MZ-VAP1T0 Samsung 9100 PRO 1TB M.2 2280 PCIe 5.0 NVMe 2.0 SSD

Specification of Samsung 1TB M.2 SSD

Essential Details

• Brand: Samsung
• Model Identifier: MZ-VAP1T0
• Drive Category: Internal Solid State Drive
• Series: 9100 Pro

Technical Specifications

Connectivity & Architecture

• Interface Type: PCI Express 5.0 x4
• Protocol: NVMe 2.0
• Flash Memory: Samsung V-NAND TLC
• Buffer Memory: 1GB LPDDR4x

Speed & Throughput

• Sequential Read Rate: 14,700 MB/s
• Sequential Write Rate: 13,300 MB/s
• Random Read IOPS: 1,850,000
• Random Write IOPS: 2,600,000

Energy Efficiency

• Power During Read: 7.6 Watts
• Power During Write: 7.2 Watts
• Idle Power (PS3): 4.0 Milliwatts
• Idle Power (PS4): 3.3 Milliwatts
• Durability (Total Bytes Written): 600 Terabytes

Physical Dimensions

• Width: 0.9 inches
• Height: 0.09 inches
• Depth: 3.2 inches

Choose Samsung 9100 Pro SSD

Top Benefits

• Blazing-fast data transfer speeds for demanding applications
• Advanced NVMe 2.0 protocol for reduced latency
• Reliable V-NAND TLC flash for long-term performance
• Energy-efficient design for optimized power usage
• Compact M.2 2280 form factor for versatile installations

Samsung MZ-VAP1T0 9100 Pro 1TB M.2 2280 PCIE SSD

The Samsung 9100 Pro series represents the pinnacle of high-performance storage solutions for modern computing needs. Built for enthusiasts, professionals, and enterprise users seeking unparalleled speed, reliability, and efficiency, these solid-state drives utilize the latest PCIe 5.0 interface paired with NVMe 2.0 technology. Among the series, the Samsung MZ-VAP1T0 9100 Pro 1TB M.2 2280 model stands out as a benchmark for internal storage performance, delivering exceptional data throughput and low latency, which is crucial for demanding applications such as high-resolution video editing, 3D rendering, gaming, and large-scale data processing.

High-Speed PCIe 5.0 Interface

The Samsung 9100 Pro series leverages the PCIe 5.0 x4 interface, which offers double the bandwidth of the previous PCIe 4.0 generation. This advancement ensures faster sequential read and write speeds, drastically reducing the time needed to transfer large files or load complex applications. With the 1TB model, users can achieve peak sequential read speeds that significantly surpass typical NVMe SSDs, facilitating instant data access and near-instant system responsiveness. This interface also supports backward compatibility, allowing seamless operation in systems with PCIe 4.0 or 3.0 slots, though maximum speeds are achieved only when paired with a native PCIe 5.0 environment.

Optimized NVMe 2.0 Protocol

The integration of NVMe 2.0 provides the Samsung 9100 Pro series with a more efficient communication protocol designed specifically for SSDs, rather than relying on legacy storage interfaces. NVMe 2.0 optimizes command queuing and parallelism, enabling multiple requests to be processed simultaneously without bottlenecks. This translates to faster response times, higher IOPS (Input/Output Operations Per Second), and improved multitasking performance, making the drive ideal for high-demand professional workloads such as virtualized environments, cloud computing, and real-time data analytics. The protocol also reduces CPU overhead, allowing systems to allocate processing power more efficiently across other critical tasks.

Form Factor and Design Advantages

The Samsung MZ-VAP1T0 9100 Pro adopts the compact M.2 2280 form factor, a design choice that balances high storage capacity with a small footprint. This 22mm by 80mm design allows easy integration into modern desktops, laptops, and workstations without occupying additional space, which is particularly beneficial for ultrabooks and compact PCs. The drive’s construction also ensures optimal heat dissipation, maintaining consistent performance under heavy workloads. Samsung’s attention to thermal management, combined with advanced heat spreader technology, prevents thermal throttling, ensuring the drive sustains peak speeds during prolonged usage.

Enhanced Reliability and Endurance

Samsung has engineered the 9100 Pro series with endurance and reliability in mind. The drive utilizes high-quality NAND flash memory that supports extensive read/write cycles, ensuring longevity even in environments with continuous data transactions. Coupled with a robust controller architecture and firmware optimizations, the MZ-VAP1T0 model maintains data integrity and prevents performance degradation over time. The drive also incorporates advanced error correction and wear-leveling mechanisms that evenly distribute data writes across the memory cells, further extending its operational lifespan and providing peace of mind for users who rely on their storage for critical projects and sensitive information.

Unmatched Performance for Content Creators

Content creation professionals such as video editors, 3D modelers, and digital artists require storage solutions that can keep up with their demanding workflows. The Samsung 9100 Pro 1TB delivers consistent high-speed read and write operations, reducing rendering times, file transfer delays, and project load times. Creative software that manipulates large assets, including 8K video footage or complex CAD files, benefits from the drive’s low latency and high IOPS, enabling smoother previews and faster export processes. Additionally, the drive’s high throughput ensures that multiple applications can run simultaneously without system lag, supporting multitasking efficiency and overall productivity.

Gaming and High-Performance Computing Benefits

For gamers and high-performance computing enthusiasts, the Samsung 9100 Pro series provides a substantial advantage. The ultra-fast PCIe 5.0 interface minimizes game load times, while high sequential read speeds allow large game assets to stream almost instantly. In competitive gaming scenarios, the reduced storage latency contributes to faster level loads and more responsive gameplay. For PC builders and system integrators, the M.2 form factor simplifies installation, while the high endurance ensures the drive withstands prolonged gaming sessions and system-intensive tasks without performance drops.

Compatibility and System Integration

The MZ-VAP1T0 9100 Pro 1TB is designed for maximum compatibility across modern computing platforms. It seamlessly integrates with desktop motherboards, high-end workstations, and select gaming laptops, supporting multiple operating systems, including Windows, Linux, and macOS. The drive’s firmware and Samsung Magician software provide monitoring, performance optimization, and diagnostic capabilities, giving users complete control over storage management. The software suite allows firmware updates, secure data erase, performance benchmarking, and over-provisioning configuration, ensuring the drive continues to deliver peak performance throughout its operational lifespan.

Enterprise and Professional Applications

Beyond consumer use, the Samsung 9100 Pro SSDs are highly suitable for professional and enterprise-grade applications. Data-intensive operations, including database management, virtualization, and cloud storage solutions, benefit from the drive’s high throughput, low latency, and sustained IOPS performance. The 1TB capacity strikes a balance between high storage density and cost-efficiency, making it an ideal choice for professionals who require reliable, fast, and secure storage solutions without compromising space or budget constraints. Its combination of endurance, thermal efficiency, and high-speed performance ensures continuous operation in enterprise environments, reducing downtime and enhancing workflow efficiency.

Workflow Optimization

In creative studios, design firms, and research facilities, the Samsung 9100 Pro 1TB enables rapid project turnaround by minimizing bottlenecks associated with slower storage media. Large project files, including multimedia assets, simulation datasets, and high-resolution imagery, can be stored and accessed almost instantly, reducing the need for external storage solutions or complex RAID configurations. This internal drive’s speed and reliability enhance overall workflow efficiency, allowing teams to focus on creative and analytical tasks without worrying about storage-related delays or performance limitations.