The LLC (Logical Link Control) sublayer is part of the data link layer in the OSI model, primarily responsible for managing communications between devices over a network. Its main products include the framing of data packets, error detection and correction, and providing multiple network protocols with access to the same physical medium. This allows different protocols, such as IP and IPX, to coexist on the same network while ensuring reliable data transmission.
LLC (Logical Link Control) sublayer - The LLC provides a common interface and supplies reliability andflow control services.Hope this helps,A. York
* MAC sublayer(802.3): defines how to transmit data on physical layer * LLC sublayer(802.2): responsible for identifying different protocol logically & encapsulate them.
The Data Link layer of the OSI model has been subdivided into the Logical Link Control (LLC) sublayer and the Media Access Control (MAC) sublayer. The LLC sublayer is responsible for providing error control and flow control, while the MAC sublayer manages access to the physical transmission medium and the addressing of devices on the network. This division allows for more efficient data handling and communication in network environments.
No, frame delimiting is a primary responsibility of the Logical Link Control sublayer of the Data Link Layer.. Data link layer exists of 2 sublayers; Media Acces control Sublayer (MAC) & Logical Link Control sublayer (LLC)
In computer networking there is a seven layer OSI model and the LLC or logical link control layer is a data communication protocol layer which is the upper sublayer of the second OSI layer known as the data link layer. The main characteristic of the LLC sublayer is that it provides multiplexing mechanisms that allow for a number of different network protocols like IPX, AppleTalk and IP to work over the same network as well as allow them to exist together within a multipoint network.
LLC Logical Link Control
The Logical Link Control (LLC) sublayer in Ethernet standards is responsible for managing communication between the network layer and the data link layer, providing identification and encapsulation for different network protocols. It enables multiple network protocols to coexist over the same physical medium by using protocol identifiers, allowing for efficient data transmission. Additionally, the LLC sublayer handles error detection and flow control, ensuring reliable communication between devices on the network.
I just read something on this the other day. It'll take more research but I think I remember the literature saying LLC (Logical Link Control) sublayer. Which makes sense. LLC is more involved with communicating with logical addressing and the communication that takes place with the layer above it (layer 3 "Network"). I'm pretty sure this is where the drivers come in. Double check though. I could be wrong. Interesting though. Here's something to the contrary. http://en.wikipedia.org/wiki/Network_Driver_Interface_Specification
Logical link control sublayer and media access control sublayer
What are two primary responsibilities of the Ethernet MAC sublayer? (Choose two.)
In networking, LLC stands for Logical Link Control, which is a sublayer of the Data Link Layer in the OSI model. It is responsible for identifying the network layer protocols and managing communication between devices over the same physical medium. LLC provides services such as error checking and frame synchronization, enabling multiple network protocols to operate simultaneously over a single link. It essentially helps facilitate reliable data transfer and flow control in network communications.
In IEEE 802.11 wireless LANs, the Medium Access Control (MAC) sublayer consists of two main components: the MAC Control sublayer and the MAC Data sublayer. The MAC Control sublayer is responsible for managing access to the shared wireless medium and handling frame control, while the MAC Data sublayer is tasked with the encapsulation and transmission of data frames. Together, these components ensure efficient communication and coordination among devices in a wireless network.