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Supporting television production and media distribution while teams work remotely brings with it many challenges. A primary challenge with remote work is the ability to see, hear, and understand the technical properties of your media library from afar. At Telestream, we call this media file opaqueness. GLIM was built to solve well known remote work challenges: be a vastly superior experience to the ‘remote desktop/virtual desktop’ playback experience, and to prevent remote employees wasting hours every day downloading mezzanine grade media files. Solving these two challenges significantly reduces the aforementioned media file opaqueness, and ultimately increases productivity. GLIM is a groundbreaking technology that allows users to remotely play mezzanine/professional-grade media files in a web browser. The GLIM engine is built upon our Switch playback and inspection technology and will allow for remote playback of any container/ codec/resolution/fps/audio channel/color space combination in a web browser (Windows or Mac OS and Google Chrome v80+).

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Rohde & Schwarz launches its new Monitoring-as-a-Service (MaaS) solution R&S PRISMON.cloud in Europe

 

 

At IBC 2019, Rohde & Schwarz rolls out its cloud-based OTT monitoring solution PRISMON.cloud in Europe, making it now available in the US, Germany, the Netherlands, Switzerland, France, the UK and Italy. New features first presented at this year’s show in Amsterdam corroborate Rohde & Schwarz´s aspiration in offering the ideal monitoring tool for broadcasters, content and streaming platform providers. R&S PRISMON.cloud can be deployed quickly and without dedicated hardware. A flexible and scalable pricing model allows users to reduce investment costs (CAPEX), therefore, provides a tailored monitoring solution also for event driven usage peaks.

 

R&S PRISMON.cloud was designed to enable OTT providers to permanently understand the current Quality-of-Service (QoS) but also to quickly and easily adapt their monitoring infrastructure, for example when peak loads during the transmission of large events require extended service.

 

A live multiview function, automated analysis of A/V data and error assignment in real time placed in an intuitive analysis dashboard make it possible to permanently measure QoS parameters, store it in a cloud environment and visualize it in a timeline format.

 

Thanks to the easy-to-use setup wizard, it only takes minutes to add new virtual IoT sensors around the globe and connect them to the dashboard. The cloud solution has been extended with an API interface to integrate current data into network management systems and now provides configurable incident notifications.

 

In combination with the widely used on-premise monitoring solution R&S PRISMON, OTT data from both physical and virtual sensors can be displayed in a single dashboard. As a new feature, SMPTE 2110 data from R&S PRISMONs can now also be viewed in the PRISMON.cloud dashboard.

 

The resulting end-to-end transparency quickly and easily reveals errors such as deterioration of video or audio quality or poor CDN performance as a cause of churn. PRISMON.cloud sensors are available in two service packages: silver and gold. These packages can be ordered in the Rohde & Schwarz App Store as three-month and twelve-month subscriptions. There is also a free trial that enables customers to try out R&S PRISMON.cloud with no obligation. For more information about the service packages, visit www.prismon.cloud.

 

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The VisionXS-IP-DP-UHR is a matrix-compatible extender and much smaller than previous IP extender variants. The housing is used to dissipate the heat (passive cooling). The space available (especially in the rack) can be optimally used thanks to the considerably lower space requirement.The VisionXS-IP-DP-UHR uses standard networks with up to 10Gbit/s. The new devices are of course also compatible with the predecessor variants with 1GBit technology.

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The ADDERLink™ INFINITY 4000 Series (ALIF4000) is an award-winning, high performance IP KVM (keyboard, video, mouse) matrix solution that gives real-time access to dual-head 5K video, digital audio, and USB2.0, over a single fiber.

Designed to support media and entertainment professionals when creating and managing high resolution workflows, the ALIF4000 supports HDR10 video standards as well as HD, 4K and 5K resolutions. HDR10 support delivers bolder colors, brighter lights and deeper shadows - ensuring that content can be viewed in the correct color space throughout the entire creative process.

Full compatibility with the ADDERLink INFINITY range means the ALIF4000 can be phased into an existing network without disruption, downtime, or the costly need to rip and replace. If you are starting your 5K IP KVM journey, you can configure the ALIF4000 as a small, unmanaged, matrix of up to 16 endpoints. Then as your system evolves and greater control is required, a management system and additional endpoints can be seamlessly integrated at a time that is right for you.

