The Story Behind the LV966: Solving a Sci-Fi Wiring Challenge

Some of our most successful products start with a simple observation.

A client is struggling with a problem. Existing solutions aren't quite right. The installation is becoming more complicated than it needs to be.

The LV966 is one of those products.

What began as a challenge on a major science-fiction production eventually became one of our most powerful and practical LED control solutions.

The Original Challenge

Several years ago, we were involved in a large-scale science-fiction film production.

During a site visit, the client showed us the scale of what they were trying to achieve. They were building the interior of a substantial star ship, complete with highly detailed control consoles, instrument panels, switches, indicators, and status displays.

The prop company was manufacturing everything in-house.

Panels were being cut, switches were being installed, LEDs were being mounted, and every surface needed to look functional and alive on camera.

The challenge was not just the size of the set.

It was the sheer number of LEDs involved.

Across the star ship, there would ultimately be many thousands of individual LEDs requiring installation, wiring, and control.

When Traditional Controllers Become Impractical

At first glance, controlling LEDs seems straightforward.

Products such as conventional RGB or RGBWW controllers are excellent when you need a small number of relatively high-power outputs. However, spaceship control panels present a very different challenge.

A single panel might contain:

• 100 individual indicator LEDs

• 150 status lights

• Multiple groups of independently controlled effects

• Long cable runs across large panel assemblies

Many of these LEDs only require a tiny amount of power, but they still need individual control.

Using conventional LED controllers quickly becomes expensive, bulky, and unnecessarily complex.

It became clear that the problem wasn't a lack of high-power outputs.

The problem was the need for a very large number of low-power outputs in a compact, economical package.

Understanding the Real Problem

As we watched the installation teams work, another issue became obvious.

The biggest challenge wasn't necessarily controlling the LEDs.

It was wiring them.

Every LED required:

• Two wires

• A resistor

• Identification

• Cable management

• Testing

• Future serviceability

When you're dealing with thousands of LEDs, these small tasks become a major labour burden.

The amount of wiring quickly becomes overwhelming.

Large console panels measuring over a metre wide could contain hundreds of LEDs spread across their surface, creating vast numbers of individual cable runs.

We started asking a simple question:

How can we make this dramatically easier to install?

Rethinking LED Connections

Rather than focusing solely on the electronics, we looked at the installation process itself.

We wanted a solution that would:

• Reduce wiring time

• Simplify installation

• Improve serviceability

• Lower overall project costs

• Remain easy to troubleshoot

The answer came from using high-density IDC connectors.

IDC connectors are widely used throughout the electronics industry because they are inexpensive, reliable, and allow multiple connections to be terminated in a single operation.

By grouping outputs into 16-channel sections, installers could terminate 16 LED connections with a single connector rather than managing dozens of individual wires.

This dramatically reduced assembly time while making wiring neater and easier to maintain.

Eliminating Thousands of Resistors

Another issue quickly emerged.

Every standard LED requires current limiting.

For example, a typical red LED may have a forward voltage of around 2.2 volts. When operating from a 5-volt supply, a resistor is normally required to limit current and protect the LED.

Traditionally, this means fitting a resistor to every single LED.

For installations containing thousands of LEDs, this becomes a significant amount of labour.

So we asked another question:

Why not put the resistors in the controller?

The result was one of the defining features of the LV966.

Each of the 96 output channels includes an integrated 330Ω resistor.

This means installers can connect LEDs directly to the controller without having to fit individual resistors throughout the set.

The benefits are substantial:

• Faster installation

• Reduced component count

• Lower labour costs

• Cleaner wiring

• Improved reliability

For large-scale console builds, the time savings are enormous.

Making Large Installations Manageable

The IDC-based architecture also provided another major advantage.

Instead of running dozens of individual wires around a panel, installers could route ribbon cable around the structure and break out connections where required.

This keeps wiring:

• Organised

• Traceable

• Easy to modify

• Easy to repair

If a loom ever needs replacing, an entire 16-channel section can simply be disconnected and replaced without disturbing the rest of the installation.

For prop departments and set builders working to tight deadlines, this level of serviceability is invaluable.

The Birth of the LV966

The final design combined everything we had learned from the project.

The LV966 was developed to provide:

• 96 individually controllable LED outputs

• Integrated resistors on every channel

• High-density IDC connectivity

• Compact installation footprint

• Simplified wiring architecture

• Significant labour savings

What started as a solution for a science-fiction starship quickly proved useful across a much wider range of applications.

Beyond Film and Television

Although originally developed for console and control-panel lighting in film productions, the LV966 has since found applications in:

• Theatre scenery

• Escape rooms

• Immersive experiences

• Exhibitions

• Museums

• Interactive displays

• Control panels

• Simulator environments

• Themed attractions

Anywhere large numbers of LEDs need individual control, the LV966 can dramatically simplify installation and reduce wiring complexity.

Designed by Understanding the Problem

The LV966 wasn't developed because we wanted another LED controller.

It was developed because we saw skilled installers spending huge amounts of time solving the same wiring problems over and over again.

By stepping back and looking at the installation process as a whole, we were able to create a controller that addresses not just LED control, but the practical realities of building large-scale illuminated environments.

The result is a product that can save hundreds of hours of wiring time while making complex LED installations cleaner, simpler, and more reliable.

Sometimes the best products don't come from a specification sheet.

They come from standing beside a customer, understanding their challenge, and designing a better way to solve it.