SSDSC2KB019T701 Intel 1.92TB SATA 6GBPS 3D NAND TLC SSD

Intel SSDSC2KB019T701 1.92TB SATA Solid State Drive 

The Intel SSDSC2KB019T701 1.92TB SATA 6Gbps TLC DC S4500 Series Solid State Drive is engineered to deliver high endurance, reliability, and performance for data center and enterprise workloads. Designed for mixed-use environments, this solid-state drive ensures consistent throughput, reduced latency, and enhanced energy efficiency. With its advanced SATA interface, it provides compatibility across a wide range of server and storage platforms, making it a dependable choice for applications requiring superior data integrity and scalability. Its 3D TLC NAND architecture optimizes storage density while maintaining the durability and performance essential for mission-critical workloads.

High-Performance Data Center Storage Capabilities

Optimized Throughput and Low Latency

The Intel DC S4500 Series SSD brings consistent read and write performance for enterprise workloads. Its SATA 6Gbps interface ensures stable data transfer speeds, offering faster boot times and quick access to large datasets. The device reduces latency, allowing servers to respond rapidly to user requests, ensuring smoother operations in multi-user and virtualized environments. It is ideal for data centers that demand high I/O operations per second (IOPS) with minimal power consumption and low heat generation.

3D TLC NAND Flash Technology

Built with advanced 3D TLC NAND flash, the Intel SSDSC2KB019T701 SSD enhances endurance, reliability, and efficiency. This technology stacks memory cells vertically, allowing for greater capacity and longevity within a smaller footprint. The 3D TLC structure improves write performance, reduces cell degradation, and minimizes wear over time, ensuring a longer lifespan even under heavy workloads. The NAND technology also optimizes data placement, improving efficiency in mixed-use scenarios where both read and write operations occur simultaneously.

Energy Efficiency and Cost-Effectiveness

Energy efficiency is a hallmark of the Intel DC S4500 Series. The SSD consumes less power than traditional hard disk drives, helping reduce overall energy costs and heat output in server environments. Lower power consumption means reduced cooling requirements, contributing to sustainable and environmentally responsible data center operations. Its cost-effectiveness is enhanced by long-term reliability and minimized maintenance needs, offering an exceptional balance of performance per watt.

Reliability and Data Protection Features

End-to-End Data Protection

The Intel SSDSC2KB019T701 SSD includes end-to-end data protection mechanisms to maintain data integrity throughout the storage path. This ensures that data remains accurate and secure from the moment it is written until it is read back. The drive incorporates advanced error correction code (ECC) algorithms that automatically detect and correct data corruption. These features protect against data loss and silent errors, which can be detrimental in critical computing environments such as databases and virtualized systems.

Enhanced Power-Loss Protection

Power-loss protection technology ensures that data in flight is preserved during unexpected power outages. This feature safeguards the integrity of data stored in the cache, preventing corruption and data loss. The capacitors within the SSD provide sufficient energy to complete write operations during a sudden power failure, maintaining data consistency and reliability even under unplanned interruptions.

Consistent Performance and Endurance

The drive offers outstanding endurance with support for sustained workloads over its lifetime. It is designed for read-intensive and mixed-use applications, providing predictable I/O performance even under high-demand scenarios. The use of enterprise-grade NAND and firmware optimization extends durability, enabling the SSD to handle frequent write and erase cycles without compromising performance. This endurance makes it ideal for data centers handling analytics, virtualization, and content delivery operations.

Technical Specifications and Design Efficiency

Interface and Speed

Featuring a SATA III 6Gbps interface, the Intel SSDSC2KB019T701 drive provides seamless integration with existing server infrastructures. Its backward compatibility with SATA II ensures flexible deployment options. The interface supports fast sequential read and write speeds, allowing enterprises to handle large data transfers efficiently. This consistency in speed benefits tasks such as real-time analytics, online transaction processing (OLTP), and high-volume content delivery.

Storage Capacity and Format

With a 1.92TB storage capacity, the SSD is suited for handling significant data loads across enterprise servers. It provides a balance between capacity and performance, making it suitable for workloads that involve frequent read/write operations. The standard 2.5-inch form factor allows compatibility with a wide range of data center and server configurations. This compact design maximizes space utilization without compromising accessibility or airflow within rack environments.

Enterprise Application and Workload Integration

Data Center Optimization

The Intel DC S4500 Series SSD is tailored for mixed-use environments where both read and write operations are prevalent. It is suitable for database management systems, virtualization platforms, and content delivery networks. In cloud and enterprise storage, the drive enables faster provisioning, improved system responsiveness, and lower operational costs. Data centers benefit from its high reliability, predictable latency, and scalability for demanding applications.