• Dual-head 5K video, digital audio and Hi-Speed USB2.0 over a single link


• Supports up to 10-bit color SDR and HDR10


• Pixel-perfect image quality


• Multi-channel digital audio via DisplayPort™


• Touch screen control


• Adder’s USB True Emulation for fast switching


• Backwards compatible with existing ADDERLink INFINITY range


• Flexible and scalable

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The ability to link company sites around the world and access computer systems at different locations from anywhere is becoming more important than ever.With their new product RemoteAccess-GATE, KVM manufacturers Guntermann & Drunck (G&D) enable their customers to remotely operate KVM systems via LAN, WAN and the Internet. A stand-alone device that links the two worlds of KVM systems and the networks, the RemoteAccess-GATE provides unblocked, BIOS-level access to connected computers worldwide. Thus, the RemoteAccess-GATE opens up completely new ways for remote operation from remote locations and also improves the ways of providing IT support and collaboration between employees.

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The ControlCenter-Xperience is a permanently installed control room. Here, we show how different systems and technologies interact, thus giving them the possibility to respond very individually to customer demands during consulting. Unlike conventional showrooms, the CCX is not limited to illuminated glass cabinets showcase in which KVM systems can only be viewed. Instead, you can experience technology live and in action. Now, G&D are able to offer a platform for personal live consulting on a real control room application, independent of time and place. Thanks to the approach of demonstrating KVM also via live stream, it is easier to provide individual advice to customers from other European countries and from overseas.

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CLICK HERE for our KVM over IP PRESENTATION

KVM has been the backbone of control rooms and command control centers for many years whereby KVM solutions have allowed users to control multiple computers from multiple locations. The KVM product family from Apantac consists of KVM over IP extension & matrix solutions as well as multiviewers with built-in KVM functionality. When both sets of products are used in combination, they create a seamless workflow for a modern-day enterprise level command and control center.

KVM over IP Extenders & Matrices:

• KVM over IP (DVI/VGA) Extender / Receiver set supporting resolutions up to 1920x1200 @60 Hz (models: KVM-IP-Tx / Rx)


• Dual-Head KVM over IP (DVI/VGA) Extender / Receiver set supporting resolutions up to 1920x1200 @60 Hz (models: KVM-IP-Tx2 / Rx2)


• KVM over IP (HDMI) Extender / Receiver set with HDMI input loop for Tx, POE and supporting resolutions up to 3840 x 2160 @ 30 Hz (models: KVM-IP-Tx-PL / Rx-P)


• KVM over IP (DVI/VGA) Extender / Receiver set with Ethernet LAN over fiber - up to 10Km for singlemode ad 550 m for multimode fiber (models: KVM-IP-Tx-F / Rx-F)


• KVM over IP Transmitter for openGear Platform (model: OG-KVM-IP-Tx)

KVM over IP Extenders can be configured as a KVM over IP Matrix

• Several Tx and Rx modules are connected to a GigE Switch


• A source (Tx) can be controlled by one or more consoles (Rx) and configured for multicast

The Apantac KVM over IP Ecosystem

• All the various Tx and Rx modules can be configured and mixed for a single configuration


• Point-to-point KVM over IP extension for unicast


• KVM over IP matrix for multicast


• Extend/switch video, keyboard, mouse, USB 2.0, audio (analog/embedded), RS-232 and IR


• Pristine picture quality and minimal latency

–

T

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Guntermann & Drunck GmbH (G&D), leading manufacturer of KVM systems for broadcast applications, presents its newest KVM product – the RemoteAccess-CPU. The device lets operators seamlessly integrate virtual machines into KVM installations to create hybrid infrastructures. Cloud computing and virtualisation are becoming increasingly important in broadcasting. The physical hardware available on site can be optimally supplemented by virtual machines and computers, which can be remotely accessed via network protocols.

 

Creating hybrid infrastructures using G&D’s RemoteAccess-CPUThe new modules establish a connection between matrix systems and computers or virtual machines, which can be remotely accessed via network protocols (RDP, VNC, and SSH). This way, hybrid systems with real and virtual computer infrastructure can be optimally implemented. The RemoteAccess-CPU supports video resolutions up to 2560 × 1600 @ 60 Hz (or 3840 × 2160 @ 30 Hz) as well as USB HID and embedded audio. After appropriate configuration, users can access any number of virtual sources and computers accessible via network protocols directly via KVM matrix system – uniformly and exactly as producers would access computers under their desk. Via G&D's KVM system, multiple operators can use the same RemoteAccess-CPU to simultaneously connect to and operate the same virtual machine.

The bridge between cloud computing and KVM With the RemoteAccess-CPU, users get a maximum comfortable solution with a high level of user friendliness. Producers can simply select the desired source from a standardised select menu (target list) on the on-screen display – regardless of whether the computer is available in the server room, via network protocol or in the cloud. G&D’s KVM matrix controls the logic and takes over user administration. All connection data is forwarded encrypted.

