AOC-MTGN-I2SM Supermicro 2-ports 10G SFP+ SIOM Adapter

Product Overview the Supermicro AOC-MTGN-I2SM 10GbE SFP+

The Supermicro AOC-MTGN-I2SM is a high-performance dual-port 10GbE SFP+ Super I/O Module (SIOM) designed for enterprise-grade networking environments. Built on the Intel 82599ES controller, this network adapter delivers reliable, high-speed connectivity for modern data centers and virtualization workloads. It comes with a 1U low-profile bracket, making it ideal for rack-mounted server installations where space efficiency and airflow optimization are critical.

General Information

• Manufacturer: Supermicro
• Model Number: AOC-MTGN-I2SM
• Device Category: Network Interface Adapter

Technical Specifications

• Product Designation: Supermicro AOC-MTGN-I2SM
• Network Ports: Dual 10 Gigabit SFP+ interfaces
• Controller Chip: Intel 82599ES high-speed NIC processor
• Interface Type: Super I/O Module (SIOM)
• Bracket Style: Low-profile 1U rack bracket included

Advanced Networking Features

• VLAN tagging for segmented and secure network traffic
• Receive Side Scaling (RSS) for optimized load distribution
• Checksum offloading and segmentation offload for improved CPU efficiency
• SR-IOV support enabling virtualized network performance acceleration
• iSCSI boot capability for remote system deployment
• Link aggregation and failover support for uninterrupted connectivity

Virtualization and Performance Enhancements

• VMDq technology with up to 64 queues per port for VM traffic optimization
• SR-IOV supporting up to 64 virtual functions per port for scalable virtualization
• Advanced VLAN filtering and packet classification features
• VXLAN support through software-defined networking overlays

Management and Monitoring Capabilities

• PXE boot support for remote system provisioning
• SNMP and RMON statistics for proactive network monitoring
• Integrated asset tagging including MAC address and revision tracking
• NC-SI interface for out-of-band server management on compatible Supermicro systems

Supported Operating Systems

• Microsoft Windows Server (2012 R2, 2012, 2008 R2 – 64-bit)
• Windows 7, 8, and 8.1 (64-bit editions)
• Red Hat Enterprise Linux and SUSE Linux distributions
• FreeBSD environments
• VMware ESXi virtualization platforms
• UEFI-based system architectures

Supported Cable Types

• Direct Attach Copper (DAC) SFP+ Twinax cables up to 7 meters
• Fiber optic connections using compatible SFP+ transceivers

Power Efficiency

• Typical operating power consumption: approximately 6.2W
• Maximum power usage: up to 7.2W under peak load

Environmental Conditions

• Operating temperature range: 0°C to 55°C
• Storage temperature range: -40°C to 70°C
• Humidity tolerance: up to 90% non-condensing at 35°C

Physical Design

• Form factor: SIOM (Supermicro I/O Module)
• Dimensions: 92mm x 87.1mm compact design
• Includes 1U rack-mount bracket for easy installation

Core I/O Processing Features

• IP, TCP, UDP, and SCTP checksum offloading for IPv4 and IPv6
• Transmit and Receive Side Scaling for improved multi-core performance
• Efficient I/O handling for virtualized server environments

Compatibility

• Compatible with Supermicro server platforms supporting SIOM architecture
• Works with Intel-based server motherboards using SIOM expansion slots
• Supports virtualization platforms including VMware ESXi and Microsoft Hyper-V environments
• Fully functional with Linux distributions such as Red Hat Enterprise Linux and SUSE Linux Enterprise Server
• Compatible with Windows Server 64-bit editions for enterprise deployments
• Supports fiber and DAC SFP+ networking infrastructure in data center setups

Supermicro AOC MTGN I2SM 10G SFP Plus SIOM Network Adapter

The Supermicro AOC MTGN I2SM 2 ports 10G SFP Plus Super I O Module SIOM with 1U bracket based on Intel 82599ES Network Adapter represents a high performance networking hardware category designed for enterprise servers, data center environments, cloud infrastructure systems, and high bandwidth computing platforms. This category focuses on modular network interface solutions that are engineered to deliver ultra fast data transmission, low latency communication, and scalable network connectivity through advanced optical fiber and direct attach copper configurations.

