Book Repair

Pick your parts in this order: decide what resolution and frame rate you actually want, set a total budget, buy the graphics card that hits that target, then build everything else around it. That sequence works because the GPU sets your gaming performance more than any other single component, and every part downstream of it (processor, motherboard, power supply, case) has to physically and electrically support the card you chose.

One thing has changed in 2026, though, and most of the guides ranking for this topic have not caught up. Memory and storage are no longer cheap afterthoughts you tack on at the end. A 32GB DDR5 kit that sold for $80 to $120 in mid-2025 now runs $375 or more. That single line item rewrites how you split a build budget, and it is the reason a parts list copied from a 2024 guide will blow past what you planned to spend.

We build custom rigs and fix the ones that go wrong, at our shop on Linden Avenue in Zanesville. Since 2017, we have worked through more than 14,000 repairs, which means we see the parts choices that come back to bite people. So this is how to choose PC parts as of right now, not as of two years ago, and what we would tell a friend building their first machine this month.

Key takeaways

  • Choose your monitor target first (1080p, 1440p, or 4K), because that decision sets the budget for everything else.
  • The graphics card deserves the largest share of your money, but the old “GPU gets 40 percent” rule no longer works in 2026.
  • RAM and SSD prices have risen roughly four to five times since mid-2025 because AI data centers are absorbing the supply. Budget for it up front instead of getting surprised at checkout.
  • 32GB of DDR5-6000 and a 1TB NVMe drive are the practical baseline. Buy the capacity you need now, not the capacity you might want in three years.
  • Eight CPU cores is plenty for gaming. Spending past that pulls money away from the GPU, where you would actually feel it.
  • The power supply is where cheaping out costs the most. A bad unit can take other parts down with it, and we see the results of that on the bench.
  • Check compatibility on socket, RAM type, GPU length, cooler height, and power connectors before you buy anything.

In this article

  • Start with the screen, not the parts
  • Why the 2026 budget split is different
  • How to choose PC parts in the right order
  • Graphics card: your biggest lever
  • Processor: buy the platform, not just the chip
  • Memory and storage: the parts that broke the budget
  • Power supply: where we see the most expensive mistakes
  • Case and cooling: airflow beats looks
  • The compatibility checks that actually bite
  • What we would build at three budgets
  • When it makes sense to have someone else build it
  • Frequently asked questions

Start with the screen, not the parts

Most people start by asking which graphics card is best. The better first question is what you are plugging it into.

A 1080p 144Hz monitor, a 1440p 165Hz panel, and a 4K 120Hz display ask for wildly different hardware. Building a 4K-capable system and running it on a 1080p 60Hz monitor wastes hundreds of dollars you will never see on screen. Going the other way is worse: pairing a budget card with a high-refresh 1440p display means you paid for frames the GPU cannot deliver.

So write down two numbers before anything else. Your resolution, and your target frame rate. Then check the games you actually play. A competitive shooter at 1080p and a path-traced open-world game at 4K are not remotely the same workload, and neither is streaming while you play.

Why the 2026 budget split is different

The standard advice you will find in most guides goes something like this: put 35 to 45 percent of your budget into the GPU, 20 to 30 percent into the CPU, and treat RAM and storage as small, cheap line items.

That advice was written when 32GB of DDR5 cost about $90 and a 2TB NVMe drive cost about $150. Neither is true anymore.

Memory makers shifted production capacity toward high-bandwidth memory for AI accelerators, which is far more profitable per wafer than the DDR5 that goes in your PC. The result showed up fast. In early June 2026, Tom’s Hardware reported the cheapest 32GB DDR5 kit in the United States at $374.97, with 64GB pushing $680. A year earlier those same 32GB kits routinely sold in the $80 to $120 range.

Storage followed the same path for the same reason. A 2TB NVMe drive that sold for around $175 in late 2025 was listing near $379 by spring 2026. SK hynix has warned that manufacturing constraints could stretch well past 2027, so this is not a blip that reverses next quarter.

What that means for you, practically:

Budget for RAM and storage first, not last. On a $1,200 build, memory and a boot drive can now eat $500 or more before you have chosen a single other part. If you plan around old numbers, you will end up cutting the GPU to cover the shortfall, which is exactly backward.

