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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Pixellot Coaching Kit is an Addon to an existing installed Pixellot system, with Camera/s and VPU. It is not a standalone Kit. Also, not all existing systems support the Coaching Kit, so it is recommended to speak with your Customer Manager or Pixellot Support to determine if the existing system is compatible with the Coaching Kit.
For additional information and/or consultation go to https://helpdesk.pixellot.tv.
The following schematic diagrams show one options for setup of the Coaching Kit system.
The primary components of the Pixellot Coaching Kit, which must be installed at the sports venue, are the AA (Additional Angle) camera, POE Injector (optional) and Switch (optional).
The customer should provide the cables needed to connect the AA / Injector / Router / VPU, well as all connectors and infrastructure elements needed for the cable connections.
Make sure you have received the following from Pixellot:
This document describes the installation of the Coaching Kit.
The AA is the main component of the Coaching Kit, enabling additional video feeds for analysis by the Coaching staff. This will not be part of the main Event Feed.
AA Front View, in Housing
After housing the AA camera in the protective housing unit, secure it onto a pole or wall.
Specifications
1000Base-T Interface | 8 |
Auto MDI/MDIX | Yes |
Switching Capacity | 16 Gbps |
Max. Packet Forwarding Rate | 11.9 Mpps |
Store & Forwarding Forwading | Yes |
Dimension | 130 x 79 x 22mm |
Weight | 0.13 kgs |
Operation Temperature | 0 ~ 40 °C |
Storage Temperature | - 10 ~ 70 °C |
Operation Humidity | 0% ~ 95% RH |
Storage Humidity | 0% ~ 95% RH |
Operating Altitude | 2000m |
Maximum Power Consumption | 4.80 W |
Standby Power Consumption | 0.7 W |
Maximum Heat Dissipation | 16.368 BTU/h |
MTBF | 1,061,267 hours |
Power Input | AC:100 ~ 240 V |
Flash Memory Size | 64KBytes |
Packet Buffer Size | 192KBytes |
FAN | Fanless |
Comply with RoHS 6 | Yes |
Energy Efficiency Ethernet (EEE) | Yes |
Power Saving By Link Status | Yes |
Power Saving By Cable Length | Yes |
MAC Address Table Size | 4K |
802.3x Flow Control | Yes |
Head-of-line (HOL) Blocking Prevention | Yes |
Jumbo Frame | 9,720 Bytes |
Surge/Lightning Protection (AC Power Inet) | 1kV |
Surge/Lightning Protection (All Ethernet Ports) | 1kV |
Air Discharge | 8kV |
Switch intelligence | Unmanaged |
Port count | 1000Base-T Interface x 8 |
Contact Discharge | 4kV |
1000Base-T Interface | 8 |
Auto MDI/MDIX | Yes |
Switching Capacity | 16 Gbps |
Max. Packet Forwarding Rate | 11.9 Mpps |
Store & Forwarding Forwading | Yes |
Dimension | 130 x 79 x 22mm |
Weight | 0.13 kgs |
Operation Temperature | 0 ~ 40 °C |
Operation Humidity | 0% ~ 95% RH |
Storage Temperature | - 10 ~ 70 °C |
Storage Humidity | 0% ~ 95% RH |
Operating Altitude | 2000m |
Maximum Power Consumption | 4.80 W |
Standby Power Consumption | 0.7 W |
Maximum Heat Dissipation | 16.368 BTU/h |
MTBF | 1,061,267 hours |
Power Input | AC:100 ~ 240 V |
Flash Memory Size | 64KBytes |
Packet Buffer Size | 192KBytes |
FAN | Fanless |
Comply with RoHS 6 | Yes |
Energy Efficiency Ethernet (EEE) | Yes |
Power Saving By Link Status | Yes |
Power Saving By Cable Length | Yes |
MAC Address Table Size | 4K |
802.3x Flow Control | Yes |
Head-of-line (HOL) Blocking Prevention | Yes |
Jumbo Frame | 9,720 Bytes |
Surge/Lightning Protection (AC Power Inet) | 1kV |
Surge/Lightning Protection (All Ethernet Ports) | 1kV |
Air Discharge | 8kV |
Contact Discharge | 4kV |
Choose the route using the following guidelines:
· Ensure that the cables and their conduits do not obstruct movement of players or spectators.
If the cables are to run along the floor/ground, ensure that they are below ground or flush with the ground so that they don't pose a tripping hazard.
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.
2. Place the blue mounting bracket onto the mount’s arm, adjust the pan, and tighten the screws on both sides.
3. Secure the camera onto the Arm Mount using 2 bolts:
a. 3/8” for the ax (the bottom part)
4. Tighten all screws after positioning the camera in the correct angle. (ax)
5. Locate a suitable wall or pole adjacent to the AA camera with a clear and unobstructed view of the field. The recommended position for the Additional Angle camera is behind the pitcher, on a static wall or pole.
6. Attach the Arm Mount base to a pole or wall using steel bands or screws.
7. If using bands, release the bands and thread them through the mount holes.
8. Circle the pole with the bands and tighten until the Arm Mount Base secured to the pole.
9. Bolt the Arm Mount with its base:
11. Connect the AA directly to the Injector using a LAN cat6A and a cable.
QR Code for downloading the Pixellot Connect App:
- Make sure that Use local recording toggle is On
- This will allow recording of local stream and upload it to VOD as part of Post Event process