Description
Product Overview
The 1230G41012114000 Cisco Gain Maker Line Extender 1GHz 40/52 MHz Split is a line extender that provides reliable and high-quality cable TV signal amplification for cable providers. This line extender is designed for use in areas where the signal strength is weak, and it helps to improve the overall quality and reliability of the cable TV signal.
Cisco Gain Maker Line Extender includes:
- 1GHz bandwidth: The line extender supports a 1GHz bandwidth, allowing it to handle high-speed data transmission and large amounts of data.
- 40/52 MHz split: The line extender is designed to support a 40/52 MHz split, providing a flexible solution for cable providers to accommodate different signal distribution scenarios.
- Compact design: The line extender has a compact design, making it easy to install and integrate into existing network setups.
- Adjustable gain: The line extender features adjustable gain, allowing cable providers to fine-tune the signal strength to match the specific requirements of their network.
- Quality components: The line extender is constructed using high-quality components, ensuring reliable performance and longevity.
Gain Maker (GM) Explained:
Gain Maker, often abbreviated as GM, is a crucial component of the Cisco 1230G41012114000 series. Its primary function is to amplify signals within the network, ensuring that data travels efficiently over long distances or through challenging environments. By boosting signal strength, Gain Maker helps maintain the integrity of communication within the network.
Line Extender (LE) Functionality:
Line Extender, denoted as LE, serves a similar purpose to Gain Maker but focuses on extending the reach of the network. It amplifies signals to compensate for signal loss over extended cable lengths, enabling communication over greater distances. Line Extender plays a vital role in ensuring that data transmission remains reliable and uninterrupted, even in large-scale networks.
Understanding 40/52 Specification:
The 40/52 specification in the Cisco 1230G41012114000 series refers to the frequency range used for signal transmission. This specification is essential for ensuring compatibility and effective communication within the designated frequency spectrum. Networks operating within this frequency range can benefit from optimal signal transmission and reduced interference.
Role of Registration Authority (RA):
Registration Authority, or RA, is responsible for managing and assigning unique identifiers to devices within the network. These identifiers play a crucial role in device authentication and network security. By properly managing device registration, RA helps ensure that only authorized devices can access the network, minimizing the risk of unauthorized access or data breaches.
Telecommunications Closet (TC) Overview:
The Telecommunications Closet, abbreviated as TC, serves as a centralized hub for housing telecommunication equipment, including components of the Cisco 1230G41012114000 series. It provides a secure and organized space for managing network connections, facilitating maintenance, and ensuring efficient operation of the telecommunication infrastructure. TC plays a vital role in maintaining the overall integrity and functionality of the network.
Packet Switching (PS) Mechanism:
Packet Switching denoted as PS, is a fundamental process in data transmission where information is divided into packets for efficient routing through the network. In the context of the Cisco 1230G41012114000 series, Packet Switching helps optimize data transfer speed and reliability. By breaking down data into smaller packets, PS enables more efficient use of network resources and minimizes delays in data transmission.
Understanding Unctd Hsg:
The term Unctd Hsg may refer to an unspecified housing element within the Cisco 1230G41012114000 series. While further clarification may be necessary to fully understand its role and functionality, it likely plays a part in providing physical protection and support for network components.
Target Protocol Address (TPA) Significance:
Target Protocol Address, or TPA, is a critical aspect of the Cisco 1230G41012114000 series, governing the destination addresses for data packets within the network. Proper management of TPA is essential for efficient data routing, ensuring that information reaches its intended destination accurately and promptly. By specifying target addresses, TPA helps optimize network performance and reliability.
Role of Access Devices:
Access Devices in the Cisco 1230G41012114000 series facilitate the connection of end-users or external networks to the main telecommunication infrastructure. These devices serve as entry or exit points for data within the network, enabling seamless communication between different endpoints. Access Devices play a crucial role in ensuring that data flows smoothly throughout the network, supporting various communication needs.
Key Features and Benefits
The Cisco Gain Maker Line Extender 1GHz 40/52 MHz Split (1230G41012114000) is a line extender designed for use in cable television (CATV) networks. The following are some of the key features and benefits of this line extender:
- High output power: The Cisco Gain Maker Line Extender provides high output power, allowing for the extension of cable signals over longer distances without the need for additional amplification.
- Frequency flexibility: The line extender supports both 40 MHz and 52 MHz frequency splits, providing flexibility for different network configurations.
- Efficient operation: The line extender is designed for efficient operation, with low distortion and low noise levels, ensuring that the signal quality is maintained over long distances.
- Easy installation: The line extender is designed for easy installation, with a compact design that allows for deployment in limited-space environments.
- Reliable performance: The line extender is designed to provide reliable performance, with a rugged construction that makes it suitable for use in demanding outdoor environments.
Technical Specifications
The Cisco Gain Maker Line Extender 1GHz 40/52 MHz Split (1230G41012114000) has the following technical specifications:
- Frequency Range: The line extender supports a frequency range of 40 MHz to 1000 MHz, providing wideband coverage for a range of cable signals.
- Output Level: The line extender has an output level of up to +52 dBmV, providing high output power for extending cable signals over long distances.
- Frequency Splits: The line extender supports both 40 MHz and 52 MHz frequency splits, providing flexibility for different network configurations.
- Gain: The line extender provides a gain of up to 17 dB, allowing for the compensation of signal loss over long distances.
- Input/Output Impedance: The line extender has an input/output impedance of 75 ohms, allowing for easy integration with existing cable networks.
- Distortion: The line extender has low distortion levels, ensuring that the signal quality is maintained over long distances.
- Noise Figure: The line extender has a noise figure of less than 6 dB, providing low noise levels for clear and reliable signal transmission.
- Operating Temperature: The line extender is designed for outdoor use, with an operating temperature range of -40°C to +55°C, making it suitable for use in a range of environments.
General Information about this Cisco 1230G41012114000
- Manufacturer: Cisco
- Manufacturer Part Number: 1230G41012114000
- Type: Networking-Access Devices
- Product Line: Cisco GM LE, RA
- Product Name: Cisco GM LE,40/52, RA, TC, PS, Unctd Hsg, TPA
- Environmentally Friendly: Yes
In summary, the Cisco 1230G41012114000 series comprises a range of components designed to enhance the efficiency, reliability, and security of telecommunications networks. Gain Maker, Line Extender, 40/52, Registration Authority, Telecommunications Closet, Packet Switching, Unctd Hsg, Target Protocol Address, and Access Devices collectively form a robust system for managing and optimizing network performance. Understanding the functions and roles of these components is essential for maintaining and troubleshooting Cisco-based telecommunication networks effectively.
