Your laptop takes four minutes to boot. Chrome takes 30 seconds to open after you click it. Tabs lag. You've accepted this as normal — "it's old." It isn't old. It has a spinning hard drive, and that's a fixable problem.
The SSD upgrade is the single most impactful hardware change you can make to a slow computer. I do these every week across Ottawa — Kanata, Barrhaven, Alta Vista, Vanier, Orléans — and the reaction is the same every time: the customer can't believe it's the same machine. Here's how to figure out whether your laptop is a candidate.
A traditional hard drive is mechanical — a metal disk spinning at 5,400 to 7,200 revolutions per minute, with a read/write arm that physically moves across the surface to find your data. It's engineering from the 1950s, miniaturized. That arm has to seek, position, and read. Every time you click something, the drive is physically moving.
An SSD — solid-state drive — has no moving parts at all. It's flash memory: the same category of technology as your phone's storage or a USB stick, but engineered for speed and endurance. Instead of seeking across a spinning disk, it retrieves data from memory addresses instantly. The access time difference between HDD and SSD isn't marginal. It's a different category of device.
| Task | Old Hard Drive | After SSD |
|---|---|---|
| Boot to Windows desktop | 3–6 minutes | 10–25 seconds |
| Open Chrome (cold start) | 15–30 seconds | 1–3 seconds |
| Launch Microsoft Word | 20–40 seconds | 2–4 seconds |
| Wake from sleep | 30–60 seconds | Instant |
| Copy a 5 GB folder | 8–12 minutes | 2–4 minutes |
| Running antivirus scan | Laptop grinds to a halt | Barely noticeable |
These aren't cherry-picked numbers. They're typical results from Ottawa laptops I've upgraded — machines that customers described as "barely usable" that now feel new. The boot time improvement alone changes the experience of using a computer every morning.
Before assuming the upgrade is the answer, ask three questions:
1. What does your drive currently say?
Open Task Manager (Ctrl+Shift+Esc) → Performance → Disk. Windows labels it SSD or HDD. If it already says SSD, the drive isn't your bottleneck — your RAM or a software problem is. If it says HDD, you're in the right conversation.
2. Is slow boot/program lag the main complaint?
An SSD fixes storage-related slowness. It doesn't fix a failing battery, a cracked screen, bad RAM, or a software infection. If your laptop is slow and nothing else is broken, an SSD is almost certainly the answer.
3. How much RAM do you have?
8 GB or more: an SSD upgrade will transform the machine. 4 GB: the SSD helps, but RAM becomes the next bottleneck quickly. We can usually upgrade both at once if your model supports it.
Most laptops made from roughly 2012 onward can take an SSD. Very old machines — pre-2010, or certain budget models — sometimes have unusual form factors or slower interfaces that limit options. I'll confirm compatibility before any work starts.
Nothing bad. We clone your entire drive to the new SSD before the old drive is touched. That means Windows, every program you've installed, every document in every folder, your browser bookmarks, your wallpaper — all of it moves over byte-for-byte. When the upgrade is done, your laptop boots up on the SSD and looks exactly the same as before, just dramatically faster.
After cloning, we either repurpose the old HDD as external backup storage (on most desktops) or convert it to an external drive you can keep (on laptops). Either way, you end up with more storage than you started with.
I'm going to be straight about this because it matters. If a laptop has accumulated multiple hardware problems — cracked screen, battery that holds 15 minutes of charge, a keyboard with missing keys — and is also slow, the SSD fixes exactly one of those four problems. The upgrade math doesn't work at that point. I'll tell you that when I see it rather than take your money.
Similarly: if a laptop is pre-2010 and has a PATA interface rather than SATA, SSD options are limited and often not cost-effective. And if the machine has only 2 GB of RAM soldered to the motherboard with no upgrade path, the SSD alone won't deliver the transformation you're expecting.
But for a laptop where slow boot and slow program launch is the primary complaint, and the machine is otherwise functional? The SSD is the right call almost every time.
An SSD upgrade from Hardwired IT runs $150–250 all-in for most laptops. That includes the SSD, the cloning, the physical installation, and confirming everything works before I leave. A new basic laptop starts at $500–700 and won't have your files, your programs, or your setup configured the way you like it. The math rarely favours replacement for a functioning-but-slow machine.
Want a certified technician to handle the upgrade at your Ottawa home?
Hardwired IT comes to you — same day, files cloned, no fix no fee. Kanata, Barrhaven, Orléans, Nepean, Vanier, Westboro, and everywhere in between.
Book an SSD Upgrade →Yes. SSD upgrades are one of the most common on-site jobs I do. I bring the SSD and cloning equipment, confirm compatibility with your specific laptop model, clone the drive, physically install the SSD, and boot-test before leaving. Most jobs take 1.5–2 hours. I work across all of Ottawa and Gatineau — wherever you are, I can come to you.
Same-day on-site SSD upgrades across Ottawa. Free estimate. No fix, no fee.
Or call (613) 416-9482
An SSD is typically 5–10x faster than a spinning hard drive for everyday tasks. Boot times drop from 3–5 minutes to under 25 seconds. Programs open almost instantly instead of grinding for 20–30 seconds. The improvement is immediately noticeable from the first boot.
Yes. We clone your entire hard drive to the new SSD before the old drive is touched — Windows, all your programs, every file and folder, and browser settings. Your laptop boots up on the SSD looking exactly the same as before, just much faster.
Usually yes, if the laptop is otherwise functional. If the main complaint is slowness and the rest of the machine works — screen, keyboard, battery — an SSD at $150–250 all-in extends its useful life by 2–3 years. If the laptop has multiple hardware failures, the math changes and we'll tell you honestly.