Entry-Level PCs Could Disappear by 2028. Here Is How to Keep the One You Have Alive.

Entry-Level PCs Could Disappear by 2028. Here Is How to Keep the One You Have Alive.

You have been meaning to replace your laptop. It is three years old, maybe four. It still works — but it runs slower than it used to, the storage is perpetually full, and every time you open more than ten browser tabs you can hear the fan deciding how much it cares about your comfort.

So you go online to see what a replacement costs. And you close the tab.

A mainstream laptop that cost $700 in 2023 now costs $900 to $1,100 for the same class of machine. The entry-level tier — the $400 to $500 laptops that students, families, and small businesses relied on — is thinning out rapidly. Omdia forecasts that if the memory and storage cost trend continues, entry-level PCs could disappear from the market entirely by 2028. IDC projects average PC selling prices will rise 17% in 2026 alone. Apple launched the MacBook Neo at $599 by swapping its M-series chip for an iPhone processor — and that is now considered a budget option.

The machine you already own just became more valuable than it was a year ago. Not because it got better — because replacing it got dramatically worse. And in most cases, the reason your PC feels slow is not the processor. It is the storage and memory. Both are upgradeable. Both cost a fraction of a new machine. And both will make your existing PC feel like a different computer.

Here is how to decide whether to upgrade or replace, and exactly what to upgrade if you stay.

Why Your PC Feels Slow (And Why It Is Probably Not What You Think)

Most people assume a slow PC means the processor is too old. That assumption costs people hundreds of dollars on replacements they do not need.

The processor in a three-to-five-year-old PC is still fast enough for almost everything most people do. An Intel 12th-gen or AMD Ryzen 5000 series chip — both from 2021 to 2022 — handles web browsing, document editing, video calls, photo editing, and even moderate gaming without being the bottleneck. The CPU is the last component to become obsolete in a typical consumer machine.

What actually makes your PC feel slow is almost always one of two things: a full or slow storage drive, or insufficient RAM. A hard drive that takes 45 seconds to boot Windows. A SATA SSD that was fast in 2020 but is now juggling a full drive’s worth of Windows updates, application caches, and temp files with no room to breathe. Or 8GB of RAM trying to run Windows 11, a browser with 15 tabs, Teams, and Spotify simultaneously — and failing quietly by swapping data to the drive, which makes everything feel sluggish without ever showing an error message.

The fix for both of these is cheaper than one month’s payment on a new laptop. And it takes an afternoon, not a trip to the store.

The Renovation vs. Moving House Analogy

You live in a house that works. The layout is fine. The neighbourhood is right. But the kitchen is cramped and the bathroom has not been updated since you moved in. You have two options: renovate those two rooms, or sell the house and buy a new one.

Selling means paying estate agent fees, stamp duty, moving costs, and the premium on a new build. Renovating means spending a fraction of that to make the specific rooms that bother you feel new — while keeping everything else that already works.

Your PC is that house. The processor, the motherboard, the screen, the keyboard — they are the layout and neighbourhood. They are fine. The storage and RAM are the kitchen and bathroom. They are the specific things making daily life feel cramped. Upgrading them is the renovation. Buying a new laptop is the move. In 2026, the renovation costs 10 to 20% of what the move costs, and delivers 80% of the improvement.

The Upgrade Decision: Should You Stay or Should You Go?

Not every PC is worth upgrading. Here is how to decide in under five minutes:

Your PC’s Age	Processor Generation	Upgrade or Replace?	Why
1–3 years old	Intel 12th–14th gen / Ryzen 5000–7000	Upgrade SSD + RAM	Processor is current enough for 3–5 more years
3–5 years old	Intel 10th–11th gen / Ryzen 3000–5000	Upgrade SSD + RAM	Processor is still capable for daily tasks; upgrade extends useful life significantly
5–7 years old	Intel 8th–9th gen / Ryzen 1000–2000	Evaluate	SSD upgrade still helps, but platform limitations (DDR4 only, PCIe Gen3 max) cap the ceiling
7+ years old	Intel 7th gen or older / pre-Ryzen	Replace	Platform is too old for modern OS requirements and security updates

The line between “upgrade” and “replace” sits at roughly five to seven years for most users. Below that line, the processor and platform are modern enough that new storage and RAM transform the experience. Above it, the platform itself becomes the limitation — old chipsets, obsolete memory standards, and in some cases inability to run Windows 11 at all.

If your machine falls in the “upgrade” zone, the next question is what to upgrade and in what order.

What to Upgrade First — And Why the Order Matters

If your PC has both a slow drive and insufficient RAM, the instinct is to upgrade both at once. That is fine if your budget allows it. But if you are choosing one first, the order matters.

If you are still on a hard drive or a small SATA SSD: upgrade the drive first. Moving from a hard drive to an NVMe SSD is the single most transformative upgrade in consumer computing. Boot times drop from 45–90 seconds to under 10. Application launches go from “wait for the icon to stop bouncing” to instant. File operations that used to involve watching a progress bar happen fast enough that the bar barely appears. No other upgrade — not RAM, not CPU, not GPU — produces this dramatic a change in daily feel. Even moving from an old SATA SSD to a modern NVMe drive is noticeably faster, especially if your old drive was nearly full.

