FTL410QE2C-E5 EMC QSFP 40GBASE-SR4 Optical Transceiver Module

EMC FTL410QE2C-E5 Optical Transceiver Module

The EMC FTL410QE2C-E5 QSFP optical transceiver is a next-generation 40 Gigabit Ethernet solution engineered for high-performance networking environments. Designed for seamless fiber-optic communication, this module delivers stable, low-latency data transmission and efficient bandwidth utilization across enterprise and data center infrastructures.

Product Information

• Manufacturer: EMC
• Model Number: FTL410QE2C-E5
• Prodcut Type: Optical Transceiver Module

Next-Generation 40G Optical Networking Solution

• Supports 40GbE high-speed optical transmission
• QSFP+ form factor for compact deployment
• Designed for short-range multimode fiber networks
• Stable wired optical communication architecture
• Optimized for enterprise-grade networking systems

Speed and Signal Efficiency

• 40 Gigabit Ethernet (40GbE) data rate support
• Low-latency optical signal transmission
• Reliable parallel channel performance
• Enhanced throughput for data-intensive applications

40GBASE-SR4 Standard Compliance

• Compliant with 40G Ethernet industry standards
• Supports multimode fiber (MMF) infrastructure
• 4x10G parallel optical lane architecture
• Designed for short-reach data center connectivity

Performance Stability in Network Environments

• Maintains consistent optical signal quality
• Reduces packet loss and transmission errors
• Optimized for continuous 24/7 operation
• Supports high-density network deployments

Operational Advantages in Real-World Networks

• Improves overall network bandwidth efficiency
• Reduces latency in high-traffic systems
• Enables scalable optical network expansion
• Enhances reliability in mission-critical infrastructure

Performance and Efficiency Benefits

• High-speed 40Gbps optical connectivity
• Optimized for short-range fiber communication
• Efficient energy and bandwidth utilization
• Supports modern enterprise networking demands

Cost and Deployment Advantages

• Cost-efficient solution for 40G network upgrades
• Reduces infrastructure complexity in deployment
• Provides scalable growth for expanding networks
• Long-term value for enterprise IT systems

Technical Overview and Product Classification

• QSFP+ 40GBASE-SR4 optical transceiver module
• Designed for high-density networking environments
• Supports advanced fiber optic communication systems
• Engineered for enterprise and data center applications

Durability and Long-Term Performance

• Built for continuous 24/7 enterprise operation
• Stable performance under heavy workloads
• Engineered for long service life in networking systems
• Reliable operation in demanding environments

System Integration Reliability

• Ensures consistent interoperability across platforms
• Minimizes downtime in mission-critical networks
• Supports stable optical connectivity infrastructure
• Designed for seamless enterprise deployment

EMC FTL410QE2C-E5 QSFP Transceiver Module 

The EMC FTL410QE2C-E5 QSFP 40GBASE-SR4 Optical Transceiver Module is a high-performance, enterprise-grade optical networking component designed for modern data center environments that require ultra-fast, low-latency, and highly reliable 40 Gigabit Ethernet connectivity. As organizations continue to scale cloud computing, virtualization platforms, high-performance computing clusters, and storage networks, the demand for efficient optical interconnect solutions continues to increase. This QSFP+ optical transceiver is engineered to deliver stable and scalable 40G transmission over multimode fiber infrastructure while maintaining energy efficiency and high port density.

Designed for compatibility with EMC networking environments and enterprise switching systems, the FTL410QE2C-E5 module supports the 40GBASE-SR4 standard, which enables parallel optical transmission across four independent channels. This architecture ensures high throughput, reduced latency, and improved bandwidth utilization in demanding data center applications. It is widely deployed in switch-to-switch, switch-to-server, and aggregation layer network architectures where consistent high-speed performance is essential.

The EMC-branded QSFP+ optical transceiver is optimized for environments that require predictable network performance, high availability, and long-term operational stability. It integrates advanced optical engineering techniques to maintain signal integrity across multimode fiber links while supporting efficient power consumption and thermal performance.

40GBASE-SR4 Parallel Optical Transmission Architecture

The EMC FTL410QE2C-E5 operates using the 40GBASE-SR4 standard, which utilizes four parallel optical lanes to achieve an aggregate throughput of 40 Gigabits per second. Each lane transmits data at 10Gbps, allowing simultaneous bi-directional communication across multimode fiber infrastructure.

This parallel transmission architecture is a key factor in achieving high-speed Ethernet performance without relying on more complex or costly single-lane optical solutions. By distributing data across multiple optical channels, the module ensures efficient bandwidth utilization and improved transmission reliability.

The SR4 (Short Range 4-lane) design is specifically intended for short-distance data center environments where high-density switching and server connectivity are required. It is commonly used in top-of-rack, end-of-row, and spine-leaf network architectures.

Multi-Lane Parallel Fiber Communication System

The EMC FTL410QE2C-E5 employs a multi-lane parallel optical communication system that enables data to be transmitted simultaneously across four independent fiber channels. Each channel operates at 10Gbps, combining to achieve the full 40G bandwidth capacity.

