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|Form Factor||2.5" SFF|
|Data Transfer Rate||6G|
|Workload||Mixed Use (MU)|
|NAND Flash Memory Type||Triple-Level Cell (TLC)|
In the context of server hard drives, "2.5" SFF" refers to the physical form factor of the hard drive. SFF stands for "Small Form Factor," indicating that the hard drive has a smaller size compared to traditional 3.5" form factor drives commonly used in desktop computers and some servers.
The 2.5" SFF hard drive form factor was initially introduced in the early 1990s, but it gained significant prominence in the mid-2000s as a result of advancements in server technology. This form factor was specifically designed to address the needs of enterprise servers and data centers, offering several important advantages:
Overall, the introduction of 2.5" SFF hard drives was an important advancement in server technology, as it provided increased storage density, improved power efficiency, enhanced performance, and better reliability for enterprise-level servers and data centers.
A hard drive with a workload classification of "Mixed Use" refers to a type of hard drive designed to handle a combination of read and write operations in its typical usage. This workload classification is primarily used in the context of enterprise or data center storage solutions, where the workload on hard drives can vary significantly based on the specific application.
Key points about "Mixed Use" hard drives:
Overall, the introduction of mixed-use hard drives addressed the need for storage solutions that could handle the diverse workloads found in modern data centers and enterprise settings, providing a balance between performance, durability, and cost-efficiency.
The term "SATA" represents Serial Advanced Technology Attachment. It denotes a computer interface utilized for connecting storage devices, including hard drives, solid-state drives (SSDs), and optical drives, to a computer's motherboard. SATA replaced the older Parallel ATA (PATA) interface, also known as IDE (Integrated Drive Electronics).
SATA made its debut in 2003 as a successor to PATA, which had been in use since the 1980s. The initial iteration, SATA 1.0 or SATA 1.5 Gbps, offered a data transfer rate of 1.5 gigabits per second (Gbps). Subsequently, newer versions of SATA were introduced, such as SATA 2.0 (3 Gbps), SATA 3.0 (6 Gbps), and SATA 3.2 (16 Gbps). It is important to note that the actual achieved data transfer rates are generally lower than the specified theoretical maximum due to factors like drive performance and host system capabilities.
The transition from PATA to SATA brought forth significant technological advancements:
These advancements made SATA a significant improvement over its predecessor, PATA, and played a crucial role in delivering faster and more reliable storage solutions in computers.
A 6G Data Transfer Rate in the context of server hard drives refers to a data transfer rate of 6 gigabits per second (Gbps) between the hard drive and the rest of the computer system. This rate indicates how quickly data can be read from or written to the hard drive. It's essentially a measure of the drive's ability to exchange data with the rest of the computer's components, such as the motherboard or RAID controllers.
The 6G Data Transfer Rate, often referred to as SATA 6Gbps or SATA III, was introduced as part of the Serial ATA (SATA) interface standard. SATA is a technology used for connecting internal storage devices, like hard drives and solid-state drives (SSDs), to a computer's motherboard. SATA III, with its 6Gbps data transfer rate, was officially released in May 2009.
This advancement was important for a few reasons:
It's worth noting that while SATA III was a significant advancement in its time, subsequent interface standards like PCIe (Peripheral Component Interconnect Express) have surpassed it in terms of both bandwidth and performance. PCIe-based NVMe (Non-Volatile Memory Express) SSDs, for example, offer even faster data transfer rates and lower latency compared to SATA III SSDs.
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All of our IT Hardware is tested through an extensive diagnostic process by certified Technicians. We are able to simulate the hardware's capabilities in an accurate environment, allowing us to guarantee that the equipment will be ready for use once it is delivered to you.
Even with our extensive testing procedures, equipment does fail from time to time beyond our control due to shipping or various reasons. Boost Hardware offers a 1 year hardware warranty, replacing any faulty or damaged equipment within the next business day. The RMA process we like to keep VERY simple, so there is no paperwork to fill out! :) We will provide a return label for any parts that you need to ship back on us. That’s it!!
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