- Aug 13, 2003
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EZ Watcher 3060 Barebone System
You guys remember this picture?
PIC
O/C with one button? sounds N00bish right? not anymore...
check out this barebone:
PIC1
PIC2
EZ Watcher system: overclocking. If you want to use the ?on-the-fly? FSB overclocking feature, you should go to the BIOS Setup first and enable the ?EZ Watcher clock adjust? option. Every turn of the wheel increases or decreases the FSB frequency by 1MHz. That?s all. The voltages of the CPU and memory always remain the same, nominal ones. The system cannot use a divider for the memory frequency to avoid over-overclocking the memory.
The informational LCD-display can tell you about: the effective CPU frequency, how far above the nominal this frequency is (during overclocking), CPU and North Bridge temperatures. Here is a piece of iconography to you: the green symbol of a mainboard implies that it?s here and running. If any device goes down, you will get a warning in the form of a spanner against a threatening red background above the device?s icon. The available icons denote the system memory, optical drive (when it?s working, the icon becomes animated), and power supply unit.
Read the full review on Xbit Labs
what do you guys think? comments/thoughts
***Lets hope This makes to the Front page***
You guys remember this picture?
PIC
O/C with one button? sounds N00bish right? not anymore...
check out this barebone:
PIC1
PIC2
EZ Watcher system: overclocking. If you want to use the ?on-the-fly? FSB overclocking feature, you should go to the BIOS Setup first and enable the ?EZ Watcher clock adjust? option. Every turn of the wheel increases or decreases the FSB frequency by 1MHz. That?s all. The voltages of the CPU and memory always remain the same, nominal ones. The system cannot use a divider for the memory frequency to avoid over-overclocking the memory.
The informational LCD-display can tell you about: the effective CPU frequency, how far above the nominal this frequency is (during overclocking), CPU and North Bridge temperatures. Here is a piece of iconography to you: the green symbol of a mainboard implies that it?s here and running. If any device goes down, you will get a warning in the form of a spanner against a threatening red background above the device?s icon. The available icons denote the system memory, optical drive (when it?s working, the icon becomes animated), and power supply unit.
Read the full review on Xbit Labs
what do you guys think? comments/thoughts
***Lets hope This makes to the Front page***
