As Nathan Davis always says, a couple of extra volts never hurt anyone.
Finally the hard yards have been done for you, at least in regards to VDIMM modifications. As a result, this inspired DDR1 VDIMM modifier saves the hassle of killing components before you get started on upping the voltage. This doesn't make it safer than having a successful volt mod. Increased volts are still just as potentially damaging to the memory, but you can now keep your mobo warranty.
The Booster's primary function is to ramp up the amount of available voltage to 3.9V max, but it also helps with the delivery of a cleaner juice supply. It does steal a DIMM slot, so be warned if you have full DIMM slots. The exact voltage being pumped through is controlled via the mounted potentiometer and displayed on the two LED units. In case the voltage isn't being displayed correctly as per factory calibration, there is an adjustable variable resistor just below them to let you know what's going on. Once the voltage hits 3.4V, extra cooling is required as both the memory and the Booster rise significantly in temperature.
A major problem we came across was an unavoidable design dilemma. Not all boards have the DIMM slots arranged the same, so if the shorter end of the DIMM notch is pointing down, you're going to lose two slots (unless you use the slot closest to the CPU) and have less access to good airflow.
Before leaping up to grab one, be sure to check the OCZ website's compatibility list, as several popular boards unfortunately don't support it. If you're a zealous overclocker, this ingenious, albeit slightly expensive device is exactly what you might want for your next overclock.
Volt modding is now more accessible, and that's just a little scary, but kudos to OCZ for leaping ahead with an entirely new and useful gadget.
Issue: 137 | June, 2012