FTL410QE2C-IT Intel 40G Mpo Multi-mode QSFP+ Transceiver Module

Intel FTL410QE2C-IT Optical Transceiver Module

The Intel FTL410QE2C-IT QSFP+ transceiver is a high-performance 40 Gigabit Ethernet optical networking module engineered for modern data centers and enterprise-grade infrastructure. Designed for multimode fiber environments, it delivers reliable, high-speed data transmission with low latency and strong signal integrity across short-range optical links.

Product Information

• Brand: Intel
• Part Number: FTL410QE2C-IT 
• Drive Type: Transceiver Module

Product Classification

• QSFP+ 40GBASE-SR4 optical transceiver module
• Designed for multimode MPO fiber systems
• Supports enterprise and data center networking
• Built for high-density optical communication environments

Advanced 40G Optical Networking Architecture

• Supports ultra-fast 40Gbps data transmission
• QSFP+ form factor for compact high-density deployment
• Designed for multimode fiber optic infrastructure
• Wired connectivity for stable and secure data transfer
• Ideal for enterprise and data center networking environments

Performance and Signal Efficiency

• 40 Gigabit Ethernet data link support
• High-throughput optical signal processing
• Stable performance for parallel data lanes
• Reduced latency for real-time applications

IEEE Standards Compliance

• Fully compliant with IEEE 802.3ba specification
• Supports 40GBASE-SR4 multimode optical standard
• Designed for enterprise interoperability
• Ensures consistent cross-platform performance

Interface Specifications

• 1 x 40GBASE-SR4 Ethernet MPO interface
• Multimode fiber optimized connectivity
• Parallel optical channel architecture (4x10G lanes)
• Stable wired optical transmission design

Wavelength and Transmission Range

• 850 nm optical wavelength for multimode fiber
• Supports up to 150 meters (approximately 490 feet)
• Optimized for short-distance data center links
• Minimal signal loss over supported range

Plug-and-Play Deployment

• Hot-pluggable QSFP+ module design
• Easy installation in supported switches and routers
• Reduces deployment time in enterprise networks
• Compatible with standard QSFP+ ports

System Compatibility Advantages

• Designed for enterprise-grade networking systems
• Supports scalable infrastructure expansion
• Ensures interoperability across vendor platforms
• Ideal for high-density switching environments

Deployment Environments

• Enterprise data centers and server farms
• High-performance computing clusters
• Cloud infrastructure and virtualization platforms
• Storage area network (SAN) environments
• Core network backbone systems

Operational Benefits in Real-World Usage

• Enhances network bandwidth efficiency
• Reduces latency in high-traffic systems
• Supports scalable optical network expansion
• Improves reliability in mission-critical operations

Efficiency and Speed Optimization

• High-speed 40GbE optical connectivity
• Efficient bandwidth utilization for data-heavy workloads
• Stable performance under continuous operation
• Optimized for modern enterprise networking demands

Reliability and Operational Stability

• Engineered for 24/7 enterprise workloads
• Stable optical performance under heavy traffic
• Long operational lifespan in network systems
• Reliable performance in mission-critical environments

System-Level Stability

• Ensures consistent network interoperability
• Reduces downtime in enterprise infrastructures
• Maintains signal integrity across deployments
• Supports dependable optical communication networks

Intel FTL410QE2C-IT 40 Gigabit Module 

The Intel FTL410QE2C-IT 40 Gigabit MPO Multimode QSFP+ Transceiver Module is a high-performance optical networking component designed for short-reach, high-bandwidth data center and enterprise network applications. Built on the QSFP+ (Quad Small Form-Factor Pluggable Plus) standard, this module enables reliable 40 Gigabit Ethernet connectivity using multimode fiber and MPO (Multi-fiber Push On) connectors. It is widely deployed in modern cloud infrastructures, hyperscale data centers, and enterprise backbone networks where dense, low-latency, and high-speed optical interconnects are essential.

This category of optical transceivers plays a crucial role in enabling scalable network architectures that support increasing data traffic demands driven by virtualization, cloud computing, artificial intelligence workloads, and high-performance computing clusters. The Intel FTL410QE2C-IT is engineered to deliver stable optical performance while maintaining energy efficiency and compatibility with industry-standard networking hardware.

As enterprises transition toward 40G and higher-speed network infrastructures, MPO-based QSFP+ transceivers provide a cost-effective and high-density solution for connecting switches, routers, and servers across short distances within data center environments.

40G Ethernet MPO-Based Optical Transmission Architecture

The Intel FTL410QE2C-IT module is built on a 40 Gigabit Ethernet architecture that utilizes MPO multimode fiber connectors to achieve parallel optical transmission. Unlike single-lane optical systems, this module uses multiple fiber strands to transmit data simultaneously, enabling higher aggregate bandwidth while maintaining signal stability.

The MPO interface typically consists of multiple optical fibers bundled within a single connector, allowing efficient transmission of parallel data streams. This structure is essential for supporting 40GBASE-SR4 configurations, where data is transmitted across four independent 10 Gigabit lanes operating in parallel.

This parallel transmission design significantly improves throughput efficiency and reduces latency, making it ideal for environments where rapid data exchange between network devices is required.

QSFP+ Form Factor Efficiency and Design

The QSFP+ form factor used by the Intel FTL410QE2C-IT is designed to maximize port density while minimizing power consumption and physical footprint. This compact design enables network equipment manufacturers and data center operators to deploy multiple high-speed optical links within a single chassis.

