Memory and storage now make up 35% of a PC's cost. Here Is How to Stop Overpaying for What You Do Not Need.

Memory Now Costs 35% of Your PC. Here Is How to Stop Overpaying for What You Do Not Need.

Memory and storage now make up 35% of a PC's cost.

You built your last PC three years ago. You remember the rough maths — the GPU took the biggest chunk of the budget, the CPU took the next, and storage and memory were somewhere around 15 to 18% of the total. Meaningful but manageable. You did not lose sleep over the price of RAM or an SSD.

Try running those same numbers today. HP said it publicly earlier this year: memory and storage now account for roughly 35% of a PC’s total bill of materials. MediaTek went further, revealing that memory alone makes up 50% of the cost of a mobile chip package. The component that used to be the easy line item has quietly become the most expensive single category in your entire machine — ahead of the CPU, and in many mid-range builds, approaching the GPU.

This changes how you should think about building, upgrading, and buying. Not because the technology is different — the drives and RAM sticks work the same way they did two years ago — but because the budget allocation has shifted so dramatically that the old rules about where to spend and where to save no longer apply. If you are still building the way you built in 2024, you are almost certainly misallocating money.

Here is how to build smart when a third of your budget goes to memory and storage before you even pick a processor.

Why This Is Not Just “Things Cost More”

Price increases are one thing. A structural reallocation of where your money goes inside a machine is something else entirely, and that is what is happening in 2026.

The supply side is not recovering on any timeline that helps you this year. Three days ago, Phison’s CEO Pua Khein-Seng stated publicly that new NAND production capacity has a four-year lead time from investment to actual supply — meaning the current shortage could extend to 2030. Western Digital’s CEO disclosed in Q2 2026 earnings that the company is “pretty much sold out for calendar 2026,” with 89% of revenue coming from cloud customers. Kioxia, the third-largest NAND manufacturer, confirmed that this year’s production is already sold out. When three of the biggest names in storage are telling you there is nothing left on the shelf, that is not a pricing cycle — it is a supply reality.

The downstream effects are already hitting your shopping cart. Crucial exited the consumer market entirely in early 2026. The Steam Deck is out of stock, with Valve citing memory and storage shortages directly. Microsoft discontinued the 2TB Xbox Series X rather than absorb the storage cost, and added $100 to $150 to every remaining Xbox model. Lenovo and Acer have announced PC price increases across their ranges. The crisis is no longer contained to the SSD aisle — it has spread to every device category that uses NAND or DRAM.

The Grocery Budget Analogy

Imagine your weekly grocery budget is £100. For years, meat took about £15 of that — meaningful but not dominant. You spent the rest on everything else without much stress.

Now imagine meat prices triple. Suddenly meat costs £45 out of your £100. You have not changed what you eat. You have not bought more of it. But the allocation has shifted so dramatically that everything else — vegetables, dairy, bread, snacks — now has to fight over a smaller remaining budget. The quality of your meals depends on how well you reallocate, not on how much you spend in total.

That is exactly what has happened to PC builds. Memory and storage went from £15 out of every £100 to £35. The total budget did not grow. Every other component — GPU, CPU, motherboard, case, cooling — now competes for a smaller share. The builders who adjust their allocation will end up with better machines than the ones who keep trying to buy the same specs at the old ratios.

The 2026 Build Priority: Where Your Money Actually Matters Most

When a third of your budget goes to memory and storage, the question stops being “which is the fastest drive?” and starts being “where does each dollar create the most noticeable difference in how this machine feels?”

