40-Channel Intelligent AWG Rack Mount Panel

Intelligent AWG (Arrayed Waveguide Grating) system integrates athermal arrayed waveguide grating and OCM technology, wiht its core function being the visualization of full-port power monitering. This feature enables network administrators to monitor the optical power distribution in the network in real time, through real-time monitoring and intelligent management, it promptly idetify and solve potential issues,reducing network failures and downtime, and to ensuring the stable operation of the network.

Send Inquiry

Product Introduction

The intelligent AWG (Arrayed Waveguide Grating) system integrates athermal arrayed waveguide grating and OCM (Optical Channel Monitor) technology. Its core function is to achieve visualized full-port power monitoring. Through this system, network administrators can monitor the distribution of optical power in the network in real time. The real-time monitoring and intelligent management features of the system enable administrators to promptly identify and address potential issues, thereby reducing network failures and downtime, and ensuring the stable operation of the network. Additionally, the intelligent AWG system possesses automation capabilities, allowing it to intelligently adjust based on monitored data to further optimize network performance. This system enhances network reliability and stability while significantly reducing the cost of managing and maintaining the network, making it a crucial component in network management infrastructure.

Products Features

1.Support for real-time high-precision monitoring of power levels for 40CH transmission/reception, 1310 transmission/reception, and COM port: The intelligent AWG (Arrayed Waveguide Grating) system features advanced monitoring technology, enabling real-time monitoring of power levels for up to 40 channels, including 1310 nanometer wavelength channels and COM port power levels.

2.Support for 1310 nanometer 40/100G extended channels, OSC channels, and monitoring interfaces: The intelligent AWG system supports the high-bandwidth transmission demands of modern networks, including support for 1310 nanometer 40G and 100G extended channels, along with Optical Supervisory Channel (OSC) and other monitoring interfaces.

3.Device panel with visual display of port power status and dual-color LED alerts (yellow and green): The intelligent AWG device panel is designed for intuitive operation, providing clear display of port power status. Additionally, the device is equipped with dual-color LED alert lights to quickly indicate port status, with yellow indicating warnings and green indicating normal operation.

4.Centralized visualization and unified management of optical power for 40 business ports: The intelligent AWG system enables centralized management of optical power data for 40 business ports. Through an integrated visual interface, administrators can easily monitor and manage the power status of all ports, promptly identifying potential issues and taking necessary actions.

5.Support for Web/SNMP management: The system offers both a Web interface and SNMP (Simple Network Management Protocol) interface for remote management and monitoring. Administrators can configure, monitor, and manage the system through a web browser or SNMP tools, enhancing management flexibility and convenience.

Products Image

freecompress-capture20240413141123671

Products Applications

1.The intelligent AWG (Arrayed Waveguide Grating) facilitates optical service transmission in access networks, metropolitan area networks (MANs), and backbone networks by transmitting optical signals through fiber optic networks to user terminals or different network nodes. It supports various network topologies and application scenarios, including traditional access networks, MANs, and backbone networks.

R-C

2.The intelligent AWG meets the high-volume transmission needs of data centers, enabling high-speed transmission and exchange of large-scale data in data center environments. It utilizes high-speed fiber optic connections and optical network technologies to meet the requirements of applications such as big data processing, cloud computing, and virtualization.

msVtrTnf0V

3.The intelligent AWG can be applied in the data backhaul of 5G fronthaul networks, transmitting fronthaul data from base stations to central processing nodes. This includes data transmission from 5G base stations (such as cell sites or indoor distributed systems) to central processing units (CPUs), ensuring high-speed and stable data backhaul to support the operation and business requirements of 5G networks.

R-C 2

Products Parameters

Dimensions	19 inches 1U	Number of channels	40 channels
Channel Type	IAWG	Channel wavelength range	1529.55 ~ 1560.61
Channel Spacing	100GHz	Consumption	≤20W
Return Loss	≥41	Adjacent channel isolation	≥24
Non-adjacent channel isolation	≥29	Temperature range	-5 to +65

Instructions For Use

1.Preparation: Before using the rack-mounted panel, prepare the required fiber optics, connectors, and other accessories, and check if the equipment is intact.