This class of network adapters is primarily built for integration into Supermicro server systems using SIOM architecture, enabling flexible expansion and optimized space utilization within rack mounted environments. The design emphasizes high density networking capabilities, making it suitable for modern IT infrastructures where performance, efficiency, and reliability are essential for continuous operations.

High Performance 10G SFP Plus Networking Architecture

The 10G SFP Plus technology used in this category is based on high speed serial data transmission standards that support ten gigabit per second throughput per port. This allows enterprise systems to handle large scale data transfers, virtualization workloads, distributed storage systems, and cloud computing traffic without bottlenecks. The use of SFP Plus interfaces enables flexible media selection including fiber optic modules and direct attach copper cables.

The architecture ensures that network performance remains stable under heavy workloads, making it suitable for environments that require constant uptime and predictable throughput. This includes data centers, financial systems, scientific computing clusters, and large scale web hosting platforms.

Intel 82599ES Controller Technology

At the core of this network adapter category is the Intel 82599ES Ethernet controller, a widely recognized chipset known for its reliability and high throughput capabilities. This controller supports advanced networking features such as virtualization offloading, packet processing optimization, and intelligent traffic management. It is engineered to reduce CPU overhead while maximizing network efficiency.

The Intel 82599ES also supports multiple queue structures for transmit and receive operations, enabling better parallel processing of network traffic. This is especially beneficial in virtualized environments where multiple virtual machines require simultaneous network access without performance degradation.

Supermicro SIOM Modular Design Integration

The Super I O Module SIOM design is a key feature of this category, allowing network modules to be easily installed, replaced, or upgraded within compatible Supermicro server platforms. This modular approach reduces system downtime and increases flexibility in configuring server networking capabilities based on workload requirements.

SIOM modules are designed to occupy minimal physical space while delivering maximum network density. This makes them ideal for 1U server configurations where internal space is limited but high performance networking is still required. The hot swap friendly architecture further enhances operational efficiency in enterprise environments.

1U Bracket Compatibility and Server Deployment

The inclusion of a 1U bracket ensures compatibility with rack mounted servers that follow standard height configurations. This allows the network adapter to be installed in compact server chassis commonly used in data centers. The bracket design ensures secure mounting and proper alignment of the SFP Plus ports for optimal cable management and airflow efficiency.

In high density server deployments, maintaining proper airflow is critical to system stability. The bracket design supports structured cabling systems that reduce clutter and improve cooling performance, contributing to longer hardware lifespan and reduced maintenance requirements.

Dual Port 10G SFP Plus Connectivity Benefits

This category features dual port configuration, enabling two independent 10 gigabit connections within a single module. This provides redundancy, load balancing, and increased aggregate bandwidth for mission critical applications. Dual port networking is essential in environments where uninterrupted connectivity is required.

The dual port setup allows administrators to configure link aggregation groups, enabling multiple network paths to function as a single logical connection. This enhances throughput and provides failover capabilities in case one connection experiences disruption.

Enterprise Data Center

The Supermicro AOC MTGN I2SM network adapter category is widely used in enterprise data centers where high speed data exchange is essential. Applications include cloud computing infrastructure, virtualization clusters, distributed storage networks, and large scale database systems.

In cloud environments, these adapters support rapid provisioning of network resources, enabling scalable infrastructure that can adapt to fluctuating workloads. In storage networks, they ensure high speed data replication and backup operations across multiple nodes.

Virtualization and Multi Tenant Environments

Virtualized environments benefit significantly from Intel 82599ES based network adapters due to their support for hardware level virtualization features. These features include single root input output virtualization, which allows multiple virtual machines to directly access network resources without excessive CPU intervention.

This improves efficiency in multi tenant systems where multiple users or applications share the same physical hardware. Network isolation and traffic segmentation are also enhanced, improving security and performance consistency across virtual workloads.