Virtualization and Cloud Computing

For virtualization workloads, the Intel SSDSC2KB019T701 offers stable performance under multiple concurrent virtual machine operations. Its consistent latency ensures smooth virtual machine migration and resource allocation. Cloud service providers gain improved service levels and reduced downtime, while the drive’s durability minimizes disruptions caused by hardware wear-out. Its predictable performance under virtualized conditions makes it an essential component for infrastructure-as-a-service (IaaS) environments.

Database and Transactional Workloads

In database management and transactional applications, speed and consistency are vital. The SSD delivers quick access to frequently used data, minimizing query response times. It enhances transaction throughput, supporting large-scale business intelligence (BI) and customer relationship management (CRM) systems. With reduced latency and high IOPS, it ensures faster access to structured and unstructured data, improving the performance of mission-critical systems that demand low delay and continuous availability.

Integration and Compatibility

Broad System Support

The Intel SSDSC2KB019T701 SSD is fully compatible with a wide range of operating systems and server configurations. It integrates seamlessly into platforms using standard SATA interfaces, supporting both legacy and modern architectures. This compatibility ensures smooth deployment in mixed IT environments, minimizing integration challenges and optimizing total cost of ownership. Enterprises can adopt this SSD across multiple generations of servers without requiring specialized configurations.

Scalable Storage Infrastructure

The drive’s scalability makes it suitable for growing enterprise environments that need to expand storage capacity while maintaining consistent performance. Whether deployed as a standalone storage device or part of a RAID array, the SSD ensures reliability and high-speed data access. It complements tiered storage strategies where data is dynamically allocated between high-performance SSDs and high-capacity HDDs, providing the best of both speed and volume.

Deployment Flexibility

The Intel DC S4500 Series SSD is adaptable for various use cases such as web hosting, virtualization, database management, and business analytics. It supports both read-intensive and mixed-use workloads, allowing IT managers to standardize across diverse application types. Its form factor and interface make it compatible with blade servers, rack servers, and modular storage arrays, simplifying deployment across distributed computing environments.

IOPS and Throughput

The SSD delivers impressive input/output operations per second (IOPS), ensuring high performance in data-heavy tasks. It maintains consistent read and write speeds even under concurrent workloads, allowing applications to run without interruption. The enhanced throughput facilitates real-time analytics and machine learning workloads that rely on rapid data retrieval. Businesses benefit from reduced lag and improved processing speeds, enhancing overall productivity.

Latency Reduction

The Intel SSDSC2KB019T701 achieves ultra-low latency by optimizing controller algorithms and reducing queuing delays. This ensures faster command response and superior data access times compared to conventional storage media. Low latency is especially beneficial for enterprise applications requiring immediate response, such as e-commerce platforms, financial transaction systems, and online content distribution networks. By minimizing latency, the SSD enhances user experience and operational efficiency.

Consistency in Mixed Workloads

The drive is engineered to maintain stable performance in environments where read and write operations occur simultaneously. Mixed-use optimization ensures that transaction-heavy and data-intensive processes can coexist without performance degradation. This consistency is vital for environments like ERP systems and virtualization clusters, where multiple operations happen concurrently. The SSD’s advanced firmware tuning ensures that it handles unpredictable workloads with minimal performance variance.

Security and Data Management

Hardware-Based Encryption

Security is reinforced with hardware-level encryption, safeguarding data against unauthorized access. The Intel SSDSC2KB019T701 incorporates AES 256-bit encryption that protects sensitive data at rest. This feature complies with industry security standards, ensuring that confidential information remains secure even if physical storage is compromised. Encryption operates seamlessly without affecting performance, offering protection with minimal computational overhead.

Data Integrity and Error Recovery

Intel’s advanced error correction algorithms maintain high data integrity by detecting and rectifying potential issues before they impact storage reliability. Combined with ECC and redundant firmware design, the SSD ensures consistent data accuracy throughout its operational life. This reliability is critical for applications involving financial transactions, customer databases, and enterprise-level analytics where even minor data corruption can lead to significant losses.

Performance Sustainability and Future Scalability

Predictable Performance Over Time

Unlike traditional storage devices that degrade significantly with age, the Intel DC S4500 Series maintains steady performance over its lifecycle. This predictable behavior is due to its advanced wear-leveling algorithms, optimized firmware, and resilient NAND technology. Enterprises can rely on sustained throughput and consistent latency, enabling long-term performance planning and budgeting accuracy.

Future-Ready Data Center Integration

The drive’s scalability and compatibility with existing storage frameworks make it future-proof for evolving data center needs. As data volumes increase, the SSD’s ability to handle mixed workloads efficiently ensures continuous service delivery. It supports emerging applications like artificial intelligence, big data analytics, and high-performance computing (HPC) that rely on rapid data movement and minimal downtime.