Dell T34F4 Quad Port Ethernet Server Adapter

Overview

The Dell 0T34F4 is a quad port Ethernet server adapter designed to provide gigabit network connectivity through four RJ-45 ports. Built on the Intel I350 chipset, this low-profile PCIe card enables a single server to manage multiple network links efficiently without occupying several expansion slots. It is well suited for environments that require high port density and reliable network segmentation or aggregation.

Key features

• Four gigabit Ethernet ports that allow separate network segments or combined bandwidth for failover and load balancing
• Intel I350 chipset offloads network processing tasks to reduce CPU usage and maintain consistent throughput
• Low-profile PCI Express design fits into compact server chassis with limited space
• Supports standard Ethernet protocols and cabling for seamless integration into existing network infrastructures
• Enables virtualization hosts and clustered nodes to isolate management, storage, and production traffic effectively
• Facilitates network redundancy and VLAN testing in lab or edge environments without multiple single-port cards

Key specs

• Network ports: 4 x RJ-45
• Speed: Gigabit Ethernet (1 Gbps per port)
• Chipset: Intel I350
• Interface: PCI Express (low-profile)
• Form factor: Low-profile bracket for space-constrained servers

Connectivity and compatibility

This adapter connects via a PCI Express slot and supports standard Ethernet cabling, making it compatible with most server and network switch setups. Its four RJ-45 ports allow flexible network configurations, including separate VLANs or link aggregation, without requiring specialized hardware or software.

Ideal uses and environments

The Dell 0T34F4 is a strong choice for small rack servers, edge appliances, and virtualized hosts that need multiple isolated networks for management, storage, and production traffic. It also fits well in lab environments where engineers simulate redundant network paths or test VLAN configurations. Its compact design and high port density make it practical for servers with limited expansion space.