Ethernet vs. WiFi for Your Home Office: When to Run a Cable (and When Wireless Is Fine)

by Malcolm Setter | Sep 10, 2026 | Internet Guides

You've got a home office, a decent internet plan, and a nagging question: should you plug your computer directly into the router with an Ethernet cable, or is WiFi good enough?

The answer depends on what you actually do at your desk. This guide cuts through the vague "wired is better" advice and gives you concrete numbers, real-world scenarios, and a clear decision framework so you can choose with confidence.

Ethernet vs. WiFi: The Core Differences

Both Ethernet and WiFi deliver internet to your device — they just do it differently, and those differences matter more in some situations than others.

When You Should Absolutely Use Ethernet

For some work tasks, Ethernet isn't just "slightly better" — it's the difference between smooth and frustrating. Plug in if you do any of the following regularly:

1. Video Conferencing (Zoom, Teams, Google Meet)

Video calls are the #1 reason to go wired. Here's why: a Zoom call doesn't need much bandwidth (about 3–5 Mbps), but it's extremely sensitive to jitter — small, unpredictable fluctuations in latency.

On WiFi, micro-interruptions are constant. Your router is juggling packets from every device in the house, the 5 GHz signal weakens through walls, and a family member starting a download can cause a brief spike. The result? Frozen video, robotic audio, the dreaded "you're breaking up" from colleagues.

On Ethernet, jitter drops to near zero. Your video stream gets a dedicated, interference-free path to the router. If your job involves client-facing video calls, this alone justifies running a cable. Read more about optimizing your video calls in our upload speed guide.

2. Uploading Large Files

Uploading project files, video edits, design assets, or cloud backups is where WiFi's inconsistency really hurts. A 2 GB file upload that should take 3 minutes on a 100 Mbps upload can balloon to 10+ minutes on WiFi because the connection speed drops and recovers repeatedly.

Ethernet gives you the full, consistent upload speed your plan supports. If you're on a fibre plan with symmetric speeds (e.g. 300 Mbps down / 300 Mbps up), you'll only see those upload numbers on a wired connection.

3. Remote Desktop and VPN Connections

Remote Desktop Protocol (RDP), Citrix, and VPN tunnels amplify every millisecond of latency. On WiFi, the added 5–15 ms of wireless latency plus periodic jitter makes remote desktops feel sluggish — clicks register late, typing lags, and screen refreshes stutter. Ethernet's sub-1ms local latency keeps the connection feeling almost like you're sitting at the office machine.

4. VoIP Phone Calls

If your work phone runs through an app (Zoom Phone, RingCentral, Teams Calling) or you use a VoIP desk phone, wired beats wireless for the same reason as video calls: jitter kills call quality. Professional VoIP deployments always use Ethernet — follow the same standard at home if calls are part of your daily work.

When WiFi Is Perfectly Fine

Not every home office task needs a wired connection. WiFi is more than adequate for:

• Email and messaging — Slack, Teams chat, and email are low-bandwidth, latency-tolerant applications. WiFi handles them without any noticeable difference.
• Web browsing and research — Loading web pages, reading documents, and general browsing don't benefit meaningfully from Ethernet's lower latency.
• Cloud document editing — Google Docs, Sheets, and similar tools sync small data packets frequently. WiFi handles this seamlessly.
• Streaming background music or podcasts — Audio streams buffer ahead, so brief WiFi hiccups are invisible.
• Working on a laptop you move between rooms — If you regularly shift from desk to couch to kitchen table, the mobility of WiFi outweighs Ethernet's marginal advantage for light tasks.

How to Run Ethernet to Your Home Office

Convinced you need a cable? Here are your options, from simplest to most permanent:

Option 1: Direct Cable Run ($5–$20)

If your router is in the same room or an adjacent room, buy a Cat 6 Ethernet cable (available at any electronics store or online) and run it directly. Cat 6 supports gigabit speeds up to 55 metres — more than enough for any home. Use cable clips or raceways along baseboards to keep it tidy.

• Cat 5e: Supports 1 Gbps up to 100m. Perfectly adequate for most home offices.
• Cat 6: Supports 1 Gbps up to 100m (and 10 Gbps up to 55m). The standard recommendation for new installations — minimal cost premium over Cat 5e.
• Cat 6a / Cat 7: Supports 10 Gbps up to 100m. Overkill for most homes, but future-proof if you're running cable through walls.

Option 2: Flat Cable Under Doors/Carpet ($10–$25)

Flat Ethernet cables (sometimes called "window cables") are thin enough to run under doors, along carpet edges, or under area rugs without creating a trip hazard. A practical solution when the router is one or two rooms away.

Option 3: Powerline Adapter ($40–$80)

Powerline adapters transmit network data through your home's existing electrical wiring. Plug one adapter near your router (connected via Ethernet) and another in your office — instant wired connection without running cable. Real-world speeds are typically 100–300 Mbps, depending on your home's wiring age and quality. Not as fast as a direct cable, but far more consistent than WiFi through walls. Compare this with other options in our extenders vs. mesh vs. powerline guide.

Option 4: MoCA Adapter ($80–$150 for a pair)

If your home has coaxial cable (from cable TV), MoCA adapters convert coax into an Ethernet-grade wired connection. Speeds reach 1–2.5 Gbps with very low latency — nearly as good as a direct Ethernet run. Ideal if coax already runs to your office area.

Option 5: Professional In-Wall Installation ($200–$500+)

For a permanent, clean setup, hire a low-voltage technician to fish Cat 6 cable through your walls and install wall-plate Ethernet jacks. This is the gold standard if you're renovating, building, or plan to stay in your home long-term. Many Alberta electricians and AV installers offer this service.

Optimizing WiFi If You Can't Run a Cable

If running Ethernet isn't practical, you can still improve your WiFi significantly:

• Move your router closer to your office — even one room closer reduces signal loss significantly. See our router placement guide for optimal positioning.
• Use the 5 GHz or 6 GHz band — These bands are faster and less congested than 2.4 GHz, though they have shorter range. Most modern routers support band steering to handle this automatically.
• Add a mesh WiFi node near your office — A mesh system with a dedicated backhaul channel places a strong signal source right beside your workspace.
• Enable QoS (Quality of Service) — Many routers let you prioritize traffic to your work devices, ensuring video calls get bandwidth before someone else's Netflix stream.
• Reduce interference — Keep your router away from microwaves, baby monitors, Bluetooth speakers, and other 2.4 GHz devices. Neighbouring WiFi networks can also interfere — switch to a less crowded channel using a WiFi analyzer app.

The Hybrid Approach (What Most People Should Do)

Here's the practical reality: use Ethernet at your desk, WiFi everywhere else.

Set up your primary work computer — the one you use for video calls, file uploads, and focused work — on a wired connection. Use WiFi for your laptop when you move to the couch, your phone, your tablet, and your smart home devices. This gives you the reliability of wired where it matters and the convenience of wireless where it doesn't.

If you use a USB-C or Thunderbolt docking station at your desk (common with laptops), most docks include an Ethernet port. Plug the cable into the dock once, and every time you sit down and connect your laptop, you're automatically on a wired connection.

Does Your Internet Plan Matter?

Yes — but maybe not how you think. Ethernet doesn't make a slow internet plan faster. If you're paying for 25 Mbps, Ethernet gives you a stable 25 Mbps instead of a fluctuating 15–25 Mbps on WiFi. The speed ceiling is set by your plan.

