What’s the difference between Mbps vs. MBps?


The main distinction between the two terms is between bits and bytes. The first, Mbps (lowercase "b", stands for megabits per second, while the second, MBps (capital "B" stands for megabytes per second.
"Megabits per second" (Mbps) is a unit of measurement for download and upload speed, also known as bandwidth.
Visit
https://tecpointglobal.com/blog-details/Understanding-The-Difference-Between-Mbps-And-MBps
To read more…..

How Can I Test My Home Internet Connection?


Introduction:


Broadband internet refers to a class of high-capacity transmission technologies that send data, voice, and video over long distances and at high connection speeds. Coaxial cables, fiber optic cables, and radio waves are all common transmission mediums.

Broadband is always on and eliminates the need for dial-up. Its significance is extensive; it enables high-quality and quick access to information, teleconferencing, data transmission, and more in a variety of capacities, including healthcare, education, and technological development.

Broadband Types:


Digital subscriber line (DSL), cable modem, fiber, wireless, satellite, and broadband over power lines are the six major types of broadband technologies (BPL).

· Digital subscriber line (DSL)

DSL transmits data over existing copper wires in homes and businesses from telephone lines. DSL broadband speeds range from several hundred Kbps to millions of bits per second (Mbps).

· The cable modem

Cable modems transmit data over the same coaxial cables that cable companies use to send pictures and sound to your television. Cable modems are external devices that provide 1.5 Mbps or faster internet speeds. Speeds vary depending on the cable provider's option, the cable modem, and traffic.

· Fiber

Fiber optic technology, which converts electrical signals to light, is used in fiber broadband. Electrical signals carry information. Light is converted and transmitted through transparent glass fibers. The speed at which fiber transmits data is typically tens or hundreds of times faster than that of DSL and cable modems.

· Wireless

Wireless broadband is either mobile or fixed, and it transmits data from the service provider's facility to the customer's location via radio signals. Wireless can help provide long-distance transmissions to areas that do not have access to DSL, cable, or fiber. Wireless network speeds are comparable to those of DSL and cable.

· Satellite

Satellite broadband is a type of wireless broadband that transmits data via satellites in Earth's orbit. Satellite broadband is critical for providing broadband connectivity to remote areas around the world, and it is a focus of many technology companies aiming to provide Internet access to the entire world.

· Broadband transmission via power lines (BPL)

BPL transmits data over existing power lines, can be installed using a building's existing electrical system and provides speeds comparable to DSL and cable. BPL is a relatively new technology that is only available in a few locations. However, there is a lot of excitement surrounding it, primarily because its use of power lines, which are already installed everywhere, eliminates the need to build new expensive infrastructure to serve each broadband customer.

What Exactly Is An Internet Speed Test?


Speed Test is a method of measuring the speed of communication between a device and a test server using the device's internet connection. However, there are some defining factors that can influence latency rate, such as device type, such as phones, PCs, tablets, and others.

Find out how to improve your Internet connection and boost your Wi-Fi signal https://tecpointglobal.com/blog-details/6-tips-to-improve-your-internet-connection-and-boost-your-Wi-Fi-signal

Understanding the parameters of the Internet Speed Test:


· Mbps


Internet speed test is measured in Mbps, including download speed, upload speed, and latency. Because internet speed is measured in bits per second, Mbps stands for megabits per second (a million bits per second).

· Upload Speed


Upload speed is the rate at which your device can send data to another location online, such as uploading photos to social media.

· Download Speed


Bandwidth, also known as download speed, measures the speed with which data travels from the internet to your device. This metric is important when streaming or downloading your favorite show.

How To Run An Internet Speed Test


1) Run a Speed Test on Your Computer


There are several websites on the internet that offer free Wi-Fi speed tests. Speedtest.net comes highly recommended. Each test should take no more than 60 seconds and should provide download and upload speeds. For best results, run a few Wi-Fi tests.

2) Examine Your Wi-Fi Speed Test Results


The results of an internet speed test are meaningless unless you can interpret them. Examine your download speeds to see how quickly files will download, as well as your video streaming capabilities and the number of devices your Wi-Fi can support. DSL speeds will, of course, be slower. Cable internet may be slow due to congestion from other cable-connected homes.

