MMS1C10-CM Mellanox 100gbe QSFP28 PSM4 Optical Transceiver

Mellanox MMS1C10-CM QSFP28 PSM4 Optical Transceiver

The Mellanox MMS1C10-CM 100GbE QSFP28 PSM4 Optical Transceiver is a high-performance networking module engineered for modern enterprise, cloud, and hyperscale data center environments. Designed to support ultra-fast 100 Gigabit Ethernet connectivity, this QSFP28 optical transceiver delivers dependable high-bandwidth transmission over single-mode fiber with a maximum reach of up to 500 meters. It is an ideal solution for organizations that require low-latency communication, reliable network expansion, and seamless interoperability with Mellanox networking platforms.

Built to meet industry standards, the Mellanox MMS1C10-CM features advanced optical technology, hot-swappable installation, intelligent digital diagnostics, and low power consumption. These capabilities make it an excellent choice for data centers, enterprise backbone networks, cloud infrastructure, storage networking, and high-performance computing environments.

General Specifications

• Manufacturer: Mellanox
• Part Number: MMS1C10-CM
• Product Type: Optical Transceiver Module
• Form Factor: QSFP28

Technical Information

• Maximum Data Rate: Up to 100Gbps
• Transmission Technology: PSM4
• Fiber Type: Single-Mode Fiber (SMF)
• Maximum Reach: Up to 500 meters
• Selectable Retiming: Supported

Electrical Specifications

• Power Supply: 3.3V
• Power Class: QSFP28 Class 4
• Maximum Power Consumption: Less than 3.5W

Management Features

• Digital Diagnostic Monitoring (DDM)
• I²C Management Interface
• SFF-8636 Compliance

Safety and Compliance

• Class 1 Laser Safety
• RoHS Compliant
• UL Certified
• TÜV Certified
• SFF-8665 Compliant
• 100G PSM4 Compliant

Benefits of 100Gbps Connectivity

• Faster data transmission between network devices
• Reduced network bottlenecks
• Improved application responsiveness
• Optimized cloud infrastructure performance
• Efficient support for high-density network environments

Benefits of the QSFP28 Interface

• Compact module design
• High port density
• Simplified cable management
• Reliable high-speed communication
• Scalable network expansion

Operational Advantages

• Reduced service interruptions
• Simplified hardware replacement
• Minimal maintenance downtime
• Improved operational efficiency
• Supports continuous network availability

DDM Monitoring Features

• Module temperature monitoring
• Supply voltage monitoring
• Laser operating status
• Optical transmit power
• Optical receive power
• Predictive maintenance capabilities

Signal Quality Improvements

• Lower bit error rates
• Improved signal stability
• Enhanced transmission reliability
• Optimized high-speed networking performance

Mellanox MMS1C10-CM 100GbE QSFP28 Transceiver Overview

The Mellanox MMS1C10-CM 100GbE QSFP28 PSM4 Optical Transceiver is a high-performance optical networking component designed to support demanding data center, enterprise networking, cloud computing, and high-speed interconnect environments. This optical module delivers reliable 100 Gigabit Ethernet connectivity by using the QSFP28 form factor combined with Parallel Single Mode 4-channel (PSM4) optical technology. It is engineered to provide efficient, scalable, and low-latency communication between networking switches, servers, storage systems, and high-performance computing platforms.

Built for next-generation network infrastructures, the Mellanox MMS1C10-CM transceiver enables fast data transmission over single-mode fiber cabling while maintaining excellent signal integrity and operational stability. The module supports 100GbE applications where high bandwidth, extended reach, and dependable optical performance are essential. With increasing demand for artificial intelligence workloads, machine learning clusters, virtualization platforms, and large-scale cloud environments, 100Gbps optical solutions such as the MMS1C10-CM provide the foundation required for modern high-capacity networks.

Advanced QSFP28 100 Gigabit Ethernet Optical Technology

The QSFP28 optical transceiver standard represents a major advancement in high-speed networking technology. Unlike earlier generation modules designed for lower bandwidth applications, QSFP28 modules are optimized to deliver 100Gbps network performance through four independent optical channels. The Mellanox MMS1C10-CM uses four lanes of 25Gbps optical transmission to achieve a combined aggregate throughput of 100Gbps.

The compact QSFP28 design allows network administrators to achieve greater port density within switches and routers. By using smaller optical modules compared with traditional 100GbE solutions, data centers can maximize rack space utilization while reducing power consumption per gigabit of bandwidth. This makes the MMS1C10-CM an ideal choice for high-density Ethernet deployments requiring efficient network scaling.

High-Speed Data Transmission for Modern Networks

The Mellanox MMS1C10-CM 100GbE QSFP28 PSM4 Optical Transceiver is designed to handle intensive networking workloads that require consistent high-speed communication. It enables rapid movement of large datasets, supporting applications such as artificial intelligence training, scientific computing, financial analysis, video processing, and enterprise virtualization.

High-performance computing environments depend on reliable optical connectivity to maintain communication between servers and networking equipment. The PSM4 optical architecture provides a cost-effective solution for connecting data center equipment while delivering the bandwidth required by modern applications. This technology helps organizations build flexible network infrastructures capable of handling increasing traffic demands.

Key Performance Characteristics

The Mellanox MMS1C10-CM transceiver incorporates advanced optical engineering features that help ensure dependable operation in professional networking environments. Important characteristics include high-speed 100Gbps Ethernet capability, QSFP28 compatibility, single-mode fiber support, and efficient optical signal transmission.

The module is designed to operate with compatible networking hardware while providing consistent performance throughout its operational lifecycle. Its standardized QSFP28 interface enables broad compatibility with supported switches, routers, and data center platforms.

