Struggling to balance space, performance, and thermal management in compact industrial platforms? The new Cervoz T445 M.2 2280 NVMe PCIe Gen 4x4 SSD delivers with its space-saving single-sided design, high-speed capabilities, and wide temperature resilience. Ideal for IoT gateways, industrial tablets, and automation systems. Ready to elevate your storage solution? Discover how the T445 drives efficiency in demanding industrial environments.

Single-Sided Design for Space-Limited Environments
One of the standout features of the T445 is its single-sided design, making it especially suited for space-constrained systems. By consolidating critical components like the NAND flash, controller, and power management IC on one side, it optimizes space efficiency and improves thermal management for better airflow and heat dissipation. This design is particularly important for fanless systems and compact environments, ensuring reliable performance even in extreme conditions. With a slim profile—single-sided design that reduces height by 1.35 mm compared to dual-sided models—the T445 is engineered for easy installation in tight industrial setups, providing high efficiency without compromising durability or speed.DRAM-Less, Yet Competitive
The T445's DRAM-less design maintains its competitiveness, featuring an advanced controller and optimized firmware that ensure consistent performance without DRAM caching, reducing power consumption and enhancing reliability. This makes it ideal for industrial systems requiring long-term stability, providing an energy-efficient and dependable solution without sacrificing performance—perfect for applications prioritizing power efficiency and reliability.Designed for Harsh Conditions
The T445 M.2 2280 NVMe PCIe Gen 4x4 SSD is designed for extreme temperature fluctuations, operating reliably between -40°C and 85°C. Its rugged design makes it ideal for harsh outdoor or industrial environments. With high durability and thermal throttling mechanisms, the T445 ensures data security and stable performance in demanding applications.Exceptional Performance for High-Speed Industrial Platforms
With the rapid growth of AIoT and industrial automation, systems now require faster and more reliable data access than ever before. The T445 delivers high-speed sequential read/write speeds of up to 5,080/4,740 MB/s, tailored to the needs of edge computing and industrial systems that process large datasets in real time. Whether it's handling critical real-time analytics or managing vast IoT networks, the T445 excels in delivering the performance required for data-intensive tasks.

Why Cervoz T445?
Key Features at a Glance:

• TLC NAND Flash Memory: Micron 176-Layer 3D NAND Flash, high endurance and reliability, available in capacities from 256 GB to 2 TB.
• Single-Sided Design: All components on one side for optimal heat dissipation and compactness.
• Wide-Temperature Operation: Reliable performance from -40°C to 85°C, with dynamic thermal throttling.
• NVMe PCIe Gen4x4 Interface: Maximum data transfer speeds for advanced industrial applications.
• SLC Write Cache Technology: Ensures faster write speeds and enhanced performance.
• End-to-End Data Protection: Protects your data from point of entry to point of exit.
• Write Protect Function (Optional): Enables additional data security by blocking unauthorized write actions.
• Low Power Consumption: DRAM-less design and advancements in controller technology to achieve lower power consumption.

Single-Sided vs. Double-Sided SSDs: Which One Is Right for You?
Choose single-sided or double-sided SSDs based on your application's technical requirements. Single-sided SSDs are ideal for compact environments like portable POS systems or fanless industrial devices, offering a balance of size and thermal management. Double-sided SSDs provide high storage capacity but can be challenging to install in tight spaces.

The Cervoz T455 is a single-sided SSD that offers excellent storage capacity while maintaining the compact form factor advantages of single-sided designs. Understanding your device's limitations and performance needs will help you make the best choice for efficiency.