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a question about Collision Domain
18 years 2 months ago #16692
by ccnx
a question about Collision Domain was created by ccnx
Hi guy
I have been puzzling with problem of collision domain, whenever i need to deal with the caculation of collision domain on any designed network, i must not work out a correct answer!!!!
is there any one can help me out ??
many thanks[/img][/list]
I have been puzzling with problem of collision domain, whenever i need to deal with the caculation of collision domain on any designed network, i must not work out a correct answer!!!!
is there any one can help me out ??
many thanks[/img][/list]
18 years 2 months ago #16694
by TheBishop
Replied by TheBishop on topic Re: a question about Collision Domain
I'm not sure you'll ever need to calculate the extent of a collision domain but there are rules. If you stick to the Ethernet design rules for the particular medium and speed you're using plus things like the 5:4:3 rule you won't have a problem
18 years 2 months ago #16698
by Smurf
Wayne Murphy
Firewall.cx Team Member
www.firewall.cx
Now working for a Security Company called Sec-1 Ltd in the UK, for any
Penetration Testing work visit www.sec-1.com or PM me for details.
Replied by Smurf on topic Re: a question about Collision Domain
5:4:3 ? Whats that then ?
Wayne Murphy
Firewall.cx Team Member
www.firewall.cx
Now working for a Security Company called Sec-1 Ltd in the UK, for any
Penetration Testing work visit www.sec-1.com or PM me for details.
18 years 2 months ago #16701
by Arani
Picking pebbles on the shore of the networking ocean
Replied by Arani on topic 5:4:3 rule
5-4-3 Rule is a rule of creating ethernet segments
This above rules have lead to a simplified procedure for creating multi-segment Ethernet networks called the 5-4-3 rule. In the 5-4-3 rule, a total of five segments can exist connected by four repeaters as long as no more than three are bus segments. This is a very simple rule and it does not address the three, two or one repeater configuration. The rule also does not address the maximum allowable segment length under the varying conditions. In general, fiber segments are limited when using multiple repeaters.
This above rules have lead to a simplified procedure for creating multi-segment Ethernet networks called the 5-4-3 rule. In the 5-4-3 rule, a total of five segments can exist connected by four repeaters as long as no more than three are bus segments. This is a very simple rule and it does not address the three, two or one repeater configuration. The rule also does not address the maximum allowable segment length under the varying conditions. In general, fiber segments are limited when using multiple repeaters.
Picking pebbles on the shore of the networking ocean
18 years 2 months ago #16729
by Smurf
Wayne Murphy
Firewall.cx Team Member
www.firewall.cx
Now working for a Security Company called Sec-1 Ltd in the UK, for any
Penetration Testing work visit www.sec-1.com or PM me for details.
Replied by Smurf on topic Re: a question about Collision Domain
Hehe, thought thats what TheBishop meant. Takes me back to the days of BNC :lol:
Wayne Murphy
Firewall.cx Team Member
www.firewall.cx
Now working for a Security Company called Sec-1 Ltd in the UK, for any
Penetration Testing work visit www.sec-1.com or PM me for details.
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