Video communication has become an integral part of our daily lives. From informal video calls to business video conferencing to e-learning to e-health, everything depends on video conferencing. With strict restrictions on human activities, video conferencing has become an important communication medium.
Since it's the most efficient option available to you, what if you start having frequent problems during video conferences? Of course, this does take a toll on end users, such as students taking online classes, businesses meeting with clients, or people talking to estranged family members. Fiber optic products are proven to help enhance the video conferencing experience. This article discusses common causes of poor video quality and how to use fiber optic products to enrich the video conferencing experience.
Understand the root causes of poor video quality in video conferencing
When improving the quality of video communication, it is first important to know why the quality is so poor. Here are three common reasons for poor video quality.
Insufficient bandwidth: The video signal occupies a large portion of the bandwidth. Due to the large size of video packets, insufficient bandwidth is often encountered when multiple video devices are connected to the network or when the video transmission distance exceeds the limit.
Packet Loss: IP video transmission often suffers from packet loss due to the cellular type of video transmission. Lost packets can cause buffering and poor quality video display.
External interference: External interference such as electromagnetic frequencies, radio frequencies, humidity, etc. can affect the quality of video transmission. In fact, one of the reasons for lost packets is external interference.
Considering all three factors of poor video quality, fiber optic technology is considered the best solution. Let's discuss how fiber optic products can be used as a solution for improved quality video conferencing.
Fiber Optic Solutions for Improving Video Quality
Here are some fiber optic solutions for improving the video conferencing experience.
Fiber-based video solutions: Fiber-optic cables offer relatively high bandwidth with minimal attenuation. Therefore, utilizing a fiber optic video solution ensures high-speed, buffer-free video signal transmission without packet loss. The fiber optic modem can be installed at a specified distance for long-range high-speed video transmission. Due to growing demand, today's common fiber optic video kits include fiber optic cables, transmitters, receivers, and media converters.
Media Converters: Optical media converters can be used to transmit video signals from analog equipment. Analog video signals are in electronic form. Media converters convert signals into optical signals so that data can be transmitted over fiber optic cables.
Managed Switches: These switches can be used in a video network to enable live streaming or live video conferencing prioritization. By using a managed switch, the operator has complete control over the video configuration and transmission of the video signal. This helps improve video and audio quality during real-time video communication.
