I350T2V2 Intel Low Profile PCI-E Network Adapters - 2 Ports Gigabit Ethernet

Intel I350F2BLK Dual Port PCI-E Network Adapters

Intel I350T2V2 is a dual-port Gigabit Ethernet PCIe network adapter designed for servers, workstations, and virtualization environments. It features two 10/100/1000 Mbps RJ-45 ports, an Intel I350 controller, and a PCIe 2.1 x4 interface for reliable, high-performance network connectivity. The adapter supports advanced technologies such as SR-IOV, VMDq, iSCSI acceleration, VLAN tagging, and Energy Efficient Ethernet, making it ideal for data centers, cloud infrastructure, network appliances, and enterprise applications.

General Information

• Manufacturer: Intel Corporation
• Part Number: I350T2V2
• Device Category: Server Network Interface Card
• Product Name: Intel I350T2V2 Ethernet Server Adapter

Technical Specifications

• Type: Dual-Port Gigabit Ethernet Adapter
• Controller: Intel I350 Ethernet Controller
• Interface: PCI Express 2.1 x4
• Port Setup: 2 × RJ-45 Copper Ethernet Ports
• Speed: 10/100/1000 Mbps per port
• Form Factor: Low Profile and Full Height Brackets
• Cabling: Cat5e/Cat6 up to 100 meters
• Deployment: Servers, Workstations, Storage Systems, Enterprise Networks
• Dual 10/100/1000BASE-T Gigabit Ethernet Ports
• Auto-Negotiation Supported
• Full-Duplex and Half-Duplex Modes
• Auto MDI/MDI-X Detection
• IEEE 802.3, 802.3u, 802.3ab Compliance
• Flow Control (IEEE 802.3x)

Storage Networking Features

• iSCSI Acceleration
• NFS Support
• SAN Connectivity
• Optimized Storage Traffic
• Enterprise-Class Data Transfer

Power Efficiency Features

• Energy Efficient Ethernet (EEE)
• DMA Coalescing (DMAC)
• Active State Power Management (ASPM)
• Smart Power Down Technology
• Wake-on-LAN (WoL) Support

Compatibility

Server Integration

• Dell Technologies PowerEdge Series
• Hewlett Packard Enterprise ProLiant Series
• Lenovo Think System Series
• Super micro Servers
• Custom Rack and Tower Servers

Overview Intel I350T2V2 Low Profile PCI-E Network Adapters 

The Intel I350T2V2 Low Profile PCI-E Network Adapter is designed to deliver dependable Gigabit Ethernet connectivity for enterprise servers, workstation environments, virtualization infrastructures, and business networking applications. Featuring two Gigabit Ethernet ports, this adapter enables organizations to achieve enhanced network redundancy, increased bandwidth availability, and efficient traffic distribution across modern network environments. Built around Intel's proven Ethernet controller architecture, the adapter provides a reliable platform for demanding workloads that require consistent performance, low latency, and broad operating system compatibility.

Dual-Port Gigabit Ethernet Architecture

The Intel I350T2V2 network adapter incorporates two independent Gigabit Ethernet interfaces, providing flexible connectivity options for diverse networking scenarios. Each port supports data transmission rates up to 1 Gbps, allowing organizations to establish multiple network paths for enhanced availability and performance. The dual-port architecture is particularly valuable in environments where uninterrupted network connectivity is critical for business operations. By utilizing two Gigabit Ethernet ports, administrators can configure network teaming, failover protection, and load balancing technologies. 

Independent Network Interface Operation

Each Gigabit Ethernet port functions independently, allowing flexible deployment configurations. Network administrators can assign different IP addresses, VLAN memberships, and routing policies to each interface based on organizational requirements. This level of flexibility supports complex networking architectures that require segmented communication paths and controlled traffic flows.

Enhanced Network Availability

Network availability remains a primary concern for enterprise environments. The dual-port configuration enables redundant connectivity strategies that minimize downtime caused by cable failures, switch outages, or hardware issues. When configured with appropriate redundancy technologies, the adapter can maintain network communication even if one physical connection becomes unavailable.

