For those who require the very best, there is no way around the Air Fly Pro. It comes with an impressive amount of four-way buttons, OLED displays, PTZ control, professional T-bar transitions and therefore provides you with the ultimate freedom.

• Auxiliary four-way buttons


• Backlit encoders with crisp graphical OLED displays


• Pressure sensitive zoom rocker and joystick pad


• Keyer section with all essentials


• RGB multi-level metering LEDs for VU, state indication and tally


• 12-key bus rows with four-ways buttons and OLED legends


• Hall effect T-bar and RGB LED bar


• ME section with multi-level shift and user keys


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

• Designed for Blackmagic-Designs GPI/Tally box


• Works perfect with the SKAARHOJ ETH-GPI Link


• Sturdy Phoenix connectors for both inputs and outputs


• DC plug (2.1x5.5, BMD compatible) for external power (routed to GPO connectors)


• Test LED for GPO1 (jumper activated)


• Test button for GPI1

The ATEM GPI & Tally Interface provides and easy interface for individual tally lamps to your ATEM infrastructure. The module is essentially a set of solid connector headers which makes it easy to plug in and out each tally lamp on the set. Use it for the ATEM GPI & Tally Interface or the SKAARHOJ ETH-GPI Link Series.

SKAARHOJ ATEM-TCP Link gives you TCP access to almost any ATEM switcher feature. Indispensable for systems integrators.

Blackmagic Design ATEM switcher has no TCP interface for easy integration with AV-systems, so SKAARHOJ has created this tool, the ATEM-TCP Link, which provides just that: A simple TCP interface to almost any feature in the switcher. It will report state changes of the switcher and accept and forward commands to the switcher. Exactly what you need for AV projects with various AV systems like Crestron, Extron and so forth. In this video you are instructed in how to get started with ATEM-TCP Link. It’s easy! Connect to the device via TCP, then change the desired command on the ATEM switcher and the ATEM-TCP Link will output in the terminal how the command looks that you can use to send the same command to the switcher. All of this and more is demonstrated in the video.

Color Fly is your uncompromising multi camera RCP bringing you innovative iris control with motorized faders. You get the tactile position feedback of the classic iris joystick but can easily manage 4,8 or 12 cameras from the same compact panel.

• Programmable four-way buttons with OLED legends and tally bars


• RGB backlit encoders with crisp widescreen OLED legends


• Camera selection and multi-level shift key - control 4,8 or more cameras


• RGB LED bar for level or position indication


• 4 motorized faders for multi camera iris control


• Easily manage 4, 8, 12 or even more cameras from the same compact panel


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Color Fly is your uncompromising multi camera RCP bringing you innovative iris control with motorized faders. You get the tactile position feedback of the classic iris joystick but can easily manage 4,8 or 12 cameras from the same compact panel.

• Programmable four-way buttons with OLED legends and tally bars


• RGB backlit encoders with crisp widescreen OLED legends


• Camera selection and multi-level shift key - control 4,8 or more cameras


• RGB LED bar for level or position indication


• 4 motorized faders for multi camera iris control


• Easily manage 4, 8, 12 or even more cameras from the same compact panel


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Setting up an I/O device have never been this flexible. Connect and control anything from your tally lamps, trigger ATEM switcher routines, control a HyperDeck, change Scopes on a SmartScope Duo and route inputs/outputs on a VideoHub. Defining parameters – single or multiple - for inputs/outputs is extremely fast, thanks to the drop-down menu structure in UniSketch OS. Connect and control up to 8 devices at the same time!

The GPIO controller let you control anything from your tally lamps, a foot switch over ethernet or integration with existing systems such as CCUs, video routing and other video switchers or video infrastructure units. There are almost endless possibilities.

The general-purpose I/O controllers offer 8/16 inputs and 8/16 outputs, all electrically separated with quality relays and optocouplers. GPO is implemented with relays shorting to GND. GPI implemented with optical isolators shorted to GND.

Please notice: SKAARHOJ Controllers with GPI inputs accept open collector and relay outputs (pulled to GND). The default HD15 tally connector on the TriCaster TC1 does not provide a direct working signal to the ETH-GPI Link. Converting the 5V potential to GND is needed.

The DB25 connector configuration is similar to the Blackmagic Design GPI & Tally Interface. If you fancy a breakout board for the DB25 connector with Phoenix connectors then have a look at the Breakout Board.

The ETH-GPI Link runs UniSketch OS which allows you to configure the device for multiple hardware devices such as the ATEM Switcher, HyperDeck, SmartScopes, VideoHubs, AJA KUMO Routers, vMix and more - see the entire list. You can even configure the unit to control multiple hardware devices at the same time! The microprocessor (SKAARDUINO Due) inside the ETH-GPI Link allows connections to a maximum number of 8 devices.

Try and configure a unit for your self at cores.skaarhoj.com

ETH-GPI Link Features

• 1 x DB25 Connector Configuration


• 8 GPO


• 8 GPI


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Physical Specifications

• Enclosure Size 12.7 x 8 x 2.9 cm


• Weight 0.215 kg

ETH-GPI Link w. GPI Option Features

• 2 x DB25 Connector Configuration


• 16 GPO


• 16 GPI


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Physical Specifications

• Enclosure Size 12.7 x 8 x 4.9 cm


• Weight 0.300 kg

A number of default configurations exists for the ETH-GPI Link utilizing various Device Cores. Use any of these if they suit your application or use them as inspiration to build your configuration. As we develop more Device Cores additional default configurations will be added to the ETH-GPI Link.

By entering the UniSketch OS config page for a specific default configuration this is the overview you are presented with. By pressing on either of the In/Out pins the menu will jump to that particular input/output setting. Here you can define actions for almost any of the ATEM parameters, control HyperDeck, SmartScope and VideoHub and more hardware devices - see the overview on Device Cores.

To learn the specific behaviour for GPI and GPO for each parameter we refer to the specific Device Core manuals.

By selecting a action, for instance a ATEM parameter to control, a number of options will appear such as selecting 1ME or 2ME, particular sources and default, Hold Down, Toggle or Cycle behaviour.

This is a short demo of the UniSketch V2.0 web interface running on a ETH-GPI Link. The purpose of this demo is just to provide examples on how you configure devices in the UniSketch menu.

SKAARHOJ ETH-GPI Link is the perfect companion for your KUMO router if you wish to set routes and read states with wires! We will show you how its done, how flexible the configuration is - you can even connect to multiple KUMO routers from the same GPI device

How to get tally from a NewTek TriCaster switcher onto a ATEM switcher? The scenario is:

• Video switching done on TriCaster


• ATEM Switcher utilized to control cameras (Studio Camera, URSA Mini and URSA Broadcast)


• ATEM Tally needs to follow TriCaster.

