You’ve probably heard the cooling fan in your desktop or notebook whirring feverishly on more than occasion, and the truth is that computing devices are overheating more often that ever before these days. Those fans are really working overtime as the devices themselves are being put through their paces especially hard, and in the bigger picture of things the technology they’re being made to accommodate is pushing them like they haven’t been pushed before. But as the expression goes, you’re not going to stop progress and so those demands aren’t going anywhere. Devices are going to be getting hot and overheating, so what’s the solution for that if there is one at all? Innovation always goes right along with progress fortunately and what we have on the immediate horizon right now is something called momentum computing. We’ll get into what that is with this blog entry, but what it does is provide a cooling solution that’s a roundabout benefit that comes with a revolutionary way of handling computing requests. This is something that is going to be of interest to any other reliable Canadian web hosting provider in the same way it for us at 4GoodHosting. That’s because large-scale applications of this same issue - namely data center cooling - is always front and center for all of us. So what exactly is this momentum computing, and what’s to be made of it? Countering Heat With computer circuitry becoming smaller and more densely packed all the time it becomes more prone to melting from the energy it dissipates as heat. But there is a new way of carrying out computation that has the added benefit of dissipating a much better amount of the heat produced by conventional circuits. Expanding on what they understand of this now could bring heat dissipation capacities in computing down below what are the theoretical minimums understood now. We’ll keep the tech part of this to a minimum, but a conventional computer sometimes has to erase bits of information in its memory circuits to make space for more. When a bit is reset, a certain minimum amount of energy is dissipated and at a value depending...