High Speed Storage Networking and NVMe Over Fabric

This category is also suitable for high speed storage networking applications, including storage area networks and NVMe over fabric architectures. The 10G SFP Plus bandwidth allows rapid transfer of large data blocks, reducing latency in storage access operations.

In enterprise storage systems, fast network interfaces are essential for maintaining data integrity and ensuring quick access to distributed storage nodes. This improves database performance and reduces read write latency for critical applications.

Network Performance Optimization

Low latency is a key requirement in financial trading systems, real time analytics platforms, and high performance computing clusters. The Intel 82599ES controller is optimized to minimize packet processing delays and reduce network jitter.

By offloading certain processing tasks from the CPU to the network controller, system resources are used more efficiently, resulting in faster response times and improved application performance.

Fiber Optic and Direct Attach Copper Support

The SFP Plus interface allows compatibility with both fiber optic transceivers and direct attach copper cables. Fiber optic connections provide long distance transmission capabilities with minimal signal loss, making them ideal for inter rack or inter building connectivity.

Direct attach copper cables offer a cost effective solution for short range connections within data centers. This flexibility allows network architects to design hybrid infrastructures that balance performance and cost efficiency.

Scalability in Modern IT Infrastructure

Scalability is a fundamental requirement in modern IT environments. This network adapter category supports scalable deployment models where additional modules can be added to expand network capacity without replacing existing infrastructure.

This modular scalability ensures that organizations can grow their network capabilities in alignment with business expansion, reducing capital expenditure and improving long term infrastructure planning.

Supermicro Server Platforms

The Supermicro AOC MTGN I2SM module is designed for seamless integration with compatible Supermicro server systems. This ensures optimized hardware and firmware compatibility, reducing configuration complexity and improving system stability.

Server administrators benefit from simplified deployment processes and standardized hardware configurations across multiple systems, improving operational consistency in large scale environments.

Driver Support and Operating System Integration

This network adapter category supports a wide range of operating systems including Linux distributions, Windows Server editions, and virtualization platforms. Comprehensive driver support ensures smooth installation and stable operation across diverse computing environments.

Regular firmware updates and driver optimizations improve performance, security, and compatibility with evolving network standards and enterprise applications.

High Density Server Rack Optimization

In high density server racks, space optimization is crucial. The compact design of SIOM modules allows multiple network interfaces to be deployed without occupying additional PCI expansion slots. This improves server design flexibility and supports dense computing environments.

Efficient cable management and reduced hardware footprint contribute to better airflow and easier maintenance within rack mounted systems.

Cloud Computing and Distributed Systems Support

Cloud computing environments rely heavily on fast and reliable networking hardware. This category supports distributed system architectures where multiple nodes communicate continuously to process large scale workloads.

High speed interconnectivity ensures synchronization between cloud services, improving performance consistency and reducing latency across distributed applications.

Reliability and Continuous Operation Standards

Enterprise networking hardware must operate continuously without interruption. This category is engineered for high reliability, ensuring stable performance under sustained workloads. Error correction mechanisms and robust hardware design minimize downtime risks.

This reliability makes the module suitable for mission critical applications where network failure is not acceptable.

Advanced Networking Use Cases in High Performance Computing

High performance computing environments require extremely fast data exchange between compute nodes. This network adapter category supports such environments by providing low latency and high throughput communication channels.

Applications include scientific simulations, artificial intelligence training clusters, and large scale data analytics platforms.

Enterprise Grade Deployment Flexibility

The flexibility of this category allows it to be deployed in a wide range of enterprise scenarios. Whether used in virtualization clusters, storage networks, or cloud infrastructure, the module adapts to different operational requirements.

This adaptability reduces the need for multiple specialized hardware components, simplifying infrastructure management.

Future Ready Networking Infrastructure

As network demands continue to increase, this category remains relevant due to its scalable architecture and high performance capabilities. It supports evolving data center technologies and future oriented networking standards.

Organizations adopting this category benefit from long term infrastructure stability and compatibility with next generation networking solutions.