Description
Product Information of the Intel Transceiver
In the realm of high-speed networking, the FTL410QE2C-IT Intel transceiver module shines as a beacon of cutting-edge technology. Tailored for seamless communication, this Quad Small Form Factor Pluggable Plus (QSFP+) module packs a punch with its 40Gigabits Per Second (GBPS) speed, 40GBase-SR4 compatibility, Multi-Mode Fiber support, 100m range, 850nm wavelength, and the convenience of an MPO Connector. Let’s unravel the layers of this technological marvel and understand how it’s transforming data connectivity.
Understanding FTL410QE2C-IT: The Heart of High-Speed Data Transfer
- Breaking Down the 40Gigabits Per Second (GBPS) Speed: At the core of the FTL410QE2C-IT lies its remarkable 40Gigabits Per Second (GBPS) data transfer speed of the Intel Transceiver. This means it can transmit and receive a staggering 40 billion bits of data every second. Such speed is instrumental in meeting the demands of modern networks, where data-intensive applications and high-bandwidth requirements are the norm.
- 40GBase-SR4 Compatibility: Bridging the Connectivity Gap: Designed to adhere to the 40GBase-SR4 standard, the FTL410QE2C-IT ensures compatibility with a wide array of networking equipment. This industry standardization is pivotal, enabling seamless integration into existing network infrastructures and fostering interoperability among various devices.
- Multi-Mode Fiber: Unlocking High-Bandwidth Potential: The FTL410QE2C-IT is optimized for Multi-Mode Fiber (MMF) transmission. Multi-mode fiber allows the module to transmit data over short distances with high bandwidth. This is particularly advantageous in scenarios where a swift and robust data transfer is required, such as in data centers and enterprise environments.
- 100m Range: Flexibility in Connectivity: With a transmission range of 100 meters, the FTL410QE2C-IT offers flexibility in deployment. This is crucial for networking scenarios where devices need to be connected over relatively short distances, providing agility in network design and layout.
- 850nm Wavelength: Illuminating the Network Path: Operating at an 850nm wavelength, the FTL410QE2C-IT aligns with a common standard for Multi-Mode Fiber transmission. This wavelength is well-suited for short-range communication, providing a reliable and consistent signal path within the specified range.
- MPO Connector: Simplifying Connections: One of the standout features of the FTL410QE2C-IT is its incorporation of an MPO (Multi-Fiber Push On) connector. This connector type streamlines the cabling process by allowing multiple fibers to be connected simultaneously. This not only reduces installation time but also simplifies maintenance, making it an attractive choice for efficient and hassle-free connectivity.
- Quad Small Form Factor Pluggable Plus (QSFP+): Compact Powerhouse: The QSFP+ form factor is a testament to the compact power of the FTL410QE2C-IT. In the world of networking, real estate is precious, and the QSFP+ design allows for high-density installations. This compact size is especially valuable in data centers and network cabinets where optimizing space utilization is crucial.
In-Depth Specifications: Unveiling the Technical DetailsForm Factor
Compact Design for High-Density Configurations: The FTL410QE2C-IT boasts the Quad Small Form Factor Pluggable Plus (QSFP+) design. This compact form factor is essential for high-density installations, enabling network engineers to maximize the number of ports on networking equipment, ultimately optimizing space and infrastructure efficiency.
Data Rate
40Gigabits Per Second (GBPS): The Need for Speed: Supporting a data rate of 40Gigabits Per Second (GBPS), the FTL410QE2C-IT is tailored for high-performance networks. Whether in data centers, enterprise environments, or other networking scenarios, this speed ensures that data flows rapidly and efficiently, meeting the demands of contemporary applications.
Wavelength
850nm – Navigating the Spectrum: Operating at a wavelength of 850nm, the FTL410QE2C-IT aligns with the commonly used spectrum for Multi-Mode Fiber transmission. This wavelength choice ensures compatibility with existing MMF infrastructure, allowing for a seamless integration process.
