) : 14500 Mb/s
• Sequential Bandwidth - 100% Write (up To) : 10500 Mb/s
• Random Read (100% Span) : 3300000 Iops (4k Blocks)
• Random Write (100% Span) : 400000 Iops (4k Blocks)
• Power - Active : 23w
• Power - Idle : 5w

Compatibility

• Dell PowerEdge (e.g., newer 16G/17G servers configured with E1.S backplanes).
• HPE ProLiant (e.g., Gen11/Gen12 architectures supporting EDSFF form factors).
• Lenovo ThinkSystem, Supermicro, and Inspur

Solidigm D7-PS1010 7.68TB PCIe Solid State Drive

The Solidigm SB5PHV7X076T001 D7-PS1010 7.68TB E1.S 15mm PCIe Solid State Drive represents a high-density enterprise storage solution engineered for modern data center workloads requiring consistent performance, high endurance, and efficient thermal management within a compact E1.S (Enterprise and Datacenter SSD Form Factor) chassis. Built on PCIe NVMe architecture, this SSD is optimized for hyperscale infrastructure, cloud service providers, AI-driven computing environments, and high-performance storage arrays where latency-sensitive operations and sustained throughput are essential.

As part of the Solidigm D7-PS1010 series, this 7.68TB E1.S SSD delivers a balanced combination of capacity and performance, designed to meet the evolving demands of server architectures that prioritize density, energy efficiency, and scalable storage expansion. The 15mm E1.S form factor allows for efficient thermal dissipation while supporting hot-plug capable systems, making it ideal for modular storage platforms and next-generation rack designs.

E1.S 15mm Form Factor Architecture and Design Efficiency

Unlike legacy SSD form factors, E1.S is specifically engineered for modern data center sled-based systems. The 15mm thickness variant strikes a balance between NAND density, thermal dissipation capacity, and mechanical compatibility. This makes it particularly suitable for high-density storage servers used in cloud-scale deployments and AI inference clusters.

PCIe NVMe Interface Performance Capabilities

The PCIe interface in the Solidigm D7-PS1010 series enables high-speed data transfer between the SSD and host system. With NVMe protocol optimization, the drive minimizes command overhead and maximizes parallelism across multiple queues. This architecture is essential for workloads involving large-scale virtualization, real-time analytics, and distributed storage systems.

By utilizing PCIe bandwidth efficiently, the 7.68TB E1.S Solidigm SSD delivers low latency access patterns, making it suitable for applications where microseconds matter. The NVMe design ensures deep queue depth handling, allowing thousands of simultaneous I/O operations without significant performance degradation.

Enterprise-Grade NAND and Endurance Engineering

The Solidigm D7-PS1010 7.68TB SSD is built with enterprise-class NAND flash memory designed for sustained write-heavy environments. Endurance is a critical factor in data center SSD selection, and this drive is optimized for workloads such as logging, transactional databases, caching layers, and AI dataset processing.

The NAND architecture supports advanced wear-leveling algorithms, ensuring balanced usage across all memory cells. This increases drive longevity and reduces the risk of premature degradation under constant write cycles. Combined with robust error correction mechanisms, the SSD maintains data integrity even in high-stress operational environments.

Performance for Data Center Workloads

The Solidigm SB5PHV7X076T001 D7-PS1010 7.68TB PCIe SSD is designed to handle mixed workloads efficiently, including read-intensive and write-intensive operations. Its architecture supports consistent IOPS performance, reducing performance variability in multi-tenant cloud environments.

Key performance characteristics include optimized queue depth scaling, predictable latency distribution, and sustained throughput under continuous workloads. These features make the drive suitable for distributed storage systems, hyper-converged infrastructure (HCI), and software-defined storage (SDS) platforms.

Drive Efficiency

Thermal management is a crucial design consideration for high-density E1.S SSDs. The Solidigm D7-PS1010 7.68TB model incorporates advanced power efficiency techniques that reduce heat output while maintaining peak performance levels. This is particularly important in densely packed server environments where airflow is limited.

The 15mm enclosure allows improved heat dissipation compared to thinner form factors, ensuring stable operation under continuous workloads. Adaptive power state management further enhances efficiency by dynamically adjusting power consumption based on workload intensity.

Reliability, Data Protection, and Enterprise Features

Enterprise SSDs require advanced reliability features, and the Solidigm SB5PHV7X076T001 integrates multiple layers of data protection. These include end-to-end data path protection, power loss protection mechanisms, and firmware-level error correction protocols.

