XP106H0030T7P0132T700 Phison Pascari X100p 30.72TB NVMe U.2 Pcie 4.0 SSD

Overview of Phison XP106H0030T7P0132T700 30.72TB SSD

The PHISON Pascari X100p 30.72TB NVMe U.2 PCIe Gen4 solid state drive is engineered for modern data-intensive environments that demand exceptional speed, reliability, and scalability. Designed for enterprise servers and storage infrastructures, this high-capacity SSD delivers consistent performance for cloud computing, virtualization, databases, analytics workloads, and mission-critical applications.

General Information

• Brand: Phison
• Manufacturer Part Number: XP106H0030T7P0132T700
• Product Line: Pascari X100p Series
• Product Type: Solid State Drive

Technical Specifications

• Total Storage Capacity: 30.72TB
• Form Factor: U.2 (2.5-inch enterprise standard)
• Physical Interface: PCI Express Gen4 x4
• NVMe Specification: NVMe 1.4
• Security Type: Non-SED (Non-Self Encrypting Drive)

Sequential Data Transfer Rates

• Maximum Sequential Read: Up to 7,400 MB/s
• Maximum Sequential Write: Up to 6,000 MB/s

Enterprise-Class Durability

• Drive Writes Per Day (DWPD): 1
• Mean Time Between Failures (MTBF): 2.5 Million Hours
• Unrecoverable Bit Error Rate (UBER): Less than 1 sector per 10¹⁸ bits read

Physical Characteristics

• Length: 100 mm
• Width: 69.85 mm
• Height: 15 mm
• Weight: 208 g

The Phison Pascari X100p 30.72TB NVMe U.2 Pcie 4.0 SSD

The Phison XP106H0030T7P0132T700 Pascari X100p 30.72TB NVMe U.2 PCIe 4.0 solid state drive belongs to a specialized category of enterprise data center storage solutions designed for sustained performance, extreme capacity density, and long-term reliability. This category focuses on high-capacity NVMe SSDs engineered to support mission-critical workloads where throughput consistency, predictable latency, and endurance are mandatory. Products in this segment are typically deployed across hyperscale data centers, private cloud infrastructures, and performance-driven enterprise environments that require scalable storage without sacrificing efficiency.

High-Density NVMe Storage 

Within the enterprise NVMe storage category, ultra-high-capacity drives such as 30.72TB models represent a pivotal shift in how data centers manage storage footprints. These solutions enable organizations to consolidate storage tiers, reduce rack space utilization, and improve power efficiency per terabyte. NVMe over PCI Express 4.0 ensures that bandwidth limitations are minimized, allowing data-intensive workloads to fully exploit parallelism at the storage layer. As data growth accelerates due to analytics, artificial intelligence, and large-scale virtualization, drives in this category play a crucial role in maintaining operational efficiency.

U.2 Form Factor

The U.2 form factor defines a category optimized for hot-swappable enterprise storage environments. Unlike consumer-focused M.2 devices, U.2 NVMe SSDs are engineered for compatibility with enterprise backplanes, server bays, and storage enclosures. This form factor supports robust thermal management and allows data center operators to perform maintenance or upgrades without system downtime. The Pascari X100p category emphasizes seamless integration into existing PCIe 4.0 infrastructures, enabling organizations to modernize storage without extensive hardware redesign.

PCIe 4.0 Interface

Enterprise NVMe SSD categories centered on PCIe 4.0 technology deliver a significant leap in bandwidth compared to previous generations. PCIe 4.0 doubles the throughput potential of PCIe 3.0, allowing storage devices to achieve higher sequential and random performance levels. Drives in this category are designed to handle sustained workloads rather than short burst operations, ensuring consistent response times under heavy load. This makes them ideal for databases, transaction processing systems, and real-time analytics platforms.

Bandwidth Scalability

PCIe 4.0-based enterprise SSDs are designed to scale performance across diverse workloads, from sequential streaming applications to highly random access patterns. The category emphasizes sustained throughput rather than peak benchmarks, ensuring predictable behavior during extended operational cycles. This scalability allows organizations to deploy a single storage tier capable of supporting multiple applications without compromising performance stability.

High-Capacity Storage Architecture

With an impressive raw capacity of 30.72TB, this enterprise-grade SSD is optimized for dense storage deployments. The drive enables organizations to consolidate workloads, reduce rack footprint, and improve total cost of ownership while maintaining enterprise-class endurance and reliability.

3D TLC NAND Technology

The use of 3D TLC NAND places this product category at the intersection of capacity efficiency and enterprise reliability. Triple-level cell NAND provides a balanced approach, offering higher density than MLC while maintaining endurance characteristics suitable for data center workloads. Advanced firmware and controller technologies are employed within this category to optimize wear leveling, error correction, and data integrity, ensuring long service life even under continuous write-intensive conditions.

Endurance and Data Integrity

Drives within this category are designed with enterprise endurance metrics that align with demanding operational requirements. Error correction mechanisms, redundant data paths, and robust firmware validation processes ensure that stored data remains protected against corruption. This emphasis on data integrity makes the category suitable for regulated industries and mission-critical deployments where data loss or inconsistency is unacceptable.

Non-Self-Encrypting Drive Design

The non-SED classification within this category addresses specific compliance and deployment scenarios where hardware-based encryption is not required or managed externally. Enterprise environments often implement encryption at the system or application level, making non-SED drives a practical choice. This category allows organizations to maintain consistent security policies while benefiting from the performance and capacity advantages of high-end NVMe storage.

Single Port Configuratio

The single port design defines a category optimized for performance-focused environments where simplicity and efficiency are key. While dual-port configurations offer redundancy in specific scenarios, single port NVMe SSDs provide streamlined connectivity and reduced latency paths. This category is particularly well-suited for modern server architectures that emphasize high availability through software-defined redundancy rather than hardware-level port duplication.

Compatibility with Software-Defined Storage Models

Single port enterprise NVMe SSDs integrate effectively into software-defined storage and hyperconverged infrastructures. Redundancy and failover are managed at the cluster level, allowing storage devices to focus on delivering consistent performance. The Pascari X100p category aligns with these models, supporting scalable architectures that rely on distributed resilience.

Thermal and Power Efficiency

Enterprise SSD categories designed for single port operation often exhibit optimized thermal and power characteristics. Efficient power utilization per terabyte is critical in high-density deployments where cooling and energy costs significantly impact operational budgets. This category supports data center sustainability initiatives by enabling higher storage density without proportional increases in power consumption.

Capacity and Storage Optimization

With a capacity of 30.72TB, this category addresses the growing demand for storage consolidation within enterprise environments. High-capacity NVMe SSDs enable organizations to replace multiple lower-capacity drives with fewer high-density units, simplifying management and reducing hardware complexity. This consolidation supports streamlined data center operations and improved scalability.

Enhanced Data Placement Strategies

High-capacity enterprise NVMe SSDs enable more flexible data placement strategies, allowing organizations to keep larger datasets on high-performance storage tiers. This reduces reliance on slower secondary storage and improves application responsiveness. The category supports evolving workload demands by providing ample capacity without compromising access speed.