Aktueller Inhalt von demultiplexer

But that still raises the question: has anybody made an ultra-low-power trinity system yet? Kind of interested in that...

The RAM voltage doesn't matter at all for typical (=mostly idle) power consumption. DDR3 has power down states which reduce power consumption to well under 1W in idle. In my 5.9W ivy bridge build I actually overvolt my RAM (1.55V). In idle (ACPI C3/Intel C6) the RAM power consumption is about...

I investigated the difference between 1 or 2 RAM slots populated a while ago: Mux' vragenuurtje 17/8/2012: hoe zuinig is geheugen? - mux' blog (it's in Dutch, shouldn't be extremely hard to follow for you) Basically, RAM uses no power at all in idle. DDR3 has power down modes specified as an...

The problem here is that both the OS and the actual hardware won't let me get much lower. Idle, the windows 7 and 8 kernels drop down to a tick rate of around 3Hz which means that essentially the processor and RAM are constantly in power down and the IA cores aren't using any power. When the...

As promised, here is a link to a summary post about my ultra low power (5.9W) ivy bridge system: Fluffy2 - 5.9 Watt high-end desktop computer - mux' blog Hope you like it :) more to come

Like most of these kinds of chips, this inductor is part of the built-in DC/DC converter that makes a suitable core voltage for this chip. You'll find similar approaches (no 1117 or similar LDO chip, but built-in switching DC/DC converters) in most other peripheral chips nowadays, with probably...

I doubt you will find this information anywhere else without doing some original research yourself. As I understand it, both VRD11.1 and VRD12 specifications are supposed to be compatible with sandy bridge (VRD, or voltage regulator down, being intel's specification for their VRM interface)...

All Ivy Bridge motherboards have to support intel SVID, but not all boards support a straight implementation. This is why there is such a large difference between APS (active phase switching) and SVID mode on some boards. Intel SVID is how the processor itself communicates with the VRMs. In the...

Of course, the above effects I described ony make sense with all else being equal. First of all: the formula still stands because universal input power adapters have either a PFC circuit that doubles the input voltage (to get back to 320VDC) or use other techniques that basically boil down to...

This is not an easy question to answer, I think I will leave a proper (technical) explanation for either a text or video blog because many people have this question (how the hell do I know that a certain board is the best board without anybody having seen or reviewed it? Is it wizardry? - I...

Yeah, I would honestly be a bit upset if somebody would easily surpass this result. It took me more than a month of tinkering... and lots of annoyance. This motherboard is *not* easy to mod. I would really like Intel to have some kind of backup BIOS feature, and control over more parameters in...

definitiv niedrigste verbrauch (sorry for the english post) I'm currently about halfway designing and building one of my new projects. You may (but probably won't) know me from 1.5 years ago when I posted some things about my 8.3W core i3 build ( 8.5W Core i3-based desktop computer (English) -...

(I'm sorry for my English posts, I can read german just fine (so you can answer in german if you want), but I'm not confident about my german writing, so that's why) I know these meters have been tested and given good marks, but as somebody who actually researches in this field I know that...

I'd like to know the DC current values to verify your AC measurements... Can you do that? AC measurements are pretty inaccurate with these meters in this measurement range.

I just got word of somebody with the following configuration and no modding at all: Da's inderdaad dat i3-systeem: Intel DH67CF Intel i3 2100 processor Thermaltake Slim X3 koeler Kingston ValueRAM KVR1333D3N9K2/4G (2 x 2GB memory WD Scorpio Black WD5000BEKT harddisk Pico-PSU 90W & 70W adapter...