Buy the capacity you need, once. Adding a second RAM kit later is normally the cheap upgrade path. Right now it is the expensive one, and mixed kits are a common source of instability. Get 32GB in a single matched kit and be done.

Do not wait for a crash. People keep asking us whether to hold off six months. We do not think that is the play. The pressure here is a deliberate reallocation of manufacturing capacity toward a customer that pays more, not a temporary shortage that corrects itself. If you need a machine, build it, and check the live RAM price tracker for a good week rather than a good year.

One workaround that does help: retailer combo bundles. Pairing memory with a motherboard or CPU regularly knocks $100 to $150 off the standalone kit price, and those bundles have been one of the few real discounts available all year.

How to choose PC parts in the right order

Here is the sequence we use when we spec a build for a customer:

  1. Monitor target. Resolution and refresh rate.
  2. Total budget. The real number, including Windows and any peripherals you still need.
  3. Memory and storage. Price these early in 2026 so you know what is actually left.
  4. Graphics card. Spend what remains at the top of your range here.
  5. Processor. Match it to the GPU. Do not overspend.
  6. Motherboard. Chosen by socket and the features you will actually use.
  7. Power supply. Sized to the finished parts list, never guessed at the start.
  8. Case and cooling. Chosen last, once you know the GPU length and cooler height you need to fit.

The power supply comes near the end for a reason: you cannot size it correctly until you know what is going in the system.

Graphics card: your biggest lever

At 1440p and 4K, the GPU is what determines your frame rate. Buy the strongest card your budget tolerates, then stop.

A few current reference points, though prices move weekly and AMD and NVIDIA cards have been drifting from their launch MSRPs in different directions:

  • 1080p high refresh: the Radeon RX 9060 XT 16GB (around $349) and the GeForce RTX 5060 Ti 16GB ($429 MSRP) both do this comfortably. The 16GB models are worth the step up over their 8GB siblings.
  • 1440p, the sweet spot for most builds: the RTX 5070 and RX 9070 both launched at $549. The RX 9070 XT sits a tier up and has been holding much closer to list, commonly $650 to $750.
  • 4K and heavy ray tracing: the RTX 5070 Ti carries a $749 MSRP but has been selling well above it, often $880 to over $1,000 depending on the model.

The honest trade-off between the two brands: NVIDIA is ahead on ray tracing, and its DLSS upscaling and frame generation are supported in more games. AMD tends to give you more raw frames per dollar and more VRAM at the same price. If you mostly play rasterized titles and want the most performance per dollar, AMD earns a hard look. If you play a lot of path-traced AAA releases or you also do video and 3D work, NVIDIA is the safer buy. Neither answer is wrong. Tom’s Hardware keeps a current GPU hierarchy worth checking before you commit.

Watch VRAM. Anything with 8GB is already showing strain at 1440p with high texture settings. If you are spending more than about $350 on a card, look for 16GB.

Processor: buy the platform, not just the chip

For gaming, eight cores is where the benefit flattens out. Performance scaling falls off hard past that point, and the money is better spent on the GPU.

AMD’s AM5 socket is the sensible default for most builds right now. It has a longer runway for future CPU upgrades than the alternative, it uses DDR5, and there is a wide range of boards from cheap B650 up. The Ryzen 7 9800X3D is the strongest gaming chip most people can buy, with its stacked cache delivering unusually good minimum frame rates in simulation-heavy and competitive titles. If that is out of budget, a Ryzen 5 7600 or 9600X will not hold back a mid-range card at 1440p.

Intel’s Core Ultra 200S parts are competitive and often better value in bundles, particularly if you do heavy multi-threaded work alongside gaming. They are a fine choice. Just check the socket’s upgrade path before you commit.

The mistake we see most: someone spends $500 on a flagship CPU and pairs it with a $350 GPU. At 1440p and 4K that combination leaves the processor idling while the graphics card struggles. Balance beats bragging rights.