That said, if you're paying for a fast plan (150+ Mbps) and only getting a fraction of it on WiFi, a cable may reveal speed you're already paying for. Before blaming your WiFi, troubleshoot your slow internet to rule out other issues.

For home offices in Western Canada, the right internet plan matters as much as the right connection type. Check current internet rates to make sure your plan supports your work needs, and compare options in our provider comparison guide.

Security Considerations

For most home offices, WiFi with WPA3 encryption is secure enough. But if you handle sensitive data — financial records, medical information, legal documents, or confidential client data — Ethernet adds a layer of physical security. Wireless signals extend beyond your walls and can theoretically be intercepted (even with encryption), while Ethernet requires physical access to the cable.

If your employer requires a VPN, use it regardless of connection type. A VPN encrypts all traffic between your computer and the office network, protecting data on both wired and wireless connections. For a deeper dive, see our home WiFi security guide.

Frequently Asked Questions

Is WiFi 6 or WiFi 7 fast enough to replace Ethernet?

For raw speed, WiFi 6E and WiFi 7 can match or exceed 1 Gbps Ethernet in ideal conditions. But "ideal conditions" means close range, clear line of sight, and no interference — rare in a real home. WiFi 7's multi-link operation (MLO) significantly reduces latency, narrowing the gap further, but Ethernet still wins on consistency. For more on the latest standards, read our WiFi 6/6E/7 explainer.

Can I use Ethernet and WiFi at the same time?

Yes. Most computers prioritize the Ethernet connection automatically when both are active. You can leave WiFi enabled as a fallback — if you unplug the cable (to move to another room, for example), your computer switches to WiFi seamlessly.

What Ethernet cable should I buy?

Cat 6 is the sweet spot in 2026. It handles gigabit speeds easily, costs only marginally more than Cat 5e, and supports 10 Gbps for short runs if you upgrade your network later. For runs through walls, use solid-core Cat 6; for the cable from your wall jack to your computer, use stranded (more flexible) Cat 6.

My laptop doesn't have an Ethernet port. What do I do?

Use a USB-C to Ethernet adapter ($15–$30) or a docking station with a built-in Ethernet port. Most adapters support gigabit speeds and work immediately on Windows, macOS, and Linux — no driver installation needed.

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DNS Explained: What Happens When You Type a URL

by Malcolm Setter | Sep 7, 2026 | Internet Guides

Every time you type a website address into your browser — say, getwifi.ca — a chain of lookups happens behind the scenes in milliseconds. That system is called DNS, the Domain Name System, and it's one of the most important (and least understood) parts of how the internet works.

This guide walks through exactly what DNS does, why it matters for your internet speed, and how changing one simple setting on your router can make your browsing feel noticeably faster.

What Is DNS?

DNS is often called "the phonebook of the internet." Computers communicate using numerical IP addresses (like 104.21.48.73 or the newer IPv6 format covered in our IPv6 guide), but humans remember words. DNS translates the domain names you type into the IP addresses your device needs to actually connect.

Without DNS, you'd have to memorize a string of numbers for every website you visit. With it, you just type a name and your browser handles the rest — usually in under 50 milliseconds.

What Happens When You Type a URL: Step by Step

Here's the full journey of a DNS lookup, from the moment you hit Enter to the moment the page starts loading.

Step 1: Your Browser Checks Its Own Cache

Your browser (Chrome, Firefox, Safari, Edge) keeps a short-term memory of recently visited domains. If you loaded getwifi.ca five minutes ago, the browser already knows the IP address and skips the rest of the lookup entirely.

This cache typically lasts anywhere from 60 seconds to a few minutes, depending on the website's configuration. That's why a site you visit regularly loads almost instantly — the DNS step is already done.

Step 2: Your Operating System Checks Its Cache

If the browser doesn't have it, the request passes to your operating system (Windows, macOS, Linux, iOS, Android). The OS maintains its own DNS cache, which stores results from all applications — not just your browser.

On Windows, you can see what's in this cache by opening Command Prompt and typing ipconfig /displaydns. On macOS, the equivalent is managed automatically by the system resolver.

Step 3: Your Router Checks Its Cache

Still no match? The request goes to your home router, which also caches DNS results for every device on your network. If your laptop looked up a domain an hour ago, your phone can benefit from the cached result without sending a new query to the internet.

This is one reason a well-configured home network feels snappier — the router handles repeated lookups locally.

Step 4: The Recursive Resolver Does the Heavy Lifting

If no local cache has the answer, your router forwards the query to a recursive resolver — usually operated by your internet service provider (ISP). This is the server that does the actual work of tracking down the IP address.

The recursive resolver has its own massive cache (serving thousands of customers), so popular domains like Google, Netflix, or Amazon are almost always already cached. For less common domains, the resolver starts a multi-step lookup:

Step 5: Root Nameservers

The resolver first contacts one of 13 root nameserver clusters (labelled A through M, operated by organizations like ICANN, Verisign, and NASA). These root servers don't know the IP address of getwifi.ca, but they know where to find information about .ca domains.

The root server responds: "I don't know getwifi.ca, but here's the nameserver for all .ca domains — ask them."

Step 6: TLD Nameservers

The resolver follows that referral to the TLD (Top-Level Domain) nameserver for .ca, operated by the Canadian Internet Registration Authority (CIRA). The TLD server doesn't know the final IP either, but it knows which nameserver is authoritative for getwifi.ca.

Response: "The authoritative nameserver for getwifi.ca is ns1.example.com — ask them."

Step 7: The Authoritative Nameserver Answers

Finally, the resolver contacts the authoritative nameserver — the server that holds the actual DNS records for the domain. This server responds with the definitive answer: "getwifi.ca is at 104.21.48.73."

The resolver caches this answer (so it won't repeat the full chain for the next person who asks), sends it back to your router, which caches it, which sends it to your OS, which caches it, which sends it to your browser — and your page starts loading.

The entire process, when it has to go all the way to the authoritative server, takes about 20–120 milliseconds. With caching at any level, it's typically under 5 ms.

Common DNS Record Types

DNS doesn't just store IP addresses. A domain's DNS records contain several types of information:

You don't need to manage these yourself — your internet provider and website host handle them. But understanding what they are helps when troubleshooting connectivity issues.

How DNS Affects Your Internet Speed

DNS lookups happen before anything else loads on a web page. A slow DNS resolver adds delay to every new domain your browser contacts — and modern web pages often load resources from 10–30 different domains (analytics, fonts, ad networks, CDNs).

If your ISP's DNS resolver takes 80 ms per lookup instead of 10 ms, that's an extra 700–2,100 ms of delay scattered across the page load. You might not notice it on a single lookup, but the cumulative effect makes browsing feel sluggish.

This is one of the most common (and fixable) causes of a connection that tests fast on speed tests but feels slow in daily use. Your download and upload speeds might be fine — it's the DNS that's dragging.

How to Change Your DNS Server

You're not stuck with your ISP's DNS resolver. Switching to a faster public DNS server is one of the quickest internet improvements you can make — it's free and takes about two minutes.

Best Public DNS Servers for Canadians

CIRA Canadian Shield deserves special mention for Canadians. Run by the same organization that manages all .ca domains, it offers three tiers: Private (just DNS), Protected (blocks malware and phishing), and Family (adds adult content filtering). All servers are in Canada, so your DNS queries never leave the country.

How to Change DNS on Your Router (Recommended)

Changing DNS on your router applies the new DNS to every device on your network automatically — phones, tablets, smart TVs, everything. No need to configure each device individually.

