Cisco XFP10GER192IR-RGD Optical Fiber Transceiver Module

Key Features of Cisco XFP10GER192IR-RGD Transceiver Module

Manufacturer and Model

• Manufacturer: Cisco
• Model Number: XFP10GER192IR-RGD
• Product Type: XFP Transceiver Module

Technical Specifications

Application and Usage

• Designed for high-speed data networking applications
• Ideal for optical network deployments
• Supports hot-swappable form factor for convenient and seamless installation

Interfaces and Ports

• Single interface: 1 x 10GBase-ER/EW port
• Port type: LC/PC duplex connector
• Supports high-performance 10GBase-ER/EW network connectivity

Compatibility and Media

• Uses single-mode optical fiber for reliable and long-distance communication
• Compatible with 10 Gigabit Ethernet and OC-192/STM-64 standards

Performance Details

Data Transfer Rates

• Provides data transfer speed of up to 10 Gbps for Ethernet
• Supports 9.72 Gbps for OC-192/STM-64 applications

Connectivity Media

• Designed for long-range connectivity using single-mode optical fiber
• Optimized for 10GBase-ER/EW network deployments in demanding environments

Form Factor and Usability

• Hot-swappable, allowing for easy replacement or upgrades without downtime
• Compact design ensures compatibility with various networking equipment

Optimized for High-Performance Networking

• Ideal for high-bandwidth applications requiring reliable data transmission over long distances
• Suited for mission-critical optical networks that demand stable and fast connectivity

Cisco XFP10GER192IR-RGD: The Smart Choice for 10Gbps Networking

• Designed for seamless integration into Cisco systems
• Provides robust and scalable networking performance
• Engineered for durability and efficient power consumption

Technology: Optical Fiber

Benefits of Optical Fiber

Optical fiber technology is the backbone of modern communication systems, offering numerous benefits to users. One of the key advantages is its ability to transmit data at incredibly high speeds over long distances without any signal degradation. This makes it an ideal choice for applications where data integrity and reliability are paramount.

High Bandwidth

Optical fiber has the capability to support high bandwidth requirements, making it suitable for demanding applications such as video streaming, cloud computing, and data centers. With its ability to transmit large volumes of data simultaneously, users can experience faster and more efficient communication.

Low Latency

Another advantage of optical fiber technology is its low latency, which refers to the delay in transmitting data. With traditional copper cables, data signals tend to degrade over long distances, resulting in increased latency. However, optical fiber allows for near-instantaneous transmission, ensuring minimal delays and improved performance.

Immunity to Electromagnetic Interference

Unlike copper cables, optical fiber is immune to electromagnetic interference (EMI) caused by nearby power lines, radio waves, or other electrical devices. This makes it highly reliable and resistant to external factors that can affect signal quality. Users can enjoy uninterrupted communication without worrying about signal degradation due to EMI.

Secure Data Transmission

Optical fiber offers enhanced security for data transmission. Unlike wireless communication or copper cables, it is extremely difficult to tap into an optical fiber network without being detected. This makes it a preferred choice for industries that require secure and confidential data transfer, such as banking, defense, and healthcare.

Importance of Optical Fiber

The importance of optical fiber technology cannot be overstated in today's digital age. It forms the backbone of global communication networks, enabling seamless connectivity and data transfer across vast distances. Whether it is for personal or business use, optical fiber offers unparalleled reliability, speed, and security.

Applications of Optical Fiber

Optical fiber technology finds application in a wide range of industries and sectors:

• Telecommunications: Optical fiber enables long-distance communication, connecting people across the globe through voice, video, and data transmission.
• Data Centers: With the ever-increasing demand for cloud computing and storage, optical fiber provides the necessary infrastructure to handle large volumes of data efficiently.
• Broadcasting: Television and radio broadcasters rely on optical fiber for high-quality signal transmission over long distances.
• Security Systems: Optical fiber is used in surveillance systems to transmit video feeds with high clarity and low latency.
• Healthcare: Medical institutions utilize optical fiber technology for telemedicine, remote diagnostics, and real-time patient monitoring.

Speed: 10 Gbps

Benefits of 10 Gbps Speed

The incredible speed of 10 Gbps (Gigabits per second) provided by the Cisco XFP10GER192IR-RGD Transceiver Module offers several benefits to users:

Rapid Data Transfer

The high-speed capability of 10 Gbps allows for rapid transfer of large files and data sets. Users can quickly upload or download data, reducing waiting times and increasing productivity. This is particularly beneficial in environments where time-sensitive operations are critical.

Smooth Multimedia Streaming

With 10 Gbps speed, users can enjoy seamless streaming of high-definition videos, live broadcasts, and online gaming. The increased bandwidth ensures smooth playback without buffering or lag, providing an immersive multimedia experience.

