The LiteTile product line is a blend of LiteMat LED engines in an engineered textile housing. This unique form factor allows a user to install thin, soft, Hybrid light into previously inaccessible areas. The LiteTile uses the new CineMitter LED which has 95+ CRI and an extended CCT range from 2600K to 6000K. Each individual LiteTile (2‘x4‘ or 2‘x8‘) is finished with hook and loop Velcro® and can attach, or “tile,” together to form any number of shapes and sizes. LiteTile can easily rig into existing grip or butterfly frames, or as an alternative, they can be used separately to attach to anything like a drop-ceiling or directly to a set wall. The unique shape of LiteTile allows the fixture to fold like a paper map into the size of a LiteMat 1. This unique folding method makes storage and transportation a breeze. LiteTile+ Plus uses the new LiteDimmer+ Plus all-in-one power supply and dimmer.
MPA1 Range
The MPA product family has been designed for ease of use with Solo and Mix options. Supporting established I/O workflows such as SDI, MADI and analogue, in addition to Dante / AES-67 support for audio over IP.
MPA1 SOLO products provide the simplest of audio monitoring solutions, whilst the MPA1 MIX products allow users to define their own monitor mix by allowing multiple audio sources to be mixed together.
Compact and Lightweight – All MPA 1 products share the same 1RU form factor at only 100mm deep and are ideally suited for those environments where space and weight is a premium, such as OB Trucks, Flyaways, SNG and ENG Trucks.
TSL ‘DNA’ – All MPA1 products benefit from TSL’s significant history and experience in developing professional audio monitoring products for use in the most demanding of broadcast environments.
Ease of Use – Offering both simple and intuitive control, the MPA1 range of products have been designed to enable the smoothest of workflows for operators and engineers working in high pressure environments such as live production.
Web GUI – All MPA1 products can be configured, controlled and monitored via a web interface. Facility wide management of all MPA1 products is now possible from a single desktop PC.
PAM Range
The PAM Range is the leading multichannel audio and video monitoring tool. Whether you are working in traditional SDI infrastructure, transitioning to IP or building an all new-IP facility, the PAM Range is designed to maintain flexible and familiar operation and maximise efficiency.
The range includes the PAM2-MK2 and PAM1-MK2, with common features that make these units ideal for 3G/HD/SD-SDI, AES and Analogue Audio infrastructures. Meanwhile, the PAM-IP is built on an ‘IP-Ready’ chassis, and retains traditional I/O for traditional infrastructure to support a paced transition and future-proofing any investment.
The PAM-IP is the only unit in the world capable of monitoring uncompressed Video and Audio Monitoring for SMPTE 2022-6 and SMPTE 2110 networks. Regardless of the input format the PAM-IP lives up to its PAM name and offers functionality such as loudness measurement, accurate fully configurable metering and multi-channel monitoring as standard with Dolby decoding available as an optional extra.
Developed specifically to address the requirements of customers needing to monitor uncompressed SMPTE 2022-6 and SMPTE 2110 sources, the PAM-IP equipped with 2 x 10Gig/E interfaces for direct connection into COTS IP fabrics. Engineers and Operators familiar with traditional Audio Monitoring unit operation can now monitor 2022-6 and 2110 uncompressed IP sources without having to re-train or understand IP networks.
The PAM-IP also now supports Ember+ protocol for edge device control within IP networks.
TallyMan Control
With over 1,000 installations worldwide, TallyMan has proven to be the most flexible and user-configurable broadcast control system available, providing a simple but powerful layer of control to any facility, delivering against three demands of the industry today:;seamless high quality, high production values, and cost control.
TSL’s advanced control systems allows users to easily gain exclusive control over resources, streamline operations and automate key functions to improve efficiencies and maintain high level production values, no matter the complexity of the underlying system.
Advanced Device Control and IP Device Routing:
IP Device Routing – Simple and intuitive interface that translates IP workflows to retain the familiarity of SDI routing, providing signal control and routing of edge devices in ST-2110 networks.
Powerful tools for remote production – open up channel delegation, add security controls and protect devices with a system built on independent device protocol translation and intuitive interfaces that add flexibility and efficiency to operations.
Playout and Transmission:
Cost-Effective Playout – Easily implement automation playout functions for up to four channels or align with existing systems to act as a cost-effective secondary system. Includes intuitive playlist creation, as-run log and crash & automated ingest record.
Cloud Playout Solutions – to make it a Small Step, instead of a Giant Leap to cloud playout, use the GTP Control Processor to mimic video server functionality and allow the automation system to control a familiar playout device.
Transmission Control – safely switch between SCTE 104 /35 Command Generators. Easily distribute SCTE Commands across Signal Chains and Streams. Simplify distribution by manipulating SCTE Command Messages at the Edge to fulfil contracted obligations. Validate SCTE Messages prior to Injector / Encoder.