The ETH-GPI Link can help to resolve this, but first please check if the SDI-GPI Link is more suitable for you.

In this setup the ETH-GPI Link will connect to the ATEM Switcher and set Preview/Program accordingly to the signals it receives on the GPI In.

Use the default config "ATEM Connectivity".

In this setup the ETH-GPI Link will connect to the ATEM Switcher + the TriCaster and via Virtual Hardware Components on the ETH-GPI Link translate Program/Preview states to the ATEM so the two switchers are in sync.

Use the default config "ATEM Tally follow TriCaster Tally".

By using the "Hold Group" feature found in Device Cores such as Blackmagic ATEM + VideoHub and AJA KUMO Routers, RCP Touchdown function can be used. The Hold Groups feature will fall back to a previous source for a group of triggers using a queue system and finally to the first previous value before any trigger in the group was activated.

With the TCP Server + Raw Panel device cores you can network SKAARHOJ controllers in unparallelled ways - not just two controllers but whole groups of them if you please. This video will first demonstrate how you can easily transport a GPI input trigger on an ETH-GPI Link box over network to a relay on another ETH-GPI Link far away with a latency of just 10 ms. And it’s duplex! Then the video moves on to demonstrate how a Tally Box system from SKAARHOJ can quickly be reconfigured to connect to such a ETH-GPI Link box while it’s still also serving tally from an ATEM Switcher. All this is even just scratching the surface of the possibilities.

See details for linking two ETH-GPI Link together here.

If you would like to get routing control from the Panasonic AW-RP50 or the AW-RP120 Remote Camera Controller the ETH-GPI Link is the perfect match.

The AW-RP50 and AW-RP120 outputs Tally in a binary format but the ETH-GPI Link can accommodate this with the "In1-4 Binary" GPI In option from the UniSketch OS System.

Please have a look at the section "Triggering Actions from Binary Inputs" in the Installation and Operation Manual to learn more about this feature.

Update January 2019

We now have a Device Core for the AW-RP120/AW-RP150 which can perform routing control without the need of a GPI cable. Check out the manual for the Device Core and the default config: Panasonic AW-RP1xx on the ETH-GPI Link.

• 2.5 mm connector


• LANC Protocol or Canon RC-V100 Protocol


• Camera Selector


• Ethernet with PoE (IEEE802.3af)

ETH-LANC Link works with two device cores:

Receives “UDP Camera Control” information over Ethernet and forwards it on the SDI out connector. Used to merge network data from multiple RCPs onto a single SDI wire.

In this setup multiple SKAARHOJ panels connect with a SKAARHOJ ETH-SDI Link over ethernet which in turn multiplexes this into the 3G-SDI output. If you have the ATEM Talkback Converter 4K or the ATEM Studio Converter this is a great add-on for your RCP/RCP Mini setup.

On the 3G-SDI input of the ETH-SDI Link any 3G-SDI input can be supplied and may even contain ancillary data for color and tally on its own which will be passed through unless incoming ethernet data takes momentary priority. For example, if a Newtek Tricaster supplies a PGM out with tally data to the 3G SDI-in, the tally data will be passed through, but may be overridden if tally data is passed to the ETH-GPI Link over Ethernet from an RCP

The Blackmagic 3G-SDI Arduino Shield supports the following formats: 720p50, 720p59.94, 720p60, 1080i50, 1080i59.94, 1080i60, 1080p23.98, 1080p24, 1080p25, 1080p29.97, 1080p30, 1080p50, 1080p59.94 and 1080p60, but the camera doesn´t have to be running the same video format as the program input, so you can use cameras in Ultra HD while the camera protocol is sent over HD signal to the camera

In this setup a single SKAARHOJ panel connects with multiple SKAARHOJ ETH-SDI Links over ethernet which in turn multiplexes this into the individual 3G-SDI outputs on each ETH-SDI Link unit. Tally needs to originate from the single SKAARHOJ panel. Either by having a SKAARHOJ panel with GPI input, by using our Device Cores if the video switcher is supported or by having a ETH-GPI Link to interface with GPI and relay information to the shading panel.

The SKAARHOJ ETH-SDI Link mainly functions as a device that receives Blackmagic Camera Control data over UDP and embeds it on SDI (“ETH2SDI” Firmware). However, a number of other firmwares are possible.

• “ATEM2SDI” firmware: Embeds color data on SDI in a situation where a network connection to an ATEM switcher is feasible while an SDI connection is not, for instance if there are thousands of kilometers between the ATEM and the camera and a VPN can be used to channel the network through. In such a scenario, the ETH-SDI Link would establish a network connection to the ATEM and use it to extract the data otherwise embedded on SDI out of the switcher and embed it “locally”. Requires low latency network.

Please notice the supported case for the ETH-SDI Link is wired ethernet connection. We have no experience in guiding you with wireless connection and will not be able to support you with any details as to bridging the communication with wireless access points. If you are interested in wireless control please see the back catalog item WIFI-B4 Link.

ETH-SDI Link Features

• Blackmagic 3G-SDI Arduino Shield

Physical Specifications

• Enclosure Size 12.7 x 8 x 2.9 cm


• Weight 0.245 kg

• Programmable four-way buttons with OLED legends


• High-quality backlit encoders with crisp graphical OLED legends


• RGB multilevel metering LEDs (Inline 22 only)


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Live Fly leaves no room for regret. This professional midsize controller is supercharged with flexible interface technologies so you can repurpose, extend, integrate and configure it over and over again. Try for example the XPoint 24, Inline 10 or PTZ Fly for added joystick control.

• RGB multi-level metering LEDs for VU, tally or step indication


• Precision encoders for adjusting settings or selecting graphics


• Transition fader with RGB LED bar for transition positionor VU metering


• Versatile bus delegation row with display labels


• Programmable four-way buttons for superior flexibility


• ME section with multi-level shift and user keys


• Slim, ergonomic console form factor


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

• Sculptured cap RGB broadcast buttons - NKK Japanese quality, best of the best


• Subdivided into easily color coded sections


• Large, crisp graphical OLED windows for labels and section titles


• Section titles in displays


• Graphical mini legends for top buttons in displays


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

This little fellow is a statement of dedication to the simple solutions. Control your broadcast video switcher, router, monitor, camera, processor in powerful ways with only two four-way buttons, a multi level LED bar and an graphical OLED display.

