0TS2510 Sandisk Ultrastar 61.44TB PCIe Gen4 NVMe U.3 1.4b 15mm SSD

Sandisk 0TS2510 Ultrastar 61.44TB PCIe Gen4 NVMe U.3 1.4b 15mm ISE DC SN655 Solid State Drive Overview

The Sandisk 0TS2510 Ultrastar 61.44TB PCIe Gen4 NVMe U.3 1.4b 15mm ISE DC SN655 solid state drive represents the pinnacle of enterprise-class storage, offering extraordinary capacity, blazing-fast performance, and unmatched reliability. With 61.44TB of storage packed into a 2.5-inch form factor, this drive sets a new benchmark for data center storage solutions. It is purpose-built for hyperscale data centers, high-performance computing, cloud environments, artificial intelligence, and large-scale analytics. Combining PCIe Gen4 speed, NVMe 1.4b protocol, U.3 compatibility, and Integrated Security Engine (ISE), it provides enterprises with an all-in-one solution to meet storage performance, capacity, and security demands.

61.44TB Density in 2.5-Inch Form Factor

Delivering 61.44TB in a single 2.5-inch drive, the Sandisk 0TS2510 enables businesses to significantly increase storage density without expanding their server footprint. This makes it ideal for data-heavy operations such as large-scale cloud storage, AI training datasets, video production archives, and backup solutions. Consolidating massive datasets into fewer drives also reduces overall infrastructure complexity and management overhead.

Optimized for Data Center Scalability

As enterprise data volumes grow exponentially, the demand for scalable storage becomes critical. This SSD supports hyperscale deployments by allowing organizations to maximize storage density per rack. Its high-capacity design is particularly beneficial for colocation data centers and enterprise private cloud environments where every rack unit counts toward efficiency.

Performance-Driven PCIe Gen4 NVMe Architecture

PCIe Gen4 Bandwidth

Leveraging PCIe Gen4, the Sandisk 0TS2510 doubles the throughput compared to PCIe Gen3, offering superior bandwidth for mission-critical workloads. Enterprises benefit from lightning-fast sequential read and write operations that eliminate bottlenecks and accelerate data-driven processes such as high-speed backup, large dataset ingestion, and real-time analytics.

NVMe 1.4b Protocol Advantages

Built on the NVMe 1.4b protocol, the drive delivers optimized queuing, enhanced namespace management, and support for multi-stream workloads. This makes it highly efficient in multi-tenant environments such as cloud service providers and virtualization platforms where thousands of simultaneous requests need to be processed without latency degradation.

U.3 Interface Compatibility

The inclusion of the U.3 interface ensures maximum deployment flexibility. Enterprises can integrate this SSD seamlessly into U.3-enabled backplanes while maintaining backward compatibility with U.2 infrastructures. This reduces the costs and complexities of transitioning from legacy architectures to next-generation storage environments.

Advanced Security with Integrated Security Engine (ISE)

Data Encryption

The Integrated Security Engine (ISE) provides hardware-level encryption, ensuring data confidentiality at rest and during transmission. This feature is crucial for industries like finance, government, and healthcare where compliance with regulations such as GDPR, HIPAA, and FIPS 140-2 is non-negotiable.

Secure Erase and Data Sanitization

ISE technology enables instant secure erase and data sanitization. This ensures sensitive data is irreversibly removed, allowing enterprises to repurpose drives quickly or decommission them safely without exposing critical business information.

End-to-End Data Path Protection

The drive features end-to-end protection from the host interface to NAND storage using advanced ECC and CRC checks. This ensures data integrity by reducing the risk of silent data corruption, which is critical in workloads where accuracy and consistency are essential.

Reliability and Endurance for Mission-Critical Workloads

Enterprise Endurance Ratings

Designed with enterprise-grade NAND, the Sandisk 0TS2510 supports write-intensive workloads with predictable endurance throughout its lifecycle. This makes it suitable for high-demand applications such as transaction logs, OLTP databases, and real-time analytics.

Thermal and Power

Advanced thermal monitoring and power management features allow the SSD to operate efficiently under sustained workloads. Power efficiency is crucial in hyperscale environments where reducing power consumption directly translates into operational savings.

High Mean Time Between Failures (MTBF)

With industry-leading MTBF ratings, the Ultrastar 0TS2510 ensures continuous operation with minimal risk of failure. This reliability reduces downtime, supports high-availability infrastructures, and helps enterprises achieve maximum ROI.

Workload-Specific Performance Advantages

Big Data and Analytics

Data analytics workloads benefit from the drive’s ability to handle large volumes of sequential and random operations. Businesses can process queries faster, generate insights in real-time, and improve decision-making speed.

Cloud and Virtualization

In virtualized environments hosting multiple VMs and containers, the drive’s multi-queue architecture ensures consistent low-latency performance. Cloud service providers can deliver reliable and responsive user experiences across multi-tenant workloads.

Media and Content Delivery

Media companies require fast access to massive video files, 3D assets, and content archives. The 0TS2510 provides the bandwidth to handle simultaneous streams and production workflows without slowdowns, improving both productivity and user satisfaction.

Hot Plug Functionality and Manageability

Hot-Swap

The hot-plug feature allows for replacement or upgrades without shutting down the system, ensuring uninterrupted service availability. This is especially critical for 24/7 environments such as cloud data centers and financial institutions.

Comparison with Other Storage Solutions

SSD vs HDD

The Sandisk 0TS2510 far outpaces traditional HDDs in terms of performance, energy efficiency, and reliability. Enterprises achieve faster results with lower operational costs, making HDDs less viable for modern data center workloads.

PCIe Gen4 NVMe vs SAS and SATA SSD

Compared to SAS and SATA SSDs, the Ultrastar 0TS2510 delivers exponentially higher performance and scalability. This positions it as the preferred solution for organizations looking to modernize infrastructure and prepare for future demands.

Enterprise Value

Reduced Total Cost of Ownership

By consolidating massive datasets into fewer drives, enterprises reduce hardware, power, and cooling costs. This results in significant long-term savings and improved operational efficiency.

Future-Proof Infrastructure

Adopting PCIe Gen4 NVMe technology ensures compatibility with upcoming workloads and applications. Investing in the 0TS2510 future-proofs infrastructure, enabling enterprises to remain competitive as data needs continue to evolve.

High ROI Through Reliability

Reliability, endurance, and hot-plug capabilities reduce downtime and maintenance costs, providing enterprises with a high return on investment. The SSD supports long-term use while maintaining consistent performance.

Industry Applications

Financial Services

Banks and trading platforms rely on low-latency storage for real-time transaction processing and fraud detection. The 0TS2510 ensures secure, fast, and reliable data management in financial infrastructures.

Healthcare

Medical imaging, patient records, and research workloads require secure and high-throughput storage. The ISE encryption and massive capacity of the 0TS2510 make it ideal for healthcare providers handling sensitive data.

Telecommunications

Telecom operators process massive amounts of subscriber and network data. This SSD ensures uninterrupted service delivery, efficient content distribution, and the ability to handle the demands of 5G infrastructures.

Government and Defense

National security applications require uncompromising security and reliability. The integrated encryption and hot-plug capabilities make the 0TS2510 suitable for mission-critical defense and government workloads.