Networking

This site covers Linux networking specific topics. It does not cover general networking questions, these are covered under the more general Wikipedia Computer Networks. See the External Links section for other useful resources.

General

Protocols

Drivers

Device Performance Enhancements

Hardware

Security

Mobility

Administration

Testing

Resources

 

Documentation Links

 

Related Links

 

dccpprobe

This works exactly the same as TcpProbe except for TcpProbe

To see which parameters are monitored have a look at the source code in net/dccp/probe.c

network-adapters

Please refer to the Ethernet page for more up to date information. This page is ancient and some love could be used to organize this information a little better under the ethernet section

This information is based off of personal experience and/or information gleaned from the web and mailing lists. It is not necessarily 100% accurate. Corrections are welcome.

bridge_stp

The Spanning Tree Protocol (STP) is used to allow multiple bridges to work together. Each bridge communicates with other bridges to discover how they are interconnected. This information is then used to eliminate cycles, and provide optimal routing of packets. STP also provides fault tolerance, because it will recompute the topology if a bridge or port fails.

motherboards

This page has heresay or limited information and may needs a more analytic basis

Provide a listing of motherboards and how well they are supported.
If work-arounds are needed, for example, disabling ACPI, or tweaking the BIOS, that information is welcome here.

This information is based on personal experience and/or information found around the web and in mailing lists. It is not necessarily 100% accurate. Corrections are welcome.

faq

Q: Why can I ping an IP address when the interface is down?

A: Linux uses a "host based" addressing model, IP addresses are owned by the host, not individual interfaces. So as long as the IP address is configured to some interface, we will accept packets destinated to that IP address as our's.

kernel_flow

net-tools

Overview

A collection of programs that form the base set of the NET-3 networking distribution for the Linux operating system. This package includes arp(8), hostname(1), ifconfig(8), ipmaddr, iptunnel, mii-tool(8), nameif(8), netstat(8), plipconfig(8), rarp(8), route(8) and slattach(8).

dccp

project:help

blogs

wireless:channels

802.11 B/G 802.11 A
Locale
Americas 1 - 11 36, 40, 44, 48, 52, 56, 60, 64
China 1 - 11
France 1 - 13 inside : 100mW

ethtool

ethtool is a Linux net driver diagnostic and tuning tool for the Linux 2.4.x (or later) series of kernels. Obtain information and diagnostics related to media, link status, driver version, PCI (or other) bus location, and more.

 

Links

 

iproute2_examples


Load balancing

For example you have 2 links to ISP, one is 64Kbit and another is metered (you pay for traffic) much higher speed.

Latency of links must be very similar, otherwise in this example, packets from one session can come in different order to final destination!

talk:ipv4

I think the FAQ should be its own page linked to from the main page. Like this FAQ -Jon

Given the amount of info on this wiki I'm not sure that this is a good idea as it could easily get overwhelmed. However we can do it and refactor later if it gets too big. For example DCCP already has an FAQ. --Imcdnzl | DCCP 19:24, 10 May 2006 (PDT)

llc


Linux LLC Stack Origins

The stack present on the Linux kernel was originally contributed by Procom Inc, that released a combined NetBEUI + LLC stack developed for Linux 2.0.36.

i/oat

bonding

The Linux bonding driver provides a method for aggregating
multiple network interfaces into a single logical
bonded interface.
The behavior of the bonded interfaces depends upon the mode; generally
speaking, modes provide either hot standby or load balancing services.
Additionally, link integrity monitoring may be performed.

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