Production Automation:
MOS Gateway plus ENPS / iNews Interface – Configured to match customer specific workflows to support control over any GPI/O, Serial, or IP Device from MOS rundown, with simple button or virtual panel interfaces that give production staff true control.
Plug & play Interfaces:
Individual and intelligent button panels – control any GPI/O, IP, RS422, or RS232 enabled device. Perform simple and complex functions from a single button push – GPI trigger, relay closure, web key etc. Perfect for flyaway kits, small productions tasks and one button configurations, controlling anything, located anywhere.
Expanded plug & play functions – Interface new systems to legacy devices, monitor SNMP traps, generate alarm output GPOs, convert on / off GPI Inputs to Serial or Ethernet Messages, convert serial or ethernet messages to GPI output on / off, with web-browser based Setup and Configuration.
Additional features include Ember+ support, enabling engineers to integrate all Ember+ capable 3rd party devices and provide control to operators in an accessible and intuitive manner. Advanced capabilities of a broad range of broadcast equipment and can be accessed and integrated into automated workflows and streamlined operations.
User can also use the Studio Failover functions to create presets for all devices in a studio/control rool, to automatically trigger preset recall and source selection failover across the facility.
We could go over the best strategies for playing blackjack like a pro, but we choose to keep it simple by going back to the basics. Before embarking on a real money blackjack Philippines where you will be confronted with crucial decision-making, you must know what the basic rules of the game are. In blackjack, taking insurance is making a secondary bet. In fact, the player bets that the next card that will come out of the dealer will be worth 10 and also that he will make a blackjack. There are three basic rules that govern this game. First, the dealer’s up card must be an ace. Then, you should know that this bet is the equivalent of 50% of the initial bet. Finally, there is a 2:1 payout should the dealer ever blackjack.
Hive Unified Content Platform
Hive’s omni-media content platform takes care of the storage, management and sharing of content. Using the most appropriate tools this unified content environment is key to generating efficient, productive and streamlined workflows.
With the latest HTML5 editing tools and the ability to integrate other best of breed toolsets onto the platform, Hive delivers an unparalleled user experience to rapidly process any content for any medium and deliver it whenever, where ever and how ever it is needed.
HIVE has been built on a cloud native distributed services architecture, therefore it is quick to deploy, easy to maintain and cost-effective to provision as workloads change. HIVE can be deployed on premise, in private or public cloud, or as a hybrid mix of all three, enabling ultimate commercial flexibility in the business.
Uniquely for a broadcast production system HIVE has been architected, from the ground up, on data centre class technologies that are not yet capitalised on in the media broadcast industry.
HIVE utilises the advantages of data centre focused and open source technologies (object storage, containers, NoSQL) as opposed to traditional industry configurations of dedicated systems running resources in silos. Thanks to this HIVE leverages internet methodologies to deliver a dynamically scalable, highly scalable and highly available system which can be deployed either on premise or in off-site data centres. See figure 1 to show the architectural differences and key benefits.
Hyper Convergent Node technology enables HIVE to grow (or shrink) with the business performance required. Complex broadcast systems can, for the first time, be designed for a customer’s current level of performance, secure in the knowledge that additional storage and processing can be added at any time in the future whilst the system is live. No down time. No significant project expenditure. No investment in under-utilised assets.
Future expansion of the system into new production areas with different applications is also supported through the use of a common Platform/Toolset architecture with a highly scalable core and industry standard APIs.
With these core technologies embedded in the Network Production platform it is not difficult to see the opportunities:
• Acceleration of the Capex to Opex trends
• Outsource of commodity IT practises – data centres or on premise service
• Centralsiation of multi tenanted platforms
o Either as a SAAS model
o Or a National Broadcaster providing a platform as a service to local
broadcasters
As an omni-media network production system, HIVE, supports the fast and efficient creation of content for Internet, VoD and Broadcast applications. Key integrations with a number of market leading Newsroom Computer Systems and Graphics Platforms ensure that the journalists and operators work within the tools they are used to.
