877827-B21 HPE 3.2TB PCI-E x8 NVMe Mixed Use Workload Accelerator Add-in Card SSD | Refurbished

The Large Storage Capacity of 877827-B21 HPE 3.2TB PCI-E x8 NVMe Mixed Use Workload Accelerator Add-in Card SSD allows it to store a large amount of data, making it well-suited for use in data center and enterprise environments where large data sets are common. This large storage capacity can enable better data management by allowing more data to be stored and retained for longer periods of time, which is particularly useful for archiving, backups, and disaster recovery.

Additionally, the large storage capacity allows for more data to be stored in the same physical space, which can help to reduce the overall cost and footprint of the system. The NVMe technology used in this SSD also allows for faster data transfer and access to the stored data, providing high-performance storage for mixed-use workloads.

The PCI-E (Peripheral Component Interconnect Express) x8 interface on the 877827-B21 HPE 3.2TB PCI-E x8 NVMe Mixed Use Workload Accelerator Add-in Card SSD refers to the type of connection used to connect the SSD to the host computer or server. PCI-E is a high-speed, serial interface that is commonly used in data center and enterprise environments to connect storage devices, network cards, and other peripherals to the host computer.

The “x8” in “PCI-E x8” refers to the number of lanes that the interface uses. A lane is a data pathway that allows data to flow in and out of the device. The more lanes that are available, the more data that can be transferred at one time, which can result in faster data transfer speeds. In this case, PCI-E x8 interface has 8 lanes, which means that it can transfer data at a faster rate than a PCI-E x4 interface, for example.

The NVMe protocol that is used in this SSD and run over the PCI-E interface , which provides low latency, high-performance storage for mixed-use workloads such as online transaction processing, database management, and analytics.

Low latency and high IOPS (Input/Output Operations Per Second) are two important performance characteristics that are often associated with high-performance storage devices like the 877827-B21 HPE 3.2TB PCI-E x8 NVMe Mixed Use Workload Accelerator Add-in Card SSD.

Low latency refers to the amount of time that it takes for the storage device to respond to a request from the host computer. Lower latency means that the device can respond more quickly, which can result in faster data access and better overall system performance. NVMe protocol that is used in this SSD and run over the PCI-E interface provides low latency and high-performance storage for mixed-use workloads.

High IOPS refers to the number of input/output operations that the storage device can perform per second. High IOPS can be beneficial for workloads that involve a large number of small, random accesses to the storage device. For example, high IOPS are beneficial for databases, virtualized environments, or other workloads that require fast read and write operations.

The 877827-B21 HPE 3.2TB PCI-E x8 NVMe Mixed Use Workload Accelerator Add-in Card SSD is designed for mixed use workloads. A mixed use workload is a type of workload that involves a combination of different types of data access patterns, such as both sequential and random access. These types of workloads are common in data centers, where different types of applications and services are running on the same server or storage infrastructure.

This SSD is designed to handle different types of workloads with high performance, low latency and high IOPS, as well as large storage capacity. It can be used in a wide range of applications, including databases, virtualized environments, cloud computing, and other data-intensive workloads.

The NVMe protocol that is used in this SSD and run over the PCI-E interface provides low latency and high-performance storage for mixed-use workloads.