Of course weâ€™ve all heard of the saying â€œIf it ainâ€™t broke, why fix it?â€ And really, to some degree, that saying holds true.
When it comes to technology, though, reality favors the opposite. You might have hardware right now thatâ€™s a bit old by industry standards but is still working, so there seems to be no need to upgrade or replace it. Sooner or later though, itâ€™s going to cause you a lot more trouble than itâ€™s worth.
For instance, what if you are in a middle of a major project your hardware breaks down? Hardware manufacturers constantly upgrade their technology, leaving past models behind. This means that the older your hardware is, the harder it will be for you to find support or spare parts when things go wrong. Unless you have a backup plan, this scenario can turn into a big nightmare. And IF (thatâ€™s a big â€œifâ€) you can find the replacement parts you need, youâ€™ll probably wait for weeks for them to arrive and for the repairs to get done, making you lose precious time and profit.
The advantage of upgrading your equipment is that the more advanced it is, the higher the quality of your output. Your workflow can be made much easier and more efficient with better performing hardware specs and added features that come in newer models. And with the right support from manufacturers, any glitch or problem can be fixed within a reasonable period of time since parts and other replacement components are in stock and readily available.
Of course, you donâ€™t need to upgrade each time a new model is released. The key is to know when give your hardware a boost. If your upgrades are properly planned, you can change systems and replace equipment without compromising your productivity or output.
So if you want to assess your current hardware, weâ€™d be happy to sit down with you to create a roadmap for your future upgrades.