Here is how different build profiles should allocate when memory costs are elevated:

Your Build	Old Priority (2024)	Right Priority Now	Where to Save	addlink Pick
Budget gaming PC	GPU first, cheapest SSD	GPU first, but right-size the SSD — 1TB Gen4 not 2TB	Do not overshoot on capacity you will not fill this year	S85 (Gen4, 6,000 MB/s)
Mainstream productivity	Balanced spend across all components	RAM matters more than SSD speed — 32GB DDR5 is the new 16GB	A Gen4 drive at 6,000 MB/s feels identical to 7,400 MB/s in daily use	S85 + Spider S5 DDR5
PS5 expansion	Heatsink + speed	Unchanged — Sony’s requirements are non-negotiable	Do not buy Gen5 for PS5 (runs at Gen4 speed anyway)	A93 (heatsink, 7,400 MB/s)
AI workstation / creator	Fastest everything	SSD speed genuinely matters here — Gen5 earns its premium for model loading	Save on capacity with a two-drive strategy, spend on bandwidth	G55H + Spider S5 DDR5

The table reveals something counterintuitive: for two out of four build profiles, the right move is to buy a slightly slower drive and redirect the savings into more RAM. At 2026 memory prices, 32GB of DDR5 costs what 64GB cost eighteen months ago. Underspending on RAM to overspend on SSD speed you cannot perceive in daily use is the single most common budget misallocation happening right now.

The Availability Problem Nobody Is Talking About

Price is the crisis everyone discusses. Availability is the crisis that actually determines whether you can build at all.

When Western Digital says it is sold out for the year, that does not mean their drives cost more — it means they do not exist on the shelf. When Crucial exits the consumer market, those SKUs do not get cheaper — they disappear. When Phison begins requesting prepayments on controller orders, that signals tightening at the component level that will show up as empty product pages three to six months from now.

The practical consequence for builders: the drive or RAM kit you are considering today may not be available next month at any price. This is not speculation — it is what the CEOs of the companies that make these components are saying publicly, on earnings calls, in 2026.

This shifts the buying calculus. In a normal market, you compare specs and prices and pick the best value. In this market, you compare specs, prices, and whether the product actually exists in purchasable form. A drive that is technically better but out of stock is not an option — it is a fantasy. A drive that is in stock, at honest specs, from a brand that is still actively shipping consumer product with a real warranty, is worth more than its spec sheet suggests.

The addlink S85 runs at 6,000 MB/s — not the fastest Gen4 on paper, but a genuine, available, shipping Gen4 NVMe drive with a 5-year warranty at a time when several higher-spec alternatives have either disappeared from shelves or doubled in price. In this market, available and honest beats theoretical and unavailable.

Two Rules for Building When Memory Eats Your Budget

The old build advice assumed storage and memory were the flexible line items — the places you could cut to put more money into your GPU or CPU. That assumption is now backwards. Here is what replaces it.

Right-size your capacity to what you will actually use in the next twelve months, not what you might need in three years. The per-gigabyte premium on 4TB and 8TB drives has inflated far more than the 1–2TB range because large-capacity drives overlap with enterprise demand. A 2TB drive at today’s prices gives you genuine working room. A 4TB drive at today’s prices costs disproportionately more per gigabyte. Buy the capacity you need now and plan for a second drive when larger capacities stabilise — do not pay the 2026 premium on space you will not fill until 2028.

Treat RAM and SSD as a single budget line, not two separate ones. When memory was 15% of your build, it did not matter much how you split it between RAM and storage. At 35%, the split determines how the machine actually performs. For most users, 32GB of fast DDR5 paired with a good Gen4 NVMe produces a better daily experience than 16GB of DDR5 paired with a top-tier Gen5 NVMe. The RAM bottleneck shows up in every application simultaneously — browser tabs, background processes, AI features in your OS. The SSD speed difference between Gen4 and Gen5 shows up only during large file transfers and model loading. Allocate accordingly.

Frequently Asked Questions

1. Is 16GB of DDR5 still enough in 2026?

It is increasingly not. Windows 11 with AI-assisted features, modern browsers with dozens of tabs, and background processes from creative or productivity tools routinely consume 12–14GB before you open your main application. At 16GB you are constantly on the edge of swap, which means your SSD picks up the slack as virtual memory — slower, and wearing the drive faster. 32GB has become the practical minimum for a system that stays responsive under real multitasking loads. The addlink Spider S5 DDR5 at 32GB covers this cleanly.

