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Feb 21 2008, 03:01 PM
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Member ![]() ![]() Group: Members Posts: 40 Joined: 30-October 06 Member No.: 92,964 |
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Feb 22 2008, 07:40 AM
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![]() Senior Member ![]() ![]() ![]() ![]() Group: HJT Junior Classmen Posts: 367 Joined: 7-April 07 From: Byblos, Lebanon, Middle East. Member No.: 122,872 |
it doesn't matter if you router is 108mbps or 300mbps if the device receiving is lower than that. Your Laptop maybe Wireless G (54mbps) so of course it will only say 54mbps I dunno about the Desktop. Actually i visited the products Specification page at the Belkin Website and it didn't say anywhere that It supports wireless N which is 108mbps theoretically and less in real. It just says that its a wireless G 54mbps plus MIMO technology used in the wireless N 108mbps but it's not specified anywhere that it supports the IEEE wireless N standard. QUOTE Specifications Standards IEEE 802.11b , IEEE 802.11g , IEEE 802.3u 100Base-T Fast Ethernet , IEEE 802.3u 10Base-T Fast Ethernet So i my opinion is the router is actually 54mbps. -------------------- "Stuffy Hall Admin of the Typing Skills Enhancing School Program"
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Mar 1 2008, 05:55 PM
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![]() Forum Regular ![]() ![]() ![]() Group: Members Posts: 169 Joined: 17-August 07 From: Silicon Valley Member No.: 150,688 |
The hardware rating may be 108 Mbps, a router, NIC card, even cabling. I believe that the math behind getting that 108 Mbps may mean total data rate transmit / receive, and could be a bit misleading.
If the rating is for Full Duplex mode, this is related to the fact that the transceiver (transmitter+receiver), NIC, or media can transmit data @ 54 Mbps while simultaneously receiving data @ 54 Mbps for a total transmit / receive data rate of 108 Mbps. Your hardware would still only be capable of 54 Mbps top speed in either direction, sending or receiving data. But when sending and receiving simultaneously (transmit / receive) at stop speed (54 Mbps), the sum of data rates in both directions is equal to 108 Mbps. So Full Duplex mode means you are taking the sum of the transmission and reception channels to calculate the data transfer speed rating which is equal to the data transfer rate over all communication / signal channels in both directions. To simplify, the data rate of transmission + the data rate of reception = data transfer rate -> speed rating. Therefore, your reading of 54 Mbps would be correct for your signal strength at Excellent (for data transfer in either direction). You are able to transmit data @ 54 Mbps with Excellent signal strength; similarly, you are also able to receive data @ 54 Mbps simultaneously. Therefore your hardware's transmit / receive data rate (in Full Duplex mode) is 108 Mbps. That mode of mathematics when working with networking equipment (as well as the cabling that interconnects in wired networks), is quite common and to the uninitiated it is often misleading. This post has been edited by Cyb3r_Ninj@: Mar 1 2008, 06:02 PM -------------------- ***********************************************************************
Bill Gates recognizes the skills... so i suggest you start there and recognize them too... *********************************************************************** :: digital.ronin :: | MCP - ID 5646435, other certifications pending... | |
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