If your latency is less than 20 milliseconds (ms), your Wi-Fi should be fine. However, lag will occur if the latency is greater than 150 ms. If you're experiencing lag, your router may simply be old and needs to be replaced, or you could try upgrading to fiber for lower latency.

How to Get an Accurate Wi-Fi Speed


· Disable Automatic Downloads

· Remove Unwanted Users Temporarily

· Examine Your Router for Problems

Conclusion


If you suspect that your Internet speed is slow, you should run a speed test to determine the cause and methods for optimization.

Point-to-Point Wireless Internet- This Is Everything You Need to Know

Wireless internet services from point to point. This service eliminates the need for leasing lines or relying on fiber solutions. While these alternatives may provide faster internet speeds, they often come at a high cost or are not available at all in some rural areas.
So, what exactly is point-to-point internet, and how can you tell if it's right for your company? Let's take a look at this less expensive, fixed wireless, and scalable solution to see if it's time for your business to cut the cord.

What Exactly Is Point-to-Point Wireless Internet?
Point-to-Point (PtP) wireless connections use directional antennas with LoS (Line of Sight) to connect two locations.
To establish the connection, they use a combination of small, powerful, highly-directional aerials, routers, and cables.
The connection can receive and rebroadcast any computer network from one location to another, including an internet connection, for up to 50 kilometers from the origin.
The link is also known as a wireless access point (WAP), Wi-Fi bridge, or wireless bridge.
Point-to-point internet connection wirelessly connects businesses across multiple sites or to the internet. Previously, this was commonly accomplished through the use of leased landlines or underground fiber connections. However, as wireless technology has improved, this option is becoming more popular with businesses due to its faster speeds and lower costs.

How Does Point to Point Internet Work?
Point-to-point wireless connections are not the same as your home wifi. It is typically installed in two or more locations, with a clear line of sight between them. There are three distinct types of setup between individual areas from here.
1) Point to Point Wireless:
A point-to-point network connects two points by a direct line of sight. It can deliver speeds ranging from 100 Mbps to 10 Gbps. Some of the most common applications for this type of connection include:
• Adding two or more buildings to a network
• Replacing leased lines with a lower-cost alternative
• Internet systems for businesses
• Setups for video surveillance
• Links for Disaster Recovery
• Data sharing between locations
• Internet of Things systems


2) Point to Multi-Point Wireless:
This option is preferable if you need connections for outdoor hotspots or multiple locations that are both in and out of the line of sight. It is still much less expensive than replacing leased line cables and can provide speeds of up to 1 Gbps.
It is the best choice for:
• Using a single access point device to connect multiple sites
• Corporate networks that are extremely fast
• Replacement of fiber and leased lines

3) Point-to-Point Wireless Mesh Network:
Wireless mesh networks have several advantages, including the fact that they are self-configurable, scalable, and capable of supporting a large number of concurrent connections without sacrificing speeds. This configuration is ideal for high-capacity environments or long-distance outdoor settings. Mesh networks are commonly used for the following purposes:
• Areas where public Wi-Fi is required
• Locations on campus
• Those areas that cannot be cabled

What Are the Advantages of Using a Point-to-Point Wireless Internet Connection?
Point-to-point (P2P) networks help you save time and make the most of your resources. Instead of tearing up streets and parking lots to install wires and conduits, or using a VPN to connect via the public internet for inner office networking, point-to-point wireless networks offer a secure way to create a network for your locations.
• Point-to-point wireless communication offers high levels of encryption and is inaccessible to third parties.
• The lack of physical connections reduces the possibility of accidents or vandalism.
• Increased dependability due to communication devices sharing the same line of sight.
• Can be deployed in remote locations, allowing for cost-effective office-to-office communication.
• Works with a wide area network and physical mediums to improve communication.
• Reliable connections between end users due to line-of-sight communication between communicating devices.

Are There Any Drawbacks?
While point to point wireless internet is becoming increasingly popular and offers numerous benefits, it is not always the best option for every business. When working with wireless technology, you must ensure that nothing interferes with the signals. Large industrial and urban areas with numerous buildings can cause interference and slow down wireless network speeds. The distance and height of the access points are critical factors for a strong and reliable point-to-point internet connection.

