UReady 2RU Control Surface Ethernet Connectivity, ARM Platform
UReady 2RU Control Surface Ethernet Connectivity, ARM Platform
This universal touchscreen control surface is 2RU rack mountable, with an embedded ARM platform and Ethernet connectivity.
Densitron’s modular design of HMI control surface is suitable for applications in Broadcast, Telecommunications, and other networked control and monitoring systems.
This universal touchscreen control surface is 2RU rack mountable, with an embedded ARM platform and Ethernet connectivity.
The display has 1920 x 285 pixels and an optically bonded capacitive touchscreen providing optimum optical quality. The display features wide-angle symmetric viewing making it easier to be used in many operational applications.
The embedded ARM platform is Densitron’s Aurora SBX™ single board computer based on NXP i.MX6 utilising Quad core ARM® Cortex-A9 2GHz. The APU paired with onboard DDR3 RAM provides the performance to support contemporary multi-media requirements, and rich User Interfaces.
The embedded Aurora Software Ecosystem (ASE) allows for rapid development of user’s HMI applications.
Additional information
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UReady 2RU Control Surface Ethernet Connectivity,...
UReady 2RU Control Surface Ethernet Connectivity,...
UReady 2RU Control Surface Ethernet Connectivity,...
UReady 1U Dual Display
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Monitoring and Control (Satellite related services...
iCompel® Digital Signage
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MediaCento HDMI-over-IP
The MediaCento IPX IP-based audio/video distribution solution uses existing standards-based Ethernet technology and TCP/IP protocols to unicast HDMI HD/4K UHD video signals on your Gigabit Ethernet network. In a multicast configuration, one transmitter can drive multiple receivers with no extra network load. Transmitters and receivers install directly into your existing LAN infrastructure. There’s no need to configure any IP settings or run expensive dedicated links from a back room. Better yet, PoE power eliminates the need for external power supplies.
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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.
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UReady 2RU Control Surface Ethernet Connectivity, ARM Platform -Triple Row Buttons
This universal touchscreen control surface is 2RU rack mountable, with an embedded ARM platform and Ethernet connectivity.
Tactile-touch is a Densitron proprietary technology* that provides the mechanical feeling of a button, combined with optical transparency, and interaction with a touchscreen display. Tactile control surfaces provide sensory feedback for operators, which touchscreens alone cannot easily do. This category of human-machine interaction allows operators to not have to look at the spatial location of their fingers, thus freeing them up to look at the associated control and monitoring tasks.
The visible active area through the transparent button allows text, graphics, images, even video thumbnails to be seen. This version of the tactile control surface has three rows of 16 buttons.
The embedded ARM platform is Densitron’s Aurora SBX™ single board computer based on NXP i.MX6 utilising Quad core ARM® Cortex-A9 2GHz. The APU paired with onboard DDR3 RAM provides the performance to support contemporary multi-media requirements, and rich User Interfaces.
The embedded Aurora Software Ecosystem (ASE) allows for rapid development of user’s HMI applications.
* Patent granted in Taiwan. Patent applied for in USA and EPO
UReady 2RU Control Surface Ethernet Connectivity, ARM Platform – 1 Row Buttons
This universal touchscreen control surface is 2RU rack mountable, with an embedded ARM platform and Ethernet connectivity.
Tactile-touch is a Densitron proprietary technology* that provides the mechanical feeling of a button, combined with optical transparency, and interaction with a touchscreen display. Tactile control surfaces provide sensory feedback for operators, which touchscreens alone cannot easily do. This category of human-machine interaction allows operators to not have to look at the spatial location of their fingers, thus freeing them up to look at the associated control and monitoring tasks.
The visible active area through the transparent button allows text, graphics, images, even video thumbnails to be seen. This version of the tactile control surface has a single-row of 16 buttons on the lower-third. The upper two-thirds is a display and touchscreen area for display and interaction.
The display has 1920 x 285 pixels and an optically bonded capacitive touchscreen providing optimum optical quality. The display features wide-angle symmetric viewing making it easier to be used in many operational applications.