1. Log into your router's admin panel (usually 192.168.0.1 or 192.168.1.1 — check the sticker on your router)
2. Find the DNS settings — typically under WAN, Internet, or Network settings
3. Replace the existing DNS addresses with your chosen provider (e.g., 1.1.1.1 and 1.0.0.1)
4. Save and reboot your router

If you're not comfortable changing router settings, you can also change DNS on individual devices. On Windows, go to Network & Internet → your connection → DNS server assignment. On macOS, System Settings → Network → your connection → DNS.

DNS Security: Keeping Your Lookups Private

Traditional DNS queries are sent in plain text — anyone monitoring your network (including your ISP) can see every domain you visit. Two newer protocols fix this:

DNS over HTTPS (DoH)

Encrypts DNS queries inside regular HTTPS traffic. Enabled by default in Firefox and available in Chrome, Edge, and Safari. Your ISP can't see which domains you're looking up — they only see encrypted web traffic.

DNS over TLS (DoT)

Similar encryption, but uses a dedicated port (853). More common in router firmware and Android's "Private DNS" setting. Slightly easier for network administrators to manage.

Both protocols prevent eavesdropping and tampering with DNS responses. If home network security is a priority, enabling DoH or DoT is a meaningful step — especially on public Wi-Fi networks where unencrypted DNS is most vulnerable.

Common DNS Problems and Fixes

When DNS goes wrong, the symptoms are distinctive: websites won't load even though your internet connection is fine, or some sites work while others don't. Here's what to check:

"This Site Can't Be Reached" (But Internet Works)

If speed tests work but websites won't load, the problem is almost always DNS. Try flushing your DNS cache:

• Windows: Open Command Prompt as administrator → ipconfig /flushdns
• macOS: Open Terminal → sudo dscacheutil -flushcache; sudo killall -HUP mDNSResponder
• Chrome: Navigate to chrome://net-internals/#dns → click "Clear host cache"

Slow Loading on First Visit, Fast on Repeat

This is normal DNS caching behaviour. If the first visit is unusually slow (2+ seconds before anything appears), your DNS resolver is likely slow. Switch to one of the public DNS providers above.

Some Websites Load, Others Don't

Could be a DNS server outage or filtering issue. Try switching to a different DNS provider temporarily to confirm. If the site loads on 1.1.1.1 but not your ISP's DNS, the problem is on their end.

DNS Works but Pages Still Load Slowly

DNS is just the first step. If pages load slowly after the initial connection, the bottleneck is likely your internet speed, Wi-Fi signal, or the website's own server. Check our troubleshooting slow internet guide for a complete diagnostic walkthrough.

DNS and Your Internet Plan

A faster DNS server won't increase your download speed — that's determined by your internet plan and connection type (fibre, cable, or wireless). What faster DNS does improve is the responsiveness of your connection — how quickly pages start loading after you click a link or type a URL.

For the best overall experience, pair a fast DNS server with the right internet plan for your household. Check current rates or use our sign-up page to find plans available in your area, whether you're in Calgary, Edmonton, Red Deer, or Fort McMurray.

Frequently Asked Questions

Is changing my DNS server safe?

Yes. You're simply telling your device to use a different phonebook for looking up website addresses. Public DNS providers like Cloudflare, Google, and CIRA are operated by major organizations with strong privacy policies. You can always switch back to your ISP's default DNS.

Will changing DNS make my internet faster?

It can make browsing feel faster by reducing the time it takes to start loading pages. It won't increase your actual download or upload speeds — those are set by your internet plan. The improvement is most noticeable if your current ISP DNS is slow or unreliable.

What does "DNS server not responding" mean?

This error means your device can't reach its configured DNS server. Common causes: your router needs a reboot, your ISP's DNS is temporarily down, or your DNS settings were changed (sometimes by malware). Try rebooting your router first, then switch to a public DNS server.

Should I use my ISP's DNS or a public one?

It depends. ISP DNS servers are sometimes located closer to you geographically, which can mean faster lookups. But many ISP DNS servers are slow, overloaded, or log your queries for marketing. Public DNS providers like Cloudflare and CIRA Canadian Shield are generally faster and more privacy-focused. Try both and see which feels snappier.

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Upload Speed Explained: Why It Matters for Video Calls, Cloud Backups, and Working From Home

by Malcolm Setter | Sep 3, 2026 | Internet Guides

When you shop for an internet plan, the big number on the box is always the download speed — 75 Mbps, 150 Mbps, 1 Gbps. But there's a second number that often gets buried in the fine print: your upload speed. For anyone who works from home, takes video calls, backs up files to the cloud, or livestreams, upload speed can be the difference between a smooth experience and a frustrating one.

This guide explains what upload speed is, why it matters more than ever, and how to figure out whether your current plan gives you enough of it.

What Is Upload Speed?

Your internet connection has two lanes of traffic:

• Download speed — How fast data travels to your devices. This covers streaming video, loading web pages, and pulling files from the cloud.
• Upload speed — How fast data travels from your devices to the internet. This covers sending video in a Zoom call, uploading photos, syncing files to Google Drive or OneDrive, and pushing content to social media.

Most home internet technologies are asymmetric — they give you much more download capacity than upload. A cable internet plan advertised as "150 Mbps" might offer only 10–15 Mbps upload. Even plans marketed as "300 Mbps" often cap upload at 15–20 Mbps.

The exception is fibre internet, which typically offers symmetric or near-symmetric speeds — meaning your upload speed matches or comes close to your download speed. That's one of fibre's biggest advantages over cable for work-from-home households.

Why Upload Speed Matters More Than It Used To

Ten years ago, most people consumed content from the internet — streaming shows, browsing websites, downloading files. Upload barely mattered. Today, the way we use the internet has fundamentally shifted:

• Remote work — Zoom, Teams, and Google Meet calls send your video and audio upstream. A full workday of calls can mean 6–8 hours of continuous uploading.
• Cloud storage — Google Drive, Dropbox, iCloud, and OneDrive sync files automatically. Large documents, presentations, and design files need upload bandwidth to stay current.
• Security cameras — Cloud-connected cameras (Ring, Nest, Arlo) upload footage around the clock. Each camera uses 1–4 Mbps of upload, depending on resolution.
• Gaming — While gaming itself uses minimal upload, streaming your gameplay to Twitch or YouTube requires 6–10+ Mbps sustained upload. Competitive games also benefit from consistent upload for low-latency input.
• Social media — Uploading 4K video to YouTube, Instagram Reels, or TikTok can take a long time on slow upload speeds. A 5-minute 4K video can be 2–5 GB.
• Smart home devices — Thermostats, doorbells, baby monitors, and IoT sensors all use a small amount of upload bandwidth. Multiply that by 15–30 devices and it adds up. See our smart home WiFi guide for more.

How Much Upload Speed Do You Actually Need?

Here's a practical breakdown of upload requirements by activity:

Video Calls (Zoom, Teams, Google Meet)

• SD quality (480p): ~1 Mbps upload
• HD quality (720p): ~1.5–2 Mbps upload
• Full HD (1080p): ~3–4 Mbps upload
• Screen sharing (with video): add 1–2 Mbps

If two people in your household are on video calls simultaneously, double those numbers. That means you need at least 6–8 Mbps upload just for the calls — before any cloud backup, security cameras, or other devices in the background.

