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Keep and eye on CPU load when it's struggling, probably you will have one core that is under load and the rest idling - if the one core that is loaded is 100% pegged all the time then faster ram is unlikely to make any difference whatsoever.

Stl tolerance mastercam 2019 install#

I would suggest that you will be disappointed if you install faster ram with great expectations. Regarding memory speed, on DDR4 on intel, it doesn't make much difference in real world applications. Will it make a difference?ДЄs for card my initial research points me to a quadro p2200, it's reasonably priced, new design, 5gb memory. I get it's an amateur move, but let's be honest, sometimes youve got to make a change.ДЄs for graphics card, I'm fully on board with buying a new one, however I really only see my graphics card working when I'm simulating, never when I'm generating toolpaths. I think usually what happens for me is I'll be 70 paths into a part, when I decide I need to take rough out one more little area, or perhaps change a stickout length of a tool, so I add a path somewhere at the top, and since 1/3 of what I'm doing is stock model based, I have to regenerate everything.

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and upgrade that video card! Rest of the system is a beast but your running a piddly $200 2gb video card.Definitely a great tip, However that is usually what I do, at least for surfacing operations, and vector driven paths. Once you're happy with the tool motion, then adjust to the needed stepover/tolerance. When building your toolpath leave the stepovers and tolerances high.

#1 problem I see when complaints about processing speed.getting too fine too early. I also agree that faster RAM is better, as long as you get a motherboard that can support running it at that speed (check beforehand).ДЄlso seconding to check whether the network is your real performance bottleneck, if you are truly keeping no files on the machine. If you are not planning on overclocking (which I think would be overkill for your workload and potentially introduce reliability issues if you aren't building/configuring for it), you can consider non-K model processors instead, possibly at some cost savings. The only question I would have about your build is whether you are planning on overclocking.

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Mud, what software are you using that requires Pro specifically to install?Д¬ompare Windows 10 Home vs Pro | Microsoft Windows Only reason to get pro is if you specifically need the pro features (mostly enterprise stuff for larger businesses). Partly asking for my own information, I'm no IT expert.W10 home is 64 bit, there's no architectural difference between home and pro.

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My first instinct is that the w10 Home might not be optimum, would a 64 bit windows run faster? Most of my software requires 64 bit Pro just to install. I don't mind spending money, what I hate is spending time waiting. Seems to me I need a better CPU right? If so what should I buy? I assume I'll need another mother board correct?ДЄlso what else should I have to speed things up, my hard drives are almost empty as I don't keep the files on my programming computer.

Now most people tell me the graphics card is most important, however when I look at my processes during toolpath generation I see my graphics card at 1-2 percent, and my CPU at about 80-100 percent. Keep in mind, I don't actually know a ton about computers so some of my statements may be wrong.Дўx Samsung 960 EVO Series - 250GB PCIe NVMe - M.2 Internal SSD - RAID So I'm looking to either put together a new computer, or upgrade my current build.

Some toolpaths might take 10 minutes to generate, and collision checking with Camplete might take an hour, needless to say it's unbearable. Now I'm doing significantly larger and more complicated parts, and as a result my computer is lagging. I built my computer about 2 years ago, before I was doing any 5 axis work.