PCI Express Form Factor Benefits

The low-profile design of the Intel I350T2V2 adapter makes it suitable for deployment in modern server platforms where space efficiency is a critical consideration. Many rack-mounted servers and compact workstation systems require low-profile expansion cards to accommodate their physical dimensions. This adapter provides enterprise-class networking functionality while maintaining compatibility with space-constrained hardware configurations. The PCI Express interface offers a high-speed communication pathway between the network adapter and host system. By leveraging PCIe technology, the adapter can efficiently process network traffic without creating bottlenecks that negatively impact overall system performance.

Compatibility with Compact Servers

Modern data centers frequently utilize dense server deployments to maximize computing resources within limited rack space. The low-profile bracket configuration allows the Intel I350T2V2 adapter to integrate seamlessly into these environments while preserving valuable space for additional hardware components and airflow optimization.

Efficient Expansion Capabilities

Organizations deploying workstations, edge servers, and appliance-based systems can benefit from the adapter's compact design. The low-profile form factor ensures compatibility with numerous hardware platforms while providing enterprise-grade networking functionality typically associated with larger expansion cards.

Intel Ethernet Controller Technology

At the core of the Intel I350T2V2 adapter lies Intel's advanced Ethernet controller technology, developed to deliver stable and efficient network communications. Intel Ethernet controllers have established a strong reputation within enterprise environments due to their reliability, broad compatibility, and extensive driver support across multiple operating systems. The controller architecture incorporates intelligent packet processing mechanisms that help reduce CPU utilization during network operations. By offloading specific networking tasks to dedicated hardware components, the adapter enables host systems to allocate more processing resources toward business applications and computational workloads.

Hardware-Based Traffic Processing

Hardware acceleration technologies integrated within the controller improve packet handling efficiency by reducing the burden placed on server processors. These capabilities become particularly important in virtualized environments where multiple applications and virtual machines compete for processing resources.

Advanced Packet Management

Intelligent packet management features contribute to improved network performance through optimized data handling processes. The controller efficiently manages incoming and outgoing traffic streams, helping maintain consistent throughput under varying workload conditions.

Virtualization Optimization Features

Virtualization technologies play a central role in modern IT infrastructure, and the Intel I350T2V2 adapter includes capabilities designed to support virtual machine deployments. Enterprise organizations often consolidate multiple workloads onto fewer physical servers, increasing the importance of efficient network resource allocation. The adapter supports technologies that improve networking performance within virtualized environments by enabling direct communication pathways and reducing overhead associated with virtual machine network operations. These enhancements contribute to better scalability and improved resource utilization.

Virtual Machine Connectivity

Virtual machines rely heavily on network connectivity for communication with users, applications, and storage systems. The Intel I350T2V2 adapter helps ensure stable and efficient data transmission within virtualized infrastructures, supporting reliable operation of business-critical workloads.

Reduced Virtualization Overhead

Specialized hardware features assist in minimizing virtualization-related processing overhead, allowing servers to host larger numbers of virtual machines while maintaining acceptable performance levels. This capability contributes to improved infrastructure efficiency and lower operational costs.

Network Redundancy and Capabilities

Business continuity depends heavily on network availability. The Intel I350T2V2 adapter supports deployment strategies that enhance network resilience through redundant connectivity configurations. Organizations can implement failover mechanisms that automatically redirect traffic if a network path becomes unavailable. Redundancy features help reduce the impact of hardware failures, maintenance activities, and unexpected network disruptions. By maintaining alternative communication pathways, businesses can continue operations with minimal interruption.

Load Balancing Opportunities

Load balancing technologies distribute network traffic across multiple interfaces, improving bandwidth utilization and reducing congestion. Organizations experiencing increasing network demands can benefit from more efficient traffic distribution strategies.

Enterprise Security Enhancements

Network security remains a priority for organizations managing sensitive information and mission-critical applications. The Intel I350T2V2 adapter incorporates features designed to support secure networking practices and help organizations maintain compliance with internal security policies. Administrators can leverage advanced networking capabilities to implement segmented network architectures, traffic isolation mechanisms, and controlled access policies. These strategies contribute to a stronger overall security posture within enterprise environments.

