D-link PCI Card

DGE‑528T- Gigabit for PC

The D-Link DGE-528T PCI Gigabit Ethernet Adapter is a top-performing card design to provide fast gigabit connectivity to PCs equipped with a PCI slot.

It’s tailor to enable data transfer speeds of up to 2 Gbps, offering a cost-effective solution for enhancing network capabilities.

The D-Link DGE-528T PCI Gigabit Ethernet Adapter is a high-speed adapter built to provide fast gigabit connectivity to desktop computers equipped with a spare PCI slot.

It’s engineered to support data transfer speeds of up to 2 Gbps, offering an affordable way to enhance network performance.

Advanced Features and Security:

The DGE-528T includes built-in screening of 802.1Q VLAN Tagged Ethernet frames, enabling you to allocate multiple subnets to each server

and segregate devices within each VLAN from the rest of the network for enhanced traffic management and security.

It enables 802.1p Priority Tagging for traffic prioritization.

It supports TCP, UDP, and IP checksum calculation, as well as TCP Segmentation, which enhances overall system performance by offloading CPU-intensive tasks from the host CPU to the DGE-528T.

Advanced features like 802.3x flow control and Jumbo Frames support ensure compatibility with your existing networking equipment.

Remote Management:

The DGE-528T adapter comes with extra advanced functionalities like Enhanced Power Management and Wake-on-LAN capability.

It enables remote network boot through both PXE and RPL, enabling network administrators to boot the PC from any location on the network.

Versatility:

The DGE-528T is compatible with all major operating systems, ensuring it works seamlessly with current workstation and desktop setups.

Its compact half-height design makes it suitable for use in smaller PC cases.

 it comes equipped with a diagnostic tool to make problem-solving easier.

Wake-On-LAN For Power Management:

Wake-On-LAN (WOL) is a feature within the Advanced Configuration and Power Interface (ACPI) that enables a computer that is powered off to be remotely powered on.

It allows administrators to send wake-up signals to a computer, providing efficient power management and enabling users to initiate actions from remote locations and at non-standard times.