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Views: 5971 Author: James Publish Time: 14-01-2019 Origin: zion communication
KEY WORDS:
fiber bandwidth grown exponentially; 5G is the next standard; advantages of Optical fiber;Central America and Latin America
Since 2012, the demand for fiber bandwidth has grown exponentially.
Statistics show the average of global Internet connection speeds. From the first quarter of 2011 to the first quarter of 2017,
the global Internet connection speed measurement ranged from 2.0 to 7.2 Mbps, and Korea ranked first in terms of the highest average Internet connection speed.
as the picture shows.
It is more than 8 times that of 2017. And the top 15 all exceeded 28Mbps. This is a surprising growth.
Please see the comparison chart below.The rise in the Nordic countries is very obvious. This is due to their 6G construction.
and global Internet traffic will double every year, and its growth rate will be faster.
High-definition, Blu-ray, 1080P, and larger data requirements, forcing operators to provide faster Internet speed services!
At the same time, along with the rise of Internet TV,
Video requires high bandwidth and reliability to deliver a smooth picture, especially when a large number of users are using it at the same time.
At least everyone has to support
Ultra-HD quality viewing with 25 Mbps connection.
In addition, we also see 3D HDTV, 4K or even 8K and virtual reality (VR) video, such as the Internet of Things, cloud services
, intelligent buildings, virtual and augmented reality, autonomous transportation and blockchain technology.
5G is the next standard in mobile technology and is expected to deliver speeds in excess of 10 Gbps.
The data transfer speed may be 150 times faster than 4G. This will further drive the huge demand for high-definition video streaming for mobile devices.
With the rise of cloud, IoT and smart city applications and the advent of 5G, the demand for high-bandwidth, low-latency, future-oriented networks is increasing. In addition, the demand for symmetric bandwidth has grown significantly, providing performance comparable to downloads and uploads. Users expect ubiquitous connections, and this connection is always valid.
The answer is that the speed of light is very fast.
The speed of light in a vacuum is about 300,000 kilometers per second, and when transmitted through a fiber optic cable, the speed is only one-third, or about 200,000 kilometers per second.
Make fiber technology the fastest transmission solution for long-distance lines.
*Ultra-high bandwidth - transfer very large amounts of data
*Low latency - almost no data transmission delay
*The attenuation is very small
*Small size and light weight - very convenient for transportation and installation
*Not subject to electromagnetic interference
*The minimum security risk
*Manufacturing materials are renewable resources such as glass
The image below shows the top fiber operators.
With the development of today's network technologies, operators can choose different strategies and methods to apply fiber optic technology to the network.
This requires flexibility and reliability in network design.
Network flexibility is becoming more important as operators must be able to respond to rapidly changing needs and service requirements. For example, how easy is an office building to upgrade from 1G to 5G, or higher?
The growing demand for increased fiber capacity and reduced civil engineering costs also provides faster connectivity and sometimes the key to winning new customers.
With today's reliance on ubiquitous connectivity, ultra-high network reliability is no longer a good choice.
Often, we see customers like banks, stock exchanges or office buildings wanting to operate multiple lines and have two separate lines - "primary" and "standby" - to ensure business continuity.
If the main line stops running, all traffic will be rerouted through the alternate line without interruption. Due to the need for more security - such as that required for driverless cars - the use of two lines is becoming more and more important, we expect two lines to be pushed further into the network.
Overall, FTTH is currently the main technology deployed in the region, and GPON is the most popular type of network.
Distributed deployment and off-the-air deployment in two-tier splits are becoming more common, taking advantage of lower cost and faster implementation.
There are new public initiatives, but private operators are currently in the lead.
Laying optical fiber communication network project
That's the question that we'll be exploring in the next article.
Product Director : James Xu
Field:Communication cables
DOWNLOAD THE FIBER OPTIC CABLE PDF CATALOG
james@zion-communication.com
