Week 4 checkpoint ethernet or token ring protocol

Cabling and interfaces[ edit ] Cabling is generally IBM "Type-1", a heavy two-pair Ohm shielded twisted pair cable. Tokens are 3 bytes in length and consist of a start delimiter, an access control byte, and an end delimiter.

Empty information frames are continuously circulated on the ring. By contrast, Ethernet included both the simpler firmware and the lower licensing cost in the MAC chip.

The emergence of Ethernet switches may have been the final straw. When the frame gets back to the originator, it sees that the token has been changed to 0 and that the message has been copied and received.

Token ring does not inherently support this feature and requires additional software and hardware to operate on a direct cable connection setup.

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The frame continues to circulate as an "empty" frame, ready to be taken by a workstation when it has a message to send. Connectors at the computer were usually DE-9 female. It removes the message from the frame.

This special token frame is repeated from station to station until arriving at a station that needs to send data. Ethernet network interface cards can theoretically operate on a passive hub to a degree, but not as a large LAN and the issue of collisions is still present.

Token[ edit ] When no station is sending a frame, a special token frame circles the loop. The frame is then examined by each successive workstation.

The workstation that identifies itself to be the destination for the message copies it from the frame and changes the token back to 0.

The advantages of the connectors being that they are genderless and have superior shielding over standard unshielded RJ However it was never widely used, "IBM does not view high-speed token ring as a requirement for the majority of its customers, and therefore the decision has been made not to provide Mbps high-speed Token Ring uplinks on its products When a computer has a message to send, it seizes the token.

History[ edit ] A wide range of different local area network technologies were developed in the early s, of which one, the Cambridge Ring had demonstrated the potential of a token passing ring topologyand many teams worldwide began working on their own implementations.

Unswitched Ethernet does not have provisioning for an access priority system as all nodes have equal contest for traffic.

Token ring

Ethernet alleviates collision by carrier sense multiple access and by the use of an intelligent switch ; primitive Ethernet devices like hubs can precipitate collisions due to repeating traffic blindly.

Even more significant when comparing overall system costs was the much-higher cost of router ports and network cards for token-ring vs Ethernet.

The computer will then be able to send the frame.FOR MORE CLASSES VISIT mint-body.com Due Date: Day 4 [Individual forum] Consider the following scenarios. Saguaro Federal has mainframes for all of its banks and businesses.

Should the company use the Ethernet or Token Ring protocol?

Explain your choice. Why is this choice appropriate? snaptutorial is a online tutorial store we provides IT Week 4 CheckPoint: Ethernet or Token Ring. IT Week 4 CheckPoint Ethernet or Token Ring To purchase this material link. View Notes - IT Week 4 Ethernet+or+Token+Ring+CheckPoint from IT at University of Phoenix.

Federal is a banking institution, downtime can be a costly issue. Page 3 ETHERNET OR TOKEN RING. Due Date: Day 4 [Individual forum] Consider the following scenarios. Saguaro Federal has mainframes for all of its banks and businesses.

Should the company use the Ethernet or Token Ring protocol? Token Ring local area network (LAN) technology is a communications protocol for local area networks. It uses a special three-byte frame called a "token" that travels around a logical "ring" of workstations or servers.

Bridging solutions for Token Ring and Ethernet networks included the AT&T StarWAN Bridge, the IBM LAN Bridge and.

Week 4 checkpoint ethernet or token ring protocol
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