Terry Wilson3 said:I don't follow you guys. I’m not going to install fans just because they'll be spinning when I'm already feeling cold. That's not happening. Underfloor heating. Mesh substrate, 2.2 mm diameter, for retrofitting. Retrofitting both new builds and older structures. Power rating: 135 W/m2. Heating surface area per square meter? 390. That’s it. $0.00 Heating surface of 21 square feet = 590. $0.00 Heating area of 3 square meters = 790. $0.00 OS 107859 - 13472831 Starting at $390.
Might as well throw a radiator in there too.
600 x 600 mm = 364 W = $63 600 x 600 mm = 1012 W = $96 600 x 800 mm = 1346 W = $130 600 x 1000 mm = 1683 W = $163 600 x 1600 mm = 2693 W = $263 600 x 1200 mm = 2020 W = $196 600 x 1400 mm = 2356 W = $230 OS 103210 - 13472109 Starting at $189.
I don't usually post here, but smashing a case just to slap four neon strips on it is like some guy in a beat-up Civic cranking the bass until the windows rattle... all just to make sure everyone hears those obnoxious subwoofers from three blocks away...
Spent a little more time messing around with this piece of junk motherboard. At an 11x multiplier, the > hits 266. Tried 10x and managed 270, but 300 is a total no-go. When I set the FSB to 333 at 9x, the BIOS just throttled it down to 278 on its own. Anyway, I'm sticking with 11x at 266.
Morgan Richardson said:Is it even possible that the guys I bought this rig from installed some kind of lockout to prevent overclocking? Tried reinstalling the drivers, still nothing. Just stuck. No OC... 😕
Don't touch the Latency; you won't notice any difference... by the way, is it just me, or am I the only one running an Intel Core 2 Duo E4500 at 2.93GHz on this piece of junk motherboard?🤣