Both the receiver and transmitter work together as a family. The transmitter is connected directly to a camera and wirelessly transmits 4K video to the receiver, which is connected to a monitor to view. 

Both the receiver and the transmitter have been designed to integrate custom battery plates that we designed and machined out of aluminum. These battery plates allow the product to be connected directly to a cinema camera and can be connected to professional camera batteries.

This is a front image of the Receiver which is hooked up to a video source. The design features subtly machines angled slats which act as a heatsink and frame the logo. The feet at the bottom are integrated and blend into the design. The feet allow the unit to be lifted slightly off a surface so air can flow into the product to cool it down.

This is a rear image of the Receiver which is hooked up to a video source. The design features subtly machines angled slats which act as a heatsink and also act as a air vent for the fan to exhaust internal heat.

This is a front view of the user interface side. When the power button slides up, the unit turned on and is confirmed with a glowing LED. We utilized a new materials, called diffusion polycarbonate, to mold the power button with the ability to illuminate the button and reaffirm confirmation to the user that the unit is on. When the button slides down, the pill shaped glow turns off and the inside surface of the button is says "OFF" to let users know their product is off.

This is a rear image of the Transmitter which is hooked up to the camera directly and then transmits the live video feed to the receiver. The design features subtly machines angled slats which act as a heatsink and frame the logo. The feet at the bottom are integrated and blend into the design. The feet allow the unit to be lifted slightly off a surface so air can flow into the product to cool it down.

This is a rear image of the Transmitter which is hooked up to the camera directly and then transmits the live video feed to the receiver. The design features subtly machines angled slats which act as a heatsink and also act as a air vent for the fan to exhaust internal heat.

This is a front view of the user interface side. When the power button slides up, the unit turned on and is confirmed with a glowing LED. We utilized a new materials, called diffusion polycarbonate, to mold the power button with the ability to illuminate the button and reaffirm confirmation to the user that the unit is on. When the button slides down, the pill shaped glow turns off and the inside surface of the button is says "OFF" to let users know their product is off.