98GV2 Dell 8TB 7.2K RPM SATA-6Gbps Hot-plug 3.5inch Form Factor Hard Drive

The Dell 98GV2 8TB 7.2K RPM SATA‑6Gbps Hot‑plug HDD

The Dell 98GV2 8TB 7.2K RPM SATA‑6Gbps Hot‑plug 3.5" Form Factor Hard Drive with Tray is a high‑performance, enterprise‑grade storage solution designed specifically for Dell PowerEdge 14G servers. This robust storage drive delivers the optimal blend of capacity, performance, and reliability, making it ideal for demanding data center environments, virtualization workloads, and high‑throughput applications. Engineered to exacting standards, the Dell 98GV2 drive supports seamless integration with PowerEdge systems and offers system administrators the scalability and durability required for modern IT infrastructure.

Massive 8TB Storage Capacity

With an impressive 8TB of storage capacity, the Dell 98GV2 hard drive caters to organizations that need large volumes of data retention. This substantial capacity reduces the number of drives required to achieve your storage objectives, helping to streamline resource allocation and lower the total cost of ownership. Whether storing extensive databases, multimedia content, archival data, or virtual machine images, 8TB provides ample room for growth.

7.2K RPM Performance

Operating at 7,200 revolutions per minute (RPM), the Dell 98GV2 drive delivers balanced performance, offering faster read and write speeds compared to lower RPM drives. This rotational speed ensures that data retrieval and storage are efficient for everyday server tasks, transactional workloads, and mixed usage scenarios. While not as high as enterprise SSD performance levels, the SATA 7.2K RPM configuration strikes a compelling balance between speed and storage density.

SATA‑6Gbps Interface for High‑Speed Data Transfer

Equipped with a SATA‑6Gbps interface, the Dell 98GV2 supports high‑speed data transfer between the hard drive and the server. This interface standard improves communication efficiency with the host system, reducing latency and enhancing overall system responsiveness. The 6Gbps transfer rate ensures that the drive can comfortably handle data‑intensive operations without becoming a bottleneck in high‑performance environments.

Hot‑Plug Capability

The hot‑plug feature of this hard drive allows IT administrators to replace, add, or remove drives without powering down the server. This capability is critical in enterprise environments where uptime and availability are paramount. Hot‑plug functionality supports business continuity strategies and simplifies maintenance workflows by enabling drive swaps on the fly, minimizing disruption to ongoing services.

3.5‑Inch Form Factor with Tray

Designed with a 3.5‑inch form factor, the Dell 98GV2 drive fits seamlessly into standard server drive bays. The included tray simplifies installation and removal processes, ensuring that IT teams can quickly mount or replace the drive within rack or tower servers. The standardized form factor also enhances compatibility with existing server infrastructure and makes it easier to scale storage as needed.

Performance Metrics

While traditional mechanical hard drives do not match the latency and IOPS figures of solid‑state drives, the Dell 98GV2 delivers dependable performance for bulk storage applications. Optimized for sequential read/write operations and consistent throughput, this drive is ideal for large data sets and high‑density storage solutions where sustained transfer rates matter more than random I/O peaks.

Compatibility With Dell PowerEdge 14G Servers

The Dell 98GV2 8TB drive is purpose‑built for Dell PowerEdge 14G servers, which are widely deployed in enterprise environments for cloud computing, virtualization, analytics, and mission‑critical workloads. Compatibility with the server’s RAID controllers, backplane architecture, and hot‑swap mechanisms ensures that the drive performs reliably and integrates smoothly into existing hardware deployments.

Backup and Archival Storage

Backup servers and long‑term archival systems require storage media that can house large volumes of data securely and economically. The Dell 98GV2’s substantial capacity and compatibility with PowerEdge systems make it an excellent choice for disk‑to‑disk backup workflows, snapshot replication targets, and cold data storage that doesn’t demand frequent access.

High‑Density Storage Clusters

Distributed storage clusters such as scale‑out NAS (Network Attached Storage) or large‑scale object storage can take advantage of multiple Dell 98GV2 drives to create dense storage arrays. Combined with appropriate RAID and data protection schemes, these clusters can offer scalable, resilient storage fabrics capable of supporting demanding workloads across horizontal nodes.

Comparison With Other Storage Options

HDD vs SSD for Enterprise Servers

When comparing HDDs like the Dell 98GV2 to solid‑state drives (SSDs), several factors come into play. SSDs offer significantly higher performance, lower latency, and better random I/O throughput, making them ideal for database engines and high‑transaction workloads. Conversely, HDDs continue to deliver superior capacity at a much lower cost per terabyte, which remains crucial for bulk storage and capacity‑focused deployments.

SATA Drives vs SAS Drives

SATA (Serial ATA) and SAS (Serial Attached SCSI) represent different interface technologies with unique advantages. SATA drives, including the Dell 98GV2, typically provide greater capacity and cost efficiency, while SAS drives offer higher reliability, faster data transfer, and dual‑ported architecture for enterprise critical applications. Choosing between SATA and SAS depends on your workload requirements and performance priorities.

7.2K RPM vs 10K/15K RPM Drives

Drives spinning at 10,000 RPM or 15,000 RPM deliver higher performance levels than 7.2K RPM disks. However, they generally offer lower capacities and come at a higher price point. The Dell 98GV2 at 7.2K RPM strikes a practical middle ground for bulk data storage where absolute performance is not the primary concern but consistent throughput and capacity are. This makes the 7.2K RPM HD ideal for storage‑heavy environments.