Key customer benefits include:
• Streamlined camera-to-archive production workflow
• Fully Integrated solution to support efficient planning to publish operation
• Internet/mobile first workflows that flex with digital trends
• Common content management platform with the ability to optimize the
repurposing of assets through a single system
• A recognized toolset designed for journalists/users
• Proven and future proofed ROI with tested, delivered and improved workflows
following ten years of experience
• Dynamic “pay-as-you-go” system for scaling and functionality
• Ability to flex with the business requirements – scales down as well as up
• Adaptable and Open solution that can be expanded into new production areas
Hive File Exchange with 3rd Party system
Open API for 3rd party system to integrate
Direct importing and exporting files with 3rd party system by hot folder
User can choose non-transcoding or transcoding for the importing / exporting policy
Hive Social Media Networks Publishing
Publish to Social Media One clicking to transcode and publish to multiple platforms, e.g. Twitter, Facebook, Youtube and 3rd party CMS or Website (requires custom integration) Multiple aspect ratios (1:1,9:16,16:9) and formats publishing
BOSS STREAM Viewer
BOSS STREAM Viewer is a software-based multiviewer monitoring system for DVB/Digital Video Broadcasting/Asynchronous Serial Interface (DVB/ASI) and IP. It supports Modulator Interface (T2-MI) for Second Generation Digital Terrestrial TV (DVB-T2) for both ASI and IP. The Dimetis BOSS STREAM Viewer can monitor and analyze SDI streams in cable, satellite-terrestrial, compression centers, play-out and transmission centers, DVB, OTT, Web and IPTV headends, network operations centers and IPTV distribution networks.
OTT Streaming – The Dimetis BOSS STREAM Viewer will be able to inspect HTTP Live Streaming (HLS), HTTP Dynamic Streaming (HDS) and Real-Time Messaging Protocol (RTMP).
In the digital video broadcasting and internet worlds, there is a diversity of existing infrastructures for the distribution of DVB, Internet and IPTV. Today’s multiviewer systems must be flexible in the handling of various source formats. The Dimetis BOSS STREAM Viewer can handle DVB conform transport streams over IP and ASI, and SDI uncompressed video in mixed operation in SD and HD.
This scalable system can provide real-time analysis of DVB, content and quality level (blocking and blurring), while decoding and displaying video, audio, teletext and subtitle services. The entire alarming thresholds are configurable and the system is capable of notifying any 3rd party monitoring or management system, such as the Dimetis BOSS BROADCAST ManagerTM, with alerts, problem or quality conditions. Application areas include DVB analysis, content and quality analysis, management of multiple sources, video and audio decoding, teletext decoding and DBV/TXT subtitles. The Dimetis BOSS STREAM Viewer comes “out of the box” and can easily be integrated in broadcaster’s environment as it operates on standard server hardware. With the combination of SDI and DVB signals, BOSS STREAM Viewer is perfect for comparing incoming and outgoing signals on one single screen.
Hive Playout
Fast to AIR
Playout while transferring
Playout while ingesting
Playout mode for Rundown
Auto/Manual channel assignment
Loop playback the whole Rundown
Flexible story playback mode
Replay story while On-Air
Go to play any story while the rundown is On-Air
Openness for 3rd Party NRCS
Capability of integrating with any NRCS, e.g. ENPS, iNews, OpenMedia and
other 3rd Party NRCS ( by MOS protocol)
mX Media Exchange
Dimetis mX Media Exchange is a powerful media workflow automation platform for broadcasters, service providers and content creators. It provides comprehensive management, automation and transfer of large files with enhanced metadata handling for video and audio files while providing an elegant user experience. mX Media Exchange enables the creation and management of complex file-based workflows and easily connects with 3rd party systems (transcoders, file checkers, workflow and process systems, WAN accelerators, wrappers, NMS’s, storage, planning tools and more). mX Media Exchange can be deployed as standalone or cloud-based, and is based on a modularized architecture for unmatched flexibility and scalability.
Advanced Metadata Editor and Management Users can view, edit and manage a powerful set of technical and editorial metadata with the mX Media Exchange editor – Frame rate, duration of video (and duration of usable content), start frame, file name, file format, size, scanning and codec information, audio coding, and much more. For an efficient workflow, mX can automatically import metadata from remote sources such as Media Asset Management (MAM) systems, planning systems, and media files. mX can read and export metadata based on given or required metadata formats. For a quick lookup of files, they can be tagged and categorized. Because metadata is directly integrated with workflows, you can define rules which trigger decision-based workflows based on metadata input (FlowControl).
Workflow Builder Build your own workflows with the graphical-based Workflow Builder to automate technical processes like transcoding and QC, or to notify users when their job has been completed. Orchestrate your existing tools and systems, trigger systems to take actions and share your data between different storage systems. With the latest new scripting feature, you can take control and enhance workflows to communicate with your own applications and transform existing scripts into one umbrella platform.
Preview Player The mX Media Exchange preview player was developed to achieve a real-time view of video files, without the need of any browser plugins. The player also supports the selection of available audio channels in real-time and provides demuxing of streams. Users can also inspect all the metadata and audio levels of a file within the preview player.
3rd Party Systems Integration mX Media Exchange provides many interfaces to 3rd party applications and systems such as file checkers, transfer systems (Aspera, Signiant, Tixel, etc.), transcoders, storage, wrappers and metadata servers. mX Media Exchange can be entirely controlled from external systems by Rest JSON or XML-based REST API.