![]() Shuttle includes a table to help in understanding the actual FSB that you are setting.Īs usual, Shuttle has provided a complete selection of overclocking options, even if they are somewhat unfamiliar as implemented in the ATI 9100IGP. We do sometimes need to slow to 2-2-3-6 timings on certain boards, but the ST61G4 is the first board we have tested in quite a while to require 2-3-3-6 memory timings to operate.įSB is officially adjustable to a unexpectedly low 232 setting, but adjustment is by the very odd selection of 1 to 15, which does not represent FSB increments at all. In comparison, both the OCZ and Mushkin perform fine at 2-2-2-5 or 2-2-2-6 settings at DDR400 in almost every Intel, nVidia, SiS, and VIA chipset motherboard. If you force the timings to 2-2-2-6 or 2-2-3-6 with either the Mushkin or OCZ memory the Shuttle will not boot. The Mushkin SPD is programmed at 2-2-2-6 at DDR400, but the ST61G4 BIOS resets timings to 2-3-3-6. It is important to point out, however, that the ST61G4 will not operate at any timings faster than 2-3-3-6 with either our Mushkin or OCZ test memory. Instead of a separate Frequency/Voltage Control tab, Shuttle has included most of the voltage, memory timing, and FSB adjustments in the Advanced Chipset Features section. You will find the expected range of adjustments and boot sequence options in the Advanced BIOS Features section. The PC Health section continues the refinement of fan and thermal controls on Shuttle systems. Shuttle pioneered the kind of fan controls on SFF that can deliver whisper-quiet day-to-day operation. The menu/submenu arrangement will be familiar to most users.Ī full PC Health submenu with Smart Fan adjustments and a complete readout of fan speeds, temperatures, and power levels is provided. Shuttle uses the familiar Phoenix-Award Bios in the ST61G4. The ST61G4 is no exception, providing the full array of options that computer enthusiasts have come to expect in their motherboards, whether full-size or SFF. Lately, Shuttle has been equipping their SFF computers with flexible BIOS options that allow the enthusiast to get the most from their SFF system. This concludes how to access the Boot Menu from a Phoenix Award BIOS and set your System to Boot with USB.Shuttle XPC ST61G4: BIOS and Overclocking You can now proceed to boot Linux from your USB flash drive. If all went well, you should be presented with a boot screen containing your Live system. If you have properly formatted, activated the partition and installed Linux to your USB device, you can reboot.Note: If your USB device is not listed, you may need to set a boot flag on it to mark the partition active, so it can be detected as bootable. Use the up/down arrow keys to select your Bootable USB from the list, and then press enter.You should now see a menu similar to the one shown below. Use the up/down arrow keys to select the Hard Disk option from the menu and press Enter to accept.You should now be presented with a boot screen. ![]() Some commonly used BIOS Boot Menu keys are F2, F10, F11, and ESC ![]() Note: The key used to access your Boot Menu may vary. ![]()
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