Your go-to destination for cutting-edge server products

Enhanced Search
Enhanced Search
By Manufacturer
By Price

$  –  $

  • $48
  • $48
By Condition

1-GBPS

An Extra 7% Discount at Checkout
$52.65 $48.00
Quote
SKU/MPN00E0838Availability✅ In StockProcessing TimeUsually ships same day ManufacturerIBM Product/Item ConditionExcellent Refurbished ServerOrbit Replacement WarrantySix-Month (180 Days)

Understanding Ethernet Cards

Ethernet cards, commonly referred to as Network Interface Cards (NICs), are hardware components designed to enable devices to connect to a wired network. They serve as the primary interface for data exchange between computers, servers, and other network-enabled devices, ensuring seamless communication and efficient data transmission.

Types of Ethernet Cards

Ethernet cards come in various configurations to cater to different network requirements. Among these, 1-GBPS Ethernet cards are a popular choice for users seeking a balance between cost, performance, and compatibility.

  • Integrated Ethernet Cards: Built into the motherboard, these cards are suitable for basic networking needs.
  • Standalone Ethernet Cards: Available as PCIe expansion cards, they offer enhanced performance and are easily replaceable or upgradable.
  • 1-GBPS Ethernet Cards: Designed to deliver speeds up to 1 gigabit per second, these cards are ideal for home networks and small businesses.

Key Features of 1-GBPS Ethernet Cards

High-Speed Connectivity

1-GBPS Ethernet cards are designed to provide fast and stable network connections. With a data transfer speed of up to 1 Gbps, these cards are capable of handling high-bandwidth applications such as video conferencing, online gaming, and HD streaming.

Compatibility and Port Options

These cards typically feature RJ45 ports, making them compatible with standard Ethernet cables. Many models support auto-negotiation, enabling seamless operation with lower-speed networks such as 10/100 Mbps connections.

Energy Efficiency

Modern 1-GBPS Ethernet cards are designed with energy-saving features like Energy-Efficient Ethernet (EEE), which reduces power consumption during periods of low network activity, contributing to a more sustainable operation.

Support for Wake-on-LAN

Many 1-GBPS Ethernet cards include support for Wake-on-LAN, allowing devices to be powered on remotely via network commands. This feature is particularly useful in IT management and remote access scenarios.

Applications of 1-GBPS Ethernet Cards

Home Networking

For home users, 1-GBPS Ethernet cards provide a reliable solution for connecting PCs, gaming consoles, and streaming devices. They ensure smooth performance for activities that require consistent and fast network speeds.

Small Business Environments

In small offices, these Ethernet cards facilitate efficient file sharing, printer access, and internet connectivity, enabling employees to work collaboratively and productively.

Media Servers and NAS

Network-attached storage (NAS) devices and media servers benefit from the high-speed data transfer capabilities of 1-GBPS Ethernet cards, ensuring quick access to large files and media libraries.

Backup and File Sharing

For environments where data backup and file sharing are frequent, these cards enable fast and reliable transfer rates, minimizing delays and improving productivity.

Wide Availability

These Ethernet cards are widely available from various manufacturers, ensuring that users have access to a broad range of models with different features and price points.

Ease of Use

The plug-and-play design of most 1-GBPS Ethernet cards ensures straightforward installation and configuration, even for users with limited technical expertise.

Future of 1-GBPS Ethernet Cards

Continuous Relevance

While faster options like 10-Gigabit cards are gaining traction, 1-GBPS Ethernet cards remain relevant for the vast majority of users. Their affordability, ease of use, and sufficient performance ensure their place in networks for years to come.

Upgradable Pathways

Many systems equipped with 1-GBPS Ethernet cards today are designed with upgradeability in mind, allowing users to transition to higher-speed options when needed without overhauling their entire infrastructure.