Thanks to its integrated thin client functionality, the RemoteAccess-CPU offers a platform with integrated thin client functionality, the solution is highly integrative when it comes to establishing connections. Currently, the network protocols RDP, VNC and SSH are supported. Support of further protocols will follow soon.

More information on this topic is available on https://www.gdsys.de/en/ra-cpu/

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The ControlCenter-IP matrix system enables the distributed switching of all connected computer and console modules over IP-based networks and thus provides even more flexibility and scalability for KVM installations. While the network infrastructure takes over the transport of KVM-over-IP™, the ControlCenter-IP contributes the logic. Transmission takes place compressed via CAT cabling or optical fibre. Thanks to the network connection and the option of using standard network components, the application gains even more flexibility. This ensures that the systems are easily expandable and scalable at all times.Offering twice the flexibility of usual systems, the new matrix does not only extend computer signals over IP, but also switches them as an n:m connection. In combination with G&D's IP extenders, the ControlCenter-IP forms a powerful matrix system.The ControlCenter-IP supports numerous signals thus providing solutions for DVI single- and dual-link, DP1.1 and DP1.2, including real 4K@60 Hz over IP. Even at high resolutions, the system delivers optimal, pixel-perfect and latency-free image quality for the best possible hand-eye coordination. The new matrix for KVM-over-IP™ also impresses with the usual wide range of functions offered by G&D matrix systems. Functionalities such as monitoring and SNMP, the scripting function and scenario switching, the push-get function for optimal collaboration and the control of video walls as well as CrossDisplay-Switching for absolutely intuitive operation at multi-monitor workstations have been integrated into the KVM-over-IP™ matrix.

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A KVM matrix system of the ControlCenter-Compact series consists of at least one central module, one console module and one computer module. The central module of the ControlCenter-Compact series is the central component of the KVM matrix system. Both console and computer modules are connected to the matrix.  With the ControlCenter-Compact users are able to access multiple computers over multiple user consoles simultaneously.  The KVM matrix system enables a console module to be connected to a computer module. The video image of the computer connected to the computer module is displayed on the console monitor. Use the keyboard and mouse of the console to operate the connected computers. The ControlCenter-Compact is available in CAT, fiber and mixed versions. This ensures that you can always use the right KVM matrix system for your application. The ControlCenter-Compact is available in eight expansion stages between 8 and 176 dynamic ports and is fully compatible with the end components for computer and console connections. These also include the DP1.2 vision systems which enable the latency-free signal transmission of 4K video at a full 60 Hz refresh rate through the matrix.

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The ControlCenter-Digital is a KVM matrix switch, which helps users operate multiple computers via multiple consoles. With its modular setup, the  ControlCenter-Digital is highly flexible and ready to adapt to any surrounding conditions. The matrix switch enables the remote access of large, distributed IT installations in control rooms and is ready for any future IT requirements.Depending on the chosen variant, the available 288, 160 or 80 dynamic ports can be connected either as computer or as user port. Which type of module is connected is automatically detected by the ControlCenter-Digital. The modular design consists of Controller- and Switchcard, I/O CAT- & I/O Fibre cards, I/O-Card-Multi, I/OCard-Trunk, fan boards and the power supplies. All they are modular and can be replaced. The system can be adapted or extended even during operation. -    The input/output cards (I/O cards) establish a connection between the ControlCenter-Digital and its computer modules and user modules. Each card provides 16 ports, which automatically detect the type of module connected to the matrix switch. The cards run independently from each other – even in mixed mode.-    The ControlCenter-Digital is supplied with power from three redundant power packs. Each of the three power packs is hot-swappable and can be replaced during operation.-    The CCD switch card provides the matrix’s central switching logic. Like all other modular parts of the matrix, the switch card is hot-swappable and can be easily replaced.-    The controller card contains the central processor unit to administrate, monitor and control the system.

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Digital and analogue switches are designed to operate 2 to 64 computers via one console consisting of keyboard, monitor and mouse. They allow a peripheral-saving solution for a user-friendly and ergonomic environment. Furthermore, they are the basis to set up redundant computer systems in different control room applications.Redundancy systems running parallel to the primary system can be established. In the event of a system failure, users can simply press a button to switch to a redundant system within a fraction of a second.G&D’s offers solutions for DP1.2, DP1.1, DVI single- and dual-link and VGA video signals. The DVI switches also transmit VGA video signals and so enable users to work in mixed mode.Depending on the product variant G&D offers solutions for video resolutions up to 4K @ 60 Hz (4096 × 2160 @ 60 Hz).