Transmission Distance
100 Meters – Balancing Distance and Speed: The module’s 100m transmission distance strikes a balance between speed and reach. Ideal for short-range applications, this feature caters to scenarios where devices need to communicate swiftly over relatively limited distances, such as within a data center environment.
Connector Type
MPO – A Connector for Simplicity: The inclusion of an MPO connector is a game-changer for installation and maintenance processes. The MPO connector simplifies the cabling process by allowing multiple fibers to be connected simultaneously. This not only accelerates installation but also makes routine maintenance more straightforward.
Compatibility
40GBase-SR4 Standard – Seamless Integration: Designed for 40GBase-SR4 applications, the FTL410QE2C-IT ensures seamless integration with industry-standard networking equipment. This compatibility feature is essential for network administrators looking to upgrade or expand their existing infrastructure.
Applications: Where FTL410QE2C-IT Finds its HomeData Centers
Enhancing Connectivity Within the Hub: The FTL410QE2C-IT is tailor-made for data center environments. With its 40GBase-SR4 compatibility, high-speed data transfer capabilities, and 100m range, it becomes a crucial component for connecting servers, storage systems, and networking equipment within the bustling hub of a data center.
Enterprise Networks
Empowering Corporate Connectivity: In large enterprises where data flow is constant and diverse, the FTL410QE2C-IT finds its place. Its high-speed capabilities cater to the demands of enterprise-level networking, ensuring smooth communication between various departments and systems.
High-Performance Computing (HPC)
Fueling Computational Power: High-performance computing environments rely on rapid data transfer between nodes, and the FTL410QE2C-IT steps up to the plate. Its 40GBPS speed is well-suited for the data-intensive workloads and high-bandwidth requirements synonymous with HPC applications.
Cloud Computing
Navigating the Cloud with Speed: Cloud service providers benefit from the FTL410QE2C-IT’s high-speed capabilities. In a cloud computing environment where data transfer is paramount, this module ensures that the infrastructure operates at peak efficiency, meeting the needs of both providers and users.
Key Features of the Intel Transceiver FTL410QE2C-IT
- Manufacturer: Intel
- Part Number: FTL410QE2C-IT
- Product Type: Transceiver
- Transceiver Type: QSFP+
Performance
- Data Transfer Rate: 40 Gbps
- Connector Type: MPO Connector
- Support for 40 Gbase Ethernet.
- Hot-Swappable 40GBE I/O Transceiver that Plugs into a QSFP+ Port.
- Supports the 4X10 GBE Mode to Connect to Four 10 Gbase-SR Optical Interfaces.
- Four-Channel, Full Duplex Transceiver Module.
- Single 1×12 MPO Receptacle.
- Maximum Power Dissipation < 1.5 W SR4.
- RoHS-6 Compliant (Lead-Free).
- Commercial Temperature Range 0-70°C.
- Maximum Link Length 100m on Multi-Mode Fiber (MMF).
- 1.06 GB/s to 10.5 GB/s Per Channel Multi-Rate Capability.
In summary, the FTL410QE2C-IT Intel transceiver module stands as a testament to the relentless innovation in networking technology. Its impressive 40Gigabits Per Second (GBPS) speed, 40GBase-SR4 compatibility, Multi-Mode Fiber support, 100m range, 850nm wavelength, MPO Connector, and compact QSFP+ form factor make it a powerhouse in the world of high-speed data transfer.
As we navigate an era of increasing data demands, the FTL410QE2C-IT emerges as a key player, facilitating seamless and rapid data connectivity. Whether in data centers, enterprise networks, high-performance computing environments, or the expansive realm of cloud computing, this transceiver module paves the way for a connected future. Its blend of speed, compatibility, and efficiency positions it as a vital component in the intricate tapestry of modern networking, where every bit of data counts in shaping the digital landscape.
