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Some models have been announced
It is the latest series of fiber optic extenders and matrix switchers for end-to-end distribution of 4K video, audio, control, USB and 3D synchronization. The enterprise optical fiber platform supports HDMI 2.0 data rates up to 18 Gbps and complies with HDCP 2.3. It can safely transmit uncompressed 4K@60Hz (4:4:4) video on two optical fibers, or securely on one optical fiber Transmit mathematically lossless video. The FOX3 extender has a built-in USB for KVM applications, and Extron’s proprietary Vector 4K scaling technology ensures top-notch image quality. The FOX3 series has excellent reliability and advanced features, such as audio separation, audio embedding/de-embedding, DMP and Dante integration, which can meet the needs of any mission-critical environment.
The FOX3 series distributes AV signals through various modular matrix switchers ranging from 8×8 to 320×320. These matrix switchers have enterprise-level functions such as redundant power supplies, hot-swappable modules and Ethernet monitoring. With new system-level control options and easy-to-integrator functions, the FOX3 system is easier to configure and manage than ever.
Already started shipping
. OME-MS52W has HDMI, DisplayPort and USB-C inputs, as well as mirrored or matrix HDBaseT and HDMI outputs with selectable switching modes. All wired AV inputs and local HDMI outputs support High Dynamic Range (HDR) format and 4K@60Hz (4:4:4) video, with HDMI data rates up to 18 gigabits per second. Based on this machine, the platform-based wireless interface can realize the screen mirroring of iOS, Android, Mac, Chromebook and Windows devices without a separate application. At the same time, the moderator function can be accessed through the web interface of OME-MS52W, thus enabling authorized users You can preview, allow or block content in up to 16 wirelessly connected devices.
OME-MS52W supports HDBaseT to transmit video up to 4K@60Hz, and has 4:2:0 chroma sub-sampling as well as embedded audio, control, Ethernet and-and USB-supported Omega series receivers (such as AT-OME-EX -RX or AT-OME-SR21-USB data. Combining USB 2.0 and USB-C interfaces (up to three host PCs and two peripheral devices), this USB extension function makes OME-MS52W a software video conference and unified communication Applications (including Zoom, Skype for Business, Microsoft Teams, Cisco Webex, BlueJeans and GoToMeeting.
When the signal source is connected or removed, the OME-MS52W can automatically switch between inputs, and the automatic display control can turn on or off compatible displays and projectors without user intervention. Other integrated functions include audio embedding and de-embedding; activation of electric screens or display lifts; and triggering of I/O ports to turn on or off system power based on occupancy sensing. The switch can be remotely managed through Atlona management system or Atlona's innovative AV control platform based on Velocity IP, while TCP/IP and RS-232 support can be integrated with third-party control systems.
IP-based AV has been announced in the ProAV industry for several years, but it has been particularly popular in the past two years. In 2017 and 2018, IP video and audio products have grown by nearly 130% for two consecutive years, attracting all ProAV professionals. In addition, IP-based AV has become the most eye-catching focus in every major professional exhibition including ISE and InfoComm. Some ProAV professionals bluntly pointed out that IP video and audio has become the future trend of the ProAV industry, and it is estimated that from 2019 to 2025, its compound annual growth rate will reach an astonishing 60%.
What is AV on IP? In recent years, why has AV over IP developed rapidly?
AV over IP (audio-visual based on Internet protocol), also known as AV/IP, AV over network, IP distributed audio and video system or networked audio and video system. AV on IP refers to the use of standard network equipment to transmit and switch video and audio signals. Like the IoT concept in the IT industry, it is usually referred to as IP over AV in the ProAV industry. Technically speaking, AV over IP provides the function of transmitting audio and video data through a standard network (such as LAN, WAN or Internet cloud), just like the similar concept of Netflix on Internet TV. With the popularity of the Internet of Things in various industries, IP-based video and audio have been widely used to replace the traditional video and audio architecture.
In this article, we will introduce the concept and advantages of AV over IP. Technical specifications and installation precautions will be left in subsequent chapters.
What is the difference between traditional A/V and AV over IP?
The traditional A/V architecture is similar to the basic elements and main architecture of the IP over AV architecture. From a simple architecture diagram, the AV on IP uses an encoder to replace the traditional A/V transmitter (Tx), and a decoder to replace the signal receiver (Rx). The audio and video matrix switcher has been replaced by a standard Ethernet IP switcher. The IP switch is the same as the IP switch commonly used in every enterprise. As long as your organization has an IT infrastructure, you must have at least one IP switcher.
Although the two architects look similar, there are important differences between the two:
Based on the above three differences, it can be easily understood that IP over AV is an audiovisual signal transmission technology developed with the concept of IoT Internet protocol and IT network. Are the benefits of this technology different from traditional A/V? Let us continue reading.
In short, the market for IP-based video and audio products is growing rapidly and strongly. Internet of Things Internet technology originated in the IT industry and has brought countless changes to many industries. Now, IP-based AV will change the Pro AV industry as soon as possible, which will make AV/IT no longer an obvious barrier between the two.
From the perspective of technological development, IP-based AV is in its infancy in the Pro AV industry. A small trend has been set, and the big trend is just around the corner! As professionals in this industry, we must understand it, pay close attention to it, and even accept it as best we can. For any organization or business, if we want to use audio and video as virtual but useful assets to support the team to bring more creativity and productivity, then we must have a highly scalable, cost-effective solution that is not affected by Distance-limited audio and video system solutions.
This article introduces the concept and advantages of AV over IP technology. If you think this article is helpful, please share it with your friends.
BXB ICP-5000 audio-visual Internet of Things broadcasting and environmental control solutions are also applied to IP-based audio-visual technology
Release Date: September 2020
Language: Traditional Chinese/English
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Just announced (and ready to ship)
—Yes, the resolution is 8K (up to 7680×4320). The XTP II CP HD 8K I/O board accepts HDMI 2.1 data rates up to 40.1 gigabits per second, which can support uncompressed 8K video through HDR. These HDCP 2.3-compliant boards provide input equalization and output retiming, and have functional connections for powering active ultra-high-speed HDMI cables.
The XTP II CP HD 8K I/O board utilizes the 50 Gbps backplane of the XTP II CrossPoint series matrix switcher to provide a future-oriented AV infrastructure that supports convenient growth and upgrades without the need to replace equipment.
This is an important introduction, because it literally represents the first 8K distribution system that can be completely matrixed without any signal compression-also through complete 4:4:4 chroma sampling. And, by the way, Extron says that if you currently have XTP installed, you only need to add an 8K card to make it 8K capable-no additional hardware is required. Moreover, you can operate in an existing rack.
This is a chart of card compatibility:
Technically speaking, the XTP II CrossPoint series matrix switcher will now have the highest bandwidth in the industry and can be routed to 8K video, audio, two-way control and Ethernet. The 50 Gbps backplane can accommodate the combination of resolution, frame rate and color bit depth supported in the HDMI 2.1 specification.