Rising RAM Prices Might Be a Good Thing

Most people see increasing RAM prices as bad news. After all, nobody enjoys paying more to upgrade their computer. But I think higher RAM prices could have one positive side effect: they might force the software industry to take optimization seriously again.

For years, hardware has become faster, cheaper, and more powerful. Instead of using that extra power to create genuinely better experiences, many software companies have treated it as an excuse to ignore efficiency. Applications that once required a few hundred megabytes of memory now consume several gigabytes. Modern games often demand enormous amounts of RAM and storage, not always because they are dramatically more advanced, but because optimization has become a lower priority.

The result is that customers end up paying the price. Rather than receiving software that runs efficiently on existing hardware, users are often expected to upgrade their PCs every few years just to keep up with increasingly demanding applications. This shifts the burden from developers to consumers.

If RAM becomes more expensive, companies may no longer be able to assume that every user has abundant memory. Developers could be encouraged to reduce unnecessary memory usage, eliminate wasteful background processes, compress assets more effectively, and write cleaner, more efficient code. This would benefit users with older or mid-range computers and make software more accessible around the world.

There are already examples showing that optimization is possible. Games like DOOM (2016) and DOOM Eternal are widely praised for delivering excellent performance across a broad range of hardware. Similarly, software such as Blender has continually improved its performance while adding new features. These examples demonstrate that good optimization is achievable when it is treated as a priority.

Of course, rising RAM prices are not entirely positive. They also make it harder for students, professionals, and budget-conscious users to build or upgrade computers. Hardware innovation should not be discouraged, and more memory remains valuable for demanding workloads like video editing, software development, and scientific computing.

Still, I believe the software industry has become too comfortable relying on increasingly powerful hardware instead of writing efficient code. If higher RAM prices encourage developers to optimize their software rather than expecting users to keep buying more hardware, the long-term result could be better software for everyone.

Better hardware should enable new possibilities—not become an excuse for inefficient software.