All in whitepapers
EZCast implemented UIBC support for EZCast Ultra to enable the users to use touchback control, screen extension, slide swipe, content highlight, and more in interactive displays. Through the following content, this whitepaper is going to introduce the infrastructure of Miracast UIBC and share the settings of Miracast UIBC on EZCast Ultra, so that users can fully understand the application.
Recently EZCast has extended the ability to send a Miracast stream over a local network (overinfrastructure) rather than over a direct wireless link (P2P mode). This functionality is based on the Miracast over Infrastructure Connection Establishment Protocol (MSMICE).
In this article, we simply describe the Miracast NGO and AGO. We explain the operation procedures for both modes and we also show the common places and differences between them.
We upload a large quantity of information on the internet, including personal and financial data. Protecting our information on the internet has become a crucial issue. In this article, we will cover security during wireless connections and the steps to connect to Wi-Fi enterprise
This article explains how to cast to multiple screens from a single source. Meanwhile, we also explain the advantages of using AV over IP and Wi-Fi-based products. When you link your displays together, they will show the same content without the need for an extra receiver or cable. We will also guide you step by step using a wireless presentation system and a video splitter.
Advances in technology are paving the way to the growing demand of the AV industry by offering customers outstanding and innovative products. However, the biggest revolution in this industry is the AV over IP trend. In this article, you will learn how to configure a network for ProAV.
In this article, we will give you a brief introduction on what types of network transmissions are suitable for different wireless and wired network scenarios, to achieve the goal of sending large video/audio data from one transmitter to multiple receivers, to further decode and display