Efficient Network Utilization

The high-speed connectivity offered by 10 Gbps allows for efficient utilization of network resources. Multiple users can simultaneously access and transfer data without experiencing any significant slowdowns. This is especially advantageous in busy office environments or data centers with heavy network traffic.

Future-Proofing

By adopting 10 Gbps technology, users future-proof their network infrastructure as it provides ample bandwidth to accommodate future growth and increasing data demands. This ensures that the network remains robust and capable of handling evolving technologies and applications.

Importance of 10 Gbps Speed

The importance of 10 Gbps speed cannot be underestimated in today's data-driven world. It enables businesses and individuals to keep up with the ever-increasing demand for faster and more efficient data transfer. Whether it is for professional or personal use, 10 Gbps speed delivers the performance necessary to stay ahead in a rapidly evolving digital landscape.

Applications of 10 Gbps Speed

The high-speed capability of 10 Gbps finds application in various industries and scenarios:

• Data Centers: Data centers rely on 10 Gbps connections to handle large volumes of data and ensure smooth operation of cloud computing services.
• Video Production: High-definition video production requires fast data transfer to edit, process, and deliver high-quality content efficiently.
• Financial Services: In the financial sector, high-speed connections are crucial for real-time trading, data analysis, and secure communication.
• Research and Development: Scientific research institutions rely on 10 Gbps speed to transfer massive amounts of data generated by experiments, simulations, and data analysis.
• Remote Collaboration: Teams working on projects across different locations need fast and reliable connections to collaborate effectively and share large files.

Wavelength: 1550 nm

Benefits of 1550 nm Wavelength

The specific wavelength of 1550 nm offered by the Cisco XFP10GER192IR-RGD Transceiver Module provides several benefits to users:

Long Transmission Distance

The 1550 nm wavelength enables long-distance transmission of optical signals without significant signal degradation. This makes it suitable for applications that require communication over extended distances, such as metropolitan area networks (MANs) or intercity connections.

Lower Attenuation

The 1550 nm wavelength experiences lower attenuation (signal loss) compared to other wavelengths in optical fiber. This results in improved signal strength and allows for longer distances between repeaters or amplifiers. Users can achieve reliable communication without the need for frequent signal regeneration.

Compatibility with Fiber Infrastructure

The 1550 nm wavelength is widely supported by existing fiber infrastructure, making it a convenient choice for users looking to upgrade or expand their network without significant changes to their infrastructure. This compatibility reduces installation costs and simplifies the migration process.

Importance of 1550 nm Wavelength

The importance of the 1550 nm wavelength lies in its ability to provide reliable long-distance communication while leveraging existing fiber infrastructure. By utilizing this wavelength, users can achieve cost-effective and efficient network expansion or upgrades.

Applications of 1550 nm Wavelength

The 1550 nm wavelength finds applications in various industries and scenarios:

• Telecommunications: Telecommunication service providers use the 1550 nm wavelength for long-haul communication between cities or regions.
• Internet Service Providers: ISPs utilize the 1550 nm wavelength to extend their network coverage and offer high-speed internet services to remote areas.
• Broadcasting: Broadcasting companies rely on the 1550 nm wavelength to transmit audio and video signals over long distances for television and radio broadcasting.
• Public Safety: Emergency services use the 1550 nm wavelength for reliable communication over wide geographic areas, ensuring efficient coordination during emergencies.

Connector: LC Duplex

Benefits of LC Duplex Connector

The LC Duplex connector featured in the Cisco XFP10GER192IR-RGD Transceiver Module offers several benefits to users:

Compact Size

The LC Duplex connector is known for its small form factor, making it ideal for high-density installations. Its compact design allows for more connectors to be installed in limited space, maximizing the efficiency of network infrastructure.

Ease of Installation

The LC Duplex connector features a push-pull mechanism, enabling easy and quick installation without the need for specialized tools. This makes it convenient for both professional technicians and non-technical users, minimizing installation time and effort.

High Reliability

The LC Duplex connector provides excellent optical alignment, ensuring low insertion loss and return loss. This results in high-quality signal transmission and reliable network performance. Users can rely on the LC Duplex connector for consistent and stable connectivity.

Importance of LC Duplex Connector

The importance of the LC Duplex connector lies in its ability to provide reliable and efficient connectivity in compact environments. Its ease of installation and high reliability make it a popular choice for a wide range of applications.

Applications of LC Duplex Connector

The LC Duplex connector finds applications in various industries and scenarios:

• Data Centers: Data centers utilize the LC Duplex connector for high-density fiber connections, ensuring efficient utilization of rack space.
• Telecommunications: Telecommunication networks often use the LC Duplex connector for its small size and ease of installation in fiber distribution frames and patch panels.
• Broadcasting: Broadcasting companies rely on the LC Duplex connector for high-quality signal transmission in television studios, outside broadcast vans, and satellite uplink facilities.
• Enterprise Networks: Corporate networks benefit from the LC Duplex connector's compact size and ease of installation, especially when dealing with limited space or when deploying fiber-optic connections to desktops or network devices.