Understanding PSM4 Optical Transceiver Technology

Parallel Single Mode 4 (PSM4) technology is a widely adopted optical solution developed for high-speed data center interconnections. The Mellanox MMS1C10-CM uses PSM4 architecture to transmit data through four parallel single-mode fiber channels. Each optical lane carries approximately 25Gbps of data, creating a combined 100Gbps communication link.

Unlike multimode fiber technologies that are typically optimized for shorter distances, PSM4 uses single-mode fiber to achieve improved transmission performance and greater reach capability. This makes it suitable for connecting equipment located across different areas of a data center or between networking racks requiring dependable optical connectivity.

Single-Mode Fiber Advantages for 100GbE Networks

Single-mode fiber provides excellent transmission characteristics because it minimizes signal distortion and optical interference. The Mellanox MMS1C10-CM takes advantage of single-mode fiber technology to deliver stable connectivity for high-speed Ethernet applications.

Network environments using single-mode fiber infrastructure benefit from improved scalability because the same fiber cabling can support future upgrades and higher bandwidth requirements. This makes PSM4-based optical modules a practical investment for organizations planning long-term network expansion.

Reliable Optical Performance and Signal Integrity

Maintaining signal quality is critical in high-speed networking environments. The Mellanox MMS1C10-CM optical transceiver is designed with advanced optical components that support accurate data transmission and consistent link performance. Reliable signal integrity helps reduce communication errors and improves overall network availability.

The module integrates optical monitoring capabilities that allow network operators to maintain visibility into operational conditions. Monitoring functions assist with identifying potential issues related to temperature, voltage, and optical performance, helping administrators maintain efficient network operations.

Applications of Mellanox MMS1C10-CM 100GbE QSFP28 Transceiver

The Mellanox MMS1C10-CM is suitable for a wide range of high-bandwidth networking applications. Its combination of compact design, high throughput, and optical efficiency makes it valuable for organizations operating advanced IT infrastructures.

Data Center Network Connectivity

Modern data centers require fast and dependable communication between servers, switches, and storage platforms. The Mellanox MMS1C10-CM supports these requirements by providing 100GbE connectivity for high-density network environments.

Data center operators can use this optical transceiver for switch-to-switch connections, server uplinks, and backbone networking applications. The high bandwidth capacity helps reduce network bottlenecks and supports the increasing volume of data generated by enterprise applications.

Cloud Computing and Virtualized Infrastructure

Cloud service providers and enterprise virtualization environments depend on powerful networking solutions to support multiple users, applications, and workloads simultaneously. The Mellanox MMS1C10-CM provides the high-speed connections necessary for cloud platforms, enabling efficient resource sharing and rapid data access.

Virtualized environments often require significant east-west traffic between servers. A 100GbE optical connection helps improve communication efficiency between computing nodes, storage systems, and network services.

High-Performance Computing and AI Workloads

Artificial intelligence, machine learning, and scientific computing applications generate massive amounts of data that require extremely fast communication networks. The Mellanox MMS1C10-CM supports these environments by providing a high-capacity optical connection designed for intensive data transfer requirements.

High-performance computing clusters benefit from low-latency and high-bandwidth networking because computational tasks often depend on rapid communication between multiple processing nodes. The 100GbE QSFP28 interface helps create efficient cluster architectures capable of handling complex workloads.

QSFP28 Form Factor Benefits for Enterprise Networking

The QSFP28 form factor has become a preferred choice for 100GbE networking because it balances performance, size, and energy efficiency. The Mellanox MMS1C10-CM utilizes this compact module design to help organizations deploy high-speed connectivity without requiring excessive rack space.

Compared with larger optical transceiver formats, QSFP28 modules enable higher port density and simplified cable management. Network equipment manufacturers commonly integrate QSFP28 ports into modern switches and routers, creating flexible upgrade paths for organizations moving toward higher-speed networks.

Energy-Efficient Network Expansion

Power efficiency is an important consideration in large-scale networking environments. The Mellanox MMS1C10-CM is designed to provide high-speed transmission while maintaining efficient power usage. Lower power consumption helps reduce operating expenses and supports environmentally responsible data center designs.

By combining high bandwidth with compact physical dimensions, QSFP28 optical technology allows businesses to increase network capacity while optimizing infrastructure resources.

Compatibility and Integration in Network Infrastructure

The Mellanox MMS1C10-CM 100GbE QSFP28 PSM4 Optical Transceiver is designed for integration into compatible networking platforms that support QSFP28 optical modules. Its industry-standard form factor simplifies deployment across various data center networking environments.

Organizations can use compatible QSFP28 optical ports to expand existing network architectures without replacing entire systems. This provides a cost-effective approach for upgrading network performance and supporting future bandwidth requirements.

Benefits of Deploying Mellanox MMS1C10-CM Optical Modules

Deploying the Mellanox MMS1C10-CM provides several advantages for businesses seeking reliable high-speed connectivity. The module supports faster communication, improved network efficiency, and scalable infrastructure growth.

Improved Network Bandwidth Capacity

The 100GbE capability allows organizations to transfer large volumes of information quickly and efficiently. Higher bandwidth reduces congestion and improves application responsiveness, especially in environments where multiple systems exchange large datasets.

Scalable Infrastructure Design

Network scalability is essential as organizations continue to adopt cloud services, analytics platforms, and data-intensive applications. The Mellanox MMS1C10-CM helps create a foundation for future growth by supporting high-speed Ethernet connectivity within modern network architectures.

Professional Data Center Deployment

Designed for enterprise-grade networking environments, the Mellanox MMS1C10-CM supports professional deployments requiring dependable operation and consistent optical performance. It is suitable for organizations that need reliable connectivity between critical infrastructure components.