118000841 EMC PM1733 15.36TB Pci Express 4.0 X4 NVMe Internal Solid State Drive. Excellent Refurbished with 1 Year Replacement Warranty

Overview of EMC PM1733 15.36TB NVMe PCIe 4.0 SSD

The EMC PM1733 118000841 15.36TB Internal Solid State Drive is engineered for enterprise-grade computing environments that demand exceptional throughput, ultra-fast responsiveness, and dependable data handling. Built with PCI Express 4.0 x4 NVMe technology, this high-capacity SSD delivers remarkable transfer speeds and optimized efficiency for data centers, virtualization platforms, cloud infrastructure, and high-performance servers.

 General Information

• Brand: EMC
• Model: 118000841
• Drive Type: Internal Solid State Drive

Technical Specifications

• Storage Capacity: 15.36TB
• Interface: PCI Express 4.0 x4 NVMe
• Form Factor: 2.5-Inch
• Sequential Read Speed: Up to 7000 MB/s
• Sequential Write Speed: Up to 3800 MB/s
• Random Read: Up to 1450K IOPS
• Random Write: Up to 135K IOPS
• DWPD: 1
• Deployment Type: Enterprise Storage

Performance

• Sequential read speed up to 7000 MB/s
• Sequential write performance reaching 3800 MB/s
• Random read performance up to 1450K IOPS
• Random write capability up to 135K IOPS
• 1 DWPD endurance rating for enterprise reliability

Architecture

• PCIe Gen4 technology for faster communication speeds
• NVMe interface designed for low-latency performance
• Optimized for server and enterprise workstation deployment
• Improved scalability for storage-intensive applications
• Consistent data transfer under heavy workloads

Data Storage Solution

• Large-capacity enterprise storage for expanding data needs
• Efficient handling of massive datasets and applications
• Suitable for AI workloads, cloud systems, and virtualization
• Supports enterprise-level storage consolidation
• Minimizes storage bottlenecks in critical environments

Form Factor

• Industry-standard 2.5-inch internal SSD design
• Compatible with enterprise server infrastructures
• Supports dense storage configurations
• Reliable fit for modern storage platforms
• Efficient cooling and optimized airflow compatibility

Data Center Reliability 

• Enterprise-class reliability for 24/7 operation
• Designed for intensive server workloads
• Stable performance under sustained usage
• Enhanced endurance for professional IT environments
• Trusted storage solution for modern data centers

Compatible ProLiant Server Series

• BL Series: BL420c, BL460c, BL465c, BL660c (Gen8/Gen9)
• DL Series: DL20, DL60, DL80, DL120, DL160, DL180, DL320e, DL360, DL380, DL560, DL580
• ML Series: ML110, ML150, ML310e, ML350 variants
• SL Series: SL230s, SL250s, SL270sXL Series: XL170r, XL190r, XL220a, XL230a, XL250a

Details of EMC PM1733 118000841 15.36TB SSD

The EMC PM1733 118000841 15.36TB PCI Express 4.0 x4 NVMe Internal Solid State Drive is engineered for enterprise-class data center workloads requiring exceptional throughput, ultra-low latency, massive storage capacity, and long-term reliability. Designed to meet the growing demands of modern server infrastructures, virtualization clusters, cloud computing platforms, analytics systems, and high-performance enterprise applications, this NVMe SSD provides advanced storage acceleration capabilities for mission-critical environments.

Built with PCIe Gen4 technology and NVMe architecture, the EMC PM1733 delivers dramatically improved bandwidth compared to legacy SATA and SAS solid-state drives. Enterprises deploying advanced storage systems benefit from higher input/output operations per second, faster data access, lower application latency, and optimized system responsiveness across demanding workloads. The 15.36TB capacity further enables large-scale storage consolidation while reducing rack-level storage complexity.

