Chapter 1

Description

The AT-FS20x and AT-FS202SC/FSx Series Switches include the following models:

AT-FS201

AT-FS202SC/FS2

AT-FS202

AT-FS202SC/FS3

AT-FS202SC/FS1

AT-FS202SC/FS4

The AT-FS20x Series switches are designed to extend the distance of your network by converting Fast Ethernet data between twisted-pair cabling and either multimode or single-mode fiber optic cabling. These dual-port switches can also be used to improve the performance of your network by dividing it into smaller, more manageable segments.

Each switch features a 100Base-FX fiber optic port and a 10Base-T/ 100Base-TX twisted-pair port. The fiber optic port has either a SC or ST connector and a maximum operating distance of 2 kilometers (1.2 miles) to 100 kilometers (62 miles), depending on the model. The twisted-pair port has an RJ-45 connector with a maximum operating distance of 100 meters (328 feet).

The fiber optic port operates at 100 Mbps, while the twisted-pair port operates at 10 Mbps or 100 Mbps. Both ports feature half- and full-duplex operation.

All of the AT-FS20x Series switches can be installed on a desktop or in an AT-MCR12 chassis. These switches are easy to install and do not require software configuration or management. This guide provides installation instructions for installing the AT-FS20x Series Switches on a desktop. To install the switches in an AT-MCR12 chassis, see AT-MCR12 Chassis Installation Guide (PN 613-10725-00).

1

Page 9
Image 9
IBM AT-FS201, AT-FS202SC/FS2, AT-FS202SC/FS3 manual Description, AT-FS202SC/FS1 AT-FS202SC/FS4

AT-FS202, AT-FS202SC/FS3, AT-FS201, AT-FS202SC/FS1, AT-FS202SC/FS4 specifications

The IBM AT-FS202 series includes a range of compact Ethernet switches designed to meet the needs of evolving network environments. These models, namely the AT-FS202SC/FS4, AT-FS202SC/FS2, AT-FS202, AT-FS202SC/FS3, and AT-FS201, offer a blend of performance, flexibility, and reliability tailored for small to medium-sized networks or edge installations.

One of the standout features across these models is their support for both copper and fiber connectivity. The AT-FS202SC series specifically supports various transceiver options, allowing network administrators to choose the appropriate media type for their deployments. This versatility ensures that organizations can utilize their existing infrastructure while preparing for future upgrades.

In terms of performance, these switches provide wire-speed forwarding, enabling seamless data transfer and minimizing latency. With auto-sensing ports, they automatically detect the connected device and adjust to the necessary speed, whether it be 10/100/1000 Mbps. This ensures efficient operation within diverse environments, accommodating both legacy and modern devices without compromising on speed.

Security is an essential consideration for any network equipment, and the IBM AT-FS202 series is no exception. The switches include features such as port-based authentication and support for VLANs, which enhance network segmentation and isolate traffic flows. These security measures help protect sensitive data and restrict access to unauthorized users.

Management capabilities are another significant characteristic of the AT-FS202 series. These switches come equipped with management interfaces that allow for configuration, monitoring, and troubleshooting. The ability to manage network traffic effectively aids in sustaining optimal performance and quick resolution of potential issues.

Power consumption is optimized across the IBM AT-FS202 series, ensuring that deployment of these switches aligns with energy efficiency goals. This is particularly beneficial for businesses concerned with operational costs and environmental impact.

Overall, the IBM AT-FS202SC/FS4, AT-FS202SC/FS2, AT-FS202, AT-FS202SC/FS3, and AT-FS201 are robust solutions suited for diverse networking needs. Their combination of flexible connectivity options, performance efficiency, security features, and management capabilities position them as valuable assets for network administrators looking to build a resilient infrastructure in today's dynamic technological landscape.