Reviving a 13-year-old iMac with two upgrades: was the effort worth it?
According to TechRadar, a writer revived a 2013 27-inch iMac with two DIY upgrades instead of buying new, and asks whether the effort paid off.
According to TechRadar, a writer set out to bring a 2013 27-inch iMac back to working order rather than replace it. The machine had been sitting unused, and the writer saw its large display and otherwise functional hardware as too valuable to throw away.
The outlet says price was a major factor in the decision. The writer compares the project with the cost of a new 24-inch iMac powered by Apple's M4 chip, which the article says would cost upwards of AU$2,000.
The report describes the work as a do-it-yourself project built on research and some hands-on technical skill. It centers on two upgrades the writer made to get the old computer running again.
TechRadar frames the piece around a central question: whether the time and effort spent on the old machine were justified by the result. The article also ties the project to a broader trend of renewed interest in older devices, from film cameras to flip phones.
Background
Nostalgia has become a visible force in consumer technology. Film photography, vinyl records, compact discs and basic phones have all drawn new attention in recent years, partly as a reaction to constant upgrade cycles and the feeling that newer devices are harder to repair or own outright.
Apple's desktop computers have a long and mixed record on upgrades. Many Intel-era iMacs, including models from the early 2010s, allowed owners to add or replace memory, and some storage could be upgraded with more effort. Apple's move to its own silicon changed this picture. Newer Macs generally integrate memory into the processor package and solder storage to the logic board, which makes later expansion difficult or impossible.
Older machines also depend on software support. Operating system developers typically provide security updates for a limited period, after which a machine may still run but no longer receive protective patches. Whether an older computer remains useful therefore depends on how long its current software is supported, not only on how well its hardware performs.
The environmental side of the debate centers on electronic waste. Discarded electronics can contain hazardous materials, and recycling systems vary widely. Extending the life of a working device is generally considered one of the more effective ways to reduce the impact of consumer electronics, which is why repair and upgrade options have become a policy topic in several countries. Right-to-repair laws and advocacy have pushed manufacturers to make parts, manuals and diagnostic tools more widely available, though the practical reach of those efforts differs by product and region.
Why it matters
The appeal of a project like this goes beyond nostalgia. For people on tight budgets, a working desktop with a large display can be a real alternative to buying new hardware, particularly for everyday tasks such as browsing, writing, email and video calls. Reusing an existing machine also avoids the materials and energy involved in manufacturing a new one.
The story also highlights a tension in how modern computers are designed. Older desktops often reward owners who want to tinker, while newer models can be sealed in ways that make such projects harder. When an article like this draws attention to upgrade paths, it reminds readers that hardware longevity is partly a design decision and partly a question of company policy.
There are limits, though. Hardware improvements cannot solve every problem. A machine that is no longer receiving security updates carries risks that a faster processor or extra memory does not address. Readers considering a similar project need to weigh the software support window, the cost of parts, and the time required against the benefit they expect to get.
Finally, the question TechRadar raises, whether the effort was worth it, is one each person has to answer for themselves. The answer depends on what they value: money saved, waste avoided, hands-on learning or simply the satisfaction of keeping a familiar machine running.
What to watch
Watch how long Apple and third-party developers continue to support older Intel-based Macs, since that window shapes how practical these projects remain. Keep an eye on the used and refurbished market, where prices for older hardware can shift quickly as demand changes. Follow repair and right-to-repair policy as well, because rules on parts access and documentation could make upgrades easier or harder for owners in the years ahead.
Viewpoints
Commentary from our columns: three angles on this story.
The Builder the engineer's view
Old desktops with user-accessible memory are a good training ground. The appeal of a machine like this is that it can be opened, measured and changed with ordinary tools. That is increasingly rare. Newer Apple silicon Macs bundle memory into the processor package and solder storage in place, so the repair bench is effectively closed. An older Intel-era iMac is a different kind of object: it rewards careful reading of service documentation and patience with cables, thermal paste and drive connectors.
The engineering question is less about raw speed and more about the full stack. Hardware changes can make a machine feel responsive, but the operating system it can run, and the security patches that come with it, set the real ceiling. Before buying parts, check which system versions the machine supports and whether browsers and core apps still receive updates. A faster machine running unpatched software is not a bargain. Back up everything first, and treat the project as a learning exercise as much as a home-office solution.
The User what changes for people who use it
For most people, the test is simple: does the computer feel good to use every day? A large screen is a real advantage for writing, spreadsheets and video calls, and it can make an older machine feel more capable than its age suggests. Startup times, browser tabs and app launches matter more than benchmark numbers. If those tasks feel smooth, the project has paid off in a practical way.
The tradeoffs are also worth naming. Upgrades take time, and they often happen when you would rather be using the computer. There is a learning curve, and the first attempt may not go as planned. Some everyday services may also drop support for older systems, which can quietly reduce what the machine is good for. Anyone thinking about this kind of revival should ask what they actually need from a computer, how long they expect it to last, and whether the savings are worth the hours.
The Skeptic open questions and weak points
The headline asks whether the effort was worth it, but "worth it" depends on what is being counted. Time spent researching, buying parts and troubleshooting is a real cost, even if it does not appear on a receipt. Parts, tools and any professional help add to the total. Set those against the price of a new machine and the comparison becomes less clear-cut than a simple dollar figure suggests.
There are also open questions that a single project cannot settle. How long will the machine remain supported with security updates? Will the upgrades still look worthwhile in two or three years? And how much of the enthusiasm comes from nostalgia, which can make an old device feel more valuable than it is in daily use? These are fair questions to ask of any retro revival. Readers should look for clear accounting of costs, honest notes about limitations, and a sense of how the result holds up over time, not just on the day the machine first boots.