2. Does it actually matter whether my Gen4 drive does 6,000 MB/s or 7,400 MB/s?

For daily use, gaming, and general productivity — no. The difference between 6,000 MB/s and 7,400 MB/s in sequential reads is measurable in benchmarks and invisible in practice for these workloads. Boot times, app launches, and game loading are governed by random IOPS at low queue depths, where Gen4 drives cluster together regardless of their sequential speed rating. The gap matters for sustained large-file transfers (video editing, AI model loading) where sequential throughput is the actual bottleneck. For most builders in 2026, the money saved on a 6,000 MB/s drive is better redirected into RAM.

3. Should I buy DDR4 instead of DDR5 to save money since DDR4 is cheaper?

Only if your platform requires it. If you are on AM4 or an older Intel socket, DDR4 is your only option and prices are still reasonable relative to DDR5. If you are building new on AM5 or LGA1851, buying DDR4 is not possible — these platforms are DDR5-only. Do not build on a legacy DDR4 platform specifically to save on memory costs — the platform itself will limit your upgrade path going forward, and DDR4 prices are no longer immune to the crisis. Popular DDR4 kits have crept above $200, and 64GB DDR4 now clears $1,000 at retail.

4. With major brands sold out, how do I know if a lesser-known brand is trustworthy?

Three signals matter. First, does the brand publish the controller and NAND specifications for each drive, and do those match what independent reviewers have found when they opened one? Second, does the brand offer a 5-year warranty — which puts real financial accountability behind what they shipped? Third, is the brand actively maintaining a consumer product roadmap, or is it a white-label operation that could disappear from the market next quarter? In a consolidating market where a 29-year brand like Crucial can exit overnight, these signals carry more weight than name recognition alone.

5. How long will the 35% memory cost ratio last? Is this temporary?

Phison’s CEO stated three days ago that new NAND production capacity has a four-year lead time from investment to supply. Western Digital and Kioxia are sold out for all of 2026. Industry analysts do not project meaningful consumer price relief before 2027, and new factory capacity will not reach the market until 2028 at the earliest. The 35% ratio may ease slightly as production eventually scales, but a return to the 15–18% era would require a supply expansion that nobody in the industry is currently projecting within the next two to three years. Plan your builds around the current ratio, not the one you remember.

The Verdict: So What Should You Actually Do?

Here it is in plain terms:

If you are building a budget or mainstream PC and trying to stretch every dollar: Stop overspending on SSD speed you cannot feel and redirect that money into RAM. The addlink S85 at 6,000 MB/s Gen4 is the available, honest Gen4 option right now — it does not chase the highest spec-sheet number, but it delivers daily performance that is indistinguishable from faster Gen4 drives for gaming and productivity. Pair it with 32GB of addlink Spider S5 DDR5 and the memory half of your build is covered without overpaying for headroom you will not use.

If you are expanding a PS5 ahead of GTA 6 and the digital-only shift: The requirements are non-negotiable and the addlink A93 meets every one of them — 7,400 MB/s, heatsink included, single-sided, built to Sony’s slot dimensions. Do not buy a Gen5 drive for the PS5. It runs at Gen4 speed inside the console and wastes money on bandwidth the hardware cannot use.

If you are building an AI workstation or creator rig where SSD speed genuinely matters: This is the one build profile where Gen5 earns its premium. The addlink G55H at 10,300 MB/s makes a measurable difference in model loading and sustained pipeline throughput. Pair it with the Spider S5 DDR5 at 32GB or 64GB — the SSD and RAM work as a team for AI workloads, and underspending on either one bottlenecks the other.

If your main concern is simply whether the product you order will actually arrive: In a market where Western Digital is sold out for the year, Crucial no longer exists as a consumer brand, and Kioxia’s production is fully allocated — availability is not a given. Every addlink product recommended in this post is currently in stock and shipping with a 5-year warranty. That is not a marketing point. It is the answer to a question that did not need asking eighteen months ago.

You can explore the full addlink lineup at addlink.com.tw. Before you build, run the maths on your own budget — if memory and storage are taking more than 30% of your total, you are in the new normal. Build for it rather than against it.

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