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.

DDR6 is Coming: Should You Wait or Buy DDR5 Now?

August 15, 2025 Sadip Rahman

DDR6 Memory: What High-Performance PC and Server Buyers Need to Know for 2025–2026

Memory standards set the tone for what’s possible in modern PCs, AI workstations, and enterprise servers. As DDR6 memory approaches the market, many CTOs, engineers, and gamers in Canada are already asking: what does this next leap actually mean for my workflow, and when should I make the switch?

DDR6: What Makes It a Game-Changer?

DDR6 brings a quantum jump in bandwidth and efficiency, set to debut in professional and enterprise systems around late 2025 or early 2026. With base frequencies likely starting at 12,800 MHz - twice what DDR5 tops out at today - and total bandwidth projected north of 130 GB/s, performance bottlenecks around memory speed and latency will become far less of a concern for demanding applications.

Quad-channel per module design: Unlike DDR5, which uses two channels per module, DDR6 will double this to four. This matters most for compute-heavy work like large AI models or physics simulations, where wider channels translate directly into faster results.
Improved power management: Lower voltage operation and adaptive refresh help DDR6 modules run cooler and more efficiently in full-throttle environments. In server racks and dense AI systems, this means less heat buildup and potentially lower energy bills over time.
Refined signal integrity: New pin layouts and command/address topologies drastically cut noise and crosstalk. In practice, this keeps memory error rates in check and sustains peak throughput, even in systems juggling heavy multitasking or real-time rendering.

These advancements position DDR6 as a future-proof foundation for enterprises that rely on real-time analytics, VFX, and machine learning. One research client in Ontario, for example, regularly saturates DDR5’s throughput during genome analysis and deep learning inference. The extra headroom expected from DDR6 could save critical minutes on each test cycle.

Adoption Timeline: Why Waiting Makes Sense for Most Users

The promise of DDR6 is real, but so are the practical challenges. Standardization takes time, and supply chain ramp-up means mainstream motherboards and CPUs won’t fully support DDR6 until at least 2027. Early modules will also carry a pricing premium.

For 2024 and 2025, DDR5 remains the dominant and most cost-effective choice for performance desktops, workstations, and high-end gaming builds. At OrdinaryTech, we see DDR5 delivering not just on raw speed but on stability - a key asset for content creators, gamers, and research labs who cannot afford downtime or unpredictable system behaviour. DDR4, on the other hand, still provides value in budget or legacy environments focused on reliability over bleeding-edge speed.

Pro Tip: If lowest latency for competitive gaming or time-to-completion on big computational jobs is your priority today, pairing DDR5 with the latest CPUs and GPUs will extract the most value from your investment.

When Does an Early DDR6 Upgrade Make Sense?

DDR6 isn’t just about headline numbers; it’s about unlocking new possibilities in industries where data size and velocity are exploding. Enterprises running real-time risk modeling, studios with tens of GBs of textures per scene, or AI developers training models on hundreds of billions of parameters will see the clearest benefits once the DDR6 ecosystem matures.

Investing early in DDR6 is a strategic move for organizations with workloads bottlenecked by current memory bandwidth - but timing is key as support and pricing rationalize over the next two years.

For most users and businesses, consolidating on DDR5 through at least 2025 is the rational path. Once DDR6 platforms are proven and costs align, that’s when the migration window opens wide.

DDR6 vs DDR5: Quick Q&A

Will DDR6 boost gaming performance right away?

Not immediately. DDR6’s benefits are most pronounced in memory-bound, professional workloads. For gaming, DDR5 with modern CPUs/GPUs already delivers top-tier frame rates and responsiveness in 2025.

Is DDR5 still a good investment for new workstations and servers?

Absolutely. DDR5 is stable, widely supported, and priced for broad adoption. It’s the recommended standard for high-performance PCs and servers this year and next.

When should CTOs budget for DDR6 migration?

Expect meaningful ecosystem support and price normalization around 2027. Early prototypes will arrive sooner, but mass adoption will require patience.

Ready to Build for Tomorrow?

OrdinaryTech specializes in consultative, future-ready solutions. Whether you’re building a new AI workstation in Toronto, deploying rackmount systems for a regional lab, or optimizing for next-gen games, we help you select hardware that balances immediate performance with upgrade paths for emerging tech like DDR6.

Get a custom quote or browse workstation PCs built for your real-world workloads.

Explore More at OrdinaryTech

Written by Sadip, Founder & Chief Architect at OrdinaryTech

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