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Diskless Nodes HOW-TO document for LinuxRobert Nemkin buci@math.klte.hu , Al Dev (Alavoor Vasudevan) - Maintainer of this HOWTO alavoor@yahoo.com , Markus Gutschke markus+etherboot@gutschke.com , Ken Yap ken.yap@acm.org , Gero Kuhlmann gero@gkminix.han.dev20.0, 28 Mar 2001This document describes how to set up a diskless Linux box. As technology is advancing rapidly, network-cards are becoming cheaper and much faster - 100 MBits ethernet is standard now and in about 1 to 2 years 1000 MBits i.e. 1GigBits ethernet cards will become an industry standard. With high-speed network cards, remote access will become as fast as the local disk access which will make diskless nodes a viable alternative to workstations in local LAN. Also diskless nodes eliminates the cost of software upgrades and system administration costs like backup, recovery which will be centralized on the server side. Diskless nodes also enable "sharing/optimization" of centralised server CPU, memory, hard-disk, tape and cdrom resources. Diskless nodes provides mobility for the users i.e., users can log on from any one of diskless nodes and are not tied to one workstation. Diskless Linux box completely eliminates the need for local floppy disk, cdrom drive, tape drive and hard-disk. Diskless nodes JUST has a network card, 8MB RAM, a low-end cpu and a very simple mother-board which does not have any interface sockets/slots for harddisks, modem, cdrom, floppy etc.. With Diskless linux nodes you can run programs on remote Linux 64 CPU SMP box or even on Linux super-computer! Diskless nodes lowers the "Total Cost of Ownership" of the computer system. This document is copyrighted by Robert Nemkin and other authors as listed above. Copyright policy is GPL. Thanks to Bela Kis bkis@cartan.math.klte.hu for translating this initial document v0.0.3 (which was a mini-howto) to English.
1. Buying is cheaper than building!
2. Diskless Computer for Microsoft Windows 95/NT !!
3. Advantages of Diskless Computer
4. Quick Steps to implement Diskless Nodes
5. Building EEPROM Burner
6. EPROM Burners and Memory chips
7. Introduction to Network Booting and Etherboot
8. Redhat Linux configuration
9. LanWorks BootWare PROMs
10. Etherboot
11. Netboot
12. Related URLs
13. Copyright Notice
14. Other Formats of this Document
15. Topics for Academics and UniversitiesNext Previous Contents |