If you already have an NVMe SSD but only 8GB or 16GB of RAM: upgrade the RAM first. Your drive is already fast. The bottleneck is the system constantly swapping data between RAM and the SSD because there is not enough working memory to hold everything. As this blog covered in the 32GB post — Windows 11 with AI features, a modern browser, and background processes now routinely consume 12 to 14GB before you open your main application. At 8GB you are in constant swap. At 16GB you are on the edge. 32GB is where the system stops managing scarcity and starts running properly.

The Practical Upgrade Checklist

Before you buy anything, spend ten minutes confirming what your machine actually supports. This checklist prevents the most common upgrade mistakes.

For SSD upgrades — check three things before ordering. First, does your laptop or desktop have an M.2 NVMe slot? Most machines from 2018 onwards do, but some budget laptops use soldered eMMC storage with no upgrade path. Check your model’s service manual or search “[your model] SSD upgrade” to confirm. Second, which form factor does the slot accept — M.2 2280 (standard) or M.2 2230 (compact, used in ultrabooks and some mini PCs)? Buying the wrong size means a returned drive. Third, does the slot support PCIe Gen3 or Gen4? A Gen4 drive works in a Gen3 slot at Gen3 speeds — you lose nothing, and the drive travels with you if you upgrade your machine later.

For RAM upgrades — check three things before ordering. First, is your RAM soldered or socketed? Many ultrabooks and all MacBooks have soldered RAM that cannot be upgraded after purchase. Desktop RAM is almost always socketed. Check your service manual. Second, what standard does your motherboard use — DDR4 or DDR5? They are not interchangeable. Machines from 2022 onwards may use either; 2023 onwards is increasingly DDR5-only on new platforms. Third, how many DIMM slots does your machine have, and how many are occupied? If you have two slots with 1x8GB installed, you can add a second 8GB stick for 16GB in dual-channel — or replace both with 2x16GB for 32GB.

Frequently Asked Questions

1. My laptop is only three years old but feels painfully slow. Is something wrong with it?

Almost certainly not. A three-year-old laptop with its original 8GB of RAM and a 256GB or 512GB SSD that is 90% full will feel dramatically slower than the day you bought it — not because anything broke, but because the storage has no room to work efficiently and the RAM cannot hold your current workload. Clear space on the drive, and if you can upgrade the RAM to 32GB, do it. The machine will feel like it did on day one, possibly better.

2. I found a refurbished laptop for $500. Is that better than upgrading my current one?

Do the maths on what you actually get. A $500 refurbished laptop in 2026 typically comes with 8GB of RAM and a 256GB SSD — the same specs that are making your current machine feel slow. You would be paying $500 to move sideways. An SSD upgrade plus a RAM upgrade on your current machine costs a fraction of that and gives you better specs than the refurbished option, on a platform you already know works.

3. Can I upgrade a laptop SSD myself, or do I need a technician?

Most modern laptops with M.2 slots are designed for user access — you remove the bottom panel with a small screwdriver, locate the M.2 slot, swap the drive, and reassemble. The process takes 15 to 30 minutes. The most important step is backing up your data before you start and creating a Windows installation USB for the new drive. If you have never done it before, watch a teardown video for your specific model first — some laptops require removing the battery connector before touching internal components, and skipping that step risks damage.

4. Will upgrading my SSD and RAM void my warranty?

This varies by manufacturer. Most desktop warranties are unaffected by component upgrades. Laptop warranties depend on the manufacturer and region — Lenovo, Dell, and HP generally allow user access to RAM and SSD slots without voiding warranty, while Apple does not offer user-upgradeable components on modern MacBooks. Check your specific warranty terms before opening the machine. If warranty coverage matters, document the original components before removing them so you can reinstall them for a service claim if needed.

5. If entry-level PCs really disappear by 2028, what happens to people who need a cheap computer?

The market is already adapting. Apple’s MacBook Neo uses an iPhone chip to hit a $599 price point. Chromebooks remain available at lower prices because they require less RAM and storage. Refurbished and used PCs will become a larger share of the budget market. But for anyone who currently owns a working PC from the past five years, the most cost-effective path through the next three to four years is upgrading the machine they have — not waiting for a budget replacement that may never arrive at the prices they remember.

The Verdict: So What Should You Actually Do?

Here it is in plain terms:

If you are on a hard drive and have been meaning to switch to an SSD for years: This is the upgrade that changes everything. The addlink S70 Lite gives you Gen3 NVMe performance — enough to make boot times, app launches, and file operations feel completely different from what you are used to. A 1TB drive covers most users. If your machine supports Gen4, the addlink S85 at 6,000 MB/s gives you the extra headroom for the same effort.

If your SSD is fine but you are running 8GB or 16GB of RAM and your system feels sluggish: The RAM is the bottleneck. The addlink Spider S5 DDR5 at 2x16GB (32GB total) is the upgrade that stops the constant swapping and gives every application room to run properly. If your machine uses DDR4, the addlink P5 DDR4 covers the same upgrade at the right standard for your platform.

If you want to do both upgrades at once and be done for the next three to four years: An NVMe SSD plus 32GB of RAM is the combination that makes a three-to-five-year-old PC feel genuinely new. The addlink S85 paired with Spider S5 DDR5 covers both halves of that equation — fast storage plus adequate memory, at a combined cost that is a fraction of a new machine.

You can explore the full addlink upgrade lineup at addlink.com.tw. Before you buy anything, spend ten minutes with your laptop’s service manual confirming which M.2 slot and RAM standard your machine supports. Those ten minutes are the difference between a smooth upgrade and a returned component.

How old is the PC you are reading this on right now? Drop a comment — we are curious how many people are extending their machines versus replacing them in 2026.

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