Cloud Backup and File Sync

• Light use (documents, spreadsheets): 1–3 Mbps is fine
• Moderate use (photos, design files): 5–10 Mbps helps sync finish in reasonable time
• Heavy use (video editing, large datasets): 25+ Mbps makes a real difference

At 10 Mbps upload, a 1 GB file takes roughly 13 minutes to upload. At 100 Mbps (fibre), the same file takes about 80 seconds.

Livestreaming and Content Creation

• Twitch at 720p 60fps: 4–6 Mbps upload
• Twitch/YouTube at 1080p 60fps: 8–12 Mbps upload
• YouTube at 4K: 20–35 Mbps upload

For streamers and content creators, fibre internet is almost a necessity. Cable upload speeds of 10–15 Mbps leave virtually no headroom for 1080p streaming while anyone else in the house uses the internet.

Security Cameras

• 1080p camera with continuous upload: ~2–4 Mbps per camera
• 4K camera: ~8–10 Mbps per camera
• Event-triggered only (motion clips): much less, ~0.5–1 Mbps average

Three 1080p cameras recording continuously can consume 6–12 Mbps of upload on their own. That's most of a cable plan's total upload capacity.

Upload Speed by Internet Technology

Not all internet connections are equal when it comes to upload:

• Fibre (FTTH) — Symmetric speeds. A 300/300 Mbps plan gives you 300 Mbps upload. The best option for work-from-home, streaming, and multi-device households. Check fibre availability in your area.
• Cable (DOCSIS 3.1) — Heavily asymmetric. Download speeds of 150–1000 Mbps, but upload typically 10–30 Mbps. Upload capacity is shared across your neighbourhood, so it can drop during peak hours.
• DSL / VDSL — Very limited upload, usually 1–10 Mbps. DSL is largely being phased out in Western Canada.
• Fixed wireless — Varies widely. Some rural providers offer 5–25 Mbps upload; others as low as 1–2 Mbps. Distance from the tower matters. See our guide to rural internet options.
• Satellite (Starlink) — Typically 5–20 Mbps upload, with higher latency. Adequate for video calls but not ideal for low-latency applications.

How to Test Your Upload Speed

Most people have never tested their upload speed. Here's how:

1. Use a reputable speed test — Visit speedtest.net, fast.com (click "Show more info"), or speed.cloudflare.com. They all report upload speed alongside download.
2. Test on a wired connection — WiFi can bottleneck your results, especially on older routers. Plug your computer into the router with an Ethernet cable for an accurate reading. Our troubleshooting guide covers this in detail.
3. Test at different times — Cable internet upload speeds often drop during evening peak hours (7–10 PM) when the neighbourhood is online. Test in the morning and evening to see the range.
4. Close background apps — Cloud sync, software updates, and security cameras can use upload bandwidth during your test, skewing results downward.

If your measured upload speed is consistently below 70% of what your plan promises, contact your provider. You may have a hardware issue, or your plan may not deliver what you're paying for.

Signs Your Upload Speed Is Too Slow

Upload bottlenecks are sneaky — they often feel like a general "internet is slow" problem. Watch for these specific symptoms:

• Your video freezes on calls, but you can see others fine — Your download (receiving their video) works, but your upload (sending your video) can't keep up
• "Your internet connection is unstable" warnings in Zoom or Teams — This often means upload is saturated
• File uploads take forever — Attaching a 50 MB presentation to an email or uploading a video to Google Drive feels painfully slow
• The whole internet slows down when someone starts a cloud backup — Large uploads can saturate your upload pipe, which on some connections also degrades download performance
• Security camera footage is choppy or low resolution — The cameras are automatically reducing quality because they can't upload fast enough

How to Improve Your Upload Performance

If you're stuck with a limited upload connection, these tips help you get the most out of it:

1. Prioritize video calls with QoS — Many modern routers (especially mesh systems) have Quality of Service settings that let you prioritize Zoom/Teams traffic over background uploads. Check our VoIP and call quality guide for QoS setup steps.
2. Schedule large uploads for off-hours — Set cloud backups to run overnight instead of during work hours. Most backup software (Backblaze, iCloud, Google Drive) lets you throttle or schedule uploads.
3. Reduce security camera quality — Dropping from 4K to 1080p per camera can free up 5+ Mbps of upload. Event-triggered recording (instead of continuous) saves even more.
4. Use a wired connection for your work computer — WiFi contention and interference waste bandwidth. A direct Ethernet connection gives your upload stream a cleaner path to the router.
5. Upgrade to fibre — If fibre is available in your area, switching from cable to fibre is the single most impactful upgrade for upload speed. Check Get WiFi fibre plans and rates.

Upload Speed Recommendations by Household Type

Here's a quick guide to how much upload speed different households typically need:

• Single person, light use (email, browsing, occasional call): 5–10 Mbps upload
• Couple, one works from home (daily video calls, cloud sync): 15–25 Mbps upload
• Family, 2+ remote workers or students (concurrent calls, smart devices): 25–50 Mbps upload
• Content creator or streamer (1080p/4K live, large file uploads): 50–100+ Mbps upload
• Small business from home (VoIP phones, cloud CRM, file sharing): 25–50 Mbps upload

If your household falls into the 25+ Mbps category, fibre is strongly recommended. Most cable plans simply cannot deliver that level of upload reliably, especially during peak hours. Get WiFi can help you find the right fibre or cable plan for your area.

Frequently Asked Questions

What is a good upload speed for working from home?

At minimum, 10 Mbps upload for a single remote worker taking regular video calls. For comfort, 25 Mbps upload gives you headroom for screen sharing, cloud sync, and other household devices running simultaneously.

Why is my upload speed so much slower than my download speed?

Most cable and DSL connections are asymmetric by design — the technology allocates more capacity to download because historically that's what consumers used most. Fibre connections don't have this limitation and can offer equal speeds in both directions.

Does upload speed affect gaming?

Online gaming uses very little upload bandwidth (typically under 1 Mbps). However, if your upload is saturated by other activities (cloud backups, cameras, someone else's video call), it can increase your latency and packet loss, causing lag. Streaming your gameplay to Twitch or YouTube requires significantly more — 6–12 Mbps for 1080p. See our gaming internet guide for details.

Can I increase my upload speed without changing plans?

On cable or DSL, your upload speed is largely fixed by your plan and technology. You can optimize how you use it (QoS settings, scheduling backups, wired connections), but the ceiling is set by your connection type. Switching to fibre is the most effective way to get more upload capacity.

Bottom Line

Upload speed is the unsung hero of a good internet experience — especially in 2026, when remote work, cloud-first workflows, and smart home devices are the norm, not the exception. If you're experiencing choppy video calls, slow file uploads, or an internet connection that grinds to a halt when someone runs a backup, upload speed is likely your bottleneck.

The fix is straightforward: check your current upload speed, match it against what your household actually needs, and consider upgrading to a plan — ideally fibre — that gives you enough room to upload comfortably. Compare Get WiFi plans to find the right fit, or sign up to start your upgrade today.

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IPv6 Explained: What It Means for Your Home Internet in Canada

by Malcolm Setter | Aug 31, 2026 | Internet Guides

What Is IPv6 — and Why Should You Care?

You've probably seen "IPv6" in your router settings or on a speed test result and wondered what it actually means. The short version: IPv6 is the newer addressing system that lets devices connect to the internet, and it's gradually replacing the older IPv4 system that's been running since the 1980s. This guide explains what's happening, whether your home internet is affected, and what (if anything) you need to do.

IPv4 vs. IPv6: The Address Problem

Every device that connects to the internet needs a unique address — just like every house needs a street address for mail delivery. The original system, IPv4, uses 32-bit addresses that look like this: 192.168.1.1. That gives us about 4.3 billion possible addresses.

