Build AdviceIs there a proper order to start a new build ?
Build AdviceIs there a proper order to start a new build ?
As per the actual sequence of assembly, assuming all components are available, begin with the motherboard. Install the CPU, RAM, and M.2 drive. If you intend for the system to use an air cooler, you need to verify whether you can access all motherboard fasteners with it. With an AIO setup, it’s usually better to wait until later. A key consideration here is working within the motherboard enclosure. If your workspace is prone to static, consider using a wristband or similar protection.
Examine your case thoroughly to confirm that all standoffs are correctly positioned and in sufficient quantity. At this stage, inspect your screw bag (from the case) to ensure you recognize which fasteners correspond to those standoffs. It’s wise to review your case for the correct format and size of your graphics card. I often pause before pulling any backplates or I/O shields.
I recommend checking your case to verify it matches the proper specifications for your graphics solution. I usually wait briefly to connect any backplates before proceeding. Recently, I’ve noticed many cases are designed with removable components rather than replaceable ones. It’s important to ensure this design won’t damage the motherboard during removal or installation.
Returning to the motherboard, bring out the power supply and possibly the graphics card, connecting the appropriate cables. Assemble everything outside the case and power it up to confirm BIOS access before moving inside. I often install the operating system at this stage, connecting only the destination drive initially. This step may vary depending on your cooling solution.
Review your motherboard and case to understand your wiring requirements. Based on the case and power supply, assess whether you can manage cables efficiently with or without the motherboard. If using 2.5" or 3.5" drives, plan accordingly for cable routing. Ensure you can reach all cooling fans during installation.
Once the rig functions outside the case, it’s time to finalize the build. Usually, I pre-test any hard-to-reach cables, insert the motherboard, and secure everything properly. Pay attention to whether the cooler you selected requires modifications to the motherboard surface and if you can access it while inside or outside.
The final steps involve securing the graphics card, adding any remaining cooling components or AIO units, and ensuring all connections are secure. It’s a good idea to power on the PC before completing the wiring details. In some setups, using velcro or twist ties helps keep everything in place for the first few weeks, so nothing needs to be changed.
Have fun with your new build!
What software is this, and could it be improved with additional cores or RAM?
Excellent response, highly informative and easy to grasp. Appreciate the clarity.
I don't have any details about that software and its performance with CPUs, RAM, or GPU. It seems it probably doesn't scale well to 32 threads or beyond 32GB of memory. A 9700x might be a better fit. If anyone has additional insights or can provide more information about the software's scaling behavior, feel free to share and I'll help with specific hardware suggestions.