Conclusion
If your company is reviewing its network services, it's worth looking into whether the advantages of point to point wireless internet stack up for your company.
While there are numerous cost savings associated with the model, you will not be sacrificing speed or scalability by switching. You simply need to have a clear line of sight for the signals.

For more Info about Kindly contact us:

www.tecpointglobal.com
Instagram: https://www.instagram.com/tecpointng
Facebook: https://www.facebook.com/tecpointng
LinkedIn: https://www.linkedin.com/company/tecpointglobalsolutions/
Mail: sales@tecpointglobal.com

Why you can’t connect to Wi-Fi at home and what you can do about it

"How come I can't connect to Wi-Fi?" It's something we've all said. Here's how to troubleshoot common home network connection issues.
There could be a number of reasons why your internet isn't working. Often, re-plugging a modem or router or restarting your laptop's network driver will suffice. Use this guide to learn how to troubleshoot potential internet issues on your own.

No internet access? First, look into these Wi-Fi network issues.

·Check these potential network issues to see if your Wi-Fi network is causing your internet problems:

·Check to see if your router is unplugged or if the power has been turned off — your solution could be as simple as restarting or plugging in your router.

·Check to see if any of your devices are attempting to connect to a different network. Although your device usually connects to your home Wi-Fi network, it could be attempting to connect to another network. You may have to manually connect it to your home network and forget about the other one.

·If you recently changed your Wi-Fi password, make sure the new one is saved in your device.

·Check to see if other websites or internet browsers are functioning properly. Certain websites or servers go down from time to time.

·Examine whether moving your device closer to your router improves your connection. If you normally have a strong signal in rooms far from your router but can't connect, move your device closer to the router. If it detects a signal in a nearby room, you may require a Wi-Fi extender.

How to Troubleshoot Wi-Fi Network Issues

Restart your modem.
Unplug your modem and then reconnect it. If that doesn't work, unplug your router, wait a minute, and then reconnect it. Restarting your modem or router will sometimes reset your network and make the problem go away.

2. Examine the network configuration

Check your wireless network configuration next. Wi-Fi channels can become overcrowded at times, causing connection problems.

3. Reset your network settings.

Using your laptop, reset your network:

Windows:

·Navigate to "Settings."

·Then there's "Network & Internet.

·"Then, under "Status," select "Network Reset."

Mac OS:

·In the "System Preferences" Network pane, double-check your TCP/IP settings.

·Select "Renew DHCP lease" from the menu.

·When you select Wi-Fi, you will see your "Preferred Networks."

·Click OK to open "Keychain Access Utility" and navigate to your saved network passwords.

·Remove any previously saved network passwords and restart your computer.

Problems with device connectivity

Your laptop or phone is frequently the source of your connection problem. If you used to be able to connect your device to your home Wi-Fi network but now you can't, it's most likely a device issue.

Connection issues can range from software issues to network adapter glitches, so start troubleshooting your smart devices.

How to Troubleshoot Various Device Issues

1.Reboot your device.

Your first step, as any IT professional will tell you, is to restart your device. This is a standard troubleshooting solution that may be all you need to reconnect to Wi-Fi.

2. Examine your network adapter

The next step is to examine your network adapter. Connection problems can occur when your computer's network adapter is not enabled.

Windows:

·Select your network adapter from the Network Connections Control Panel to inspect it.

·Check that the wireless connection option is turned on.

3. Install new adapter drivers

It's possible that your network adapter driver is out of date.

·Navigate to your device manager.

·Choose "Network Adapters."

·Choose "Update Driver."

·Following the instructions, restart your computer and attempt to connect to Wi-Fi.

4. Hardware should be repaired or replaced.

If these suggestions do not work, look into possible hardware or software issues. Hardware issues are uncommon, but an older computer or tablet's network adapter may stop working unexpectedly if it overheats. You can take your device to a repair shop to see if they can assist you in replacing any hardware.

5. Viruses must be removed.

If you have a computer virus, it may cause software issues that disable or block your ability to connect to Wi-Fi. You should scan your computer or device for viruses and remove any that are found. Then restart your computer and attempt to connect again.