In data center environments, unexpected power interruptions can lead to data corruption. This SSD mitigates such risks through onboard capacitors or equivalent protection systems that ensure in-flight data is safely committed to NAND during power failure scenarios.

High-Performance Computing Use Cases

The increasing demand for AI training and inference workloads requires storage systems capable of delivering consistent high throughput and low latency. The Solidigm D7-PS1010 7.68TB E1.S SSD is well-suited for these environments, where large datasets must be accessed rapidly and repeatedly.

Machine learning pipelines, particularly those involving deep learning models, benefit from fast data ingestion speeds provided by PCIe NVMe storage. The drive supports rapid checkpointing, dataset streaming, and parallel processing workflows essential for GPU-accelerated computing clusters.

Cloud Infrastructure

Hyperscale data centers rely on storage devices that provide predictable performance at scale. The Solidigm 7.68TB E1.S SSD is optimized for such environments, offering consistent latency under heavy multi-tenant workloads. Its compact form factor allows dense server configurations, reducing per-terabyte footprint in large-scale deployments.

Cloud service providers utilize drives like the D7-PS1010 series for object storage caching, virtual machine hosting, containerized applications, and distributed database systems. The balance of capacity and performance ensures efficient resource utilization across compute nodes.

Storage Density and Scalability Advantages

One of the primary advantages of the E1.S form factor is scalability. The Solidigm SB5PHV7X076T001 allows data centers to increase storage density without expanding physical rack space. This is critical in modern facilities where space, power, and cooling are constrained resources.

The 7.68TB capacity tier provides a strategic balance between cost efficiency and performance, enabling organizations to scale storage infrastructure without compromising speed or reliability. This makes it suitable for tiered storage architectures where hot and warm data are distributed across different media types.

Latency and IOPS Consistency

Latency consistency is a defining factor in enterprise SSD performance. The Solidigm D7-PS1010 series is engineered to minimize latency spikes under load, ensuring predictable application performance. This is essential for transactional databases and real-time analytics platforms.

The drive’s architecture is optimized to maintain stable IOPS even under high queue depths. This ensures that multi-threaded applications and concurrent user environments do not experience performance bottlenecks.

Compatibility with Modern Server Architectures

The E1.S 15mm Solidigm SSD is compatible with next-generation server platforms designed for modular storage deployment. These systems include hot-swappable bays and integrated backplanes optimized for NVMe over PCIe connectivity.

Compatibility extends across major hyperscale server designs, enabling seamless integration into existing infrastructure without extensive hardware modifications. This reduces deployment complexity and accelerates storage upgrades in enterprise environments.

Virtualization and Containerized Workload

Virtualized environments place significant demands on storage systems due to concurrent access patterns. The Solidigm SB5PHV7X076T001 supports high-density virtual machine deployments by delivering consistent throughput and low latency response times.

Containerized workloads, including Kubernetes-based architectures, benefit from the drive’s ability to handle rapid scaling events and burst I/O patterns. This ensures stable application performance in dynamic cloud-native environments.

Software-Defined Storage and Distributed Systems

Software-defined storage platforms rely heavily on consistent SSD performance. The D7-PS1010 7.68TB E1.S SSD supports distributed storage architectures by providing predictable performance across nodes in a cluster.

Its NVMe interface allows efficient communication with storage orchestration layers, enabling optimized data placement, replication, and redundancy management in large-scale systems.

Security Features and Data Integrity Assurance

Enterprise storage security is essential in modern IT environments. The Solidigm SSD includes firmware-level security controls and encryption capabilities designed to protect sensitive data in transit and at rest.

Data integrity is maintained through advanced error correction codes and continuous background scrubbing processes. These mechanisms ensure long-term reliability even in high-usage enterprise deployments.

Energy Efficiency

Total cost of ownership (TCO) is a major consideration in enterprise storage procurement. The Solidigm SB5PHV7X076T001 SSD is designed to minimize power consumption while delivering high performance, reducing operational costs in large-scale deployments.

Energy efficiency contributes to lower cooling requirements and reduced infrastructure strain, making it a cost-effective solution for hyperscale and enterprise data centers aiming to optimize long-term storage investments.

Adaptability and Mixed-Use Performance

The mixed-use design of the D7-PS1010 series allows it to handle both read-heavy and write-heavy workloads effectively. This adaptability makes it suitable for diverse applications including analytics, content delivery networks, and real-time processing systems.

Workload balancing algorithms ensure that performance remains stable even when usage patterns fluctuate significantly, making it a reliable choice for unpredictable enterprise environments.