• RGB multi-level metering LEDs


• Four-way buttons with crisp OLED displays


• Incredible small form factor


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

With the super compact and super flexible Mini Fly, SKAARHOJ controllers excel in live switching. It's perfect for small live productions with six cameras, audio monitoring and transitions. And the six four-way buttons with OLED displays extend its power beyond imagination.

• RGB multi-level metering LEDs for VU, tally or step indication


• Programmable four-way buttons with crisp OLED displays


• Multi-level shift key with step indicator


• Custom molded RGB backlit keys


• LED bar for transition position and VU metering


• Smooth transition fader and Cut/Auto button


• 1/4"-20 thread at bottom for mounting clamps


• Slim, ergonomic console form factor


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

• PTZ Extreme


• 12V power supply


• USB programming cable


• Networking cable


• UniSketch OS


• Manuals and Software

• High-quality backlit encoders with widescreen OLED displays


• 3-axis joystick


• Programmable four-way buttons with bright OLED displays


• Multi-function keys for presets and camera selection


• Slim, ergonomic console form factor


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

With dedicated buttons and knobs for all settings and actions, it's easy and quick to use. You will enjoy all the same benefits as found on PTZ Fly, while having a larger hand rest and faster, direct access. SKAARHOJ makes the worlds most comprehensive universal VISCA controllers - thanks to UniSketch and our dedication to quality integration.

• Encoders for settings in large menu display


• Dedicated focus knob


• Numbered keys for camera or preset selection


• 3-axis joystick


• Menu selector keys with user banks


• Camera selection or labeled preset with RGB backlit keys


• Navigation keys for paging


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

The PTZ Wiz is a super compact PoE powered VISCA-over-IP controller that integrates control of video switchers like ATEM, vMix or any other SKAARHOJ supported live switcher system. It has a perfect grip and high quality knobs for your comfort.

• Multi-function keys for presets, camera selection and live switching


• Pressure sensitive zoom rocker


• High quality backlit knobs for setting camera focus, exposure and more


• Pressure direction sensitive joystick pad


• Slim, ergonomic console form factor


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Here is your go-to auxiliary panel for an aux bus, audio settings, keys; actually whatever UniSketch lets you do. This handy little tool will easily be your preferred panel to hand out to operators in charge of a simple task, as you set up the panel for specific actions.

• RGB multi-level metering LEDs


• Four-way buttons with crisp OLED displays


• Small form factor slightly angled for ergonomic operation


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Rack Fly Uno and Duo are raw muscle. All programmable four-way buttons, All RGB color coded. Far from too much though - you deserve this one for your universal control needs, whether it's a video router, your VSM system or and AUX bus.

• Programmable four-way buttons with OLED legends(Rack Fly Uno has 24, Rack Fly Duo has 48)


• 24 RGB multilevel metering LEDs


• Compact form factor


• Rack unit or desktop console in one


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Rack Fusion I has 12 awesome four-way buttons, 12 multi level LED indicator bars, 16 mini buttons and four backlit encoders - all with RGB coloring and crisp, graphical OLED displays for function legends. Fits perfectly in your rack. Sits perfectly on your table! Simply amazing.

• Programmable four-way buttons with OLED legends


• Button clusters with group OLED legends


• RGB multilevel metering LEDs


• High-quality backlit encoders with crisp graphical OLED legends


• Rack unit or desktop console in one


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

• Four-way buttons with OLED legends


• RGB multi-level metering LEDs


• High-quality backlit encoders with wide OLED displays


• 3-axis joystick


• Custom molded 9-key bus row


• Transition fader with RGB LED bar for transition position or VU metering


• ME section with multi-level shift, and user keys


• Multi-function keys for pre- sets and camera selection


• Rack unit or desktop console in one


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Fits into your existing rack or sits console style on a table top. Use this universal RCP regardless of which camera brand you shade! With the motorized fader option you have the perfect multi camera RCP. Dedicated to scalability and a positive, unified user experience.

• Super crisp window with large display tiles for settings


• High-quality encoders with RGB backlight for function identification


• Pressure and direction sensitive joystick pad


• Camera ID display with OLED technology and RGB tally bar


• Classic iris joystick (with master black ring and preview button) or motorized fader with display and LED bar


• Preview button for GPI or control of video router


• Four-way buttons with OLED legends for dynamic labeling and functionality


• Fits in your existing OB van rack with a Sony RCP Form Factor (4"/102mm wide) or sits console style on table top


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

The SKAARHOJ SDI-GPI Link box will accept 16 digital inputs from your video infrastructure and convert them into Blackmagic Camera Control Tally signals. This will for instance enable any video switcher with tally contact closure outputs to send essential tally information to your supported Blackmagic cameras such as URSA Mini (+Pro) or Studio Camera series.

From the factory the box is configured to control camera IDs 1-8. When input 1-8 is closed to GND, the red tally flag for camera 1-8 respectively will be set on the SDI output from the box. Likewise input 9-16 (on the same DB25 connector) will result in green tally (preview) being set on the SDI output.

If you want tally control of camera IDs other than 1-8 or if you want just red tally for camera 1-16 for instance, you simply configure the inputs in the web interface (see picture).

The SDI input should be connected to your source for the camera return feed. This would typically be a program output and possibly enriched with CCU data via either an ATEM switcher, the SKAARHOJ RCP, ATEM CCU console or the Blackmagic Arduino Shield. The SDI Tally box passes through all CCU information and only overrides Tally information.

The Blackmagic 3G-SDI Arduino Shield supports the following formats: 720p50, 720p59.94, 720p60, 1080i50, 1080i59.94, 1080i60, 1080p23.98, 1080p24, 1080p25, 1080p29.97, 1080p30, 1080p50, 1080p59.94 and 1080p60, but the camera doesn´t have to be running the same video format as the program input, so you can use cameras in Ultra HD while the camera protocol is sent over HD signal to the camera.

Check out the UniSketch page to see which types of hardware devices supported in the SDI-GPI Link.

SDI-GPI Link Features

• 1 x DB25 Connector


• 16 Digital inputs


• Blackmagic 3G-SDI Arduino Shield


• UniSketch OS

Physical Specifications

• Enclosure Size 12.7 x 8 x 4.9 cm


• Weight 0.315 kg

The tally light have two LEDs - one facing the camera operator and the big one facing the presenter. The operator LED have both program and preview tally while the presenter LED is just for program. The two switches on the tally light enables the operator to turn on/off the main LED and to dim the operator LED. The Tally Box System handles up to 8 tally lights, connecting either directly via the box, or by daisy chain running from tally light to tally light.

