Description
Faster Data Transfer
Faster data transfer can be achieved through several methods, including:
- Using a faster interface: An interface like NVMe, which uses the PCI Express (PCIe) bus, is much faster than the traditional SATA interface. NVMe-based drives can achieve transfer speeds that are several times faster than SATA-based drives.
- Using a faster drive: Hard drives with a higher rotational speed or SSDs with a faster controller can provide faster data transfer speeds compared to slower drives.
- Increasing the number of drives in a RAID configuration: A Redundant Array of Inexpensive Disks (RAID) can provide faster data transfer speeds by spreading the data across multiple drives. This allows the system to read and write data from and to multiple drives simultaneously, increasing overall transfer speeds.
- Upgrading the system components: Upgrading the CPU, memory, and other system components can improve the overall performance of the system, including data transfer speeds.
It’s important to note that the actual data transfer speed will depend on several factors, including the speed of the drive, the interface being used, the system components, and the workload being performed.
Optimal Compatibility with 2.5-inch Form Factor
The 2.5-inch form factor is commonly used for computer hard drives and solid-state drives (SSDs). The optimal compatibility with this form factor would depend on the intended use of the drive.
For hard drives, compatibility with the 2.5-inch form factor involves physical dimensions, power requirements, and data/power connectors. The drive should be the correct size to fit in the available drive bay, have the same power requirements as the existing drives, and have the same data and power connectors to connect to the motherboard and power supply.
For SSDs, compatibility with the 2.5-inch form factor involves the same physical dimensions, power requirements, and data/power connectors as with hard drives. However, there are some additional considerations for SSDs, such as the interface type (e.g., SATA, NVMe) and the controller used. The SSD should use the same interface type as the existing drives and be compatible with the system’s controller.
It is important to check the specifications of the system and any other drives that may be installed before purchasing a new drive to ensure optimal compatibility with the 2.5-inch form factor.
Experience Unmatched Reliability with MLC NAND
MLC NAND (Multi-Level Cell NAND) is a type of NAND flash memory that stores multiple bits of data in each memory cell. MLC NAND is considered to be more reliable than single-level cell (SLC) NAND, which stores only one bit of data in each cell.
MLC NAND offers several benefits in terms of reliability, including:
- Improved endurance: MLC NAND can withstand a higher number of write cycles compared to SLC NAND, making it more suitable for applications that require frequent data writes.
- Higher storage density: MLC NAND can store more data in the same amount of physical space compared to SLC NAND, making it possible to create smaller and more cost-effective storage devices.
- Better power efficiency: MLC NAND consumes less power compared to SLC NAND, which can result in longer battery life and reduced power consumption in mobile devices.
However, it’s important to note that MLC NAND still has some limitations compared to SLC NAND in terms of write speed and reliability. SLC NAND is still considered to be the most reliable type of NAND flash memory, but it is also much more expensive and has lower storage density compared to MLC NAND.
GENERAL
INFORMATION :
- Manufacturer : Dell
- Manufacturer Part Number : 05H78
- Dell Part : 400-ARMI
- Type : Solid State Drive (SSD)
- Sub-Type : SAS-12GBPS
TECHNICAL INFORMATION
- Device Type : Solid State Drive – Hot Plug
- Capacity : 480 GB
- Nand Flash Memory Type: Multi-Level Cell (Mlc)
- Form Factor : 2.5
- Interface Type: SAS 12GB/S
- Data Transfer Rate: 1.2 GBPS
- Features : Advanced Format 512N, Mixed-Use
PERFORMANCE
- Drive Transfer Rate: 1.2 GBPS (External)
EXPANSION & CONNECTIVITY
- Interfaces : 1 X SAS 12 GB/S
- Compatible Bays : 2.5
COMPATIBILITY
- Poweredge R630
- Poweredge R730
- Poweredge R730XD
- Poweredge T440
- Poweredge T640
