The ultimate NDI® experience integrated.
BirdDog have created a complete Operating System for Intel® SDM platform, simply called BirdDog OS, to give a truly integrated NDI® distribution system. Underpinned with BirdDog’s technology, BirdDog OS has built in Crestron control and a RESTful API for complete automation.
M1 is an NDI® Sender and Receiver module based upon the Intel® SDM-L module. Receive NDI® from anywhere on the network to display on screen. With the Send function, you can plug a source such as a laptop in and then duplicate that across any number of additional BirdDog Display activated screens.
M2 is an NDI® Receiver module based upon the Intel® SDM-S module. Receive NDI® from anywhere on the network to display on screen.
Powered by Intel.
BirdDog M1 and M2 are built upon Intel® SDM core architecture for maximum performance and reliability. Just as you’d expect when you use the best.
Harnessing the power of NDI®, BirdDog Display can receive see virtually unlimited number of NDI® sources on the network. Simply use a remote control or any pointing device to bring that source to full screen.
The best user experiences are built upon easy to use interfaces. BirdDog OS features a clean and elegant design to make it super intuitive and easy to switch sources.
RESTful API. Crestron Control Library.
BirdDog Display has a complete RESTful API for programming your own automation as well as a Crestron Control Library.
RESTful API. DIY automation.
Download the free BirdDog RESTful API and program your own automation for all BirdDog hardware endpoints, including cameras.
Free Software Tools.
Distribute NDI® content everywhere.
Just add Central 2.0.
BirdDog Central 2.0 is a software platform set to redefine the way we think about driving content to TV screens. By teaming up Central 2.0 with any NDI® source, including all BirdDog hardware capable of creating NDI® sources, you can now drive your NDI® streams to any BirdDog Studio NDI or Mini to decode NDI® back to SDI or HDMI. For more information on Central 2.0 click here.