Use the Tally Box system to take full control of your live video production. It's a small and simple yet very powerful tool for optimizing the flow of a production. Great for consumer and prosumer cameras with no integrated tally solution.

The SKAARHOJ Tally Box System is compatible with the whole range of ATEM Switchers. No need for the "GPI and Tally Interface" from Blackmagic - the system connects to the ATEM Switcher via network.

The system is also compatible with vMix via our vMix Bridge Software. Connects to vMix via network.

Use the Tally System for your TriCaster Mini. Connects to TriCaster via network.

The ETH-GPI Link can take GPI signals and send them over ethernet to the Tally Box which will route it out to the lamps.

• Switch 1: On/off main LED (red)


• Switch 2: Dimmed on/off operator LED (red + green)

Tally Box System Features

• Program + Preview Tally


• Star connection


• Daisy chain connection


• Tested with 200m cable


• On/off switch for main LED (red)


• Dimmed on/off switch for operator LED (red + green)


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

Physical Specifications

Tally Box

• Enclosure Size 16.7 x 8 x 2.9 cm


• Weight 0.350 kg

Tally Light

• Enclosure Size 5.5 x 4.4 x 2.6 cm


• Weight 0.060 kg

Audio control is not always a separate concern to the video producer. SKAARHOJ controllers generally give you access to audio adjustments and monitoring through encoders and four-way buttons and by means of multi level LED bars. IF that doesn't cut it, Wave Board comes to the rescue with eight motorized faders, full color LED bars, a four button control section per channel and global function keys to multiply it all at your will. Exceptional.

• 8 channels of motorized faders for parameter and volume control


• Monitor audio levels with the RGB LED bars


• 2x2 auxiliary button matrix with crisp OLED legends for muting, solo, up/down action


• Expand beyond 8 channels with so sticated meta control section


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

• Jog-shuttle wheel


• Hall effect replay speed T-bar


• Monitor timecode and system info with crisp OLED display


• Copy/paste section for clip banks


• NKK broadcast style buttons


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

XPoint 24

• 24 Programmable four-way buttons with OLED legends


• 12 RGB multilevel metering LEDs


• Compact form factor


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

 XPoint 48

• 36 Programmable four-way buttons with OLED legends


• 12 Programmable four-way buttons


• 24 RGB multilevel metering LEDs


• Ethernet with PoE (IEEE802.3af)


• UniSketch OS

HOME is a management platform for IP-based media infrastructures. It is designed to connect, manage and secure all aspects and instances of live production environments. HOME provides the tools and centralized services for swift and effective interaction of engineers with their tools.

HOME is cloud-native by design and ready to run anywhere, irrespective of the system’s size. With HOME, the cloud starts on your campus, private and locally. It turns an array of devices, setups, sites, hubs and data centers into a powerful, agile network — quickly and in a perfectly secure way.

Inside HOME, discovery of devices is automatic, while registering and admitting them to the network is only a button press away.

With the adoption of IP well underway, the focus of operators has shifted from whether to adopt IP to how to use its potential with minimal effort and maximum effect. This is where HOME shines: it addresses all pressing issues real-world operators face today and tomorrow. In one place and via a single, platform-agnostic, intuitive user interface.

Lawo’s HOME platform is based on open standards such as ST2110, NMOS, IEEE802.1x and RADIUS and has been designed and built from the ground up using LUX—the Lawo Unified Experience, a framework for conceiving, designing, and building solutions that put you first and defines the standard for user experience and design across the Lawo portfolio.

Discovery and Registration: HOME solves IP complexity with automatic plug & play discovery of IP audio and video devices, which are registered with their name, location, status and type. This applies not only to Lawo products but to third-party solutions as well via NMOS. Discovered devices are managed in a central inventory list, ready for access and configuration.

Device Management: In today’s hectic live broadcast environments, operators rely on speedy, unified device configuration routines, especially when setting generic device parameters or configuring senders and receivers. The ability to save and recall configurations is key to speed up tasks. HOME provides a centralized “mission control” for these processes, providing fast and unified access to device parameters for easy tweaking, irrespective of the end point being controlled.

Operability: With its simple, user-friendly UI, HOME allows users to organize and access processing services. With all required facilities accessible in one place, operators can set up and change stream configurations, and route them across an infrastructure without the need for a separate controller. For large infrastructures HOME works seamlessly with a broadcast controller in the same set-up and helps to speed up configuration and operation. HOME is based on LUX, a UI language common to all Lawo devices and many of their functionalities. Through HOME’s user interface, operators can access and edit device parameters quickly utilizing integral mechanisms that help get the job done efficiently. With HOME, operators quickly get right to what they’re looking for, without distractions and complications, to focus 100% on the task at hand.

Security: The content created by a production crew and transported over a network is any operation’s most valuable asset and deserves strong protection. While a robust security system needs to cover all aspects of media infrastructure and content creation, the key lies in its simplicity. HOME provides a variety of security strategies, first of which is quarantining unknown devices when they come online. Only after being deliberately approved, via an intuitive IEEE802.1X-based routine, can they begin exchanging signals with the HOME network. Secondly, HOME uses an authentication strategy based on a centralized user management system, with dedicated user roles and groups. The LDAP based service allows users to authenticate either locally – within HOME – or via their own corporate IT infrastructure, e.g. Microsoft® Active Directory. Finally comes the arbitration of devices and individual streams based on pinpointed rights management. HOME’s architecture is prepared to manage services such as transport layer security, network segmentation and other IT security mechanisms such as RADIUS.

Scalable Architecture: Home is cloud-native by design, which means that its architecture is built to run detached from hardware constraints. This does not automatically mean that services must be outsourced to an external service provider whose meter is running 24/7; with HOME, the cloud starts on your campus, private and locally, on COTS hardware. The HOME platform is designed as functional blocks that provide microservices, which are self-contained and supply functionality to operators or other services.

HOME can be expanded with additional services at any time to increase its functionality — the platform scales on demand. Should there be a need for a larger RDS, because the installation grows, additional instances of the required resources can be added anytime. One of the core principles of HOME is its focus on the utilization of open standards wherever possible, for broadest compatibility and future-proof integration. With HOME, flexibility and resource utilization in IP media infrastructure maximizes.

KSC Control Panels benefit, as third generation devices, from the long-standing international experience in the area of controls for the broadcasting and telecommunications market. KSC Control Panels are characterized by a long service life, reduced power consumption, and compact dimensions.