This parallel architecture reduces latency by eliminating the need for complex serialization processes used in single-lane high-speed optical systems. It also enhances scalability by allowing network infrastructure to increase capacity incrementally using standardized QSFP+ modules.

Parallel optical transmission is particularly beneficial in high-density data center environments where efficiency, speed, and reliability are essential for supporting virtualization, cloud workloads, and distributed computing applications.

Short-Range Multimode Fiber Optimization

The EMC FTL410QE2C-E5 is optimized for multimode fiber (MMF) infrastructure, typically supporting OM3 and OM4 fiber types. These fiber standards are widely deployed in enterprise data centers due to their cost efficiency and high bandwidth capabilities.

The module supports short-range transmission typically up to 100 meters under standard conditions, making it ideal for intra-data center communication such as rack-to-rack or row-to-row connectivity. In optimized environments with OM4 fiber, performance consistency is further enhanced.

Multimode fiber compatibility allows organizations to leverage existing cabling infrastructure without requiring expensive upgrades to single-mode fiber systems, significantly reducing deployment costs.

Energy-Efficient Optical Module Engineering

The EMC FTL410QE2C-E5 is engineered for low power consumption while maintaining high-performance optical transmission. Energy efficiency is a key requirement in large-scale data centers where hundreds or thousands of optical modules may be deployed simultaneously.

By reducing power usage, the module contributes to lower operational costs and improved thermal efficiency. Reduced heat output also minimizes cooling requirements, enhancing overall data center efficiency.

This energy-efficient design aligns with modern sustainable IT infrastructure strategies aimed at reducing environmental impact while maintaining high performance.

Thermal Stability and Signal Integrity Optimization

Thermal stability is essential for maintaining consistent optical performance in high-density deployments. The EMC FTL410QE2C-E5 is designed to operate reliably under varying temperature conditions without compromising signal quality.

Advanced optical engineering techniques ensure minimal signal loss, reduced noise interference, and stable transmission across all four channels. This enhances overall network reliability and reduces the likelihood of transmission errors.

Stable thermal performance contributes to long-term durability and reduces maintenance requirements in enterprise environments.

Switch-to-Switch High-Bandwidth Connectivity

One of the primary applications of the EMC FTL410QE2C-E5 is switch-to-switch connectivity within data center environments. These connections form the backbone of modern network architectures, enabling efficient traffic distribution across multiple network layers.

The 40G bandwidth ensures that data can be transmitted between switches without congestion or bottlenecks, supporting high-performance applications and virtualized workloads.

This capability is essential in spine-leaf network topologies commonly used in modern data centers.

Server-to-Network High-Speed Integration

The module also supports server-to-network connectivity, enabling high-performance servers to communicate efficiently with storage systems and cloud platforms. The 40G throughput ensures fast data transfer and low-latency communication between compute and network resources.

This is particularly important for enterprise applications involving virtualization, big data processing, artificial intelligence workloads, and distributed computing systems.

Reliable server connectivity improves overall system performance and ensures efficient workload execution.

Optical Engineering and Transmission Reliability

The EMC FTL410QE2C-E5 is built using advanced optical engineering principles designed to ensure reliable and accurate data transmission across multimode fiber networks. Precision alignment of optical components minimizes signal degradation and enhances overall performance.

The module is optimized for stable operation in environments with high network density and heavy traffic loads.

Multimode Fiber Infrastructure Compatibility

The module is fully compatible with existing OM3 and OM4 multimode fiber infrastructure, enabling seamless integration into existing data center environments without requiring major infrastructure upgrades.

This compatibility reduces deployment complexity and allows organizations to scale network capacity efficiently using existing cabling systems.

Infrastructure compatibility ensures cost-effective expansion and simplified network management.

Hot-Pluggable Operational Efficiency

The hot-pluggable design of the EMC FTL410QE2C-E5 allows modules to be installed or replaced without disrupting network operations. This ensures continuous availability and minimizes downtime during maintenance or upgrades.

Operational efficiency is significantly improved in enterprise environments where uptime is a critical requirement.

This feature supports rapid scaling and maintenance without impacting active network traffic.

Scalable Data Center Network Expansion

The module supports scalable network expansion by enabling incremental bandwidth upgrades without requiring major infrastructure changes. Organizations can gradually increase network capacity while maintaining compatibility with existing systems.

This scalability is essential for cloud providers, enterprise IT departments, and hyperscale data centers experiencing rapid traffic growth.

Flexible scalability ensures long-term infrastructure adaptability and investment protection.

Enterprise-Grade Optical Reliability and Lifecycle Performance

The EMC FTL410QE2C-E5 is designed for long-term reliability in enterprise and data center environments. Its robust optical components ensure stable performance across extended operational lifecycles.

Lifecycle stability reduces maintenance costs and ensures consistent network availability. The module is engineered for durability, predictable performance, and minimal signal degradation over time.

The EMC FTL410QE2C-E5 QSFP 40GBASE-SR4 Optical Transceiver Module remains a critical component for modern high-speed networking infrastructures requiring scalable, efficient, and reliable optical interconnect solutions.