Accortec Intel I350 Quad Port 1Gb Adapter

The Accortec Intel I350 Quad Port 1Gb Adapter is a high-performance network expansion card designed to unlock scalable, reliable, multi-port Ethernet connectivity for desktops, workstations, NAS boxes, and small-to-mid sized servers. Built around Intel’s trusted I350 chipset, this PCI Express card offers four independent Gigabit Ethernet ports, giving you the bandwidth, flexibility, and control needed to segment networks, support virtualization, and optimize data flow across demanding environments. Whether you’re building a dense home lab, expanding a budget-friendly server, or upgrading an aging workstation with modern 1 Gbps networking, this quad-port NIC delivers consistent throughput, low latency, and robust compatibility with a wide range of operating systems and virtualization platforms. The card’s dual-processor-friendly architecture helps balance traffic across ports, enabling reliable NIC teaming, link aggregation, and VLAN tagging to streamline traffic management and improve overall network performance. With a versatile form factor that supports full-height, low-profile, and half-length configurations, it fits a broad array of chassis—from standard desktops to compact server enclosures—without sacrificing performance or reliability. The Accortec I350 Quad Port 1Gb Adapter is your economical, scalable path to richer network infrastructure, more responsive applications, and easier multi-network segmentation across your digital landscape.

• Four independent Gigabit Ethernet ports provide dedicated bandwidth for multiple networks, virtual machines, storage traffic, and high-demand applications, so you can separate workloads without sacrificing performance on any single link.
• Powered by the Intel Ethernet Controller I350, a trusted industry-standard solution known for reliable throughput, consistent performance under load, and broad driver support across major operating systems.
• Flexible form factor supports full-height desktop integration as well as low-profile, half-length installations, making it ideal for standard towers, slim workstations, and compact servers where space is at a premium.
• Supports NIC teaming, link aggregation, VLAN tagging, and QoS features to optimize traffic handling, improve security, and simplify network management across complex environments.
• Seamless installation with Plug-and-Play readiness, broad OS driver availability, and straightforward configuration through the operating system’s network settings or vendor drivers for enhanced stability.

Technical Details of Accortec Intel I350 Quad Port 1Gb Adapter

• Interface: PCI Express (PCIe) card designed for PCIe-compatible motherboards, with x4 lane support to accommodate four high-speed NICs and ensure ample bandwidth for multi-port operation.
• Ports: 4 x RJ-45 Ethernet ports supporting 10/100/1000 Mbps, delivering versatile and reliable Gigabit connectivity across four separate networks or aggregated links.
• Performance: Up to 1 Gbps throughput per port, enabling robust multi-port data transfer while maintaining low CPU utilization through efficient hardware handling.
• Form Factor: Dual-bracket capable design that supports full-height installations and low-profile (half-length) configurations, allowing flexible deployment in a wide range of chassis sizes.
• Chipset: Intel Ethernet Controller I350 (Quad Port) powering four independent Ethernet ports with mature driver support and proven interoperability across enterprise environments.
• Operating System Support: Broad driver availability from Intel and OEMs, with compatibility across Windows, Linux, and popular virtualization platforms, enabling easy integration into existing systems.

how to install Accortec Intel I350 Quad Port 1Gb Adapter

• Power down your system, unplug from the wall, and discharge any static electricity by touching a grounded metal surface before handling components.
• Open the computer case and locate an available PCI Express slot, preferably a PCIe x4 or larger slot to ensure sufficient bandwidth for all four ports.
• Remove the slot cover corresponding to the chosen PCIe slot to allow external cable access and proper card seating.
• Carefully align the Accortec I350 Quad Port card with the slot and firmly push it into place until the locking tab clicks and the bracket is flush with the chassis.
• Secure the card with the chassis screw and reconnect any cables that may have been moved during installation.
• Reconnect power, close the case, and boot the system. Upon startup, the operating system should detect the new hardware automatically, or you may install the Intel driver package for full functionality.
• Install the appropriate drivers from Intel’s official website or your OS manufacturer’s driver repository, then reboot if prompted to ensure all four NICs are recognized.
• Open your network configuration utility or operating system network settings to configure each port, create NIC teams if needed, apply VLANs, and verify connectivity across each link.

Frequently asked questions

• Q: What speeds does this adapter support on its ports? A: Each of the four RJ-45 ports supports 10/100/1000 Mbps, providing up to 1 Gbps per port, with the potential for aggregate bandwidth depending on network configuration and switching.
• Q: Is the card compatible with Windows, Linux, and virtualization platforms? A: Yes. The Intel I350-based quad port NIC is widely supported across Windows and Linux distributions, and it is compatible with common virtualization platforms when using the appropriate drivers.
• Q: Can I use all four ports simultaneously? A: Absolutely. The four ports are designed for concurrent operation, enabling separate networks, NIC teaming, or multi-network configurations as your needs evolve.
• Q: What form factors does this card support? A: The card is designed for both standard full-height desktops and low-profile systems, featuring a dual-bracket approach with full-height and half-length (low-profile) options for versatile integration.
• Q: How do I optimize performance after installation? A: Install the latest Intel drivers, configure NIC teaming or VLANs as needed, and ensure offloading features align with your network equipment and workload to maximize throughput and efficiency.