Our Workstations Have Evolved, From Analog to Tablet

The single greatest advantage of tablet mixing is mobility. We can now walk the venue, tune
from any spot, and adjust monitor mixes directly from the stage.

But Mobility Came at a Cost:
A Critical Lack of Screen Real Estate

For professional workflows, a single screen is a bottleneck.
We need the mobility of a tablet with the at-a-glance overview of a full console.

The Solution: A Professional,
Integrated Dual-iPad Workstation

More Than a Case: The Heart of a Complete
Pro Audio Ecosystem

The system is built on reliable, professional components. By offloading processing to
rack-mounted DSP cores, the setup becomes modular, powerful, and scalable.

The 96kHz Question:
What Are We Really Paying For?

The primary technical advantage of 96k processing in live sound is not audible fidelity-it's
lower latency. This is critical for mixes where timing is paramount, like in-ear monitors.

But what if we could achieve-or even beat-that ow-latency performance without the 96k price tag?

0.7 Milliseconds of Latency Per Mix

0.7 ms

By using two dedicated M32C core processors-one for FOH and one for monitors-we achieve an independent, ultra-low
latency of just 0.7ms for each critical mix. This is better performance than many 96k systems can provide for a monitor path.

What About Redundancy? The Achilles' Heel
of a Single Console

If your single $25,000 console fails
mid-show, what's your backup plan?

True redundancy isn't about having a spare unit in the truck. It's about designing a system that can
withstand component failure in real-time without interrupting the show. Most consoles don't have this.

Proof: Real-Time Failover in Action

If an access point fails or a cable is cut, the affected iPad automatically reconnects to the redundant
network. You have time to troubleshoot with zero interruption to the show.