The new keys with brilliant LCD displays are also guaranteed to have a long service life. These keys provide a great viewing angle with better contrast values and enable a compact control interface with up to 72 keys in 2 rack units. All control and display functions are comfortable and configurable online via KSC CORE or other control systems. In addition to the LAN and USB port, new features include a freely configurable GPIO interface with 4 In/Out ports in each control panel.

KSC Control Panels are available in different designs: 18 keys, 1 RU/19”, 54 or 72 keys, 2 RU/19”. Flat surface-mount modules with 18, 27, 36, or 45 keys can be mounted directly in front of vision mixers, for example.

A VSM IP control system brings together all the requirements for a safe and flexible broadcast operation. The “everything under one roof” philosophy unites technical devices and operators in a most adaptable way. User panels and interfaces can be configured without limitation to meet the requirements of different workflows and applications, while the whole system is under redundant control.

With hundreds of different protocols implemented and growing by the day, VSM seamlessly integrates with the majority of the most popular broadcast equipment on the market. This includes video routers, video switchers, audio routers, audio consoles, multi-viewers, intercoms, modular equipment and many special third-party devices. By talking native protocols where possible, equipment from different manufacturers can be seamlessly “glued” together, giving unmatched recall and logic control possibilities system-wide. With a modern TCP/IP backbone, VSM utilizes standard IT hardware but enhances reliability and redundancy with sophisticated software redundancy concepts. VSM also provides interfaces to connect serially controlled devices, again freeing you to decide on the best hardware technology, no matter the format of the physical control interface. Real time feedback from every single crosspoint and parameter is available, as well as special applications such as audio metering via the protocol. All VSM user interfaces display the confirmed action from an attached device, guaranteeing maximum transparency for every operator and every control unit. Additionally, a global naming facility for mixers, UMDs, user panels and many other devices provides status information at a glance.

VSM servers are the heart of the control system. Running vsmStudio software, all administration and configuration is both programmed and saved runtime in intuitive and easy to use software. Control interfaces in the form of a wide range of hardware LCD button panels and software panel clients allow simplified operation from highly flexible and custom designed configurable GUIs. Additional VSM hardware includes GPIO interfaces, UMDs for dynamic labelling, and SmartHubs, which convert control signals to and from serial to TCP/IP. SNMP Monitoring capabilities are realized via the vSNMP editor software tool which runs on a separate server.

VSM is the ultimate control system integration solution. Applications include mobile production, in-studio production, multi-studio operation with “boxing” of complete studios for fast switching on the fly, TV and Radio master control rooms, and more. VSM solutions include vsmSOUL Seamless Orchestration & Unification Layer, vsmTally Multi-Studio Tally Management System, vsmSNMP Alarm Management System, and vsmGear control panels and interfaces.

• Display of various signal inputs such as ASI, IP, SD / HD / 3G-SDI on one screen


• Supports HLS, RF (DVB, ISDBT, QAM) input with additional options


• Convert different input resolution and frame rate, display in a unified output format


• Maximum 45 CH input support for 1 enclosure


• By using multiple chassis, more than 45 CH / 1 screen display is possible


• Input signal loss, black screen, etc detected as an error, notification to the screen


• By voice signal bar, voice input of each input CH can be confirmed


• The size of each signal screen can be freely changed by setting

• Monitoring multiple TS, SDI, OTT signals at low-cost monitor monitoring


• Construction of mobile multiviewer using notebook PC

• 4K resolution output


• Cascade processing, input signals of 45 channels or more, 1 screen output supported


• Video output to multiple screens


• Output video signal to other multi viewers TS TS streaming delivery


• Penalty box


• Error notification by SNMP output


• Multilingual voice input support


• Dolby voice codec input support


• Supports HEVC (H.265) input


• 4: 2: 2 Video input support


• Dynamic layout change by the user interface


• Input bit rate display function

The Blackmagic Design HyperDeck Studio HD Pro is an updated 1 RU file-based deck that features the same functionality and control of professional tape decks in a digital design. This model updates the previous HyperDeck Studio models with several features including 6G-SDI support, two added SD card slots, USB Type-C recording output, timecode input and output, Ref input and output, a redesigned jog/shuttle wheel, Gigabit Ethernet, and a speaker on the front.

The Studio HD Pro records uncompressed video with 10-bit 4:2:2 color using either ProRes or DNxHD codecs, as well as the H.264 compression format. With two SSD slots and two SD card slots, you can record almost endlessly as one SSD becomes full, recording automatically continues on to the other, and the SD card slots are also hot-swappable. The Studio HD features one 6G-SDI input, two 6G-SDI outputs, a loop-through SDI output, a dedicated SDI monitor output, and there's also one HDMI input and one HDMI output that can all output up to DCI 4K. The ports autodetect the signal and will adjust to the SD, HD, or 6G-SDI format input. The 3-pin XLR timecode input and output allow you to sync timecode with other devices, and it also allows you to daisy-chain with other devices to create a timecode sync chain.

The Studio HD Pro is a 1 RU rack-mountable unit, with built-in rack mount ears. It features illuminated front panel button control and a heavy jog/shuttle wheel for analog scrubbing. RS-422 control is supported for external control using the Ref input and output ports. The USB Type-C port allows you to record to external disks, and you can also use it to plug into a computer to use as a source for a web stream. An integrated LCD on the front panel allows you to monitor the video and display timecode and transport information.

Professional Broadcast Deck

The new HyperDeck Studio recorders have been totally redesigned with dozens of new features. The advanced models have new broadcast-style front panel controls and more connections on the rear panel. The LCD screen supports both light and dark modes, plus the transport control buttons are stronger with a firm professional feel. The Pro models feature a machined metal search dial with increased mass and a soft rubber surface that feels nice to the touch. Plus the search dial features an active clutch, just like a traditional broadcast dec. With dual media slots, you can change cards without interrupting recording. The advanced models even include a front headphone connection and speaker.

Mastering Recorder

All models record to H.264, ProRes, and DNx files, so are perfect for recording broadcast masters. You can even use PCM or AAC audio. You get everything you need to send shows to broadcasters and for uploading to YouTube.

ISO Recording

All models feature timecode and reference generators, with outputs to loop to other HyperDecks. This means you can build a rack of HyperDeck Studios for ISO camera recording, allowing multi-cam editing after live events. You can even sync cameras to the SDI output and the SDI input has frame sync.

Digital Signage

HyperDeck Studio is perfect for digital signage as all models have HDMI output for connecting to large screen TVs and projectors. The built-in sync generator lets you combine multiple HyperDecks for large multiscreen video walls. There's even FTP for file upload and a protocol for remote control.