[center]How Fiber Internet Works[/center]

Fiber internet is delivered via glass fiber optic cables, which enable data to be translated using light rather than electricity at a much faster rate than cable connections.

How does fiber Internet work?

To deliver high-speed data over longer distances, it employs a network of fiber optic cables. The data travels at the speed of light down the cables. This means you're more likely to get faster download speeds and a more stable internet connection.
Fiber optic cables make use of a technology first developed in the 1950s for endoscopes, which allowed doctors to see inside the human body without invasive surgery. Researchers were able to use that technology to transmit telephone calls by the 1960s.
But why is glass used? Glass, on the other hand, allows data transmission via light — this is the "optic" part of fiber optics. In theory, this allows data to travel at the speed of light (186,000 miles per second). In practice, it is roughly 70% of that, but it is still significantly faster than other internet connections.

Various types of fiber internet

While the promise of high speeds offered by fiber optic cable sounds appealing, it's important to remember that not all fiber internet is created equal, and not all fiber connections can achieve maximum speed or data transfer.
1) Fiber To The Home, or FTTH: is the fastest consumer-facing fiber option. This is also known as Fiber to the Premises, abbreviated as FTTP. This is when fiber optic cable is brought directly to your home or business, providing a direct connection to the network.

2) Fiber to the Curb, or FTTC: Many internet service providers use Fiber to the Curb, also known as FTTC. Fiber optic cables are placed across utility lines in this option, bringing high-speed internet to neighborhood blocks and communities. The connection from those poles to homes and other buildings, on the other hand, is made with coaxial cable. Because this shorter cable typically uses copper rather than fiber optics, speeds are slower than the direct fiber connection to the home.

3) Fiber to the Node, FTTN: Finally, there is Fiber to the Node, also known as Fiber to the Neighborhood and abbreviated as FTTN. Fiber optics are brought within one mile of a neighborhood with Fiber to the Neighborhood. Internet service can be accessed via cables from this node, which is typically a network box. However, the farther a home is from this node, the slower their connection. Fiber to the Node is regarded as the slowest of the fiber internet options currently available.

What are the benefits of the Fiber Internet?
• Internet connection speed
Fiber broadband transports more data in less time by using actual light beams.
• Connection
Fiber optic cables are more powerful than traditional copper phone lines. This makes them more resistant to electrical interference and cold weather, both of which can wreak havoc on your broadband internet.
• Bandwidth
Bandwidth is the amount of data that can be transferred at any given time. Your internet will be slow if your bandwidth is low, especially if your household uses multiple devices online at the same time.
And, with FTTP, the fiber optic cables extend all the way to the house, resulting in no bandwidth loss.

Conclusion
Fiber internet is still significantly faster than cable internet. Not only can it achieve much faster speeds, but it can also carry significantly more data.
Fiber internet accomplishes this through the technological innovation of transferring data via light, which not only provides faster speeds but also lower latency — the amount of time it takes for data packets to transfer from one point to another. Fiber internet is the most reliable and fastest internet connection available.

For more Info about kindly contact us:
www.tecpointglobal.com
Instagram:[url] https:/www.instagram.com/tecpointng[/url]
Facebook: https://www.facebook.com/tecpointng
LinkedIn: https://www.linkedin.com/company/tecpointglobalsolutions/
Mail: [url]sales@tecpointglobal.com[/url]

THE EVOLUTION OF INTERNET SERVICE PROVIDERS: FROM DIAL-UP TO FIBER OPTIC By TecPoint Global Solutions

The transition from dial-up internet to fiber optic internet service signifies momentous technological progress that has transformed how we connect to and utilize the internet in our daily lives, whether for personal or professional purposes.

In this article, we will explore the notable transformation of internet service providers, starting from dial-up connections to the advancements in fiber optic technology.

DIAL-UP INTERNET
Dial-up was the earliest form of internet connectivity available to consumers. It used regular telephone lines to establish a connection to an internet service provider (ISP). Users had to physically dial a phone number using a modem connected to their computer, and the modem would transmit and receive data over the telephone line (that is, convert digital signals into analog signals). Dial-up connections were slow, typically offering speeds of up to 56 kilobits per second (Kbps).
Dial-up networking was prevalent in the 1990s and early 2000s but has since been largely replaced by faster and more reliable broadband technologies.

