XP208H037T68P228T1910 Phison Pascari X200P 7.68TB U.2 NVME SSD

Details of Phison 7.68TB U.2 SSD

The Phison XP208H037T68P228T1910 Pascari X200P is a cutting-edge 7.68TB U.2 15mm PCIe Gen5x4 NVMe SSD engineered for enterprise-grade storage solutions. Designed for speed, durability, and reliability, this drive is ideal for modern data center and server environments.

Main Information

• Brand Name: Phison
• Model Number: XP208H037T68P228T1910
• Category: NVMe Solid State Drive

Technical Specifications

Capacity & Form Factor

• Storage Size: 7.68TB
• Design: U.2 15mm form factor

Interface & Protocol

• Connection Standard: PCIe Gen5 x4
• NVMe Revision: NVMe 2.0

Security Features

• Encryption: Opal-compliant security

Performance Characteristics

Endurance & Reliability

• DWPD: Enterprise-level endurance rating
• Usage Profile: Optimized for mixed read/write workloads

Application Optimization

• High-performance server deployments
• Data center storage acceleration

Port & Connectivity

Connection Type

• Port: Single-port design
• Protocol: NVMe over PCIe Gen5

Reliability & Advanced Features

Durability

• Endurance Class: Enterprise-grade reliability

Data Integrity

• End-to-end data path protection
• Safeguards against corruption

Power Management

• Power Loss Protection: Supported for uninterrupted operation

Enterprise-Class NVMe Storage Category Overview

The enterprise NVMe solid state drive category represents the highest tier of modern data center storage, engineered to deliver extreme throughput, ultra-low latency, and unwavering reliability for mission-critical workloads. Products in this category are designed around PCI Express Gen5 architectures and advanced NVMe protocols, enabling them to handle massive parallel data streams with efficiency that traditional SATA and SAS storage solutions cannot approach. The Phison XP208H037T68P228T1910 Pascari X200p 7.68TB Single Port With Opal Security U.2 15mm PCIe Gen5x4 NVMe SSD fits squarely within this premium enterprise storage segment, targeting environments where performance consistency, security compliance, and scalability are non-negotiable.

This category focuses on data center and enterprise deployments that demand predictable performance under sustained workloads. High-capacity NVMe drives such as this model are commonly deployed in virtualization clusters, private and hybrid cloud infrastructures, hyperscale data centers, and high-performance computing platforms. The defining characteristic of this category is not only peak speed, but the ability to maintain that speed under continuous read and write pressure, ensuring that applications remain responsive even during peak utilization periods.

PCIe Gen5 NVMe Architecture and Performance Class

PCI Express Gen5 represents a generational leap in storage connectivity, doubling the bandwidth of PCIe Gen4 and enabling unprecedented data transfer rates. Within this category, Gen5x4 NVMe SSDs are engineered to fully utilize the available lanes, delivering throughput that aligns with the needs of next-generation CPUs and server platforms. The Pascari X200p series exemplifies this architectural advancement by leveraging a Gen5x4 interface optimized for enterprise-grade workloads.

The NVMe protocol plays a critical role in this performance class, as it is purpose-built for non-volatile memory and parallel command execution. Enterprise NVMe drives in this category are designed to handle deep queue depths and multiple namespaces, allowing thousands of concurrent operations without performance degradation. This makes the category ideal for databases, analytics engines, and real-time data processing frameworks that rely on rapid access to large datasets.

Low Latency Characteristics in Enterprise Environments

Latency consistency is a defining metric within the enterprise NVMe SSD category. While consumer-grade drives may advertise impressive peak speeds, enterprise solutions prioritize predictable response times under sustained load. The category to which this Pascari X200p model belongs is optimized for low tail latency, ensuring that even the slowest operations complete within acceptable thresholds. This is particularly important for transactional databases, financial systems, and latency-sensitive applications where performance spikes can translate into measurable business impact.

Advanced controller architectures and firmware optimizations contribute to latency reduction by efficiently managing input/output queues and minimizing overhead. In enterprise deployments, this results in smoother application performance, reduced processing bottlenecks, and improved overall system efficiency.

High-Density 7.68TB Capacity for Data-Intensive Workloads

Capacity is a critical consideration in the enterprise SSD category, as data volumes continue to grow across industries. A 7.68TB NVMe SSD offers an optimal balance between storage density and performance, allowing organizations to consolidate data without sacrificing speed. This capacity class is particularly attractive for data centers seeking to reduce physical footprint while increasing total usable storage.

Within this category, high-capacity drives are engineered with advanced NAND technologies and sophisticated wear-leveling algorithms. These features ensure that the drive can sustain intensive workloads over extended periods, maintaining data integrity and performance throughout its operational life. The 7.68TB capacity tier is frequently used in scenarios such as large-scale virtualization, software-defined storage platforms, and content delivery networks.

Optimized for Virtualization and Cloud Platforms

Enterprise NVMe SSDs in the 7.68TB category are commonly deployed in virtualization environments where multiple virtual machines compete for storage resources. High capacity combined with high throughput enables efficient consolidation of workloads, reducing the need for multiple smaller drives. This not only simplifies storage management but also enhances performance by minimizing latency introduced by storage tiering.

Cloud service providers and private cloud operators benefit from this category by achieving higher storage density per server, which translates into improved cost efficiency and scalability. The ability to handle mixed workloads, including random reads, sequential writes, and metadata operations, makes this storage class highly versatile.