By supporting hot-pluggable functionality, the module allows installation and replacement without shutting down network systems. This enhances operational flexibility and reduces downtime in critical infrastructure environments.

The QSFP+ interface also supports standardized interoperability, ensuring compatibility with a wide range of networking equipment from major vendors across enterprise and cloud ecosystems.

Multimode Fiber Optimization for Short-Reach Connectivity

The Intel FTL410QE2C-IT is optimized for multimode fiber (MMF) applications, making it suitable for short-reach connections typically found within data centers and enterprise campus networks. Multimode fiber provides a cost-effective solution for high-speed optical transmission over distances typically up to 100 meters for OM3 fiber and up to 150 meters or more for OM4 fiber depending on installation conditions.

This makes the module ideal for intra-data center connectivity scenarios where servers, switches, and storage systems are located within the same facility or adjacent racks.

By leveraging multimode fiber infrastructure, organizations can achieve high-speed connectivity without the higher cost associated with single-mode fiber deployments.

MPO Connector Technology Advantages

The MPO connector technology used in the Intel FTL410QE2C-IT module provides high-density fiber connectivity in a single compact interface. This enables multiple optical channels to be transmitted simultaneously through a unified connector structure.

MPO connectors reduce cable clutter in high-density environments, simplifying cable management and improving airflow within network racks. This contributes to better thermal performance and easier maintenance in large-scale deployments.

The multi-fiber structure also supports parallel optics transmission, which is essential for achieving 40 Gigabit Ethernet performance using multiple synchronized 10G lanes.

Data Center High-Speed Network

The Intel FTL410QE2C-IT transceiver is widely used in modern data center environments where high-speed interconnectivity between network devices is essential. It plays a key role in spine-leaf and leaf-spine network architectures, enabling efficient traffic distribution across data center fabrics.

In cloud computing environments, the module supports high-throughput communication between compute nodes, storage systems, and network switches. This ensures that large-scale virtualized workloads can operate efficiently without network congestion.

The module is also suitable for enterprise backbone networks where aggregation switches require high-speed uplinks to core switching infrastructure.

Spine-Leaf Architecture Integration

Spine-leaf network architecture has become a standard in modern data center design due to its scalability and low-latency characteristics. The Intel FTL410QE2C-IT supports this architecture by providing consistent 40G connectivity between leaf and spine switches.

This architecture eliminates bottlenecks associated with traditional hierarchical network designs by ensuring that each leaf switch has equal access to all spine switches.

The result is a more predictable and scalable network performance model that supports modern application workloads such as distributed databases, containerized applications, and real-time analytics systems.

High-Speed Signal Integrity and Reliability

The Intel FTL410QE2C-IT module is designed to maintain high signal integrity across all optical lanes. Signal integrity is critical in high-speed optical communication systems where even minor distortions can lead to data loss or transmission errors.

The module incorporates advanced optical alignment and error correction techniques to ensure stable data transmission across multimode fiber links. This helps maintain consistent performance in high-density networking environments.

Reliable signal transmission is essential for mission-critical applications such as financial systems, cloud infrastructure, and enterprise data processing environments.

Low Latency Data Communication

Low latency performance is a key requirement in modern networking environments where real-time data processing is essential. The Intel FTL410QE2C-IT supports low-latency optical transmission by minimizing processing overhead and optimizing parallel data flow across its four optical lanes.

This ensures that time-sensitive applications such as high-frequency trading systems, cloud gaming platforms, and distributed computing workloads can operate efficiently without network-induced delays.

Consistent low latency performance also supports modern AI and machine learning workloads that require rapid data exchange between compute nodes.

Compatibility and Interoperability Across Network Systems

The Intel FTL410QE2C-IT QSFP+ transceiver is designed for broad interoperability across a wide range of networking equipment. It adheres to industry standards that ensure compatibility with switches, routers, and optical networking platforms from multiple vendors.

This flexibility allows organizations to integrate the module into existing network infrastructures without requiring significant hardware modifications or vendor lock-in constraints.

Interoperability is particularly important in multi-vendor environments where enterprises deploy diverse networking solutions across different segments of their infrastructure.

Hot-Swappable Deployment Flexibility

The hot-swappable design of the QSFP+ module allows for installation and replacement without interrupting network operations. This capability is essential for maintaining uptime in mission-critical environments where downtime must be minimized.

Network administrators can upgrade or replace modules on-the-fly, improving operational efficiency and reducing maintenance complexity.

This feature supports scalable and agile network management strategies in modern enterprise environments.

Scalability for Modern Data Center Growth

Scalability is a core requirement in modern network infrastructures, and the Intel FTL410QE2C-IT is designed to support evolving data center demands. As organizations expand their digital operations, network capacity must scale accordingly to accommodate increasing traffic loads.

This transceiver enables scalable 40G deployments that support growing application demands without requiring significant architectural changes.

Its role in high-density switching environments ensures that organizations can expand network capacity efficiently while maintaining performance consistency.

Next-Generation Optical Networking Enabler

The Intel FTL410QE2C-IT 40 Gigabit MPO Multimode QSFP+ Transceiver Module represents a key enabler of next-generation optical networking infrastructure. Its combination of high-speed parallel transmission, energy-efficient design, multimode fiber optimization, and QSFP+ compatibility makes it an essential component in modern data center and enterprise network architectures. By delivering reliable 40G connectivity with scalable deployment capabilities, the module supports the continued evolution of cloud computing, high-performance networking, and digital transformation initiatives across increasingly complex IT environments.