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How to Boost Wi-Fi Speed Without Spending a Rupee

No Upgrades. No Subscriptions. Just Smart Tweaks.

Let’s face it: your Wi-Fi can act moody. One day it’s blazing fast, the next it’s crawling like dial-up from 2005. But here’s the good news—you don’t always need a new router, mesh system, or faster plan. Sometimes, just knowing what to tweak can give your Wi-Fi a whole new life.

Welcome to TechieBano zero-cost guide to better internet—without spending a single rupee.

1. Reposition Your Router.

Your router isn’t a set-it-and-forget-it box. Its location massively affects signal strength.

Do This:

  • Place it in the center of your home, not hidden in a corner or under a bed.
  • Keep it off the floor and away from thick walls or appliances like fridges or microwaves.
  • Make sure antennas (if any) are angled both vertically and horizontally.

🧠 Pro Insight: Wi-Fi signals are radio waves. Walls, metal, and even fish tanks interfere like crazy.

2. Log Out the Freeloaders

You might be paying for 100 Mbps, but if 6 neighbors are connected to your open Wi-Fi… you’re sharing.

Do This:

  • Log into your router’s admin panel (usually 192.168.1.1).
  • Check the connected devices list. Anything suspicious? Boot it.
  • Change your Wi-Fi password to something secure.

🛡️ Bonus Tip: Enable WPA2 or WPA3 security—not “Open” or “WEP.”

3. Change the Wi-Fi Channel (You’re in a Traffic Jam)

Most people don’t know this—but your router may be using an overloaded channel by default.

Do This:

  • Use an app like WiFi Analyzer (on Android) to see crowded channels.
  • Switch to a cleaner channel from your router settings.
    • For 2.4 GHz: Try channel 1, 6, or 11.
    • For 5 GHz: Try channels like 36, 44, or 149.

⚡ Why It Works: Wi-Fi routers in apartments often overlap channels—causing interference and speed drops.

4. Kick Out the Old Devices (They Slow Everyone Down)

That ancient 2012 smartphone still connected to your Wi-Fi? It may be bringing down the whole network.

Do This:

  • Disconnect devices not in use.
  • Disable auto-connect on smart TVs, unused tablets, or older IoT devices.

💡 Fun Fact: Some old devices still use slower protocols (like 802.11b) that drag down newer ones.

5. Disable Band Steering (If It’s Not Helping)

Some dual-band routers force your devices to jump between 2.4 GHz and 5 GHz. Sounds smart? Not always.

Do This:

  • If you’re experiencing disconnects or speed fluctuations, turn off band steering in router settings.
  • Create two separate SSIDs (like “Home-2.4G” and “Home-5G”) and manually choose which one to use.

💡 Use 2.4 GHz for range, 5 GHz for speed.

6. Restart Your Router (Weekly, Not Yearly)

Think of it like rebooting your brain. Routers collect cache, logs, and temporary errors over time.

Do This:

  • Schedule a weekly reboot using your router’s settings (if supported).
  • Or manually restart it once a week.

⚙️ Many routers get unstable if left running for weeks without a break.

7. Turn Off Background Apps on Devices

You’re not watching Netflix, but your phone might be syncing Google Photos, OneDrive, and a dozen apps in the background.

Do This:

  • Check background data usage in your phone/laptop.
  • Pause automatic updates, syncs, and cloud backups during work or video calls.

📱 You’ll be surprised how much bandwidth is silently eaten.

Final Thought from TechieBano

Your router isn’t magic. But you can get magic-like results by simply understanding how it works and treating it right. You don’t always need faster plans or new gadgets—just smarter usage.

So before you spend ₹1 on upgrades, try these free fixes.

Quick Checklist Recap

  • Move the router to the center
  • Change your Wi-Fi password
  • Switch to a clean channel
  • Remove unused/old devices
  • Reboot weekly
  • Kill background hogs
  • Split SSIDs manually

Got a trick of your own? Drop it in the comments. Let’s build a smarter Wi-Fi community together.

Why You Should Never Plug a Fridge and Microwave Into the Same Outlet

You’re overloading the circuit and risking a fire.

But let’s not stop there. Let’s break it down the way TechieBano does: clear, conversational, and grounded in real electrical logic.

The Scene at Home

You’ve just moved into your new kitchen setup. One wall socket, two essential appliances. You think, “Let me just plug both my fridge and microwave into this extension board.”
Logical? Maybe.
Safe? Absolutely not.

Most people don’t realize this, but kitchens are high-demand zones when it comes to electricity. Two of the heaviest hitters? Your refrigerator and microwave oven.

Let’s Talk About Power Consumption

Here’s a quick snapshot of what these appliances draw:

ApplianceTypical WattageAmp@230V
Fridge (mid-size)150–300 W~0.7–1.3 A
Microwave (solo)800–1200 W~3.5–5.2 A

Now add them together and you’re pushing up to 6+ Amps on one socket, continuously.

But most Indian wall sockets are 6A rated—some newer homes may have 16A sockets, but not always.

This kind of pairing is just asking for trouble.

