FTLC1157RGPL2-1Y Finisar 100G CWDM4 2km Gen2 SMF QSFP28 Transceiver

Speed: 100G

The Finisar FTLC1157RGPL2-1Y Transceiver is designed to provide users with high-speed connectivity, boasting an impressive speed of 100G. This feature is of utmost importance in today's fast-paced digital landscape, where data transfer needs to be quick and efficient.

Benefits of 100G Speed

1. Enhanced Performance: With a speed of 100G, this transceiver ensures that data transmission occurs at an incredibly fast rate. This high-speed connectivity allows for seamless communication and improves overall network performance.

2. Increased Bandwidth: The 100G speed capability of this transceiver provides users with a significant increase in bandwidth. This means that more data can be transmitted simultaneously, allowing for efficient multitasking and improved productivity.

3. Future-Proofing: Investing in a transceiver with 100G speed ensures that your network infrastructure is ready to handle the increasing demands of data transmission in the future. As technology continues to advance, having a high-speed transceiver like the FTLC1157RGPL2-1Y will prevent the need for frequent upgrades.

Importance of 100G Speed

The importance of 100G speed cannot be overstated in today's digital landscape. As businesses and individuals rely more on data-intensive applications, such as video streaming, cloud computing, and big data analytics, the need for faster data transmission becomes critical.

1. Rapid Data Transfer: High-speed connectivity ensures that large files can be transferred quickly. This is particularly important for businesses that deal with massive amounts of data on a daily basis, such as media companies, research institutions, and financial organizations.

2. Real-Time Communication: With the rise of remote work and virtual collaboration, real-time communication has become essential. A 100G transceiver enables seamless video conferencing, VoIP calls, and instant messaging without lag or interruptions.

3. Competitive Advantage: In today's highly competitive market, businesses need to stay ahead of the curve. By investing in a transceiver with 100G speed, organizations can ensure that their network infrastructure can handle the demands of modern applications and processes, giving them a competitive edge.

Future Applications

The 100G speed capability of the FTLC1157RGPL2-1Y Transceiver opens up opportunities for various future applications:

- High-definition video streaming: As streaming services continue to grow in popularity, the demand for high-quality video content increases. With 100G speed, users can enjoy smooth and uninterrupted streaming experiences.

- Virtual reality (VR) and augmented reality (AR): These immersive technologies require high bandwidth to deliver a seamless user experience. A 100G transceiver ensures that data can be transferred quickly and efficiently, enhancing the realism of VR and AR applications.

- Internet of Things (IoT): The IoT relies on interconnected devices communicating and sharing data. With 100G speed, IoT devices can transmit data faster, allowing for more efficient automation and communication between devices.

Technology: CWDM4

The Finisar FTLC1157RGPL2-1Y Transceiver utilizes Coarse Wavelength Division Multiplexing (CWDM4) technology to enable efficient data transmission over optical fibers.

Benefits of CWDM4 Technology

1. Increased Capacity: CWDM4 technology allows for the transmission of four separate data streams over a single optical fiber. This increases the capacity of the network and enables more data to be transmitted simultaneously.

2. Cost-Effectiveness: By utilizing CWDM4 technology, the need for additional optical fibers is reduced. This results in cost savings for network infrastructure, as fewer fibers need to be deployed.

3. Compatibility: CWDM4 technology is compatible with existing CWDM infrastructure, making it easy to integrate into existing networks without requiring extensive upgrades or replacements.

Importance of CWDM4 Technology

CWDM4 technology is highly important for users who require efficient and cost-effective data transmission over optical fibers.

Improved Network Efficiency

The utilization of CWDM4 technology offers several advantages that enhance network efficiency:

- Increased data capacity: With the ability to transmit four separate data streams, CWDM4 technology enables higher data throughput, allowing for more efficient utilization of network resources.

- Simplified infrastructure: The use of CWDM4 technology reduces the number of optical fibers required, simplifying the network infrastructure and reducing maintenance costs.

Scalability and Future-Proofing

CWDM4 technology provides scalability and future-proofing capabilities:

- Scalability: CWDM4 technology allows for easy scalability as network demands increase. Additional modules can be added to expand the capacity without requiring significant infrastructure upgrades.

- Compatibility with existing infrastructure: The compatibility of CWDM4 technology with existing CWDM infrastructure ensures that users can leverage their current investments while gradually transitioning to higher capacity networks.

Max Distance: 2km

The Finisar FTLC1157RGPL2-1Y Transceiver is capable of transmitting data over a maximum distance of 2 kilometers. This long-distance capability is crucial for users who require connectivity across vast areas or between different locations.

Benefits of 2km Max Distance

1. Extended Reach: The 2km max distance capability of this transceiver allows for connectivity between distant locations. This is particularly important for organizations with multiple offices or facilities spread across a large area.

