What makes the Monarch LCS a stand out streaming solution?
- Stand alone (does not need a computer to operate/stream once set-up, as per all Monarch products).
- TWO video input’s allow Picture-in-picture and Side-by-side in single video stream (Ideal for churches, schools and presentations). Example one camera focused on the podium second camera set to stage wide shot.
- IT administrators will find this reliable, simple to set up and integrate into any open Video Management System (VMS) or Lecture Management System (LMS).
Ideal Lecture Capture Appliance
IT administrators will find this reliable, standalone network appliance simple to set up and integrate into any open Video Management System (VMS) or Lecture Management System (LMS). Monarch LCS lets you easily define profiles for live streamed and recorded lectures by mixing camera and presentation material from SDI and HDMI sources. Once configured, this versatile H.264 encoding appliance can be operated by anyone at the push of a button. And it won’t break your budget!
Variety of Operating Modes
Complex recording equipment is no longer required to effectively capture presentations in lecture halls. A typical setup would consist of video and audio of the presenter and a computer source with supporting material which can be mixed into a single webcast. The operator can select a number of operating modes that include layouts such as Picture-in-picture and Side-by-side. If the operator prefers to dynamically change the inputs throughout the lecture, the Monarch LCS also offers Switcher mode. With very little set up time, the Monarch LCS can be configured to capture and deliver content such as presentations and seminars in many appealing layouts
Viewer Defined Layouts
Keep your audience fully engaged by putting the control in their hands. In Isolated mode, the appliance provides two independent video files or streams. This feature, when used with a compatible 3rd party player, enables the viewer to select their preferred layout. The synchronized streaming or recording of Monarch LCS’ dual inputs are invaluable when such players are used. By aligning video inputs, the viewer can seamlessly switch to their preferred layout while maintaining perfectly synced audio and video.
Easy to Operate
Matrox Monarch LCS can be controlled and configured via the Monarch LCS Command Center using any device on the network that supports a standard web browsing application such as a tablet. The interface is designed for operator ease-of-use and features one-click operation to start encoding from anywhere within the user interface. A number of typical streaming and recording presets are provided that define all of the encoding parameters, including resolution and bitrate. Encoding parameters can be customized and combined with destination and operating mode settings and saved as a unique profile. If the device must be accessed by different users, profiles can be instantly recalled without having to re-enter data.
Simple to Integrate
Designed to work in network environments, Monarch LCS is a network appliance that facilitates a seamless integration into existing infrastructures managed by third party asset management solutions, such as OpenCast VMS and Moodle LMS software. In addition, the scheduler feature supports open source iCal software such as Google calendar which allows you to create a schedule, export to an .ics file format, and easily import to the device. Schedules can be imported at any time and Monarch LCS can be configured to periodically retrieve schedules on your network.
Offering unprecedented quality, Monarch LCS can share up to 20 Mb/s of encoding capacity across its two H.264 encoding channels. Each independent channel has individual bitrate/quality settings and benefits from powerful scaling, deinterlacing, and noise reduction engines that ensure only pristine images are sent to the encoders. When the highest quality is required, each encoder can be set to encode at 1080p30 resolutions.
Set Your Destinations
This dual encoder offers multiple destination options when streaming or recording. When set to recording, an encoding channel captures content in MOV or MP4 files to ensure that video files can be played on virtually any player. Recordings can be stored on local USB drives, SD cards, or network-mapped drives and made available immediately to an LMS or VMS for distance learning. For streaming purposes, the encoders use either RTMP or RTSP protocol to deliver live streams to local media servers or cloudbased CDNs.