In the 1980s, 4.3 billion seemed infinite. In 2026, with smartphones, laptops, smart TVs, security cameras, thermostats, and every other connected device, the world has long since burned through that supply. The global IPv4 address pool was officially exhausted in 2011 (IANA) and regionally depleted across all five registries by 2019.

IPv6 uses 128-bit addresses that look like this: 2001:0db8:85a3:0000:0000:8a2e:0370:7334. That provides approximately 340 undecillion addresses — a number so large that every grain of sand on Earth could have trillions of addresses. We won't run out.

How ISPs Handle the Shortage Right Now

Since IPv4 addresses are scarce, most Canadian ISPs use a workaround called CGNAT (Carrier-Grade Network Address Translation). Here's how it works:

• Your ISP assigns one public IPv4 address to a group of customers (sometimes hundreds).
• Your router gets a private IPv4 address, and the ISP's CGNAT device translates traffic between your private address and the shared public one.
• From the outside internet, you and your neighbours all appear to share the same IP address.

CGNAT works — you can browse, stream, and email without noticing. But it creates problems for specific use cases:

IPv6 eliminates CGNAT entirely because every device gets its own globally unique address. No sharing, no translation, no port-forwarding headaches.

What Dual-Stack Means (and Why Most Networks Use It)

The internet doesn't flip a switch from IPv4 to IPv6 overnight. Instead, most ISPs run both protocols simultaneously — a setup called dual-stack. When your device connects to a website:

1. It checks whether the site supports IPv6.
2. If yes, it connects over IPv6 (faster, no NAT overhead).
3. If no, it falls back to IPv4.

This happens automatically, in milliseconds. You don't choose which protocol to use — your device and the server negotiate it. Google reports that roughly 45% of its global traffic now arrives over IPv6, and the number climbs every year.

Does Your Canadian ISP Support IPv6?

Support varies. Here's the general landscape for Western Canadian ISPs as of mid-2026:

To check whether your connection has IPv6 right now, visit test-ipv6.com from any device on your home network. It'll score your connection out of 10 and tell you exactly what's working.

How to Check and Enable IPv6 on Your Router

Most modern routers support IPv6 out of the box. If your ISP provides it, you may already have it enabled without knowing. Here's how to check:

Step 1: Log into your router

Open a browser and go to your router's admin page — usually 192.168.0.1 or 192.168.1.1. (Check the sticker on the bottom of your router if you're not sure.) Enter your admin username and password.

Step 2: Find the IPv6 settings

Look for a section called IPv6, Internet Settings → IPv6, or Advanced → IPv6. The location varies by brand:

• TP-Link: Advanced → IPv6
• ASUS: Advanced Settings → IPv6
• Netgear: Advanced → Advanced Setup → IPv6
• ISP-provided router: Often under WAN or Internet settings

Step 3: Enable it (if available)

If your ISP supports IPv6, set the connection type to Auto or DHCPv6 (the most common for residential). Save and reboot. Then visit test-ipv6.com to confirm it's working.

If your ISP doesn't offer IPv6, enabling it on your router won't do anything — the setting only works when the ISP delivers IPv6 addresses to your modem.

IPv6 and Home Network Security

One concern people raise: "If every device has a public IPv6 address, isn't that less secure?" It's a fair question, and the answer is nuanced:

• NAT is not a firewall. Under IPv4/CGNAT, your devices are hidden behind NAT, which incidentally blocks inbound connections. But NAT was designed for address conservation, not security. Your router's firewall is what actually protects you.
• IPv6 routers still have firewalls. Any modern router with IPv6 enabled runs a stateful firewall that blocks unsolicited inbound traffic by default — just like it does for IPv4.
• Privacy extensions. IPv6 includes a feature called privacy extensions (RFC 4941) that randomizes the device portion of your address, so your device doesn't broadcast a fixed identifier as you browse. Most operating systems (Windows, macOS, iOS, Android, Linux) enable this by default.

Bottom line: if your router's firewall is on (it is, by default), IPv6 doesn't make your network less secure. For a deeper dive on home network security, see our WiFi security and VPN guide.

Does IPv6 Make Your Internet Faster?

In theory, yes — slightly. IPv6 packets don't need NAT translation, so there's less processing overhead at each hop. In practice, the speed difference for normal browsing and streaming is negligible — maybe a few milliseconds of latency saved per connection.

Where IPv6 can make a noticeable difference:

• Gaming: Lower latency and no CGNAT means better peer-to-peer connections, faster matchmaking, and the ability to host game servers from home. See our gaming internet guide for more.
• Video calls: Direct device-to-device connections (no NAT traversal) can reduce jitter.
• Smart home: Devices with globally routable addresses can communicate more reliably with cloud services and with each other.

The bigger gains are in reliability and functionality rather than raw speed. If you're troubleshooting slow internet, your connection type (fibre vs. cable vs. DSL) and your WiFi standard matter far more than IPv4 vs. IPv6.

IPv6 and VLANs / Advanced Home Networking

If you've set up VLANs on your home network to isolate IoT devices, guest traffic, or a home office, IPv6 works across VLANs the same way IPv4 does. Each VLAN gets its own IPv6 prefix (delegated by your ISP via DHCPv6 prefix delegation), and your firewall rules between VLANs apply to both protocols.

One thing to watch: if you configure inter-VLAN firewall rules for IPv4 only and forget to add matching IPv6 rules, traffic could bypass your segmentation over IPv6. Most managed router/firewall platforms (UniFi, pfSense, OPNsense) let you create rules that apply to both address families.

What You Actually Need to Do

For most home internet users in Western Canada, the honest answer is: very little. Here's a simple checklist:

1. Check your current status — Visit test-ipv6.com. If you score 10/10, you're already on IPv6 and dual-stack is working.
2. Make sure your router supports it — Any router bought in the last 5–6 years almost certainly does. If you're using an ISP-provided modem/router, it's likely already configured.
3. Enable it if it's off — Follow the router steps above. There's no downside to having it on.
4. Don't disable IPv4 — Many websites and services still only work on IPv4. You need both protocols running (dual-stack) for full compatibility.
5. Keep your router firewall on — This is always true, regardless of IPv6.

If you're shopping for a new router, make sure it explicitly supports IPv6 and has an IPv6 firewall. All major brands (TP-Link, ASUS, Netgear, UniFi) have supported this for years.

Frequently Asked Questions

Will IPv4 stop working?

Not any time soon. The internet is moving to IPv6 gradually, and IPv4 will coexist for many more years through dual-stack. No ISP is switching off IPv4 for residential customers.

Can I get a static IPv6 address for my home?

Most ISPs assign a dynamic IPv6 prefix that rarely changes (often stable for weeks or months). True static IPv6 assignments are typically a business-tier feature. For home use, the quasi-static prefix is usually sufficient.

Does IPv6 fix my WiFi dead zones?

No — IPv6 is a network-layer protocol, not a WiFi technology. Dead zones are caused by signal strength and interference. For that, see our rural internet guide or consider a mesh WiFi system.

Do I need to change my internet plan for IPv6?

No. IPv6 support is determined by your ISP's network infrastructure, not your plan tier. If your ISP supports it, every plan gets it.

Is IPv6 required for WiFi 6 or WiFi 7?

No. WiFi 6, 6E, and 7 are wireless standards that work with both IPv4 and IPv6. They're separate technologies that complement each other but don't depend on each other.

