Acer Aspire 7750G-6857/ 2.5 GHz with Turbo Boost up to 3.1 GHx/ Windows 7 64 bit/ Intel Core i5-2450M/ Radeon graphics HD 7670M 1GB VRAM/ AMD Dynamic Switchable Graphics/ 6GB DDR3 Memory/ 500GB HDO/ Acer Nplify 802.11 b/g/n
I've posted questions on this forum before when I started using X5 2 years ago. I've played with it more since then (but not as much as I would like due to school/work). I just have some questions about the program and some problems I came across while doing my art:
I can't think of anything else. Sorry for so many questions. Thanks in advance.
treble said: I am planning on building my own computer with top of the line parts. Will that help any/ reduce bugs?
It can givet you a faster machine, with more resources for the same cost, which may mean you can do bigger jobs before encountering problems, but it will not help with actual bugs, it can only reduce limitations and/or get the work done faster.
One of the problems with off-the-shelf machines is that they tend to be bundled with unwanted software, often preinstalled demos which expire and usually things you don't need. They all bog down the machine and sometimes, getting rid of them can be difficult. But the manufacturers get advertising money from including this rubbish, so they rarely give you the option of getting a machine to the same specification but without the unwanted garbage.
Equally, an off-the-shelf machine is unlikely to be designed for the most economical subsequent upgrade. If you buy a machine with 4 memory slots and 4Gb memory, it is likely to arrive with all four slots occupied by 1Gb memory. When you want to upgrade it, you have to through that away to make room for the new memory, when for probably just a pound extra it could have left 2 or 3 slots spare (depending on the architecture). But if you're building it yourself, you'll probably decide to put in 2 x 4Gb from the outset, probably at very little extra cost, but leaving two slots free for future expansion.
But there are downsides to building your own. First, you will be buying the components in small quantities, so you do not have the bulk purchase discounts that the manufacturers can obtain. Even after subtracting the cost they allow for assembling and testing, you may not be able to build an equivalent machine for the same cost. Next, you need a very good understanding of the mutual compatibility of the items you choose to avoid buying parts that will not work together.
A possible answer is to find a company that will build to your specification, using an online configurator that guarantees mutual compatibility of parts. I've found such a company in the UK, and had two machines built there.