Description
Product Overview of the Dell 1V1W2 Controller
The 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller is a device used to control and manage data flow in a computer system. This device provides a high-speed data transfer rate of up to 6 Gbps and is designed to work with Serial Attached SCSI (SAS) devices. In this article, we will discuss the features, benefits, and applications of the 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller.
In the ever-evolving landscape of data storage, the Dell 1V1W2 takes center stage as a 4-Port SAS I/O Host Bus Adapter (HBA) designed to enhance data connectivity and performance. In this comprehensive guide, we’ll explore the intricacies of the 1V1W2, providing a detailed understanding of its features, specifications, and the value it brings to storage solutions.
Understanding the Basics4-Port
With a 4-port configuration, the 1V1W2 provides versatility in connectivity, allowing you to connect multiple storage devices simultaneously. This is advantageous for setups requiring expanded storage capacity and efficient data management.
6 Gigabytes Per Second (GBPS)
The 1V1W2 operates at a remarkable speed of 6 GBPS, signifying its ability to facilitate swift data transfer within your storage infrastructure. This speed is crucial for applications demanding quick access to large datasets.
Peripheral Component Interconnect Express (PCI Express or PCI-E)
Utilizing the PCI Express interface, the 1V1W2 ensures high-speed communication between the host system and connected storage devices. This interface is a standard in modern computing, offering enhanced data transfer capabilities.
Form Factor: Small Form Factor (SFF) 8644
The 1V1W2 adopts the Small Form Factor (SFF) 8644, ensuring a compact design without compromising on performance. This form factor is suitable for systems where space optimization is a priority.
Technology: Serial-Attached SCSI (SAS)
Built on Serial-Attached SCSI technology, the 1V1W2 leverages the advantages of a high-speed, point-to-point data transfer protocol. SAS is known for its reliability and performance, making it ideal for demanding storage environments.
Performance Metrics UnveiledHigh-Speed Data Transfer with 6 GBPS
The 6 GBPS speed of the 1V1W2 ensures rapid data transfer, making it well-suited for applications where quick access to large volumes of data is crucial. Whether you’re dealing with databases, multimedia content, or critical business applications, the high-speed capability enhances overall system efficiency.
PCI Express for Efficient Communication
The PCI Express interface facilitates efficient communication between the 1V1W2 and the host system. This high-speed interface optimizes data transfer bandwidth, ensuring smooth and responsive performance in storage operations.
Versatile Connectivity with 4 Ports
Featuring a 4-port configuration, the 1V1W2 provides versatility in connectivity. This allows for the simultaneous connection of multiple storage devices, offering flexibility in storage configurations and facilitating efficient data management.
Compact Design with SFF 8644 Form Factor
The Small Form Factor (SFF) 8644 design ensures a compact footprint for the 1V1W2. This is advantageous in scenarios where space is limited, allowing for seamless integration into systems with size constraints.
Reliability of SAS Technology
Leveraging Serial-Attached SCSI (SAS) technology, the 1V1W2 benefits from a reliable and high-performance data transfer protocol. SAS is known for its robustness, making it a suitable choice for demanding storage environments where reliability is paramount.
Advantages of the Dell 1V1W2 4-Port SAS HBASwift and Efficient Data Transfer
The 6 GBPS speed of the 1V1W2 ensures swift and efficient data transfer. Whether you’re engaged in data-intensive tasks or require quick access to critical information, the high-speed capabilities of the HBA contribute to overall system responsiveness.
Enhanced System Performance with PCI Express
The PCI Express interface enhances system performance by providing a high-speed communication pathway. This is particularly crucial in storage setups where optimized data transfer is essential for maintaining operational efficiency.
Flexibility in Storage Configurations
The 4-port configuration offers flexibility in storage configurations. The ability to connect multiple storage devices simultaneously provides options for expanded storage capacity and efficient data management in diverse use cases.
Space Optimization with SFF 8644 Form Factor
The Small Form Factor (SFF) 8644 design allows for space optimization without compromising on performance. This is advantageous in scenarios where physical space is limited, enabling the seamless integration of the 1V1W2 into various systems.
Robust and Reliable SAS Technology
Built on SAS technology, the 1V1W2 benefits from a robust and reliable data transfer protocol. SAS is known for its resilience, making it a suitable choice for storage environments where data integrity and consistency are critical.
Features
The 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller is designed with several features that make it an ideal device for data management in a computer system. The following are the features of the 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller:
High-Speed Data Transfer Rate
- This device provides a high-speed data transfer rate of up to 6 Gbps, which is essential for managing large volumes of data.
SAS Support
- The 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller is designed to work with Serial Attached SCSI (SAS) devices. This feature allows it to manage data in high-performance storage systems.
PCIe Interface
- This device uses a PCIe interface, which is a high-speed serial computer expansion bus standard. This feature provides faster data transfer rates and lower latency compared to other interface standards.
Four Ports
- The 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller comes with four ports, which allows it to connect up to four SAS devices simultaneously.
Benefits
The 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller provides several benefits that make it an ideal device for data management in a computer system. The following are the benefits of the 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller:
High-Speed Data Transfer
- The 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller provides a high-speed data transfer rate of up to 6 Gbps. This feature allows it to manage large volumes of data quickly and efficiently.
Improved Performance
- The 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller is designed to work with high-performance storage systems. This feature allows it to provide improved performance compared to other data management devices.
Easy Installation
- The 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller is easy to install and configure. This feature allows users to set up the device quickly and start managing data in their computer system.
Cost-Effective
- The 1V1W2 Dell 6GBPS PCI-E 4-Port SAS I/O Controller is a cost-effective device for data management. This feature makes it an ideal device for small and medium-sized businesses that require efficient data management without breaking the bank.
General Information about this Dell 1V1W2
- Manufacturer: Dell
- Part Number or SKU# 1V1W2
- Product Type: Host Bus Adapter (HBA)
- Sub-Type: SAS-SATA
Technical Information for SAS-SATA Adapter
- Number Of Ports: 4
- Bus Type: PCI-E
- Connector Type: SFF-8644
- External Interfaces: SAS, SATA I, SATA II, SATA III
- Internal Interfaces: SAS, SATA I, SATA II, SATA III
- Compatible Port/Slot: PCI Express X8
In summary, the Dell 1V1W2 4-Port SAS I/O Host Bus Adapter emerges as a powerful and versatile solution for enhancing storage connectivity and performance. With its high-speed data transfer, PCI Express interface, versatile port configuration, compact form factor, and reliable SAS technology, the 1V1W2 is poised to elevate your storage infrastructure.
Whether you’re expanding your storage capacity, optimizing data transfer speeds, or seeking a reliable solution for efficient data management, the Dell 1V1W2 4-Port SAS HBA offers a robust and feature-rich option for various storage scenarios.