2. Flexibility in Network Design: The ability to transmit data over long distances offers flexibility in network design. Users can easily connect different sites without the need for additional equipment or complex network configurations.

3. Cost-Effective Connectivity: By utilizing the 2km max distance capability, users can avoid the expense of laying additional fiber optic cables or leasing expensive dedicated lines to connect distant locations.

Importance of 2km Max Distance

The 2km max distance capability of the FTLC1157RGPL2-1Y Transceiver is highly important for various applications and industries.

Interconnecting Multiple Offices

- Enterprise networks: Large organizations with multiple offices or branches can utilize the 2km max distance capability to establish seamless connectivity between their locations. This enables centralized management, data sharing, and real-time collaboration.

- Educational institutions: Universities or colleges with campuses spread across a wide area can benefit from the 2km max distance capability to interconnect their facilities, facilitating communication and resource sharing.

Connecting Data Centers

Data centers play a vital role in today's digital infrastructure, and the 2km max distance capability is crucial for connecting these facilities:

- Disaster recovery: Data centers often require redundant connectivity for disaster recovery purposes. With the ability to transmit data up to 2km, organizations can establish backup connections between data centers located at a safe distance from each other.

- Cloud service providers: Cloud service providers can utilize the 2km max distance capability to interconnect their data centers, ensuring seamless data synchronization and redundancy across their infrastructure.

Interface: QSFP28

The Finisar FTLC1157RGPL2-1Y Transceiver features the QSFP28 interface, which is designed to provide high-speed and reliable connectivity.

Benefits of QSFP28 Interface

1. High-Speed Connectivity: The QSFP28 interface supports high-speed data transmission, allowing for quick and efficient communication between devices.

2. Compact Form Factor: The QSFP28 interface is compact in size, enabling higher port density in network devices such as switches and routers. This is particularly important for data centers or network environments where space is limited.

3. Hot-Pluggable: The QSFP28 interface is hot-pluggable, meaning it can be inserted or removed from a device without powering down or disrupting the network. This allows for easy installation and replacement of transceivers without causing interruptions.

Importance of QSFP28 Interface

The QSFP28 interface offers several advantages that make it highly important for users who require high-speed connectivity in their network infrastructure.

Data Center Applications

- High-performance computing: In data centers that handle intensive computational tasks, such as scientific research or financial modeling, the QSFP28 interface provides the necessary high-speed connectivity to ensure smooth data processing.

- Virtualization: With the rise of virtualization technologies, such as VMware or Hyper-V, the QSFP28 interface enables efficient communication between virtual machines, ensuring seamless and responsive virtualized environments.

Network Infrastructure

- High-density networks: In environments where multiple devices need to be connected, such as switches or routers in a data center, the compact form factor of the QSFP28 interface allows for higher port density, optimizing the use of available space.

- Network aggregation: The QSFP28 interface is ideal for network aggregation applications, where multiple data streams need to be consolidated and transmitted over a single connection. This simplifies network architecture and reduces the complexity of managing multiple connections.

Fiber Type: SMF

The Finisar FTLC1157RGPL2-1Y Transceiver is designed to work with Single-Mode Fiber (SMF), which provides long-distance transmission capabilities.

Benefits of SMF

1. Longer Transmission Distances: SMF allows for longer transmission distances compared to Multi-Mode Fiber (MMF). This is achieved by minimizing signal dispersion, allowing data to travel further without significant degradation.

2. Higher Bandwidth: SMF can support higher bandwidth compared to MMF. This makes it suitable for applications that require high-speed and high-capacity data transmission.

3. Immunity to Electromagnetic Interference: SMF is less susceptible to electromagnetic interference, ensuring reliable data transmission even in environments with high levels of electrical noise.

Importance of SMF

The use of SMF in the FTLC1157RGPL2-1Y Transceiver offers several advantages that are highly important for users who require long-distance connectivity and high-speed data transmission.

Telecommunications

- Long-distance communication: Telecom providers can utilize the long-distance capabilities of SMF to establish reliable connections between different cities or regions, ensuring seamless communication services for their customers.

- Internet backbone: The SMF compatibility of this transceiver makes it suitable for use in the backbone of the internet, where large amounts of data need to be transmitted across long distances.

Data Centers and Enterprises

- Interconnecting data centers: Data centers often require long-distance connections to facilitate data replication, backup, or disaster recovery. The SMF compatibility of the FTLC1157RGPL2-1Y Transceiver ensures reliable connectivity over extended distances.

- Enterprise connectivity: Large organizations with geographically dispersed offices or facilities can utilize SMF to establish high-speed and reliable connectivity between their locations.