Suddenly, the process of downloading, copying to a network share, listening to, and burning a SINGLE Mp3 file means 20 more packets.
Neorouter mtu seting Pc#
Copy it over to a PC to burn to CD, 5 more packets. Every time you listen to that file in Winamp, 5 more packets. Until you realize that EVERY time that file gets passed around your LAN there is 5 more packets. Lets say there is an MP3 file that takes 1,000 packets at 1500 that means 1005 at 1492. Let's go back and combine our two illustrations. 5%.īut, admit that traffic on the LAN side can be 50 times the amount of traffic passed through the PPPoE to the internet.5% becomes a much larger amount of DATA. Regardless of how many packets or how big the files are you send over the LAN you can only lose. So regardless of where the packet is intended to go you will only lose approximately. I said drop the MTU on the NICs by 8 bytes out of a possible 1500. Math actually works everywhere and is constant. I'm talking about the multitude of extra traffic that NEVER sees the WAN side of the Router, but still pass across the LAN ports as people transfer files, share printers. You guys are ONLY looking at packets that travel to and from the internet over PPPoE. But rather the Streaming of hundreds of MP3's from a network share on your LAN to your PC (Also on your LAN). Lowering the MTU on the NIC when you have multiple computers on a LAN causes excess packets on the LAN ( Where PPPoE does NOT apply).Ĭonsider not the downloading of a SINGLE Mp3 form the internet through the WAN side.
I'm talking about the HUNDREDS of other files passed back and forth on the LAN side of the router (WHEN USED AS A SWITCH LIKE MOST ARE). 5% for those playing at home.Again, you have MISSED the point of my post. How can 8 bytes out of 1500 bytes triple the traffic? Please divide 8 by comes out to.
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