Digging Deeper Broadband Internet

Broadband Internet

Have you ever heard of the term broadband internet? Maybe those of you who use home internet know that broadband internet is high speed internet. However, this high speed is still shared with several other users, aliases, its use is not only for one device, so it can be called broadband.

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The problem may be what is the definition of broadband itself? Let’s dig deeper, what is broadband internet?

Definition of Broadband

Broadband is the transmission of wide bandwidth data over a high-speed internet connection.

Broadband can be said to be an internet connection that is generally used at home, where the speed and performance are divided among each user/device. If the use of the internet is “light”, for example, opening the Whatsapp social media, then users will experience faster speed and performance. Conversely, if each user carries out “heavy” internet activities, the internet speed will decrease.

So what is broadband? the definition of broadband internet is a minimum download speed of 25 Mbps and 3 Mbps upload. Broadband provides high-speed internet access through a variety of technologies including fiber-optic, wireless, cable, DSL, and satellite.

Broadband Type

Broadband Internet is delivered via several different technologies with availability varying by location. Which broadband internet service you choose will depend on your needs, preferences, costs and where you live.

As mentioned above regarding the meaning, broadband can be divided into several types of high-speed internet, what are the explanations for that?

Digital Subscriber Line (DSL)

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


There are two main types of DSL technologies: asymmetrical digital subscriber line (ADSL) and symmetrical digital subscriber line (SDSL). ADSL is asymmetrical because users receive a lot of data but don’t send much data. Residential homes, where individuals use the Internet primarily to surf the web, watch movies, and play video games are included in ADSL. Due to the user profile, ADSL has a faster speed for inflow than outgoing flow.

On the other hand, SDSL is mainly used by businesses that need fast speeds to send and receive data. Business Internet needs exceed those of the typical home Internet and require the transfer of large amounts of data, such as for video conferencing.

Fiber Optics

Fiber broadband uses fiber optic technology that converts electrical signals into light. Electrical signals carry data. When converted into light, the light is sent through transparent glass fibers. The speed at which fiber transmits data is significantly greater than that of DSL and cable modems, usually by the tens or hundreds of Mbps.


Next there is wireless broadband. It is a type of broadband that is mobile or fixed and transmits data via radio signals from the service provider’s facility to the subscriber’s location. Wireless helps provide long distance transmission to remote areas and does not have access to DSL, cable, or fiber. Wireless speeds are similar to DSL and cable speeds.

Cable and Satellite

After that there is a type of satellite broadband. Satellite broadband is a form of wireless broadband but uses satellites in earth orbit to transmit data. Satellite broadband is essential for providing broadband connectivity to remote areas of the world and is the focus of many technology companies whose goal is to provide Internet to the world.

Satellite broadband speed varies depending on many factors but is generally 500 Kbps for download and 80 Kbps for upload.

Broadband Over Powerlines (BPL)

Then, the last and most widely used is BPL. BPL transmits data over existing power lines, is manageable through a building’s existing electrical system, and offers speeds similar to DSL and cable. BPL is a relatively new technology and is only available in certain areas.

However, there is a lot of buzz around it mainly due to the use of power lines, which are being laid all over the place, reducing the need to build expensive new infrastructure to serve every broadband subscriber.

What is the difference between Broadband Internet and Dedicated Internet?

Today there are indeed many businesses that use the internet which must be fast-paced. What’s more for various activities such as cloud applications, conferencing, VOIP, VPN, file sharing, email and many more.

Usually, there are two things, namely choosing which is broadband internet or dedicated internet. While the complexities of Internet access technology may seem confusing at first, there are some basic differences that are easy to understand. In the end, which one you choose depends on your application, goals, budget, uptime requirements and the size of your business.

Download and Upload Speed

One of the main benefits of dedicated vs shared Internet is that bandwidth is guaranteed. Downloads and uploads are always consistent symmetrical speeds. This keeps applications running smoothly and eliminates the possibility of slowdowns that can impact the entire business operation.

Large file uploads are a common problem faced by many businesses, dedicated internet solves this problem with high upload speed and low latency. In addition, applications such as VOIP and video require consistent upload performance for QoS as well.

Quality of Service (QoS)

Packet loss, latency, network uptime, and jitter all affect Internet access speed, and businesses want assurance that applications will also perform at high levels. Dedicated Internet access providers offer guarantees for all of these metrics in the form of a Service Level Agreement (SLA).

If at any time your dedicated Internet connection does not meet these standards, you are eligible for an SLA credit. This ensures there is monetary compensation for not meeting the guarantees set by the provider, unlike broadband connectivity where there is no guarantee of performance.

Faster Problem Solving Even though the Connection is Guaranteed to be the Best

Even with the best type of Internet connection, there are problems and outages that can occur. With a dedicated vs broadband Internet connection, there is a set response time to troubleshoot the problem, usually called the mean time to repair (MTTR). This time frame is outlined in an SLA or contract to allow for speedy resolution of issues, as well as peace of mind.

The average MTTR for a dedicated Internet connection issue is typically 4 hours or less, with shared Internet response times lasting hours to days, with no guaranteed timeframe. Prolonged delays or outages of this kind can cripple a business, even with proper failover connectivity.

Dedicated Customer Service

Customer service for dedicated internet certainly has more special attention. With this, the need for internet with a stable connection is very reliable. And if something undesirable happens, complaints are very easy.

Service Fee

Cost is the only area where the broadband Internet connection shines and could easily be justified by management, as it is a lower fixed monthly fee over the term of the contract.

But as the saying goes, you get what you pay for, and with lower costs come lower levels of performance, reliability, support. A broadband Internet connection is a great solution for the home or small office, but a must-have for large businesses that rely heavily on the performance of Internet connectivity.


How? Can you choose which one is more profitable using broadband or dedicated internet?

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