2.Rack Installation: Install the rack in a standard 19-inch cabinet, secure the screws, and ensure the rack is level.

3.Fiber Optic Connection: Insert the fiber optic connector into the corresponding channel on the rack-mounted panel, paying attention to the cleanliness and insertion direction of the connector.

4.Device Connection: Insert the other end of the fiber optic connector into the device to be connected, such as optical modules, light receivers, etc.

5.Debugging and Testing: After the fiber optic connection is complete, debug and test the equipment to ensure stable signals and normal transmission.

Terms Of Use

1. Appropriate fiber optics: To ensure the quality and stability of optical transmission, it is essential to select the right fiber optics that meet quality requirements. Parameters such as the length, diameter, and connector type of the fiber optics must also match with the rack mounting panel.

2. Cleanliness of fiber optic connectors: Fiber optic connectors are critical components in transmitting light signals and need to be kept clean and dry to prevent contamination and interference from dust, grease, and other impurities.

3. Insertion direction of fiber optic connectors: When inserting fiber optic connectors, pay attention to the insertion direction to avoid reverse or skewed insertions that can cause unstable signal transmission or failure to transmit.

4. Level installation of the rack: When installing the rack, maintain a level position to prevent incorrect insertion directions of the fiber optic connectors due to a tilted rack, which could affect the transmission of light signals.

5. Heat dissipation of the rack-mounted panel: During prolonged operation of the rack-mounted panel, pay attention to its heat dissipation to prevent damage to the equipment or degradation of transmission quality due to overheating.

6. Regular inspection and maintenance: To ensure the normal operation of the equipment and the quality of light signal transmission, it is necessary to regularly check and maintain the cleanliness and wear of the rack mounting panels and connectors, and perform necessary maintenance and care.

Custormer Comments

An optical communication engineer in Naha City, Okinawa Prefecture commented:

We have been looking for such a product, which has high transmission and high capacity. It perfectly matches our use scenario.

A product engineer from New York said:

The emergence of IAWG products represents a significant advancement in AWG products, integrating intelligent management and greatly enhancing project efficiency. Having used this product for several months, it has pleasantly surprised me. I highly recommend this p

A project manager from South Korea said:

We need to monitor the distribution of optical power in the network in real time, and after using the IAWG product, the experience is very good! This product can quickly identify potential problems through real-time monitoring, reducing network failures and ensuring the normal and stable operation of the network.

Frequently Asked Questions

Lorem ipsum dolor sit amet,consectetur.

What is Intelligent AWG (Arrayed Waveguide Grating)?

Intelligent AWG is an optical component that utilizes arrayed waveguide grating technology for wavelength selection and optical signal separation. It is commonly used in fiber optic communication and optical networks for the multiplexing and demultiplexing of multiple wavelengths.

How to maintain and manage Intelligent AWG devices?

Maintenance and management of Intelligent AWG typically involve monitoring device performance, regular calibration, and ensuring that software and firmware are up to date. Due to its programmability, remote monitoring and management become more convenient.

How does Intelligent AWG differ from traditional AWG?

Intelligent AWG is typically used in wavelength division multiplexing (WDM) systems, fiber optic communication networks, data center interconnects, optical signal processing, spectral analysis, and other fields.

What are the advantages of Intelligent AWG?

The advantages of Intelligent AWG include flexible wavelength control, reduced device footprint, higher efficiency, and improved wavelength accuracy. It can more easily adapt to evolving network demands.

What role does Intelligent AWG play in fiber optic communication networks?

Intelligent AWG is used in fiber optic communication networks to achieve wavelength multiplexing and demultiplexing. This helps transmit multiple optical signals through fiber optics, thereby increasing network capacity and efficiency.