The right to In the UK, since March 2020, consumers have been able to request that British telecommunications service provider BT upgrade their broadband connection if it does not consistently provide a download speed of 10 Mbps and an upload speed of 1 Mbps. But as is often the case in the world of telecommunications, not everything is as it seems. Even with such new regulations. The definition of “fast internet” varies greatly from country to country. In addition, only minimum speeds for downloads are often guaranteed. However, many gamers or fans of HD films say that a download speed of 10 Mbit/s is not sufficient for many applications.
Another problem is the predominantly outdated broadband infrastructure in many countries. Upgrading this can be costly and time-consuming for both telecommunications companies and consumers. For example, under British law, telecommunications provider BT can pass on the cost of upgrading broadband connections to the end user above a threshold of £3,500. This means that many people living in remote areas of the UK cannot even afford the cost of a faster internet connection. In Germany, UNESCO has raised similar concerns. Pointing to the emergence of a ” digital divide”“ that is emerging between the working and the unemployed parts of the German population.
The throughput speed on the last mile
When telecommunications companies talk about residential Vietnam Phone Number List broadband speeds, they often use last-mile throughput speed as a measure. Put simply, this is the speed at which a customer’s line connects to the ISP’s network. While this can be a useful benchmark, it ignores several important factors: First, many networks are heavily congested. Which means that speeds can vary greatly depending on how many users are competing for bandwidth .
Secondly broadband speeds are usually asymmetric
This means that download speeds are usually significantly higher than upload speeds for most users. According to the British media regulator Ofcom, the average download speed in the UK is 80.2 Mbps. While the average upload speed is only 21.6 Mbps. Many households did not even notice this discrepancy before the pandemic. This is mainly because services such as streaming content only rely on the download speed. In everyday life during the pandemic, however, private households have increasingly had to resort to applications for video conferencing or distance learning tools. Which require a lot of capacity in both directions.
It is therefore not surprising that some telecommunications operators have had to seriously struggle with the increase in bandwidth demand caused by the pandemic. And although the situation cell phone number listing has now stabilized. We cannot rule out the possibility of a similar increase in the future. The current problem is that the capacity between the access network and the content delivery networks (CDN) is not sufficient to handle the peak load of users. In other words, the more users, the slower the network.
However, the solution, namely increasing broadband capacity, has so far been difficult to implement. Given the continuing high operating costs for network operators and the fact that average revenues per user are not expected to increase significantly in the foreseeable future, network operators have little means at their disposal with which to finance new infrastructure measures.
Network Disaggregation: A Solution Approach for the Entire Industry
Disaggregation, the practice of deploying network software separately from hardware. Can play a key role in solving this problem and help telecoms companies deliver on the promise of delivering faster broadband at lower costs. Traditionally, operators have built their networks using so-called monolithic systems that Bulk Database integrate both software and hardware from the same vendor. This locks companies into an investment with that one vendor and puts them in a vicious cycle where hardware replacement is not only slow but also expensive.
This change has been made possible by the advent of high-volume
Low-cost networking chips known as “merchant silicon.” They have enabled a new category of high-performance. Low-cost “bare metal” switches to be built. Often on the same outsourced manufacturing lines as traditional router systems. These switches cost a fraction of the price of traditional telco switches and routers . But are just as powerful. Alongside this groundbreaking hardware, however. A new generation of networking software has emerged. That can transform bare metal switches into highly functional IP/ MPLS switches used in broadband networks.
