YYMF9 Dell Broadcom 57416 Dual Port 10GB Base-T OCP Plug-in Card Network Interface Card

Overview of Dell YYMF9 Dual Port Network Adapter

The Dell YYMF9 Broadcom 57416 Dual Port 10Gb Base-T OCP Network Interface Card is engineered to deliver reliable, high-speed Ethernet connectivity for modern data centers and enterprise server environments. Designed around the Open Compute Project (OCP) 3.0 mezzanine standard, this advanced network adapter ensures seamless integration, enhanced scalability, and optimized network throughput for demanding workloads.

General Information

• Manufacturer: Dell 
• Part Number: YYMF9 
• Product Type: Network Adapter

Technical Specifications

• Device Type: Network Interface Adapter
• Form Factor: Plug-in Card
• Bus Interface: Open Compute Project Mezzanine (OCP) 3.0
• Ports: Dual 10Gb Ethernet
• Supports concurrent network connections
• Optimized for high-throughput workloads
• Connectivity Technology: Wired Ethernet
• Cabling Type: 10GBase-T

Supported Data Link Protocol

• Data Link Protocol: 10 Gigabit Ethernet
• Reliable and consistent data transmission
• Designed for enterprise-class networking

Expansion and Connectivity Options

• Interfaces: 2 x 10GBase-T
• Enhanced network redundancy and load balancing
• Suitable for scalable server deployments

The Dell YYMF9 Dual Port 10GB Base-T Network Adapter

Enterprise-grade Network Interface Cards (NICs) form the backbone of modern data center connectivity, enabling reliable, high-throughput communication between servers, storage systems, and network infrastructure. This category focuses on advanced Ethernet adapter solutions designed for mission-critical workloads, virtualization-heavy environments, cloud computing platforms, and software-defined networking architectures. These NICs are engineered to deliver consistent low-latency performance, high bandwidth utilization, and seamless compatibility with enterprise server ecosystems.Within this category, dual-port 10 Gigabit Ethernet Base-T OCP plug-in cards represent a specialized subsegment tailored for scalable rack servers and modular platforms. They combine flexible deployment, copper-based cabling convenience, and advanced offloading capabilities to meet the evolving demands of enterprise IT, private cloud, and service provider environments.

Dual Port 10GbE Base-T

Dual port 10Gb Ethernet Base-T network adapters are designed to provide redundant, high-speed network connections over standard twisted-pair copper cabling. Unlike fiber-based adapters, Base-T NICs allow organizations to leverage existing Cat6 or Cat6a cabling infrastructures while still achieving 10GbE performance. This makes them a cost-effective and operationally flexible option for data centers seeking to upgrade bandwidth without overhauling physical cabling.

Advantages of Dual-Port Architecture

A dual-port configuration delivers multiple operational benefits for enterprise deployments. By providing two independent Ethernet ports on a single adapter, these NICs support link aggregation, failover, and traffic segmentation. This design enhances network resilience, ensures continuous uptime, and enables administrators to optimize traffic flows across multiple network paths.

OCP 3.0 Interface Compatibility

Featuring an Open Compute Project (OCP) 3.0 mezzanine interface, the Dell YYMF9 network card ensures compatibility with modern server architectures. This interface standard provides improved airflow, better thermal management, and simplified scalability.

Advanced Networking Capabilities

Dual-Port 10Gb Ethernet Connectivity

Equipped with two high-speed 10 Gigabit Ethernet ports, this Broadcom-based adapter supports simultaneous data streams, ensuring faster data transfer rates and reduced network latency. It is ideal for virtualization, database operations, and bandwidth-intensive applications.

10GBase-T Copper Connectivity

10GBase-T technology supports high-speed Ethernet transmission over copper cabling, making it ideal for enterprise environments prioritizing ease of deployment and backward compatibility. These NICs can auto-negotiate to lower speeds such as 1GbE or 100MbE, ensuring compatibility with mixed-speed network infrastructures and gradual upgrade paths.

Network Interface Card Design

Built for performance-driven infrastructures, this Dell OCP network card combines robust hardware architecture with efficient data transmission capabilities. Its plug-in card form factor makes it suitable for space-optimized server platforms while maintaining superior networking efficiency.

Backward Compatibility and Cabling Flexibility

The ability to operate across multiple Ethernet speeds allows data centers to standardize on a single NIC type while supporting diverse networking requirements. Copper-based connections also simplify maintenance, reduce optical transceiver costs, and enable shorter lead times for expansion.

OCP Plug-in Card Form Factor

Open Compute Project (OCP) plug-in cards have emerged as a preferred form factor for next-generation servers. Designed to improve airflow, reduce power consumption, and standardize hardware components, OCP NICs integrate directly into server motherboards without consuming traditional PCIe slots. This category emphasizes OCP-based network adapters optimized for dense compute environments and scalable server architectures.

Benefits of OCP NIC Integration

OCP plug-in cards offer a streamlined approach to server networking by separating network connectivity from standard expansion slots. This enables better thermal efficiency, improved cable management, and simplified server customization. Data centers leveraging OCP NICs benefit from improved hardware modularity and faster deployment cycles.

Compatibility with Enterprise Server Platforms

OCP network interface cards are engineered for seamless integration with enterprise-class servers, ensuring firmware-level compatibility, BIOS recognition, and vendor-certified performance. This category includes adapters validated for use in high-density rack servers, blade systems, and cloud-ready infrastructures.

Broadcom Ethernet Controller Technology

At the core of this category lies advanced Ethernet controller technology developed to meet the rigorous demands of enterprise networking. Broadcom-based controllers are widely recognized for their stability, performance consistency, and feature-rich architectures. These controllers are commonly deployed across data centers worldwide due to their proven reliability and extensive driver support.

Power Efficiency and Thermal Design

Energy efficiency is a growing concern in large data centers. Network interface cards in this category are designed with power-aware features that help reduce overall system energy consumption while maintaining high performance.

Adaptive Power Management

Dynamic power scaling and intelligent link management allow the NIC to adjust power usage based on network activity. This contributes to lower operating costs and improved sustainability.