Broadcast Archive

HyperDeck Studio supports all SD and HD standards so it's ideal for archiving old television shows from broadcast decks such as Digital Betacam, Betacam SP, 1", U-matic, and VHS. You can even record directly to H.264 to maximize storage. For analog decks, just add a Mini Converter Analog to SDI.

Bright Color LCD Status Display

HyperDeck Studio features traditional deck-style transport controls, including a search dial for jog, shuttle, and scroll. The compact LCD shows timecode and transport information, plus a full-color thumbnail preview of the current clip in record or playback. It also displays information about each card's recording status, along with video format, frame rate information, and audio levels, all on the same display. The LCD includes monitoring for video, plus audio level meters, selectable between technically accurate VU or PPM ballistics. The combination of familiar VTR style controls with the built-in LCD screen makes HyperDeck Studio incredibly fast to use and very easy to learn.

Traditional Broadcast Deck Controls

HyperDeck Studio includes a traditional broadcast-style control panel that's very fast to use. Simply press the record button and you instantly start recording the video input to a file. You can also change the record file format from the menu. There are transport control buttons for playback, rewind, fast forward, previous clip, next clip, and more. The Pro models have a machined metal search dial that supports shuttle, jog, and scroll so you can find clips fast. Any button pressed on the front panel is sent to the rear RS-422 remote output for looping control to multiple HyperDecks. The Plus and Pro models also include a front panel speaker and headphone socket for live audio monitoring.

Supports SD Cards, UHS-II Cards, or SSDs

All HyperDeck Studio models support recording to common SD cards and UHS-II cards so you don't need expensive custom media. However, the Pro models also add two SSD slots so you can use two different types of media. SD cards and SSDs are the perfect choices for broadcast media because they are small and very affordable. When using H.264, the files are so incredibly small you get very long recordings even on smaller low-cost cards. Plus, you can even record to external USB disks. With H.265, you can record up to 58 hours in 2160p60 Ultra HD or up to 157 hours of H.264 recording in 1080p59.94 on a 1TB card. That's over 6 days of recording in HD using a single 1TB card.

Dual Media Slots for Nonstop Recording

All HyperDeck Studio models feature dual media slots for nonstop recording. When the recording card becomes full, recording automatically continues onto the next card. That's perfect when recording long live events because you can "hot swap" a full card for an empty card while recording continues in the other slot. Each slot has a status indicator to show which card is being used, either red for record or green for playback. Plus all models now feature very long file recordings to a single file for easy file distribution. HyperDeck Studio is easily repairable with each card slot using an individual PCB assembly that can be replaced if it ever becomes worn out from heavy use.

Record to External USB Type-C Media Disks

If recording to other types of media is required, the USB Type-C expansion port lets you plug in an external flash disk for recording. USB Type-C flash disks have unlimited capacity because they can be physically larger than an SD card or SSD. Plus, it's even possible to record to a disk array you'll use for editing, so you don't need to waste time copying files before starting post-production. Just move the disk over to a computer and instantly start editing. You can even add a Blackmagic MultiDock 10G that has 4 separate SSD media slots, so you can add compatibility with SSD media to the HyperDeck Studio Mini and Plus models. There are also menus for managing external disks on the built-in LCD.

Popular ProRes, DNx, and H.264 Files

HyperDeck supports the most popular codecs in use today. All models include DNx and ProRes file formats. However, all models also include H.264 in quality levels up to full 10 bit 4:2:2 when recording in NTSC, PAL, 720p, 1080p and true 1080i interlaced formats. That means you get tight 60:1 to 285:1 compression ratios for very small files at full broadcast quality. Plus you can choose uncompressed PCM audio, or even AAC audio when uploading files to YouTube. All models support both ExFAT and HFS+ disk formats and long-duration single file recordings. The Plus and Pro models even support ProRes 4444 allowing fill and key playback.

Advanced Broadcast Connections

Depending on the model HyperDeck Studio features a wide range of video and audio connections such as 3G-SDI, 6G-SDI, or 12G-SDI. All models include HDMI for connecting to televisions and projectors. There's even a dedicated SDI monitoring output on the Pro and Plus models with on-screen status. The Pro and Plus models include two SDI outputs so you can play ProRes 4444 files, allowing simultaneous fill and key output for keying in live production switchers. The internal timecode and reference generator connections can be looped to sync multiple units for ISO recording. All models even include AC and locking DC power. Choose 3G-SDI, 6G-SDI, or 12G-SDI Models

With multi-rate SDI, you get support for the most popular video standards. The SDI and HDMI connections will automatically switch video standards, so handle SD, HD, and Ultra HD formats depending on the model. SD formats include NTSC and PAL. 720p HD standards include 720p50 and 720p59.94p. 1080i HD interlaced formats include 1080i50 and 1080i59.94. 1080p HD formats include 1080p23.98, 24, 25, 29.97, 30, 50, 59.94 and 60p. HyperDeck can even support 1080PsF formats. HyperDeck Studio also supports level A and level B when running HD video at 3G-SDI rates.

Fill and Key Outputs for Broadcast Animations

The HyperDeck Studio Plus and Pro models can play ProRes 4444 HD files to the two separate SDI fill and key outputs. That means you can use HyperDeck Studio as a graphics clip player for broadcast animation because the ProRes 4444 file's alpha channel will be automatically converted to the key SDI output for real-time keying in a live production switcher. Imagine running animated lower-third titles and stingers with key channel outputs for incredibly clean multilayered titles. Plus, switchers such as Blackmagic Design ATEM models connect to HyperDeck Studio via Ethernet to trigger playback synced to transitions.

USB Webcam Output for Video Software For compatibility with a wide range of computer software, HyperDeck Studio features webcam support using the USB connection. If you're not recording to an external USB disk, you can plug the HyperDeck USB connection directly into a computer to get live video into any video software. The computer is tricked into thinking the HyperDeck is a common webcam, but it's really a broadcast-quality video source. That guarantees full compatibility with any video software and in full resolution 1080 HD quality. HyperDeck Studio's USB webcam feature works with any video software including Zoom, Microsoft Teams, and Skype, or get live streaming with Open Broadcaster, XSplit Broadcaster, and more. Advanced HDR Support and Monitoring 3D LUTs

You'll be ready for the latest feature film workflows with support for advanced HDR standards. All HDR status information is embedded into the SDI connections so downstream equipment can detect when HDR files are played. When recording, the SDI and HDMI inputs will also automatically detect HDR video standards and then tag the files with the correct HDR information. Static metadata PQ and HLG formats are handled according to the ST2084 standard. Plus the front panel LCD has a wider color gamut for both Rec. 2020 and Rec. 709 color spaces. HyperDeck Studio Plus and Pro models even allow you to load a 3D LUT into the monitoring output to add looks or to convert film to video gamma.