U.2 Form Factor and 15mm Enterprise Design

The U.2 form factor is a cornerstone of enterprise NVMe storage, offering a balance between performance, serviceability, and compatibility with existing server infrastructures. A 15mm U.2 SSD is designed for hot-swap environments, allowing drives to be installed or replaced without shutting down systems. This is a crucial requirement in enterprise and data center settings where uptime is critical.

The 15mm height provides sufficient space for advanced thermal solutions and high-density NAND configurations. Drives in this category are engineered to maintain stable operating temperatures under sustained workloads, reducing the risk of thermal throttling. This ensures consistent performance even in densely populated server racks.

Compatibility with Modern Server Platforms

Enterprise SSDs in the U.2 15mm category are designed to integrate seamlessly with a wide range of server platforms from leading OEMs. Compatibility with PCIe Gen5 backplanes and NVMe controllers ensures that organizations can deploy these drives in both new installations and upgraded environments. This flexibility is essential for data centers undergoing phased modernization.

The standardized U.2 interface also simplifies inventory management and maintenance, as drives can be easily swapped or repurposed across compatible systems. This contributes to reduced operational complexity and improved lifecycle management.

Single Port Configuration for Enterprise Reliability

Single port NVMe SSDs are a common choice within the enterprise storage category, particularly for applications where simplicity and performance efficiency are prioritized. A single port configuration reduces complexity in the data path, enabling optimized performance and lower latency. This design is well-suited for environments where redundancy is handled at the system or software level rather than at the individual drive level.

In enterprise architectures that rely on replication, clustering, or distributed storage software, single port SSDs provide a reliable and cost-effective solution. The category emphasizes predictable behavior and consistent throughput, ensuring that higher-level redundancy mechanisms can function effectively.

Use Cases for Single Port NVMe Drives

Single port enterprise NVMe SSDs are frequently used in scale-out storage systems, hyperconverged infrastructure, and application-specific servers. These environments leverage software-defined resilience, making the streamlined design of single port drives advantageous. By focusing on performance and reliability, this category supports demanding workloads without unnecessary hardware overhead.

Opal Security and Enterprise Data Protection

Data security is a fundamental requirement in enterprise storage categories, and Opal-compliant self-encrypting drives address this need by providing hardware-based encryption. Drives equipped with Opal security ensure that data at rest is protected without relying on host-based encryption, which can introduce performance overhead. This category is designed to meet regulatory and compliance requirements across industries such as finance, healthcare, and government.

Opal security enables centralized key management and rapid secure erase capabilities, allowing organizations to decommission or repurpose drives without risking data exposure. Hardware encryption operates transparently, ensuring that performance remains consistent while maintaining robust data protection.

Compliance and Regulatory Alignment

Enterprise NVMe SSDs with Opal security are commonly deployed in environments subject to strict data protection regulations. By providing built-in encryption and secure management features, this category supports compliance with data privacy standards and internal security policies. This reduces administrative burden while enhancing overall security posture.

Phison Controller Technology in the Pascari X200p Series

At the heart of this enterprise SSD category lies advanced controller technology designed to manage high-speed data flows and maintain reliability under sustained workloads. Phison enterprise controllers are engineered to support PCIe Gen5 bandwidth while delivering consistent quality of service. The controller architecture plays a critical role in balancing performance, endurance, and power efficiency.

Enterprise-grade firmware further enhances controller capabilities by implementing sophisticated error correction, wear leveling, and workload optimization algorithms. These features ensure that the drive can handle continuous operation in demanding environments without compromising data integrity or performance stability.

Quality of Service and Predictable Performance

Quality of service is a key differentiator in the enterprise NVMe SSD category. Drives in this class are designed to deliver predictable performance metrics, minimizing latency spikes and throughput fluctuations. This is essential for applications that rely on consistent response times, such as online transaction processing systems and real-time analytics platforms.

Endurance and Reliability Expectations in Enterprise SSD Categories

Enterprise SSD categories are defined by rigorous endurance and reliability standards. Drives are engineered to sustain high write volumes over their operational lifespan, supported by robust NAND management and error correction technologies. This ensures long-term durability even in write-intensive environments.

Reliability features such as power loss protection and advanced monitoring capabilities further enhance data integrity. These attributes are critical in enterprise settings where unexpected failures can result in significant operational and financial consequences.

Continuous Operation and Data Center Readiness

Enterprise NVMe SSDs are built for continuous operation, often running at high utilization levels around the clock. This category emphasizes thermal stability, firmware resilience, and consistent performance under load. Data centers benefit from reduced failure rates and predictable maintenance cycles, contributing to improved overall system reliability.

Scalability and Future-Proofing with PCIe Gen5 Storage

The adoption of PCIe Gen5 NVMe SSDs represents a strategic investment in future-ready infrastructure. As server platforms and applications continue to evolve, storage solutions in this category provide the bandwidth and performance headroom needed to accommodate growth. This ensures that organizations can scale their operations without being constrained by storage limitations.

By deploying enterprise SSDs designed for next-generation interfaces, data centers can extend the lifespan of their infrastructure investments. This forward-looking approach supports emerging workloads such as artificial intelligence, machine learning, and real-time analytics, all of which demand high-speed data access.

Integration with Next-Generation Workloads

Enterprise NVMe SSD categories aligned with PCIe Gen5 are particularly well-suited for data-intensive workloads that rely on rapid data ingestion and processing. The ability to handle massive parallel operations makes this storage class an essential component of modern computing architectures.