Enterprise organizations handling extensive databases, virtualization infrastructures, artificial intelligence workloads, cloud-native deployments, financial analytics, scientific simulations, and large transactional environments can leverage the PM1733 SSD to improve operational efficiency and accelerate mission-critical processes. The drive supports modern enterprise data center architectures where storage speed, scalability, reliability, and endurance directly impact business continuity and application performance.

Performance

PCI Express 4.0 technology significantly advances storage communication bandwidth over previous generations. The EMC PM1733 118000841 utilizes PCIe 4.0 x4 connectivity to provide exceptional sequential read and write throughput that supports highly intensive enterprise operations. Compared to older SATA interfaces limited by legacy protocols and restricted transfer rates, PCIe Gen4 NVMe architecture removes bottlenecks and enables direct communication between storage and CPU resources.

NVMe protocol optimization is one of the most important advantages of the PM1733 platform. Unlike SATA SSDs that rely on protocols originally designed for spinning hard drives, NVMe was created specifically for flash memory and parallel processing. This architecture reduces latency while enabling significantly higher queue depths and simultaneous command execution. Data-intensive environments therefore experience superior responsiveness during transactional processing, virtualization operations, and mixed workload scenarios.

Enterprises running high-performance applications such as machine learning pipelines, cloud orchestration systems, online transaction processing databases, and real-time analytics benefit from the PM1733 drive’s ability to process massive workloads with consistent speed and reliability. PCIe Gen4 bandwidth allows modern servers to maximize CPU and memory utilization while reducing storage wait times.

Storage Capacity

The 15.36TB capacity offered by the EMC PM1733 118000841 allows organizations to consolidate large data volumes into compact enterprise storage infrastructures. Modern businesses increasingly generate extensive datasets through analytics platforms, IoT environments, customer applications, enterprise resource planning systems, digital media workflows, and virtualization environments. High-capacity NVMe SSDs reduce the number of physical drives required while maximizing rack density and operational efficiency.

Storage consolidation benefits extend beyond physical space savings. Fewer drives often result in simplified management, reduced power consumption, lower cooling requirements, and improved overall infrastructure efficiency. Data center administrators can deploy fewer storage devices while maintaining superior performance characteristics and enterprise reliability.

Large-capacity enterprise SSDs are especially valuable in hyper-converged infrastructure environments where storage density and performance scalability are critical. The PM1733 drive supports extensive virtual machine deployments, high-capacity application storage pools, and demanding enterprise databases without compromising access speed or workload consistency.

Advanced NVMe Technology

NVMe technology fundamentally transforms enterprise storage performance by enabling streamlined communication between flash storage and modern multi-core processors. The EMC PM1733 118000841 integrates enterprise-grade NVMe capabilities that support high concurrency, advanced queue management, and efficient workload balancing across demanding enterprise systems.

Traditional storage interfaces often become bottlenecks in environments where applications generate simultaneous read and write requests at massive scale. NVMe removes these restrictions by supporting significantly larger command queues and deeper parallel processing structures. This architecture enables enterprise applications to sustain high throughput while minimizing latency spikes.

Enterprise NVMe SSDs also improve responsiveness in mixed workload environments where transactional databases, analytics applications, and virtualization services operate concurrently. The PM1733 drive helps maintain stable performance consistency even during intensive enterprise operations.

Reliability and Data Integrity

Reliability is a foundational requirement in enterprise storage deployments. The EMC PM1733 118000841 15.36TB NVMe SSD is engineered for environments where continuous uptime, consistent performance, and dependable data protection are essential. Enterprise SSDs differ substantially from consumer-grade storage devices because they are specifically designed to endure intensive write workloads, continuous operation, and mission-critical usage patterns.

Advanced error correction technologies help ensure data integrity during read and write operations. Enterprise firmware optimization contributes to consistent workload handling while minimizing the risk of data corruption or performance degradation. Power loss protection mechanisms are commonly integrated into enterprise SSD architectures to safeguard in-flight data during unexpected power interruptions.

Data centers operating around the clock require storage solutions capable of maintaining reliability under sustained stress conditions. The PM1733 drive is optimized for continuous enterprise workloads involving databases, virtualization clusters, cloud infrastructure, and transactional systems that demand uninterrupted performance.