The embedded ARM platform is Densitron’s Aurora SBX™ single board computer based on NXP i.MX6 utilising Quad core ARM® Cortex-A9 2GHz. The APU paired with onboard DDR3 RAM provides the performance to support contemporary multi-media requirements, and rich User Interfaces.
The embedded Aurora Software Ecosystem (ASE) allows for rapid development of user’s HMI applications.
* Patent granted in Taiwan. Patent applied for in USA and EPO
UReady 2RU Control Surface Ethernet Connectivity, ARM Platform
Densitron’s modular design of HMI control surface is suitable for applications in Broadcast, Telecommunications, and other networked control and monitoring systems.
This universal touchscreen control surface is 2RU rack mountable, with an embedded ARM platform and Ethernet connectivity.
The display has 1920 x 285 pixels and an optically bonded capacitive touchscreen providing optimum optical quality. The display features wide-angle symmetric viewing making it easier to be used in many operational applications.
The embedded ARM platform is Densitron’s Aurora SBX™ single board computer based on NXP i.MX6 utilising Quad core ARM® Cortex-A9 2GHz. The APU paired with onboard DDR3 RAM provides the performance to support contemporary multi-media requirements, and rich User Interfaces.
The embedded Aurora Software Ecosystem (ASE) allows for rapid development of user’s HMI applications.
UReady 1U Dual Display
VClock
VClock is a replacement for the clocks and lights panel that was traditionally found on the wall of a radio studio. It's a software application that can be controlled by external devices (such as GPIs, serial or IP data, http posts and snmp traps). It natively supports Axia Livewire, Wheatstone Wheatnet and Ember+ (DHD / Lawo consoles) and many more.
The basic clock can tell the time in analogue and digital formats, tell you the way to say it (in English or other languages, or you can create your own), and backtime to several junctions in the hour. It can have your station logo on the clock, and each lamp can also have an image rather than a caption. It has up to 32 lamps which are completely configurable and can be turned on / off or made to flash when external triggers (such as a "mic live" signal from a mixing console or a phone call) tell it to.
VClock also has an embedded webbrowser, which allows you to show any content that you like on VClock, simply by creating a webpage.
The intelligent scripting language allows you to change the colours/states of the lamps, clock and background at startup, and can be made to completely change all settings upon reception of a trigger.
Don't miss our other related products, AudionicsGateway, VMeters and VScroll, which are a perfect addition to VClock (and equally work very well on their own!).
VClock is available as a free download which is fully functional apart from the inability to change the caption / add an image, and use of the external interfaces (GPI, serial, IP) to control the on-screen lamps is limited to only 10 commands before the clock needs to be restarted. An "unlicenced" message appears on the face of the free version.
MonitorIQ
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.
Monitoring and Control (Satellite related services & applications)
VMeters
VMeters is level meter software with a difference. It can show the audio level for many audio channels, in Mono or Stereo, in either vertical or horizontal bars (PPM meters to follow soon). The difference is that it can also connect to another VMeter instance across a LAN or WAN and mirror the level information on remote machines.
The data passed between instances is very small, meaning no large bandwidth requirements and no streaming delays - you see the level information "live". Useful for transmitter monitoring for example, when you can't hear all of your transmitters from your location.
Vmeters can read audio levels from an audio card/driver, but also natively from Axia XNodes/Studio Engines, ProntoNet codecs and Tieline Codecs, saving on wiring and costly extra audio cards / XNode outputs to feed them.
You can configure how many meters to show, the layout, the design, whether it displays channel names, the responsiveness of the meters and so on. It was originally designed to display nicely on top of its sister product VClock, but equally can be used standalone.
Vmeters can alert you to silence by email or http post, which can light lamps on VClock in the studio for example.
VMeters is available as a free download to trial. It is fully functional for 15 minutes, after which any server meters will stop reading audio levels. The app will need to be restarted for it to start working again.
Licenses are only required for the "master" meters (reading from an audio card, XNode etc). The "slave" meters (repeating a "master") are free.