BROADBAND INTERNET
As the demand for faster and more reliable internet connectivity grew, broadband internet technologies emerged. Broadband refers to high-speed internet connections that have a continuous, always-on connection to the internet. Technologies like Digital Subscriber Line (DSL) and cable internet emerged as popular broadband options.

• Digital Subscriber Line (DSL): DSL technology utilized existing copper telephone lines to provide high-speed internet access. It offered faster speeds than dial-up and allowed users to make phone calls while being connected to the internet. DSL connections had download speeds ranging from a few hundred kilobits per second (Kbps) to several megabits per second (Mbps).

• Cable Internet: Cable internet leveraged the infrastructure of cable television networks to deliver internet connectivity. It used the same coaxial cables that transmit television signals to provide high-speed internet access. Cable internet offered faster speeds than Digital Subscriber Line (DSL), typically ranging from a few megabits per second (Mbps) to several hundred Mbps.
These broadband technologies offered faster speeds than dial-up, reaching up to several megabits per second (Mbps), eliminated the need for dialing up and provided faster speeds compared to dial-up connections.

WIRELESS BROADBAND
As technology advanced, wireless broadband options became available, allowing users to connect to the internet without physical cables. Wireless technologies like Wi-Fi and cellular networks enabled greater convenience and mobility. Wi-Fi connects wirelessly to a Wi-Fi router or access point connected to an internet service provider. Cellular networks, such as 3G, 4G, and eventually 5G, provided wireless internet access on smartphones and other mobile devices.

• Wi-Fi Network: Wi-Fi which stands for Wireless Fidelity, replaced traditional wired connections within homes, offices, and public spaces. It is a wireless networking technology that enables devices like computers, smartphones, tablets, and Internet of Things (IoT) devices to connect to the internet or other networks without the need for physical cables. It utilizes radio waves to transmit data between these devices’ networks

• Cellular Network: A cellular network, also known as a mobile network, is a telecommunications network that enables mobile devices to connect to the internet and communicate with each other. It is a system of interconnected cells, each served by a base station that covers a geographical area and provides wireless communication services. It uses a combination of radio waves and cell towers to provide coverage. Mobile devices, such as smartphones, tablets, and cellular-enabled Internet of Things (IoT) devices, communicate with the network through these cell towers.

FIBER OPTIC INTERNET
Fiber optic internet is the latest and most advanced form of internet connectivity available to consumers. Instead of using electrical signals over copper wires, It utilizes thin strands of glass or plastic called optical fibers to transmit data as pulses of light. Fiber optic cables can carry significantly more data over longer distances and provide faster and more reliable internet speeds compared to Digital Subscriber Lines (DSL) and cable internet.

The technology also offers significantly low latency, higher speeds and greater bandwidth capabilities compared to previous methods, to enable seamless streaming, online gaming, and other data-intensive activities. Moreover, fiber optic networks offer symmetrical upload and download speeds, ensuring a balanced and consistent internet experience.

• Fiber to the Curb (FTTC): Fiber to the Curb (FTTC) is an internet infrastructure solution that extends fiber optic cables to a distribution point located near homes or businesses. In this setup, the fiber optic cables are brought close to the end-users, but the final connection from the curb to the premises is established using conventional copper or coaxial cables.

• Fiber to the Home (FTTH): networks represent a major fiber optic internet technology breakthrough. In FTTH deployments, fiber optic cables are extended directly to individual homes or buildings, guaranteeing exceptional speeds and performance. FTTH offers symmetrical speeds, where the upload and download speeds are equal.
This feature proves especially advantageous for activities such as video conferencing, cloud computing, and transferring large files.

Conclusion
Overall, the evolution from dial-up to fiber optic internet represents a remarkable improvement in internet connectivity, providing faster speeds, increased reliability, and enabling the use of bandwidth-intensive applications and services.
Fiber optic networks are typically built and operated by internet service providers (ISPs) to deliver high-speed internet services to homes, businesses, and other institutions. As the demand for faster and more reliable internet continues to grow, fiber optic infrastructure is being expanded and upgraded in many regions.

For more related content visit ou website @ www.tecpointglobal.com