Enterprise Reliability Features

Enterprise storage reliability extends beyond hardware durability. The PM1733 architecture incorporates sophisticated wear management algorithms, thermal monitoring systems, and endurance optimization technologies that contribute to long operational lifespans. Predictive maintenance capabilities assist administrators in monitoring drive health and proactively managing infrastructure resources.

High endurance characteristics are especially important in environments involving frequent data writes, heavy transactional activity, or extensive caching operations. Enterprise SSD endurance specifications help organizations confidently deploy NVMe storage in write-intensive applications without compromising long-term stability.

Database Acceleration

Enterprise databases require storage systems capable of supporting millions of transactions while maintaining low latency and high consistency. The EMC PM1733 118000841 SSD provides the speed and endurance required for transactional databases, analytics platforms, and large-scale data processing environments.

Databases handling financial transactions, customer analytics, inventory systems, enterprise resource planning applications, and real-time reporting operations depend heavily on rapid data access. NVMe SSD architecture minimizes query response times while accelerating indexing, replication, and transaction processing activities.

Large-scale SQL and NoSQL database environments particularly benefit from enterprise NVMe storage because of the technology’s ability to sustain high IOPS performance under mixed workloads. Faster storage directly contributes to improved database responsiveness, reduced processing delays, and enhanced user experiences.

Database Workload Advantages

The PM1733 SSD supports high-throughput environments involving online transaction processing, data warehousing, business intelligence systems, and analytics platforms. Reduced latency improves application responsiveness during peak transaction periods while helping organizations meet strict performance requirements.

Data replication and backup processes also benefit from NVMe storage acceleration. Faster replication speeds contribute to improved disaster recovery readiness and more efficient business continuity operations.

Data Center Efficiency and Scalability

Enterprise data centers prioritize efficiency, scalability, and infrastructure optimization. The EMC PM1733 118000841 enterprise SSD contributes to these objectives through high-density storage capacity, improved performance-per-watt characteristics, and reduced hardware footprint requirements.

High-capacity NVMe SSDs enable organizations to maximize storage density within limited rack space. Consolidating workloads onto fewer drives can reduce operational complexity and simplify storage management. Lower power consumption compared to larger arrays of lower-capacity drives contributes to improved energy efficiency and reduced cooling requirements.

Scalability is equally important in modern enterprise infrastructures. As organizations expand storage demands, NVMe SSD architectures provide the flexibility necessary to scale performance and capacity without introducing major infrastructure bottlenecks.

Security and Enterprise Data Protection

Enterprise storage security remains a top priority for organizations managing sensitive data, intellectual property, customer records, and mission-critical applications. The EMC PM1733 NVMe SSD supports enterprise data protection requirements through advanced firmware capabilities and secure storage architecture.

Secure storage solutions help organizations maintain regulatory compliance and protect against unauthorized data access. Enterprise SSD platforms often integrate encryption support, secure erase capabilities, and advanced authentication mechanisms that contribute to overall infrastructure security.

In multi-tenant environments such as cloud platforms and virtualization clusters, secure storage isolation is essential. NVMe enterprise SSDs support robust security frameworks designed for modern enterprise computing ecosystems.

Compatibility 

The EMC PM1733 118000841 SSD is intended for enterprise server deployments requiring high-speed NVMe storage integration. Compatibility with modern server architectures ensures organizations can deploy the drive within high-performance computing environments, virtualization clusters, and enterprise storage arrays.

PCIe Gen4 support allows organizations to leverage next-generation server platforms capable of delivering superior throughput and reduced latency. The SSD is suitable for integration into enterprise systems supporting NVMe storage backplanes, advanced RAID configurations, and software-defined storage frameworks.

Enterprise IT administrators prioritize compatibility and interoperability when designing scalable infrastructure solutions. NVMe SSD deployment flexibility contributes to simplified infrastructure upgrades and long-term operational planning.