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NVClock Version 0.5.0,
site: http://www.evil3d.net/products/NVClock
projectpage: http://www.sourceforge.net/projects/NVClock
Introduction
============
This program allows you to overclock your NVIDIA based graphics card under Linux.
Building, installing and using
==============================
First you have to do ./autogen.sh then choose one of the steps below.
Command line version only
./configure --prefix=/usr
Gtk gui
./configure --prefix=/usr --enable-gtk
Qt gui
./configure --prefix=/usr --enable-qt to compile the qt gui too
(qt doesn't work very well with the makefiles)
Everything
./configure --prefix=/usr --enable-gtk --enable-qt
make
make install
Usage:
./NVClock
-m --memclk : the new RAM clock in MHz
-n --nvclk : the new Core clock in MHz.
-c --card : selects card (default 1)
-s --speeds : shows current speeds
-d --debug : show debug information
-f --force : force a card to overclock
You can use any option you want. You can type -m --m -memclk --memclk= and so on.
Also, you don't have to enter both memory and core speeds.
If you don't have any experience with overclocking, start with adjusting the speeds
in 1 MHz increments*.
*Not every memory speed can be set. This is the case for cards with DDR memory running
higher than 300 MHz. This is not a bug in NVClock. It is a hardware limitation. At speeds higher than 380 MHz overclocking takes place in steps of 6-7 MHz or sometimes even 13-14MHz.
Acknowledgments
===============
Thanks go to:
o Matan Ziv-Av for creating nvcs, the original overclocking tool for NVIDIA cards.
o Christian Zander (Phoenix) for cleaning up the code
o Jan Prokop for creating a qt version
o NVIDIA, for having good Linux drivers
o Ashley from EntechTaiwan for helping me a bit.
Plans for the future
====================
Things you will see:
o XF86Config editing (twinview, tvout, ....)
o agp-settings (fastwrites, sidebandaddressing, ....)
o VSYNC on/off
o FSAA, S3TC
o more
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