Wi-Fi connection became perhaps the most wanted commodity, frequently valued than having hot showers at home. Wi-Fi networks are set up in our homes, schools, emergency clinics, at work, in public, and everywhere. In our digital world where most of us are internet-dependent — the interest and demand for Wi-Fi have grown exponentially.
Yet, Wi-Fi connection issues happen to everybody, except they don't need to be perpetual circumstances. What many individuals don't comprehend is that the greater part of these issues are handily addressed if they know how to troubleshoot them.
Common Wi-Fi Connectivity Problems and Its Solutions
The main catch is that Wi-Fi networks depend on signal strength, which can be effortlessly interrupted, bringing about connectivity interferences. A Wi-Fi connection can be hindered in a greater number of ways than we may even figure it out. Here are the absolute most common reasons for slow, sluggish Wi-Fi and some practical solutions and answers for fixing them so you can troubleshoot them without reaching for your internet service provider.
Obsolete Routers
Normally, a router can function for five or more years. However, technology is evolving, upgrading ensures you can have the latest features and best performance. And when you notice consistent disturbances and sluggish connections during surfing the web, restricted coverage, and even overheating, you may consider buying a new one.
If you're on the lookout for updated routers and you need to enhance Wi-Fi connectivity and better coverage across your home or office, focus on finding routers that adopt Wi-Fi 6 (820.11ax) technology with dual-band capabilities.
Wi-Fi 6 features faster transmission speed, larger capacity, wider coverage, and compatibility. It reduces lag in contrast to traditional Wi-Fi 5 technology. (See: AX1800 Dual-Band Wi-Fi 6 Router)
Location Barriers
The most effective way to battle location barriers meddling with your transmission and connection is clearly to move the router to a better location. Indeed, even the furniture of your home can have an impact on your Wi-Fi signal.
A few homes are worked with thick metal or substantial dividers that make it hard for a connection to go through. These materials are so viable at impeding electromagnetic waves that makers presently use them in the making of RFID-ensured frills. Storm cellars specifically are known for having thick dividers that are impenetrable to Wi-Fi, particularly when the house is more seasoned and contains mortar and slat (metallic cross section) dividers. This substance decreases the signal radically.
● Wi-Fi Range Extender
The clearest answer for the location barrier is to reconfigure your router or purchase a range extender in a space that isn't encircled by concrete, metal, clay, stone, or block facades containing air conduits and additionally water pipes. (See AC750 Wi-Fi Range Extender)
With Wi-Fi Range Extender, now it's not necessary to sit in the same room to access full-speed Wi-Fi.
Wi-Fi Range Extenders captures the Wi-Fi from your router and rebroadcasts it to the area where you want the range to actually be.
● Pick the right band
Wi-Fi routers are not made equivalent and equal. Assuming you have purchased an updated router, verify whether it upholds dual-band with 2.4 GHz and 5 GHz bands. More up-to-date AC or AX routers commonly support this feature.
Differences of 2.4GHz & 5GHz:
As a rule, you should utilize 2.4 GHz to advance for distance/coverage and 5 GHz to upgrade and enhance for speed.
The dual-band signal provides the best surfing experience. The 5GHz channel offers faster bandwidth, while the 2.4GHz channel helps to cover a larger area.
5 GHz is faster and quicker. 5 GHz Wi-Fi offers quicker transfers and downloads than 2.4 GHz. Furthermore, 5 GHz benefits from more non-covering channels and less interference which can boost network connection. However, 5 GHz isn't as great at going through dividers and walls.
For example, you should utilize 5 GHz for bandwidth-hungry cases like high-definition streaming or online gaming. In any case, keep your gaming console near the router.
2.4 GHz beats 5 GHz in coverage. The lower frequency of 2.4 GHz is better at going through solid facades and can cover a more extensive territory than 5 GHz.
For example, you should utilize 2.4 GHz if your Wi-Fi provider and router/access point may be isolated by various rooms. 2.4 GHz will serve better at penetrating through dividers and walls between your Wi-Fi devices.
● Try a Mesh Wi-Fi System
Assuming you have a huge house or office space that requires consistent network speed, a mesh Wi-Fi network is what you need if you aim to eliminate Wi-Fi dead zones and broaden network coverage. Dissimilar to standard Wi-Fi routers that require extenders for added coverage, mesh networks are intended to create one seamless network, blanketing your place with wireless coverage.
No need to worry about these Home Wi-Fi Headaches:
Most mesh Wi-Fi systems feature MU-MIMO (multi user, multiple-input, multiple-output) technology for multipath wireless communication, in which multiple users or terminals, each radioing over one or more antennas, communicate with one another.
Network Interferences
Routers frequently compete for wireless transmissions and airwaves with other family gadgets. Rival gadgets like Bluetooth speakers, microwaves, and baby monitors can affect your Wi-Fi signal. It's important to find routers with BSS coloring technology.
BSS coloring technology effectively eliminates co-channel interference, enhancing network utilization and communication efficiency.
Orthogonal frequency-division multiple access (OFDMA) is a feature of Wi-Fi 6 (802.11ax) that allows access points to serve multiple clients at the same time. OFDMA divides each channel into small-sub channels allowing signals from multiple connected devices to be bundled together and transmitted simultaneously, reducing latency for a smoother Wi-Fi experience.
Most users need to reboot their modem, router, or range extender every once in a while. Assuming your connection appears to be languid, turn off the devices for at least 30 seconds. Plug in the modem first and then, at that point, turn on your router. For the most part, that's all it takes and is necessary to speed-up sluggish networks.