Distance: 40 km

Benefits of 40 km Distance

The Cisco XFP10GER192IR-RGD Transceiver Module offers a transmission distance of up to 40 km, providing several benefits to users:

Extended Reach

The 40 km distance capability allows users to establish connections over long distances without the need for intermediate signal regeneration equipment. This is particularly advantageous in scenarios where laying additional fiber cables or installing repeaters may be costly or impractical.

Flexibility in Network Design

The 40 km transmission distance provides flexibility in network design, enabling users to create networks that span large geographical areas. This is valuable for industries such as telecommunications, utilities, and transportation, where connectivity across vast distances is essential.

Cost Efficiency

By eliminating the need for additional infrastructure or signal regeneration equipment, the 40 km distance capability helps users save costs in network deployment and maintenance. It allows for efficient utilization of existing fiber infrastructure while ensuring reliable long-distance communication.

Importance of 40 km Distance

The importance of the 40 km distance capability lies in its ability to provide reliable long-distance connectivity without the need for costly infrastructure modifications or signal regeneration. It offers flexibility and cost efficiency, making it a valuable feature for users with extended communication requirements.

Applications of 40 km Distance

The 40 km distance capability finds applications in various industries and scenarios:

• Telecommunications: Telecommunication service providers utilize the 40 km distance capability to establish connections between distant cities or regions.
• Utility Networks: Utilities such as electricity, gas, and water providers rely on long-distance connections to monitor and control remote facilities.
• Railway Systems: Railway networks require long-distance connectivity for signaling, control systems, and real-time train monitoring.
• Oil and Gas Industry: The oil and gas industry often operates in remote locations where long-distance communication is crucial for monitoring and managing operations.

Form Factor: XFP

Benefits of XFP Form Factor

The XFP form factor featured in the Cisco XFP10GER192IR-RGD Transceiver Module offers several benefits to users:

High Port Density

The XFP form factor allows for high port density installations, enabling users to maximize the utilization of available space in networking equipment. This is particularly beneficial in environments where rack space is limited or expensive.

Hot-Pluggable Design

The hot-pluggable design of the XFP form factor allows for easy installation and removal of transceiver modules without the need to power down or restart the network equipment. This feature simplifies maintenance and upgrades, minimizing downtime and ensuring uninterrupted network operation.

Interchangeability

The XFP form factor is standardized, ensuring compatibility across various networking devices from different manufacturers. This interchangeability allows users to choose from a wide range of compatible transceiver modules, providing flexibility and freedom of choice.

Importance of XFP Form Factor

The importance of the XFP form factor lies in its ability to provide high port density, hot-pluggable design, and interchangeability. It offers convenience, scalability, and compatibility, making it a popular choice for network deployments and upgrades.

Applications of XFP Form Factor

The XFP form factor finds applications in various industries and scenarios:

• Data Centers: Data centers benefit from the high port density offered by the XFP form factor, allowing for efficient utilization of rack space.
• Service Providers: Telecommunication service providers rely on the XFP form factor for their networking equipment, ensuring scalability and compatibility with various transceiver modules.
• Enterprise Networks: Corporate networks utilize the XFP form factor for its hot-pluggable design, simplifying maintenance and upgrades without disrupting network operations.
• Research and Development: Scientific research institutions often use the XFP form factor for their high-performance computing clusters, enabling high-speed data transfer between nodes.

Temperature Range: Industrial

Benefits of Industrial Temperature Range

The Cisco XFP10GER192IR-RGD Transceiver Module is designed to operate within an industrial temperature range, offering several benefits to users:

Ruggedness and Reliability

The industrial temperature range ensures that the transceiver module can withstand harsh environmental conditions commonly found in industrial settings. It is resistant to extreme temperatures, humidity, and vibrations, ensuring reliable and uninterrupted operation even in challenging environments.

Wider Application Range

By operating within an industrial temperature range, the transceiver module can be deployed in a broader range of applications. It is suitable for industries such as manufacturing, transportation, energy, and mining, where standard networking equipment may not be able to withstand the demanding conditions.

Cost Savings

The use of transceiver modules with an industrial temperature range eliminates the need for additional environmental control systems or enclosures. This leads to cost savings in infrastructure and installation, making it a cost-effective solution for industrial networking requirements.

Importance of Industrial Temperature Range

The importance of the industrial temperature range lies in its ability to provide ruggedness, reliability, and wider application range. It ensures that users can deploy network equipment in demanding industrial environments without compromising performance or reliability.

Applications of Industrial Temperature Range

The industrial temperature range finds applications in various industries and scenarios:

• Manufacturing: Industrial networks in manufacturing