Pixellot offers automated sports production solutions that provide affordable alternatives to traditional video capture, production, and distribution systems for professional and semi-professional sports events. Founded in 2013, Pixellot’s AI technology solution streamlines production workflow by deploying an unmanned multicamera system in a fixed location, with additional angles as required, to cover the entire field, offering a stitched panoramic image. Advanced algorithms enable automatic coverage of the flow of play and generate highlights. Pixellot systems are deployed by broadcasters, production companies, clubs, federations, universities, high schools, sports portals, and coaching solution providers around the globe.
For more information visit: www.pixellot.tv
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For more information visit: www.pixellot.tv
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· Fixed Installation: Indoors or outdoors, weatherproof
· Unmanned capture: Panoramic field capture in 8 Megapixel resolution
· Automated production: Auto-tracking algorithms follow the flow of play and produce TV-like footage
· Distributed to any device: Streamed in HD quality to mobile devices and web platforms
· Personalized viewing experience: Zoom into any scene, replay, clip and share
Pixellot Multi Angle Baseball is weatherproof and suitable for installation at any sports arena, both indoor and outdoor. The system is easily installed by any experienced technician who has been trained in the installation process. Some minor infrastructure preparations may be required prior to the system installation. Once installed, the system is maintenance free and can be fully programmed and managed remotely. This manual describes the procedures for installing the system at a fixed location.
For additional information and/or consultation go to https://helpdesk.pixellot.tv.
The following schematic diagram shows the setup of the Multi Angle Baseball system.
The primary components of the Pixellot Multi Angle Baseball system, which must be installed at the sports venue, are the Camera Head Unit (CHU) and the Video Processing Unit (VPU).
The customer should provide the cables needed to connect the CHU to the VPU as well as all connectors and infrastructure elements needed for the cable connections.
Make sure you have received the following:
· Camera Head Unit (CHU)
· Visual Processing unit (VPU) or Computer
This document describes the installation of the S2S in a baseball environment.
The CHU is the specially designed Pixellot camera unit which captures a panoramic view of the action on the court/field. The S2S CHU consists of one wide angle camera that provides up to 180° video coverage. The alignment of the camera is adjustable, enabling you to optimize the positioning of the camera for your deployment location. The video feed is delivered to the VPU through two cables that are attached to ports on the bottom of the CHU.
Choose the route using the following guidelines:
· Ensure that the cables and their conduits do not obstruct movement of players or spectators.
Measure the total length of cable needed to cover the route from the CHU to the VPU and record it. If the cable length is greater than 100 m then you will need to use the Extended Range Kit. If it is greater than 200 m then you will need to use two Extended Range Kits.
Determine how the cables will terminate (connectors, outlets) and what additional components and parts will be required.
CHU Front View
The VPU is the workstation that processes the video data that is input from the CHU. The VPU applies Pixellot's patented AI auto-tracking algorithms to produce a professional quality broadcast of the sports event for cloud-based distribution to mobile devices and web platforms. The VPU is set up in a secure location at the sports venue, where it is connected by two ethernet cables to the CHU. During the installation process, you will need to connect a monitor, keyboard and mouse to the VPU to set up the initial configuration and internet connection.
· AC Power – an AC power adapter plugs into a standard AC outlet.
· Ethernet Ports – can be used to connect to the Internet.
· USB3 Ports – The USB cable from the Audio Interface is connected to a USB3 port on the VPU.
· PoE Ports – the Cat6a STP cables from the CHU connect to these four ports, receiving video input and providing power to the CHU.
1. Open the CHU Junction box by turning the four bolts on the corners.
2. Remove the middle strip gland from the box.
3. Using a screwdriver, open the strip gland, using the teeth to lift it from both sides, so the gland splits into two parts, and the grommets can be removed safely.
4. Tighten the gland to the box using the white nut. (Make sure the sealing ring is attached to the gland).
5. Connect the ethernet cable to the camera’s black female connector in the box.
6. Close the box and test the system before proceeding with the installation.
4.1.2 Installing the CHU on a Wall or Pole
1. Use the four holes to on the base to attach the mounting screws directly onto a wall.
2. Alternatively, you can install the CHU onto a pole using steel bands.
3. Release the bands and thread them through the mount holes.
4. Circle the pole with the bands and tighten until the mount is secured to the pole.
The CHU is now attached in place.
1. Download the Pixellot Connect app.
3. If you encounter any issues or have any questions contact Pixellot support at: helpdesk.pixellot.tv