: Double-click the device and click the power button in the "Physical" tab. You cannot swap modules while the device is "running". Add a Media Interface : Drag a fiber-optic module (like the PT-ROUTER-NM-1FFE or an SFP-based module) into an empty slot. For Copper : Ensure there is a standard Ethernet port (like PT-ROUTER-NM-1CE Connect the Cables Copper Straight-Through cable for the Ethernet port. Use the orange
This setup acts as a multi-port media converter. Data entering the copper ports is seamlessly switched out of the fiber ports at Layer 2, requiring zero IP configuration on the converter itself.
This article provides a comprehensive guide on understanding and implementing within Cisco Packet Tracer . Understanding Media Converters in Networking media converter in cisco packet tracer link
You have a Switch-PT (which only has FastEthernet copper ports) and a Cisco 4321 Router located hundreds of meters away. You need to connect the switch to the router's fiber uplink.
Locate the NM-11FE-FX module (Fast Ethernet fiber optic interface) and drag it into another empty slot. Power On: Toggle the router's power switch back to ON . : Double-click the device and click the power
If any link remains red/orange:
: Drag a 3560 24PS or 2960 switch onto the workspace. For Copper : Ensure there is a standard
While you won't find a drag-and-drop media converter in Cisco Packet Tracer, its functionality can be effectively replicated. The key is to use the modularity of the included routers and switches by adding the appropriate transceiver modules, such as the . This method allows you to accurately simulate the conversion between copper and fiber optic media.
Before diving into Packet Tracer, it helps to understand why this process is necessary:
Standard copper UTP cables have a strict limit of 100 meters. Fiber optic cables can span kilometers.
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