Western Digital has announced the expansion of its WD Gold hard drive family with a new massive 12TB model. Designed to address demanding enterprise workloads, the 12TB WD Gold will provide a significant increase in storage density for a range of enterprise and cloud storage applications.
The WD Gold line ideal for use cases that involve storing important data, as they are specifically built with for heavy-workload, high-vibration server environments and have a reliability rating of 2.5 million hours MTBF, which is one of the highest in WD’s portfolio. Moreover, the new 12TB drives leverages the company’s 4th generation HelioSeal technology, which seals helium inside the HDD for increased capacity, reliability and power efficiency. The WD Gold line also uses Enhanced RAFF technology, which consists of sophisticated electronics that monitor the drive and correct linear and rotational vibrations in real time for improved performance.
WD Gold HDD 12TB Specifications:
WD launched the Gold series HDDs in April of last year and quickly added a 10TB option a few months later. We reviewed the 8TB Gold drive here.
Availability
The new WD Gold 12TB hard drives are now available through select distributors.
iXsystems has launched the TrueNAS Enterprise H-Series platforms, designed to give organizations ultimate performance. The H10 model is now available,…
Hannover Messe 2024 represents a significant event in the global industrial sector, serving as the world's largest industrial trade fair.…
The IBM Storage Assurance program offers access to the latest FlashSystem hardware and software, supporting investment protection from day one.…
Proxmox Backup Server 3.2 has been released - open-source solution designed for backup of VMs, containers, and physical hosts. (more…)
IBM has unveiled the FlashSystem 5300, setting a new standard for entry-level all-flash storage systems by providing impressive performance, high…
Proxmox Server Solutions has released the latest update to their server virtualization management platform, Proxmox VE 8.2. (more…)