Maximize the performance of your EMC CX, CX3 or CX4 series SAN. The EMC 005048808 / 005048597 / 005048633 / CX-2G10-300 is a 300GB 2Gb/s 10k RPM FC hard drive. All EMC hard drives sold by SPS Pros are previously used, fully-tested and backed by a 60 day warranty against defects. Same day and expedited shipping available!
The CX-2G10-300 is also known as part numbers 005048808, 005048633 & 005048597. Various EMC 300GB 10K hard drives are manufactured by Seagate with the unique part number ST3300007FCV.
EMC CLARiiON CX-2G10-300 300 GB 10k RPM Drives
The EMC CLARiiON CX-2G10-300 10,000 revolutions per minute (RPM) 300 GB hard disk drives dramatically increase performance through improvements in disk operations such as rotational latency and seek rates – the factors that most directly affect access times. The 300 GB 10k RPM hard disk drives deliver 4.7 ms average read seek times and 3.0 ms average rotational latency times – both the fastest available for drives of these capacities available on the market.
EMC CX-2G10-300 300GB 10k RPM 2Gb/s Fibre Channel Hard Drive Specifications
Applications of the 300 GB 10k RPM Drives 005048808, 005048633 & 005048597
Using the 10k RPM drives such as part numbers 005048808, 005048633 & 005048597 in applications that use small block, random I/O is an important factor in realizing higher performance benefits. These applications have a tendency to minimize any caching advantages of the storage system. In addition, with applications such as these, the physical access to data on the disk has the greatest effect on overall performance. These small block, random I/O applications reap the greatest benefits from storage-system performance improvements achieved through the drive’s improved seek and rotational latency times.
005048808 / CX-2G10-300 EMC 300GB 10k RPM FC HDD Common Applications
- Web Server
- Data Replication
EMC CX-2G10-300 / 005048808 / 005048597 / 005048633 Enabling Technologies
These performance breakthroughs are made possible as a result of improved HDD spindle motors, as well as head / media designs that allow the disk media surface to rotate at incredible speeds. The improvements include:
- Advanced ferro-fluid bearing design to limit heat buildup and reduce power requirements.
- Advanced motor stator design to improve power-to-revolution ratios and also limit heat buildup.
- Improved head / disk interfaces, which allow for higher rotational speeds and improved head flying height performance and stability.