Includes Professional Multi-Channel SDI Audio

HyperDeck Studio includes professional multi-channel SDI audio for recording up to 16 channels. When recording from the SDI input, you can select in the menu to record 2, 4, 8, or 16 channels of audio in real time. There's extra space on the SDI monitoring status overlay, which allows the audio meter display to show the number of channels you have enabled all at the same time, and the audio meters will show 2, 4, 8, or 16 channels simultaneously. The audio meters are designed to use the correct ballistics, and you can change between different VU and PPM meter displays in the LCD menu. HyperDeck Studio is more than just a video recorder, as it also has quality sound.

Incredibly Fast Network File Transfers

All HyperDeck models allow media files to be uploaded remotely, using simple FTP client software. For remote deck control, all models use an easy to learn text-based protocol, so you can use a simple terminal app like Telnet to test control commands. Simply log into the HyperDeck and then type "play" or "record" and it will execute the command. If you combine the control protocol and file transfers with a HyperDeck connected to a large USB Type-C disk array, you get a fantastic broadcast server for ingest, media management, and play out.

Traditional RS-422 Broadcast Deck Control

The most popular control connection used on broadcast decks since the early 1980s is the RS-422 protocol. Originally developed by Sony, RS-422 is used on almost all broadcast gear. HyperDeck Studio features wide protocol support so you can connect it directly to broadcast systems. It also supports extra commands for the Advanced Media Protocol for managing disk recorders. When designing RS-422 control solutions, you'll know you're connected to a HyperDeck Studio when you see the ID 0xF0E0 in 30/60p, 0xF1E0 in 25/50p, or 0xF2E0 in 24p. The full set of support remote commands are included in the instruction manual and you can download this from the support page of our website.

Built-In Timecode and Sync Generators

With a timecode and sync generator built into all models, you can stack multiple units for digital signage or multi-channel recording. Each HyperDeck has dedicated outputs for reference and timecode, direct from the internal sync and timecode generators. The generators "free run" unless reference or timecode is connected to the inputs, and then generators will automatically lock. This means you can loop from HyperDeck to HyperDeck to create perfectly timed array or recorders.

Blackmagic OS

The innovative Blackmagic OS has been designed for high-performance film and broadcast products and it manages all functions on HyperDeck Studio. Only Blackmagic OS provides instant power on while including powerful features such as LCD with video, timecode, and audio metering, monitoring with overlays, menus, fast networking, multi-disk media management, 3D LUTs plus localization. The onscreen LCD menus include settings to customize your HyperDeck Studio, plus the menus now support both light and dark mode.

Localized for 13 Popular Languages

HyperDeck Studio supports multiple languages so you don't need to learn a new language just to use it. You get support for English, Chinese, Japanese, Korean, Spanish, German, French, Russian, Italian, Portuguese, Turkish, Polish, and Ukrainian languages. When initially powered on for the first time, HyperDeck Studio will display a menu for selecting a language, plus you can always use the LCD menu to change the language at any time in the future. Once a language is selected, the LCD menus will change, plus the overlays on the SDI monitoring output will also change to the selected language. All this means HyperDeck Studio is perfect for doing work anywhere in the world.

Use All Video Software and Streaming Sites

HyperDeck Studio records files that are compatible with virtually all post-production software. Plus, if you record in H.264, you can upload files from HyperDeck Studio direct to streaming services such as YouTube, Facebook, Vimeo, Twitter, and more. You can use popular editing software such as DaVinci Resolve, Apple Final Cut Pro, Adobe Premiere Pro, or Avid Media Composer because HyperDeck uses the same file formats used in post-production. Even VFX software such as Fusion and Adobe After Effects work with the files. Because HyperDeck records to disks formatted on computers, you can simply mount the disk on any computer and start editing without needing to transcode or convert the files.

Built-In Redundancy Keeps You on Air

Serious broadcasters need redundancy because it increases reliability. HyperDeck Studio includes redundant features to help ensure you stay on air. With dual media slots on all models, and the Pro models having 4 media slots, you can stay on air, even if one of the slots becomes damaged. Plus with the HyperDeck Studio HD Mini model you get 3 totally independent recorders in a single rack unit, while the HyperDeck Studio HD Plus model allows 2 independent recorders in a single rack unit. All HyperDeck models include both AC and a locking DC power connection, so you use the DC connection with an external battery pack for redundant power.

Designed for Both Portable or Rackmount Use

When you need a portable broadcast solution, the HyperDeck Studio HD Mini model includes most features miniaturized into an elegant 5" wide compact design that's only one-third of a rack unit wide. That means you can fit three recorders in a single rack unit. Just use the optional Teranex Mini Rack Shelf and you can mount the three units side by side, then bolt it into a standard equipment rack. Or you can combine HyperDeck Studio Mini with other modules, such as a Teranex Mini Analog to 12G-SDI to convert the input from analog to SDI, all in the same rack which is perfect for archive work. HyperDeck Studio HD Mini looks great when it's not rack-mounted and simply used by itself on a desktop.

Compatible with Switchers, Disk Docks, and Cameras

There's a wide range of Blackmagic Design products you can use with HyperDeck including switchers, cameras, and streaming solutions. As the Mini and Plus models don't include SSD slots, you can add a Blackmagic MultiDock 10G to use regular SSDs, allowing compatibility with media from other HyperDeck models. HyperDeck Studio will manage all the disks for you and automatically record to disks in the MultiDock. You can even use the MultiDock with the HyperDeck Studio Pro models just to add extra SSDs for longer recording times. HyperDeck Studio is also a perfect mastering recorder when used with ATEM switchers, a clip player with fill and key, or looped on switcher inputs for ISO recording. Buy Blackmagic Design HyperDeck Studio HD Pro from UBMS DUBAI.

Helm, allows the design of a control system dedicated to your operators’ requirements; there’s no clutter of unnecessary controls or information and no risk of confusion between channels as you switch from one manufacturer UI to another. There’s no hunting for the right buttons to press. We can help you design and implement Helm control panels, and you’ll have all the tools to modify and extend them as your requirements change.

• Totally customisable: All the control you need, none that you don’t


• Smaller footprint: Not all environments have room for multiple hardware panels


• Lower cost: Helm panels run on entry-level PCs, or even on mobile devices via WebCentre


• Faster training: Only one system to learn for new operators


• Enhanced productivity: Simpler interfaces mean operators can work faster and more effectively


• Extend and replace: You can add or change equipment in the facility without impacting operators.

