FTTP is just like an internet connection. It is specially designed for small people in business and consumers can easily approach that. It is also called to the premises. So you can easily send the data from the exchange to the user premises.
Fibre sends the data to the user premises. It is entirely dependent upon the fibre optic cable. You can also use the existing infrastructure, unlike the FTTC connection. The data also travel as a part of the journey by using the copper wire.
When the user sends the data to the internet. The data travels through to the fibre cable of the node. It is usually nearby the end of the road. It travels through the public internet.
The data can also enter into the shared broadband infrastructure. In which you can make an FTTP a contended service. As a result, The connection speed is very slow at the peak timing. It becomes unreliable to use.
More users like to take up the FTTP services.
What is a Leased Line?
A leased line is also called a fibre leased line service. It is dedicated to the line of fibre optic services. The leased line is provided directly to the premises, unlike the FTTP, the leased lines are directly connected to the public internet. It depends upon the reliable fibre optic cable. There is no infrastructure shared with the FTTP.
Both technologies connect to the premises by using the internet via fibre optic cable. The travel of the data is very different in this prospect.
FTTP Fibre Optic Leased Line
You can also observe that download speed is also available for FTTP services. It ranges from between 300MBPS and 1GBPS. The installation totally depends upon where you are living. Speed is also symmetrical. So, the download speed can be achieved faster than the upload speed.
Using an ISP that specializes in corporate connectivity, on the other hand, should provide you with enhanced protection, high redundancy, and the usage of more advanced technologies.
In the event of a breakdown, leased line service levels allow faster diagnostic and repair times. In most cases, within 5 hours.
What Are They Supposed to be Used for?
FTTP is best suited for home use or small enterprises that want moderately fast access but do not transfer significant amounts of data or require connectivity 24 hours a day, seven days a week.
A leased line is ideal for businesses that use cloud services and/or VoIP, transmit huge files frequently, or require a connection that is available 365 days a year.
Service Levels
Because FTTP was not designed for critical commercial use, service level agreements for FTTP call for problems to be fixed within two business days. Using a business leased line Internet service provider, on the other hand, should give you the same advantages.
Using an ISP that specializes in corporate connectivity, on the other hand, should provide you with enhanced protection, high redundancy, and the usage of more advanced technologies. In the event of a breakdown, leased line service levels allow faster diagnostic and repair times. In most cases, within 5 hours.
The following are the main distinctions between these two options:
Dedicated Bandwidth
A leased line is allocated bandwidth from the customer’s location to the provider’s core network. This dedicated bandwidth is not available with shared fibre broadband. Instead, different subscribers must share the available bandwidth, which means that when a large number of users try to use their connections at the same time, speeds suffer.
Read More : Informational Blog
Symmetric Speeds
The speed of a leased line connection is the same in both directions. Upstream speeds of fibre broadband are typically much slower than downstream speeds.
Leased lines are a premium connectivity option with high service levels. Unlike other fibre internet connections, consumers are likely to receive a Service Level Agreement (SLA) that guarantees performance, faster physical fault resolution, and 24/7 assistance.
mid-to-large businesses are the target market for Ethernet leased lines. Residential users and micro-businesses are the target markets for fibre broadband. The majority of leased lines are used to link offices. Fibre broadband is mostly used to link residences.
Ethernet leased lines often provide speeds of up to 10 Gigabits per second. Fibre Broadband provides much slower downstream and significantly slower upstream speeds. In the United Kingdom, most FTTC connections can’t deliver more than 80Mbps downstream and 20Mbps upstream. When compared to fibre leased lines, which enable connection rates of 10,000 Mbps in both directions, this is a significant difference.
Installation Time
Fibre Broadband is typically faster to set up than leased lines. Leased lines are significantly more expensive than fibre broadband.
Copper’s Use
The majority (but not all!) leased lines are only available through fibre-optic connections. For part of the route, EoFTTC employs copper cabling, notably the section from your site to a neighboring cabinet. The data is then transmitted over fibre.
Maximum Pace
Leased lines are usually symmetrical in speed. If there is spare downstream bandwidth available, some EoFTTC connections offer asymmetrical rates, letting customers download faster than they can upload.
Installation Schedules
EoFTTC is easier to set up than leased Ethernet connections. Consider weeks rather than months.
EoFTTC is a less expensive solution than fibre leased lines.
Speeds
EoFTTC is unable to provide the same high speeds as leased ethernet lines. Typically, EoFTTC provides no more than 20Mbps upstream, if that, to up to 100Mbps downstream.
Non-fibre Leased Lines vs Fibre Leased Lines
Unlike fibre leased lines, wireless requires the placement of equipment on the roof or side of the building, as well as a direct line of sight to a transmitter/receiver. Wireless leased lines, in comparison to fibre leased lines, are accessible in far narrower geographic areas and from far fewer suppliers – generally none or just one. Wireless leased lines are more quickly deployed than fibre leased lines. They are less dependable because of the interference that might occur when data is sent over the air rather than through underground fibre-optic cables.
Wireless (WiFi) (using Mobile Network Frequencies)
Frequently necessitates the installation of equipment on the building’s top or side. Maximum speeds vary more than fibre speeds.