Memory and storage: the parts that broke the budget

RAM. 32GB of DDR5-6000 with CL30 timings is the target for a 2026 gaming build. On AMD systems, look for a kit with an EXPO profile; on Intel, XMP. Enable it in BIOS after you build, because memory runs at a slower default speed until you do, and a surprising number of the machines that come through our shop have never had it turned on.

16GB still works for esports titles and lighter games, and at current pricing it is a legitimate way to get a system built now with room to add later. Just know that some modern games will push past it.

Storage. One 1TB Gen4 NVMe drive is the practical starting point. Gen5 drives are faster on paper but the real-world gaming difference is small, and they cost meaningfully more and run hotter. Skip them unless you have a specific workload that benefits.

The 1TB and 2TB tiers still have the widest selection and the most competitive pricing. The 4TB and 8TB tiers took the worst of the price spike, so if you need bulk storage for a game library, a traditional hard drive alongside your NVMe boot drive is a much better value than it was two years ago. You can check current drive pricing on Tom’s Hardware’s SSD tracker before you buy.

Power supply: where we see the most expensive mistakes

This is the part people cut to save $40, and it is the one we most often trace a dead system back to when a build lands on our repair bench.

Three rules:

Buy a real brand with a real warranty. A no-name 1000W unit is worse than a reputable 850W one. Look for 80 Plus Gold or better and a five-year or longer warranty, which is a decent proxy for whether the manufacturer trusts its own product.

Get an ATX 3.1 unit with a native 12V-2×6 cable if you are running an NVIDIA 50-series card. The revised connector uses longer power pins and shorter sense pins specifically so a partially seated plug fails safe instead of overheating. Modern GPUs also spike well above their rated draw for milliseconds at a time, and ATX 3.1 units are built to ride out those transients. Use the native cable that came with the supply. Daisy-chained adapters bundling multiple 8-pin connectors into one 16-pin plug are where we see the melted connectors.

Leave headroom. Aim for the system drawing roughly 50 to 70 percent of the supply’s rating under load. It runs cooler, quieter, and more efficiently there. As rough guidance: 650W to 750W for an RTX 5060 or 5070 class build, 850W for a 5080, and 1000W or more for a 5090, which alone pulls up to 575W.

And seat the connector fully. Push until it clicks. Most connector failures we see are a seating problem, not a wattage problem.

Case and cooling: airflow beats looks

Pick the case last, once you know your GPU’s length and your CPU cooler’s height, and check both against the case manufacturer’s clearance specs. Modern graphics cards are long and often three slots thick.

Mesh front panels move more air than solid glass ones. A good $80 airflow case with three included fans will outperform a $150 case that looks better and suffocates. For most builds a quality air cooler is all you need. Liquid cooling makes sense for high-end Intel chips and for small cases, but it adds a pump that can fail years down the line.

If you are picking parts yourself, run the finished list through PCPartPicker. It catches socket and RAM mismatches automatically. It will not catch RAM height conflicting with a tall air cooler, or a radiator that fights your case’s drive cage, so measure those yourself.

The compatibility checks that actually bite

Socket and RAM generation are the checks everyone remembers. These are the ones that actually cause the returns:

  • GPU length and slot thickness versus your case clearance. Measure. Do not eyeball it.
  • CPU cooler height versus case width, and cooler width versus your RAM heatsinks.
  • Power connectors, not just total wattage. Does the supply have the right cable for your specific card?
  • Motherboard form factor versus case, and whether that Micro ATX board has enough M.2 slots and fan headers for your plans.
  • Front panel USB-C. If your case has a USB-C port, the motherboard needs the matching internal header, or it does nothing.
  • Monitor cable version. HDMI 2.0 and 2.1 ports look identical. Only 2.1 will drive 4K at high refresh rates.

What we would build at three budgets

Approximate targets, and the memory and storage lines are what will move these totals most:

1080p high refresh. Ryzen 5 7600 or 9600X, RX 9060 XT 16GB, B650 board, 32GB DDR5-6000, 1TB Gen4 NVMe, 650W Gold ATX 3.1, mesh mid-tower.

1440p high refresh. Ryzen 7 9700X or 9800X3D, RX 9070 XT or RTX 5070, B650E or B850 board, 32GB DDR5-6000 CL30, 1TB or 2TB Gen4 NVMe, 750W to 850W Gold ATX 3.1, good airflow case with a solid air cooler.