Able to perform powerful actions without the need to invest in a system controller, universal control systems can quickly and cost-effectively plug in to any infrastructure or workflow, allowing you to:

• Bridge systems to achieve that key bit of functionality required without performing any programming.


• Adapt and extend systems as control requirements change.


• Avoid being locked in to expensive and complex control solutions.


• Give operators the controls they need over the devices they use.


• Maintain the value of existing investments by interfacing between old and new equipment.

Equipped with the technological power of AI, Digital Nirvana’s MonitorIQ 7.0 provides new capabilities for compliance logging and monitoring. Known as the industry’s most reliable, secure, and easy-to-use broadcast monitoring and compliance logging platform that allows operators to record, store, monitor, analyze, and repurpose content quickly and efficiently with a minimum of clicks. MonitorIQ enables broadcasters to collect and use knowledge about their broadcast content to meet a wide range of regulatory and compliance requirements. Version 7 of the Digital Nirvana platform gives broadcasters access to valuable next-generation content processing and analysis tools.

• Power Over Ethernet (POE)


• Optional External Power Supply


• Mounts in a 1-RU panel, desktop, or control surface - Other mounting needs? Contact us


• One button press to turn on / off GPI Output, transmit serial command, ethernet TCP, UDP, SNMP or HTTP Command


• Turn GPI on or off state in to serial or Ethernet command


• Models with 1, 2 or 4 LCD pushbuttons, or GPI only


• Programmer-free, Browser-based setup using drop-down menus and fill-in text boxes.

The MDU12-PMi is a Power manager mains distribution unit, 12 way, 16 x GPIs, ethernet output monitoring and alarms – email and SNMP, individually controlled latching relays, sequential & delay power up with current sense network monitoring

Features:

• Remote Ethernet control of 12 separate outputs via secure web browser


• Overall Status page showing individual & total power consumption


• Power Factor Monitoring


• Sequential, immediate or user configured delayed output startup


• Ethernet input power failure alarm


• Internal temperature sensor with SNMP alarm


• Unit and SNMP configuration via secure web browser interface


• Front Panel LAN status LED


• Tri-colour output status LEDs


• Rounded cable tie bar


• Supplied with Powercon Input connector


• Tri-colour front panel using status LEDs for rapid failure identification


• Intuitive Graphic User Interface (GUI) for ease of set-up


• Self contained operation with all software and hardware functions

Facilities are generating ever more data, and although this information is readily available from individual devices, it is cumbersome to access and report on when using numerous manufacturer specific portals. Real-time data is hugely beneficial in the daily running of any facility – minimising down-time and decreasing power consumption - as long as it is accessible from a single point where it can be analysed as a whole, rather than having to access and report from individual manufacturer-specific portals.

InSite is a vendor independent solution that brings all of this information together into a single system using industry standard protocols such as SNMP and Modbus.

It can be hosted on premises or in the cloud and will work with a broad range of third party manufacturer of sensor and data centre equipment - in fact any manufacturer who produces object identifier (OID) information.

DID YOU KNOW? InSite can be configured to provide a protected whole system view for central monitoring and individual subsystem viewer for local system monitoring.

Our Power Management family has been designed to address the challenges faced by systems managers to effectively maintain system viability, control critical power infrastructures – over local or international networks – to meet targets and increase ROI.

Features:

• Dual input seamless auto changeover


• 14 way fused IEC outlets


• Master input setup button with dual tri colour status LEDs


• Input status monitoring GPO on rear D9 connector


• Tri-colour LED input and power indicators


• Rounded cable tie bar

Building on the success of our horizontal PDUs, used by major broadcasters worldwide, TSL Products introduces a range of vertical power distribution units (VDPUs).

Save Space and Money: The new vertical design utilises unique individually fused IEC Connectors to provide the highest density available, allowing you to save valuable rack space. The design also features low energy consumption for a leaner, greener and more space efficient rack room. The new VPDU has dual 32A inlets, with each inlet powering twenty individually fused C13 outlets.

Features:

• Dual 32A inlets, with each inlet powering twenty individually fused C13 outlets.


• High density means the overall unit is only 1767mm.


• Each Outlet is individually fused and has its own status LED.


• A and B Outlets are easily identfiable through the colour coding of status LEDs.


• Easy mounting from rear on sides for extra flexibility and ease of installation.

Comprehensive Systems Integration Support:

Early Stage Consulting

Vendor RFI and RFP Support

Budgeting and Detailed Project Planning

Vendor Selection and Solution Design

System Integration and Test Planning

End-to-End Platform Testing

Operations Transition and Training

A multiviewer/quality monitoring solution with penalty screen, screen of states, carousel feature and “blind” monitoring for SD/HD-SDI and IP signals

Stream MultiScreen is a software quality monitoring solution. The software can generate a mosaic screen, a screen of states, a penalty screen and non-visual (“blind”) instrumental monitoring capability for analog, SD/HD-SDI and IP sources in any combination. The solution is intended for visual and/or automated quality control and monitoring in Network Operation Centers (NOC), broadcast facilities, Head-ends, content aggregators, TV broadcasters etc... Stream MultiScreen is fully compliant with DVB/MPEG TS ISO 13818-1 streams.

The solution is equipped with a carousel (also called a rotator) feature for monitoring a large set of channels by groups in a round robin manner that can decrease the number of required physical output monitors.

The number of inputs varies and is effectively unlimited. Stream MultiScreen supports feeds from BDA/DirectShow receivers to monitor satellite, cable and terrestrial TV signals. Stream Labs ingest cards may be used to monitor baseband signals coming via SD/HD-SDI, T2-MI and analog interfaces. IP sources are supported including HLS, RTSP, RTMP, MPEG-DASH.

The output mosaic screen can be streamed to a remote PC via HLS. Output is available as HDMI, DVI or DisplayPort. Up to 6 outputs are supported per a server.

The solution supports monitoring and alarming of ETSI TR 101 290 (ETR 290) critical states and QoE degradation such as black screen, still picture, no sound, R.128 parameters etc... Stream MultiScreen can detect user-defined patterns in incoming signals, i.e. “No signal” messages from an IRD/STB.

The solution utilizes Nvidia GPU's and Intel decoding/filtering capabilities, but built-in software decoding is also possible for small and more cost effective installations reducing hardware requirements.

The layout and design of the mosaic screen, penalty screen and screen of states is customizable through the included MultiScreen Designer/Monitor software package.

Stream Labs offers download demo versions, presentations and training videos through their website.