Repeaters operate at the physical layer of the OSI model.
Network layer
False - a repeater is a simple layer 1 device. It would not have a need to operate at the network layer.
Physical layer = Hub, NIC, Repeater. Data Link Layer = Switch, Bridge. Network Layer = Router.
In the OSI reference model, that would be layer 3 (network).In the OSI reference model, that would be layer 3 (network).In the OSI reference model, that would be layer 3 (network).In the OSI reference model, that would be layer 3 (network).
If you mean the OSI reference model, that's layer 1 (physical).If you mean the OSI reference model, that's layer 1 (physical).If you mean the OSI reference model, that's layer 1 (physical).If you mean the OSI reference model, that's layer 1 (physical).
No, a repeater does not operate at the network layer; it functions at the physical layer of the OSI model. Its primary role is to amplify and regenerate signals to extend the distance over which data can travel in a network. Repeaters do not process or interpret data packets; they simply transmit the electrical signals without any regard for the content or structure of the data.
Repeaters and hubs
A layer 1 device will extend a collision domain
Transciever works on the Physical Layer(Layer 1) of the OSI because its basically a repeater or a MAU\ Multi Station Access Unit
Physical layer which is the first layer in OSI reference model is responsible for signal encoding and decoding.
There are seven type of OSI reference model:-Layer 7: The application layer Layer 6: The presentation layer Layer 5: The session layer Layer 4: The transport layer Layer 3: The network layerLayer 2: The data-link layer Layer 1: The physical layer
layer 2