: Platforms use SFUs (Selective Forwarding Units) to selectively forward individual participant streams without mixing them, allowing for high scalability and lower latency. Key Benefits & Use Cases
: Standards like H.264 or VP8 compress large audio and video files into small "packets" for fast transmission and decompress them on the receiving end to save bandwidth. VIDEO CONFERENCING
: High-speed internet is essential to minimize latency. Protocols such as WebRTC enable browser-based calls, while SIP or H.323 are often used for enterprise-grade hardware systems. : Platforms use SFUs (Selective Forwarding Units) to
Video conferencing has transitioned from a boardroom luxury to an essential daily tool for various sectors: (PDF) VIDEO CONFERENCING WRITE UP (1) Protocols such as WebRTC enable browser-based calls, while
Modern video conferencing relies on several technical layers to ensure smooth, high-quality interaction:
Video conferencing is a real-time communication technology that enables two or more people in different locations to interact through simultaneous audio and video transmissions . Beyond simple "face-to-face" interaction, modern platforms now serve as comprehensive collaboration hubs integrated with AI tools, document sharing, and advanced security. Core Technology & Architecture
: At a minimum, users require a camera, microphone, and speakers, which are standard in modern laptops and mobile devices.