4K and ray tracing. Ryzen 7 9800X3D, RTX 5070 Ti or above, X870 board, 32GB DDR5-6000, 2TB NVMe, 1000W ATX 3.1 with a native 12V-2×6 cable, high-airflow case.

Notice that 32GB appears in all three. In this market, going to 64GB is a several hundred dollar decision, and unless you are doing heavy video work or running local AI models, it will not make your games faster.

When it makes sense to have someone else build it

Building your own PC is genuinely satisfying, and we will always encourage anyone curious enough to try it. Plenty of our customers do exactly that, and we are happy to answer a compatibility question from someone who is buying parts elsewhere.

That said, there are a few situations where handing it off is the better call. If your parts list is your first one and the total is above $1,500, a wiring mistake gets expensive fast. If you do not want to deal with individual manufacturer RMAs when one component in ten turns out to be faulty. Or if you simply want it to work the first time you press the power button.

When we build a custom gaming PC for someone, we spec the parts against what they actually play, source them, assemble and cable them, stress test the finished system, and hand it over with the operating system installed and the memory profile turned on. If a part fails, you bring the machine to us instead of arguing with three different manufacturers.

We also handle the other side of this. If a build you already own is crashing, throttling, or refusing to post, our PC and gaming computer repair service will diagnose it, and we work on hardware other shops turn away. If a drive has failed and you need what was on it, our data recovery team can often pull it back.

Frequently asked questions

How do I choose PC parts if I have never built a computer before?

Work backward from your monitor. Decide your resolution and target frame rate, set a total budget, price memory and storage first because they are unusually expensive right now, then put the largest remaining share into the graphics card. Run the finished list through a compatibility checker before you buy, and bring it to us if you want a second set of eyes on it.

Should I wait for RAM and SSD prices to come down before I build?

We would not. The current pricing comes from memory manufacturers deliberately shifting capacity toward AI data center customers who pay more, and industry forecasts do not point to meaningful relief before 2027 or later. If you need a computer, build it now and buy exactly the capacity you need. Waiting for a crash that analysts do not expect means going without a machine for a year.

How much does it cost to build a gaming PC in 2026?

Realistically, around $1,000 is the floor for a new build that games well at 1080p, and $1,500 to $1,800 gets you a comfortable 1440p system. Those numbers are noticeably higher than they were two years ago, and almost all of that increase comes from memory and storage rather than from the graphics card.

Is it cheaper to build a PC or buy a prebuilt one?

The gap has narrowed. Large manufacturers buy memory on long-term contracts, so their pricing has absorbed less of the recent increase than retail parts have. Building still gives you better component quality at the same price and full control over what goes in, but a prebuilt is no longer the obviously worse deal it was a few years ago. Compare the actual parts lists, not just the totals.

Do I really need an ATX 3.1 power supply?

If you are installing a current NVIDIA 50-series card, yes, get one with a native 12V-2×6 cable. Most AMD cards still use standard 8-pin PCIe connectors and do not require it, though some RX 9070 models use the newer connector, so check your specific card. Either way, buy from a reputable brand and leave wattage headroom.

Can I reuse parts from my old PC?

Often, and in this market it is worth doing. Cases, power supplies (if reasonably new and adequately rated), storage drives, and fans usually carry over fine. Memory generally does not, since DDR4 and DDR5 are not interchangeable and current platforms need DDR5. Bring your old machine in, and we will tell you what is worth keeping, or trade it toward the new one through our buy, sell, and trade program.

Getting it right the first time

Knowing how to choose PC parts comes down to sequence and restraint. Start with the screen you are building for, price the expensive fundamentals honestly, put your money where you will actually feel it, and resist the urge to buy a component tier you cannot use. The people who end up disappointed are usually the ones who bought the most impressive-sounding part on the list rather than the most balanced one.

If you want a hand with any of it, whether that is a full custom build, a second opinion on a parts list, or a diagnosis on a machine that is not behaving, stop by the shop or book an appointment. We have been doing this in Zanesville since 2017, and we would rather talk you out of the wrong part before you buy it than fix the problem after.