Is OrdinaryTech Legit?

OrdinaryTech is a Canada-based custom PC builder. We have been in business for 6+ years and have hundreds of 5-star reviews from gamers, creators, and business clients.

How long does shipping take?

Most custom PCs are built, tested, and ready to ship in 5–7 business days after parts are confirmed. We ship Canada-wide with tracking, insured delivery, and signature on receipt. GTA pickup or local courier may be available for select orders.

Can I bring my own parts?

Yes. We verify compatibility, build around your components, and stress test the full system. We warranty our workmanship, while manufacturer warranties remain with your parts.

Can you upgrade or trade in my current PC?

We perform CPU, GPU, RAM, storage, PSU, and cooling upgrades and accept trade-ins on a case-by-case basis. We will advise if upgrading or starting fresh gives better value. Data migration is available.

Do you build workstations for AI/ML, CAD, or content creation?

Yes. We design GPU-accelerated workstations with NVIDIA RTX or Pro cards, ECC RAM options, NVMe storage, and high-airflow cooling. We can preinstall drivers and toolchains such as CUDA, PyTorch, TensorFlow, or creator apps.

Do you offer financing or business purchasing?

Installment options are available at checkout for eligible customers. We provide CAD invoices, accept Interac e-Transfer for custom quotes, and support purchase orders for approved business accounts.

How are systems packaged for safe shipping?

GPUs and heavy coolers are braced, the interior is secured with protective foam, and shipments are insured with a required signature. A quick-start guide is included in the box.

What’s the process from custom quote to delivery?

1) Requirements and quote 2) Part approval 3) Professional assembly 4) OS, drivers, and BIOS updates 5) 48–72 hour stress test and QA 6) Photos and proof of temps 7) Secure packaging and insured shipping.

Do you offer enterprise solutions for businesses?

Yes. We deliver end-to-end IT infrastructure solutions, including server racks, render nodes, storage, network configuration, and on-site setup for startups, agencies, and data centers.

Can I speak with someone before I place an order?

You can book a free consultation with our Toronto-based experts to discuss your goals, get recommendations, or get help designing a custom system that fits your needs and budget.

Gaming on a 4K Monitor in 2025: Worth It or Waste of Power?

August 17, 2025 Sadip Rahman

4K Gaming and Workstations in 2025: Is It Worth the Investment?

Running games or creative workloads on a 4K monitor in 2025 is technically impressive, but it comes with significant demands on graphics hardware and system design. For serious gamers and professionals, achieving a smooth experience at 4K depends on much more than just buying the most expensive card on the shelf.

What it Takes to Game at 4K in 2025

Today's flagship GPUs like the NVIDIA RTX 3090 are still relevant, pushing around 60+ FPS on the latest AAA titles when DLSS 4 is enabled. However, dial up ray tracing to max settings, and frame rates can plunge - especially in graphically intensive games like Cyberpunk 2077 or Alan Wake II. The new RTX 5000 series cards take things further by introducing multi-frame generation powered by AI, smoothing gameplay and making 4K more attainable for enthusiasts, albeit with higher price tags and power requirements.

Mid-range options, such as the RTX 5060, face a much tougher battle. At native 4K - especially without DLSS or AMD FSR engaged - framerates can dip into the 24-55 FPS range. If you're serious about gaming at 4K, upscaling tech is no longer a luxury but a necessity unless you're willing to compromise on visual detail.

Pro Tip: Many of our gamer clients in Canada have found the sweet spot by leveraging DLSS 4 or FSR 4 at 4K, reducing graphics load without sacrificing sharpness. This approach often delivers the best balance between performance, power draw, and image quality.

4K Beyond Gaming: Productivity and Business Value

For creators, engineers, and power users, 4K monitors offer more than just sharper gameplay. The extra pixels provide additional workspace for video editing timelines, massive CAD diagrams, or detailed photo retouching. In team environments, especially in digital agencies or product design departments, higher resolution means clearer visuals and better collaborative reviews.

However, the same GPU power that drives immersive gaming also fuels real-time workflows. Consistent frame timing and low latency are critical for VFX artists, VR developers, or professionals running simulation software. A common bottleneck we see at OrdinaryTech is underestimating how much GPU headroom is needed for stable 4K output across demanding creative applications. When system design is dialed in with AI upscaling and robust cooling, users report fewer slowdowns and increased productivity.

Factors to Weigh: Performance, Power, and Long-Term Value

Top-end GPUs often draw upwards of 300W under load. For home users, this can impact power bills and system acoustics; for businesses running multiple workstations, operational costs can add up quickly. That's why we guide our clients to consider not just raw FPS or render speeds, but also power efficiency, noise levels, and cooling infrastructure.

Today’s 4K builds are less about brute-force GPU muscle and more about optimizing the entire system for efficiency and reliability. AI upscaling has changed the game, letting users get more out of their hardware without the overhead.

Another important observation: while 4K at ultra settings delivers impressive visuals, running at 1440p on the same hardware often doubles frame rates with very little perceptible drop in quality. Some of our gaming and studio clients in Toronto opt for high-refresh 1440p displays for this reason - it's a practical alternative when sustained 4K isn’t feasible for every task.

Q&A: 4K Gaming and Workstations in 2025

Is a 4K monitor worth it for gaming in 2025?

If paired with a high-end GPU and AI upscaling, a 4K monitor offers outstanding visuals and future-ready performance. However, without the right hardware, you may need to lower detail or rely heavily on technologies like DLSS or FSR to keep gameplay smooth.

Are 4K workstations practical for creative professionals?

Absolutely. 4K displays boost productivity in video editing, 3D design, and CAD work. Just be sure your GPU and cooling solutions match your workflow’s demands to prevent performance bottlenecks.

Does 4K gaming require more power and cooling?

Yes, flagship GPUs can draw 300W or more during intensive 4K sessions, impacting both power consumption and thermal output. Proper case ventilation and power budgeting are essential for long-term reliability.

Ready to Build Your 4K Gaming Rig or Workstation?

Whether you're looking to push the limits of 4K gaming or need a workstation optimized for demanding creative projects, OrdinaryTech has deep experience building high-performance systems across Ontario and Canada. We’ll help you find the right balance between GPU power, efficiency, and future-proofing - so you can focus on what matters most: immersive gameplay and productive workflows.

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