Set the Backpressure Jumper

4 Install the Fiber Module (Optional) Proceed to Step 5 if you are not using a fiber module.

The standard 10/100 TX module installed in the CenturySwitch may be replaced by a 100Base-FX module. Refer to the listing inside the front cover for all available options.

Prior to installing the fiber module, you must set the flow control/ backpressure jumper labeled “JP2” on the printed circuit board. See the diagram below for its location.

•Connect jumper pins 1 and 2 to enable backpressure.

•Connect jumper pins 2 and 3 to disable backpressure. (default)

1 2 3

JP2

Jumper JP2

Set the Duplex Mode Switch

Each fiber module can be configured for half duplex (HDX) or full duplex (FDX) operation by means of the slide switch located on the front panel. This switch should be set before applying power. The default setting on the modules is FDX (full duplex).

Install the Module

To install your FX module, first remove the TX interface by turning the two thumb screws counterclockwise and withdrawing the card. Replace it with the new module. Tighten both screws firmly to attach the fiber module to the CenturySwitch.

Lancast 8-Port CenturySwitch 7

3508-11 specifications

METRObility Optical Systems 3508-11 is a cutting-edge optical network platform designed for high-performance telecommunications and data transmission. This system is particularly tailored to meet the demands of modern telecommunications environments, providing flexibility, reliability, and superior efficiency.

One of the main features of the 3508-11 is its advanced optical line terminal (OLT) capabilities. This platform supports a variety of optical protocols, ensuring compatibility with multiple network architectures. Its modular design allows easy upgrades and expansions, making it an ideal choice for businesses anticipating growth or changes in their network demands.

The 3508-11 incorporates state-of-the-art technologies such as Dense Wavelength Division Multiplexing (DWDM), which significantly increases the data capacity over existing fiber infrastructure. This technology enables the transmission of multiple signals simultaneously on the same fiber, allowing for improved bandwidth utilization without the need for additional physical infrastructure.

Another notable characteristic of the METRObility 3508-11 is its robust network management capabilities. Utilizing a comprehensive software suite, the system provides real-time monitoring, diagnostics, and management of the network, streamlining operation and maintenance. This feature ensures network administrators can quickly identify and resolve issues, enhancing overall service quality.

Additionally, the system is designed with built-in redundancy and failover mechanisms to ensure maximum uptime. This reliability is crucial for service providers that need to maintain continuous operations, even during equipment failures or maintenance periods. The 3508-11 supports both active and standby modes, providing seamless transitions should a failure occur.

Energy efficiency is another significant aspect of the 3508-11. The system has been engineered to minimize power consumption while maintaining high performance, meeting the increasing demand for sustainable technology solutions in the telecommunications sector.

In summary, METRObility Optical Systems 3508-11 stands out as a powerful optical network solution, leveraging advanced technologies such as DWDM and robust management features to deliver unmatched performance. Its flexibility, reliability, and high energy efficiency cater to a wide array of telecommunications needs, making it a prime choice for operators looking to enhance their network infrastructure.