DE3000-V2 Series

DE3000-V2 Series: High-Performance Storage Solution

The DE3000-V2 Series stands out as a high-quality hardware design, delivering exceptional performance and reliability for enterprise storage solutions. Featuring 12Gbps SAS-3 technology, this series offers a superior performance experience, ensuring fast data transfer rates that meet the demands of today’s data-intensive applications.

Designed with high density in mind, the innovative enclosure measures 981mm in depth and 4U in height, accommodating up to 60 disks. This space-saving design is ideal for standard rack-mounted scenarios, allowing businesses to maximize their storage capabilities without compromising on space.

To enhance reliability, the DE3000-V2 Series includes redundant power supplies designed for hot-swappable functionality. This redundancy ensures continuous operation, as the system can automatically switch power sources in the event of a failure. Additionally, the ability to replace a failed power supply online minimizes downtime, making the DE3000-V2 an excellent choice for mission-critical environments.

Power protection is a key feature of the DE3000-V2 Series, with disks powered on sequentially during system startup to prevent impulse current issues. This thoughtful design element not only protects the hardware but also contributes to the overall stability of the system.

The series also incorporates multistage fan speed control, allowing for energy savings without sacrificing performance. The hot-swappable fans are configured in redundancy mode, intelligently balancing system power consumption with heat dissipation calculations. This ensures low power consumption while maintaining stable operation, making the DE3000-V2 Series an energy-efficient solution for modern data centers.

In summary, the DE3000-V2 Series is engineered for high performance, high density, and exceptional reliability, making it the perfect choice for organizations looking to optimize their storage infrastructure while ensuring robust data protection and efficient energy use.