The Bottom Line

IPv6 is the long-term future of internet addressing, but for everyday home users, the transition is happening quietly in the background. Your job is simple: make sure your router supports it, enable it if it's available, and keep browsing. The heavy lifting is between your ISP and the websites you visit.

Looking for a faster, more reliable internet connection in Western Canada? Compare plans and pricing or sign up today. We offer unlimited usage across Calgary, Edmonton, Red Deer, Grande Prairie, and dozens more communities across Alberta, BC, and Saskatchewan.

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How to Set Up VLANs on Your Home Network (Advanced Guide)

by Malcolm Setter | Aug 27, 2026 | Internet Guides

Why Set Up VLANs on Your Home Network?

If you've already nailed the basics — a solid router, decent fibre or cable connection, and good WiFi coverage — the next level of home networking is VLANs (Virtual Local Area Networks). VLANs let you carve one physical network into multiple isolated segments, each with its own rules. That means your security cameras, smart thermostats, and kids' gaming consoles can all share the same router without being able to see — or compromise — each other.

This guide walks you through what VLANs are, why they matter for a modern connected home, and exactly how to set them up. We'll cover both managed-switch setups and consumer-friendly options so you can choose the path that fits your comfort level.

What Is a VLAN, in Plain English?

A VLAN is a way to create separate "virtual" networks within a single physical network. Devices on VLAN 10 can talk to each other but cannot reach devices on VLAN 20 — even though they're all plugged into the same switch or connected to the same access point.

Think of it like floors in an apartment building. Everyone enters through the same front door (your internet connection), but each floor has its own locked entrance. A guest on floor 3 can't wander into your apartment on floor 2.

Technical Basics (30-Second Version)

• VLAN ID: a number (1–4094) that tags traffic. Common choices: VLAN 1 (default/management), VLAN 10 (trusted devices), VLAN 20 (IoT), VLAN 30 (guest).
• Tagged (trunk) port: carries traffic from multiple VLANs, each packet stamped with its VLAN ID. Used between switches and between a switch and a router.
• Untagged (access) port: carries traffic for one VLAN only. The device plugged in doesn't need to know about VLANs at all.
• Inter-VLAN routing: if you want one VLAN to reach another (e.g., your laptop on the trusted VLAN printing to a printer on the IoT VLAN), the router handles it — with firewall rules you define.

The Three-VLAN Home Network

For most households, three VLANs cover 95% of use cases. Here's the model we recommend:

VLAN 10 — Trusted Devices

Your personal laptops, phones, tablets, desktops, and NAS. These devices can reach anything on the network (including IoT devices you whitelist). This is your "high trust" zone.

VLAN 20 — IoT / Smart Home

Smart speakers, robot vacuums, smart plugs, security cameras, smart TVs, and anything that phones home to a manufacturer's cloud. These devices get internet access only — they cannot initiate connections to your trusted VLAN. If your smart TV gets compromised, the attacker can't pivot to your work laptop.

VLAN 30 — Guest Network

Friends, relatives, Airbnb guests. Internet access only. No access to any other VLAN, no device discovery, no printer access. Simple and secure. Most people already run a "guest WiFi" — a VLAN formalises that separation at the network level rather than relying on the router's software isolation.

What You Need (Hardware)

You don't need enterprise gear. Here's the minimum for each approach:

Option A: Consumer-Friendly (UniFi / TP-Link Omada / Asus)

• Router/gateway: UniFi Dream Machine (UDM), TP-Link Omada ER605, or an Asus RT-AX86U Pro running Asuswrt-Merlin firmware
• Managed switch: UniFi USW-Lite-8-PoE, TP-Link TL-SG2008P, or any VLAN-capable managed switch ($50–$120)
• Access point(s): UniFi U6+ or TP-Link EAP670 — both support broadcasting multiple SSIDs, each mapped to a different VLAN

These ecosystems have a central controller (UniFi Network app, Omada SDN, or the Asus web UI) that makes VLAN setup nearly point-and-click.

Option B: DIY / Open-Source

• Router: Any mini-PC running OPNsense or pfSense (a $200 Protectli or Topton box with two Ethernet ports is popular)
• Managed switch: Same as above, or any 802.1Q-compliant switch
• Access points: Anything that supports multiple SSIDs with VLAN tagging (even a $40 TP-Link EAP225 works)

This route is more hands-on but gives you complete control over firewall rules, DNS, and traffic shaping.

Step-by-Step: Setting Up VLANs (UniFi Example)

We'll use the UniFi ecosystem because it's the most popular prosumer choice in Canada. The concepts apply to any VLAN-capable gear.

Step 1: Create Your VLANs in the Controller

1. Open the UniFi Network app → Settings → Networks.
2. Click Create New Network.
3. Name it IoT, set VLAN ID to 20, choose a subnet (e.g., 192.168.20.0/24), and enable the DHCP server.
4. Repeat for Guest (VLAN 30, subnet 192.168.30.0/24). Your default LAN (VLAN 1 or untagged) becomes the trusted network.

Step 2: Create WiFi SSIDs for Each VLAN

1. Go to Settings → WiFi.
2. Your existing SSID stays on the default (trusted) network.
3. Create a new SSID called Home-IoT and assign it to the IoT network you just created.
4. Create Home-Guest and assign it to Guest.
5. For IoT, you may want to hide the SSID (since devices are configured once and never need to re-discover it).

Step 3: Assign Switch Ports

If you have wired IoT devices (IP cameras, smart hubs), assign their switch ports to the IoT VLAN:

1. In the UniFi app, go to Devices → [your switch] → Port Manager.
2. Click the port your camera is plugged into.
3. Change the network from Default to IoT.

Step 4: Set Firewall Rules

This is where VLANs become powerful. In Settings → Firewall & Security → Firewall Rules, create these rules:

These three rules enforce the golden principle: trusted devices can reach down to IoT; IoT and guests cannot reach up.

Step 5: Reconnect Devices

Move your smart home devices to the Home-IoT SSID one by one. Most smart home apps walk you through reconnecting to a new WiFi network. Keep your laptops, phones, and desktops on your original (trusted) SSID.

Common Mistakes to Avoid

1. Too Many VLANs

Some guides suggest a separate VLAN for every device category — cameras, speakers, thermostats, printers. Unless you're running a corporate network, this creates management headaches with minimal security benefit. Three VLANs (trusted, IoT, guest) is the sweet spot for most homes.

2. Forgetting DNS

IoT devices need DNS to phone home. Make sure each VLAN's DHCP server hands out a DNS server (your router's IP, or a public resolver like 1.1.1.1 or 9.9.9.9). A VLAN with no DNS is a VLAN full of broken devices.

3. Blocking mDNS / Bonjour

Apple AirPlay, Chromecast, Sonos, and many smart home protocols use mDNS (multicast DNS) for device discovery. If your trusted laptop can't "see" your Sonos speaker on the IoT VLAN, you need an mDNS reflector (also called an mDNS repeater). UniFi has a built-in toggle: Settings → Networks → [IoT network] → Enable Multicast DNS. OPNsense users can install the avahi plugin.

4. Not Testing After Setup

After configuring your VLANs, test them:

• From a device on the IoT VLAN, try to ping a trusted device's IP. It should fail.
• From a device on the Guest VLAN, try to access your router's admin page. It should fail.
• From a trusted device, try to access a camera on the IoT VLAN. It should succeed (if you allowed it).