Secure Data Transmission

Reliable hardware-based networking infrastructure forms an essential component of secure communication systems. The adapter provides stable connectivity that supports encrypted traffic and secure application communications across enterprise networks.

Network Segmentation Support

Dual-port connectivity allows organizations to separate different categories of network traffic, reducing exposure risks and improving administrative control over network resources. Segmentation strategies can enhance both security and performance outcomes.

Advanced VLAN and Traffic

Modern enterprise networks frequently utilize VLAN technologies to organize devices, applications, and users into logical network segments. The Intel I350T2V2 adapter supports advanced VLAN configurations that enable flexible network management and efficient resource allocation. Traffic prioritization capabilities further enhance network performance by ensuring critical applications receive appropriate bandwidth and processing attention. These features are especially beneficial in environments supporting voice, video, storage, and business application traffic simultaneously.

VLAN Configuration Flexibility

Organizations can implement sophisticated VLAN architectures that improve security, simplify administration, and support scalable network growth. The adapter's VLAN capabilities facilitate integration into existing enterprise network designs.

Quality of Service Optimization

Quality of Service mechanisms help prioritize important network traffic and maintain application responsiveness during periods of increased utilization. Businesses can leverage these capabilities to support performance-sensitive workloads.

Operating System Compatibility

The Intel I350T2V2 adapter offers extensive compatibility with a wide range of operating systems commonly used in enterprise, commercial, and industrial environments. This broad support simplifies deployment and reduces integration challenges when introducing the adapter into existing infrastructures.

Organizations utilizing Windows Server, Linux distributions, virtualization platforms, and specialized network operating systems can benefit from mature driver support and consistent functionality across multiple environments. Reliable driver availability contributes to stable long-term operation and streamlined maintenance procedures.

Windows Environment Support

Windows-based servers and workstations frequently rely on Intel networking hardware due to its established reputation for compatibility and reliability. The adapter integrates effectively into Microsoft networking ecosystems and supports enterprise management requirements.

Linux and Open-Source Platform Compatibility

Linux deployments benefit from extensive Intel driver support and community adoption. The adapter functions efficiently within open-source environments, supporting diverse applications ranging from web hosting to cloud infrastructure deployments.

Data Center Networking Applications

Data centers require networking hardware capable of maintaining reliable communications between servers, storage systems, virtualization hosts, and management platforms. The Intel I350T2V2 adapter serves as an effective networking solution for a wide variety of data center applications. Its combination of dual Gigabit Ethernet ports, enterprise-class controller technology, and low-profile form factor makes it suitable for deployment in rack-mounted servers, hyper-converged infrastructure platforms, and edge computing environments. Organizations can utilize the adapter to support mission-critical workloads while maintaining cost-effective network scalability.

Server Connectivity Solutions

Server environments depend on dependable network interfaces to facilitate communication with users and applications. The adapter provides the performance and reliability necessary to support continuous server operation across diverse deployment scenarios.

Storage Network Integration

Many organizations utilize Gigabit Ethernet networks for storage connectivity and data transfer operations. The Intel I350T2V2 adapter supports efficient communication between servers and storage resources, helping maintain consistent access to critical business data.

Performance Optimization Technologies

The Intel I350T2V2 adapter includes numerous technologies designed to improve network efficiency and maximize overall system performance. These enhancements contribute to reduced latency, improved throughput, and lower processor utilization across a broad range of applications. By leveraging hardware-assisted networking functions, organizations can achieve more predictable performance while supporting increasingly demanding workloads. These capabilities make the adapter a valuable component within modern enterprise networking infrastructures.

Efficient CPU Resource Utilization

Hardware offload mechanisms reduce the amount of processing required for routine networking tasks. As a result, server processors can dedicate additional resources to applications, databases, virtualization workloads, and other critical business functions.

Consistent Throughput Delivery

The adapter's architecture is designed to maintain reliable throughput under varying network conditions. Consistent performance helps organizations meet operational requirements while supporting long-term infrastructure growth and modernization initiatives.