The guiding light

This article provides an overview of the long-range system, to help you know which controller is best for your installation.

Refresh rates are different to PWM rates, and both play an important role in your design and which pixel protocol you choose to use.

This article discusses some of the key aspects to consider when evaluating power requirements and determining the best way to power your pixel system.

IGMP Snooping is the process that allows the switch to know which multicast groups each device has subscribed to, only sending the relevant groups to each port.

With Advatek’s 3rd generation of pixel control firmware, PixLite® devices with dual gigabit Ethernet ports allow Ethernet loop-through and redundant network topologies.

PixLite® Mk3 devices have the ability to apply gamma correction for pixels of all resolutions including a dithering mode to improve resolution on supported pixels.

With Advatek’s 3rd generation of pixel control firmware, PixLite® Mk3 devices have the ability to acquire an IP address through AutoIP.

Synchronous mode is a method by which all PixLite® devices in a lighting installation can output frames together at the same time.

You’ve probably seen both Art-Net and sACN around and maybe you’ve even used them, but have you ever wondered what the difference is?

PixLite devices offer a unique ability to adjust the clock speed of pixels that utilize an external clock line.

PixLite® Mk3 devices now feature a hardware firewall specifically for blocking irrelevant universe data, pre-processor.

Open Sound Control (OSC) is an encoding specification that can be used to send messages via many different types of communication protocols.

What is digital current control? How does it affect the appearance of pixel LEDs?

Two common methods of transmitting information on a network are UDP and TCP.

What does it take to create a truly impactful architectural façade lighting design using addressable LEDs? Here are some important aspects to consider.