How VLANs Improve Your WiFi Performance

VLANs aren't just about security. Separating traffic can improve performance too:

• Broadcast storm isolation: IoT devices are notorious for chattering — constantly broadcasting discovery packets. On a flat network, every device hears every broadcast. VLANs contain broadcasts within their segment, reducing noise on your trusted network.
• QoS per VLAN: Many routers let you set bandwidth limits per VLAN. You could cap the Guest VLAN at 50 Mbps and give your trusted VLAN the full pipe — important if you're on a 150 Mbps plan and have bandwidth-hungry guests.
• Cleaner device lists: Instead of scrolling through 40+ devices in your router's client list, you see each VLAN's devices separately. Troubleshooting takes seconds instead of minutes.

For the foundation this all sits on, make sure your internet plan actually delivers enough bandwidth. Check Get WiFi rates for fibre and cable plans in your area, or read our guide to choosing the right speed.

VLANs for Specific Use Cases

Home Office / Remote Work

If you work from home, a VLAN separating your work devices from the rest of the household is increasingly common — and some employers' IT policies require it. Your work laptop and VoIP phone go on a dedicated VLAN (or the trusted VLAN with extra firewall rules), and your kids' tablets and smart TVs stay on a separate segment. See our home office internet setup guide for more.

Smart Home Power Users

Running Home Assistant, Hubitat, or another local smart home hub? Put the hub on the trusted VLAN (it needs to reach everything) and all the endpoints (bulbs, sensors, switches) on the IoT VLAN. The hub acts as the bridge, and your smart home devices stay contained. For more on securing all those connected devices, see our WiFi security guide.

Gaming

Competitive gamers can put their console or PC on the trusted VLAN with QoS priority, ensuring that a family member's 4K stream on the IoT VLAN doesn't cause lag spikes. Pair this with SQM (Smart Queue Management) on your router for the lowest possible latency. Our gaming internet guide covers the bandwidth and latency targets you need.

Small Business at Home

If you run a business from home — an Etsy shop, a consulting practice, a photography studio — VLANs give you PCI-DSS-friendly network segmentation without a second internet connection. Keep your payment terminal and business devices on their own VLAN, isolated from personal traffic. See our small business internet guide for plan recommendations.

What About Mesh WiFi Systems?

Most consumer mesh systems (Google Nest WiFi, Amazon eero, basic TP-Link Deco) do not support VLANs. They're designed for simplicity, not segmentation. If VLANs matter to you, choose a mesh ecosystem that supports them:

• UniFi — full VLAN support across all access points and switches
• TP-Link Omada — full support, often cheaper than UniFi
• Asus AiMesh — limited VLAN support on Merlin-compatible models

If you've already invested in a mesh system that doesn't support VLANs, you can still add a managed switch behind your mesh router and create wired VLANs — but WiFi segmentation won't be possible without replacing the access points.

Frequently Asked Questions

Do VLANs slow down my internet?

No. VLANs are handled at wire speed by any managed switch made in the last decade. The tagging adds 4 bytes to each Ethernet frame — negligible even on a gigabit connection. You won't notice any speed difference.

Can I set up VLANs without a managed switch?

Technically, yes — if your router supports VLAN tagging on its LAN ports (many OPNsense/pfSense routers do). But a managed switch ($50–$120) makes everything much cleaner, especially if you have wired devices. For a WiFi-only VLAN setup, you just need an access point that supports multiple SSIDs with VLAN tagging.

Will VLANs break my Chromecast or AirPlay?

Only if you don't enable an mDNS reflector. Chromecast, AirPlay, and Spotify Connect all use multicast DNS for discovery. Enable mDNS reflection between the trusted and IoT VLANs and these features work seamlessly.

How many VLANs can a home router handle?

Most consumer routers that support VLANs can handle 8–16 simultaneously. A UniFi Dream Machine supports up to 30+ networks. For a home, you'll never need more than 3–5.

Is this worth doing on a 25 Mbps rural connection?

Absolutely — VLANs are about security and organization, not speed. In fact, on a slower connection, the QoS-per-VLAN feature is even more valuable because you can guarantee bandwidth to your most important devices. Check available plans in your area at getwifi.ca/rates — even rural Alberta, BC, and Saskatchewan locations often have faster options than you'd expect.

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How to Compare Internet Providers in Western Canada: A Complete Guide

by Malcolm Setter | Aug 24, 2026 | Internet Guides

Why Comparing Internet Providers Matters More Than You Think

Choosing an internet provider in Western Canada isn’t just about picking the cheapest plan on the first page of Google. The actual experience — reliability, real-world speeds, data policies, contract terms, and customer support — varies wildly between providers and between regions. A plan that works beautifully in downtown Vancouver might be unavailable or unreliable 30 minutes outside the city.

Whether you’re in Calgary, Edmonton, Vancouver, Saskatoon, or a smaller community anywhere in Alberta, BC, or Saskatchewan, this guide gives you a structured framework for evaluating providers side-by-side — so you pick the right one the first time.

The Seven Factors That Actually Matter

Marketing makes every provider sound identical: “blazing-fast speeds,” “reliable connection,” “great value.” Strip away the slogans and focus on these seven concrete factors.

1. Available Technology at Your Address

This is the single most important factor, and it’s the one most people skip. The type of connection available at your specific address determines your speed ceiling, latency, and reliability.

• Fibre (FTTH/FTTP): The gold standard. Symmetrical upload and download speeds, lowest latency, most reliable. Available in most urban areas and expanding into suburbs and smaller cities across Western Canada.
• Cable (DOCSIS 3.1): Fast download speeds (up to 1 Gbps in some areas), but upload is usually much slower (15–30 Mbps). Shared neighbourhood bandwidth means speeds can dip during peak hours.
• DSL/VDSL: Older copper-based technology. Speeds depend heavily on distance from the exchange — homes far from the central office may see 10–25 Mbps even on plans advertised at 50 Mbps. Being phased out in many areas.
• Fixed wireless: Common in rural Western Canada. Speeds range from 25–100 Mbps depending on the provider and tower distance. Latency is higher than wired options. Weather and line-of-sight matter.
• Satellite (LEO — Starlink): Available almost everywhere, including remote areas. Speeds typically 50–200 Mbps with 20–60 ms latency. Good where nothing else reaches, but expensive and subject to weather interference.

Before comparing plans, check what’s actually available at your address. Most provider websites have an address checker. If fibre is available, it’s almost always the best choice. If it’s not, cable is the next best option. For rural areas, our rural internet guide covers the specific options in detail.

2. Real-World Speed vs. Advertised Speed

The speed on the plan name (e.g., “Internet 150”) is the maximum theoretical download speed. Real-world performance depends on the technology, network congestion, your router, and even the time of day.

What to look for:

• Download speed: What you see on the plan — but ask whether it’s “up to” or guaranteed. Most residential plans are “up to.”
• Upload speed: Critically important for video calls, cloud backups, and working from home. Fibre plans often offer symmetrical speeds; cable and DSL do not. If you need help figuring out how much speed you actually need, we have a dedicated guide.
• Latency (ping): Measured in milliseconds. Anything under 20 ms is excellent; 20–50 ms is fine for most uses; over 100 ms causes problems with gaming and video calls.
• Consistency: Some providers maintain steady speeds all day. Others see significant drops between 7–11 PM when the neighbourhood is streaming. Ask neighbours or check community forums (Reddit’s r/Calgary, r/Edmonton, r/Vancouver are surprisingly useful for ISP feedback).

Pro tip: The CRTC’s annual Measuring Broadband Canada report tests actual vs. advertised speeds for major Canadian ISPs. It’s publicly available and one of the most objective sources of real-world speed data.