So What Can Go Wrong?

1. Tripping Circuit Breakers

Your MCB (Miniature Circuit Breaker) may trip as soon as both devices pull high current simultaneously. Especially if you’re heating in the microwave while the fridge compressor kicks in.

2. Socket Overheating

Plug points can overheat over time—especially cheap extension cords. That leads to melting, sparking, and eventually, short circuits.

3. Fire Hazard

Yes, it’s rare—but not unheard of. Many kitchen fires in India are caused by overloaded multi-plug points with high-consumption devices running together.

Real-Life Example

One of our readers from Pune messaged:

“I used a T-board to plug both the microwave and fridge. It worked fine for 2 months. Then one day, we smelled burnt plastic—and the plug board had melted from the inside.”

No damage was done that day—but it could’ve ended very differently.

So What Should You Do Instead?

1. Use Dedicated Circuits

Whenever possible, plug your fridge into its own wall socket—ideally a 16A point. Same goes for the microwave.

2. Avoid Extension Cords for Heavy Devices

Extension cords are fine for phone chargers or lamps—not for heavy electricals.

3. Label Kitchen Points (Smart Tip!)

Mark your sockets: “Fridge Only”, “Microwave Only”. Helps your family or guests avoid accidental overloads.

4. Ask Your Electrician

If your kitchen has just one point, consider getting another 16A wall socket installed. It’s a small cost, but a big safety upgrade.

Pro Tip: Watch for These Signs

If you’re ever doing this combo (even temporarily), watch for:

  • Plug points that feel warm to the touch
  • Burning smell
  • Flickering lights when the microwave is used
  • Fridge lights dimming when microwave turns on

These are early warnings. Don’t ignore them.

You don’t have to be an electrician to stay safe—you just need to know the basics.

And one of the golden rules?
Keep the fridge and microwave on separate power lines. They may both live in the kitchen, but they don’t belong on the same socket.

1st Blog

Where Did Telecom Really Begin? A Down-to-Earth Guide to How We Got Here

You’re probably reading this on your phone or laptop—connected to the internet, maybe over Wi-Fi, maybe using mobile data. Ever wondered how all this started?
We throw around terms like 4G, 5G, fiber, broadband, VoLTE… but where did this journey begin?

Grab a chai. Let’s walk through it — like a story.

Once Upon a Time… No Phones, Just Dots and Dashes

Long before Instagram reels and WhatsApp calls, people used Morse Code to send messages. Tap-tap-tap. That was telegraphy, the first version of telecom. It needed wires, and trained people to decode the dots and dashes. It wasn’t fast—but hey, it beat sending a letter by horse.

Then came the telephone in 1876. Alexander Graham Bell changed everything. Now people could talk to each other. Not just beep signals. Actual voice. Mind-blowing for that time.

The Landline Era: Our Parents’ Telecom

If you’re a 90s kid, you remember it—the black rotary phone or the push-button one on the wall. That was landline telecom. One line, one number, one house.

It was limited. No portability. But it worked. And it brought people closer. Families, businesses, long-distance lovers.

The Mobile Boom: Everything Changed

Then came the real shift.

  • 1G: Just voice. Big phones. Huge batteries. Expensive plans.
  • 2G: SMS arrived. We started texting “Happy Birthday” instead of calling.
  • 3G: Hello, mobile internet. Hello, Orkut.
  • 4G: YouTube, Netflix, video calls. Life on demand.

Telecom wasn’t just about calling anymore. It became how we live, work, and play.

Behind the Scenes: What Actually Makes It Work?

People say “network is down” — but what even is a network?

It’s a combination of towers, cables, switches, satellites, routers, servers, all talking to each other at lightning speed. Here’s what does what:

  • Towers connect your mobile phone to the nearest base station.
  • Fiber cables carry huge chunks of data across cities and under oceans.
  • Routers guide that data to the right device.
  • Switches manage the traffic like a super-efficient traffic cop.

Everything has to be synced, precise, and stable. It’s a marvel, really.

Telecom in Our Daily Life (That We Don’t Notice)

You think telecom only matters when you’re on a call? Think again.

  • When you Google something — it’s telecom.
  • When your cab driver finds your location — telecom.
  • When your fridge alerts you that the milk is low — telecom.
  • When your bank sends you an OTP — yup, telecom.

It’s like electricity. You don’t notice it until it’s gone.

Where Are We Heading Next?

We’re already seeing:

  • 5G: Faster, more devices, almost zero delay.
  • Smart Cities: Where everything — lights, parking, traffic — is connected.
  • Private Networks: Businesses have their own private 5G.
  • 6G? That’s already in R&D labs, talking about holograms and AI-controlled networks.

Final Thoughts (The “So What?” Part)

Telecom isn’t just towers and cables.

It’s the invisible force that powers your daily grind, your friendships, your money transfers, your memes.
It’s the oxygen of the digital age — and we barely notice it.

So next time you look at “No Signal” on your phone… you’ll know the story behind those bars.

This is TechieBano — where we don’t just explain the tech, we humanize it.