SDFUY75DHB01T KIOXIA 1.6TB SAS 24GBPS Read Intensive 2.5inch SSD

Overview of the Kioxia PM7-V Series 1.6TB Internal SSD

The KIOXIA PM7-V Series 1.6TB SAS SSD is engineered to deliver outstanding performance and reliability for enterprise environments. Featuring 24Gbps SAS interface connectivity, this SSD is optimized for read-intensive workloads, making it an ideal choice for data centers, enterprise storage arrays, and cloud infrastructures. The advanced BiCS FLASH TLC technology ensures enhanced data integrity, while the 2.5-inch form factor provides compatibility with a wide range of systems.

High-Performance SAS 24Gbps Interface

The SAS 24Gbps interface is a standout feature of the KIOXIA PM7-V Series SSD. This high-speed interface offers double the data throughput compared to its 12Gbps predecessor, enabling faster data access and reduced latency. It supports seamless scalability and compatibility with enterprise-class SAS infrastructures, ensuring uninterrupted performance for mission-critical applications.

Advantages of SAS 24Gbps Connectivity

• Enhanced bandwidth for high-volume data transfer
• Backward compatibility with 12Gbps SAS systems
• Optimized for mixed workloads with low latency
• Improved system responsiveness and data access speeds

Read-Intensive Workload Optimization

The Kioxia PM7-V Series SSD is specifically designed for environments that prioritize read-intensive operations. This makes it ideal for applications such as database queries, streaming services, and online transaction processing. The combination of robust performance and low power consumption ensures efficiency without compromising reliability.

Applications of Read-Intensive SSDs

• Content delivery networks (CDNs)
• Real-time analytics platforms
• Virtual desktop infrastructures (VDI)
• Media streaming services

Key Benefits for Enterprises

Enterprises leveraging the PM7-V Series SSDs can experience enhanced productivity and reduced operational costs. With lower failure rates compared to traditional HDDs, these SSDs contribute to streamlined IT operations and minimal downtime.

FIPS-SED Data Security

The Kioxia PM7-V Series SSD incorporates Federal Information Processing Standards (FIPS) validated Self-Encrypting Drive (SED) technology. This feature ensures data security and compliance with industry regulations, making it suitable for industries such as finance, healthcare, and government sectors.

Security Features

• Hardware-based encryption for data protection
• Compliance with regulatory standards
• Protection against unauthorized access
• Efficient data sanitization and erasure

Importance of FIPS Certification

FIPS certification ensures that the SSD meets stringent security requirements, providing enterprises with peace of mind when handling sensitive data. This makes the PM7-V Series SSD an essential component for organizations prioritizing data confidentiality and integrity.

BiCS FLASH TLC Technology

The use of BiCS FLASH Triple-Level Cell (TLC) technology in the PM7-V Series SSD delivers superior performance and endurance. This advanced NAND flash memory architecture enables high-density storage and enhanced reliability, crucial for sustained enterprise workloads.

Benefits of BiCS FLASH Technology

• Increased storage density for compact designs
• Improved write endurance and durability
• Faster read and write speeds
• Lower power consumption compared to older NAND technologies

Reliability in Enterprise Environments

The BiCS FLASH technology ensures consistent performance even under demanding workloads, providing organizations with the reliability they need to meet business objectives. This makes the PM7-V Series SSD a dependable choice for data-driven enterprises.

Compact 2.5-Inch Form Factor

The 2.5-inch form factor of the PM7-V Series SSD ensures seamless integration into various server and storage configurations. Its compact size allows for efficient utilization of rack space, enabling organizations to scale their storage capacity without increasing their physical footprint.

Advantages of the 2.5-Inch Design

• Space-efficient storage solutions
• Compatibility with industry-standard server bays
• Ease of installation and maintenance
• Support for hot-swap capabilities

Scalability for Growing Businesses

As businesses grow, the need for scalable storage solutions becomes paramount. The PM7-V Series SSD’s compact design allows enterprises to expand their storage capabilities without overhauling existing infrastructure, ensuring cost-effective scalability.

Energy Efficiency and Thermal Management

Energy efficiency is a critical consideration for modern data centers, and the PM7-V Series SSD excels in this regard. Its low power consumption reduces overall energy costs, while advanced thermal management features ensure optimal operating temperatures.

Features Supporting Energy Efficiency

• Optimized power draw for reduced operational costs
• Intelligent thermal throttling for sustained performance
• Environmentally friendly design
• Lower cooling requirements in data centers

Environmental Impact

By minimizing energy consumption and heat output, the PM7-V Series SSD contributes to environmentally sustainable IT operations. This aligns with corporate social responsibility goals and helps organizations reduce their carbon footprint.

Enhanced Reliability and Longevity

Reliability is a cornerstone of the PM7-V Series SSD’s design. With features such as advanced error correction, power-loss protection, and wear-leveling algorithms, this SSD ensures consistent performance and extended lifespan, even in demanding enterprise environments.

Key Reliability Features

• Robust error correction capabilities
• Protection against unexpected power loss
• Even wear distribution for prolonged endurance
• High MTBF (Mean Time Between Failures)

Suitability for Mission-Critical Applications

The reliability and durability of the PM7-V Series SSD make it a trusted solution for mission-critical applications. From real-time analytics to high-performance computing, this SSD delivers the consistency and dependability enterprises demand.