3. Data Caps and Overage Fees

Some providers still enforce monthly data caps on lower-tier plans — typically 200–500 GB. If you stream a lot of 4K video, have multiple gamers in the house, or work from home with large file transfers, you can burn through a cap faster than expected.

Questions to ask:

• Is the plan truly unlimited, or is there a soft cap with throttling?
• What are the overage fees? (Some providers charge $2–$4/GB beyond the cap.)
• Can you add an unlimited data option, and at what cost?

Most fibre and higher-tier cable plans include unlimited data, but always confirm before signing up — especially on promotional plans where the fine print may differ.

4. Contract Terms and Cancellation Policies

This is where many people get burned. A plan with a low monthly price might come with a 2-year contract and a $15/month early cancellation fee for every remaining month. That “great deal” becomes very expensive if you move or switch providers.

We covered the details in our internet contracts and cancellation guide, but the key questions are:

• Is there a contract? Month-to-month plans cost slightly more but give you flexibility.
• What’s the cancellation penalty? Some providers charge a flat fee; others charge per remaining month.
• Are there installation or activation fees? Many providers waive these during promotions but charge $50–$150 normally.
• Does the promotional rate expire? A plan that’s $65/month for 12 months might jump to $95/month after. Always ask what the regular price is.

5. Total Monthly Cost (Not Just the Headline Price)

The advertised price is rarely the full picture. When you’re comparing providers, calculate the total monthly cost including:

• Base plan price (after any promotional period ends)
• Modem/router rental fee: $10–$15/month from some providers. Buying your own equipment saves money within 8–12 months.
• Unlimited data add-on: If not included
• Static IP or other add-ons
• Taxes

For a full breakdown of what goes into your monthly internet bill, check our guide to understanding your internet bill. To compare current Get WiFi rates across plan tiers, visit our rates page.

6. Bundling Options

Many providers offer discounts when you bundle internet with TV, phone, or home security. Bundling can genuinely save money — but it can also lock you into a package that’s harder to leave.

When bundling makes sense:

• You actually use all the bundled services
• The combined price is meaningfully lower than buying separately
• The bundle doesn’t require a longer contract commitment

When it doesn’t:

• You’re adding a TV package you barely watch just to get a $10 internet discount
• The bundle price jumps significantly after the promotional period
• Cancelling one service voids the discount on others

Get WiFi offers internet bundles that pair internet with home phone — straightforward, no hidden gotchas. If you need phone service anyway, bundling is an easy win.

7. Customer Support and Reliability Track Record

This is the hardest factor to evaluate before signing up, but it matters enormously when something goes wrong — and eventually, something will.

How to assess support quality:

• Google Reviews and BBB ratings: Look for patterns, not individual complaints. Every provider has unhappy customers, but consistent themes (long hold times, billing errors, missed technician appointments) are red flags.
• Support hours and channels: Is phone support 24/7 or business hours only? Is there live chat? Can you reach a human quickly?
• Local presence: Providers with local offices and technicians tend to resolve issues faster than those relying on remote call centres.
• CCTS complaints: The Commission for Complaints for Telecom-television Services publishes annual data on complaints per provider. It’s a useful signal — if a provider consistently shows up with high complaint volumes relative to their customer count, take note.

Provider Landscape in Western Canada: What to Expect by Province

Alberta

Alberta has some of the strongest internet competition in Canada, particularly in Calgary and Edmonton. Fibre is widely available in urban areas from multiple providers. Smaller cities like Red Deer, Lethbridge, and Grande Prairie have improving fibre coverage but may still rely on cable or DSL in some neighbourhoods. Rural Alberta is primarily served by fixed wireless and satellite.

British Columbia

BC’s major centres (Vancouver, Victoria, Kelowna, Kamloops) have strong fibre and cable coverage. The challenge is in BC’s interior and northern regions, where geography limits wired infrastructure. Fixed wireless, satellite, and some community-owned fibre networks fill the gaps. BC’s mountainous terrain can also affect fixed wireless reliability.

Saskatchewan

Saskatchewan’s internet market is unique because SaskTel, the provincial Crown corporation, is the dominant provider. This means strong coverage in Saskatoon and Regina with expanding fibre, but less competition than Alberta or BC. Third-party providers like Get WiFi offer alternative options, particularly for customers looking for different plan structures or bundled services. Smaller communities like Moose Jaw, Prince Albert, and Swift Current are seeing gradual fibre rollout.

A Step-by-Step Comparison Checklist

Use this checklist when you’re ready to compare providers for your address:

1. Check address availability — Confirm which providers serve your specific address and what technology they offer there.
2. List plans at similar speed tiers — Compare plans at the speed you actually need, not just the cheapest or fastest available.
3. Calculate true monthly cost — Add equipment rental, data add-ons, and taxes. Use the post-promotional price, not just the intro rate.
4. Check upload speeds — Especially if you work from home, game, or do video calls regularly.
5. Read the contract terms — Note the length, cancellation fees, and what happens after the promotional period.
6. Research local reviews — Focus on recent reviews (last 6–12 months) from people in your area.
7. Ask about outage history — Some providers will share uptime statistics. Neighbours and local forums can also fill in the picture.
8. Test your connection — Once connected, run a speed test during peak hours (7–10 PM) during the first week. If speeds are significantly below what’s advertised, contact support. If it persists, consider switching — our slow internet troubleshooting guide can help you isolate the issue first.

When to Switch Providers

Most people stick with their provider out of inertia, even when they’re overpaying or underserved. Consider switching if:

• Your promotional rate expired and the regular price is 30%+ higher
• Your speeds consistently underperform what you’re paying for
• A better technology (like fibre) has become available at your address since you signed up
• You’re paying for equipment rental when buying your own would be cheaper
• Customer support has been consistently poor

Switching is straightforward — most of the time, the new provider handles the transition for you. If you’re in Western Canada and want to see what Get WiFi offers at your address, check our current plans and rates or go straight to sign up.

FAQ

What is the best type of internet connection available in Western Canada?

Fibre-to-the-home (FTTH) is the best option where available. It offers the fastest symmetrical speeds, lowest latency, and highest reliability. In urban Alberta, BC, and Saskatchewan, fibre coverage is expanding rapidly — check availability at your address before considering other options.

How do I find out what internet providers serve my address?

Visit each provider’s website and use their address checker, or use the CRTC’s National Broadband Internet Service Availability Map, which shows all registered providers at any Canadian address. Your municipality may also maintain a list of licensed providers in the area.

Should I rent a router from my internet provider or buy my own?

Buying your own router almost always saves money within 8–12 months. Provider rental fees of $10–$15/month add up to $120–$180/year. A quality router costs $100–$200 and lasts 3–5 years. The exception is if your provider requires their equipment for certain features (like bundled TV) or offers a high-end router as part of the plan at no extra charge.

What internet speed do I need for a household in Alberta, BC, or Saskatchewan?

For a household of 2–4 people with streaming, video calls, and general browsing, 100–300 Mbps download is typically sufficient. Larger households with multiple gamers or 4K streaming on several screens may benefit from 500 Mbps–1 Gbps. Upload speed matters most for remote workers — aim for at least 10–20 Mbps upload if you do regular video conferencing.

Are there internet providers in Western Canada with no contracts?

Yes. Several providers in Alberta, BC, and Saskatchewan offer month-to-month plans with no term commitments. Get WiFi, for example, provides flexible internet plans without long-term contracts — view current options here.