Preventing Interference Before It Begins: Why It Matters for Tomorrow’s Electronics

NASA’s X-59 just passed a significant milestone— https://www.nasa.gov/centers-and-facilities/armstrong/nasas-x-59-completes-electromagnetic-testing/.

Completing electromagnetic interference (EMI) testing to ensure its systems can fly safely and silently over land. It’s an exciting step toward supersonic travel without the sonic boom.

But as the skies get more connected—and our electronics more complex—one thing is clear: EMI is no longer a side effect to manage later. It’s a risk that needs to be designed out from the start.

That’s where companies like Slip Signal Technologies come in. Instead of filtering or shielding interference after the fact, Slip Signal is tackling the problem at the circuit level—replacing square waves with sine-wave logic that naturally emits less noise. Their patented SEDL technology makes electronics smaller, more reliable, and inherently EMI-resilient.

In aviation, defense, telecom, and beyond, this shift from reactive suppression to proactive design could be a game-changer.

✈️ Quieter skies.⚡ Cleaner signals.💡 Smarter hardware.

The future of high-speed, high-integrity electronics is being built now, on the ground, before first flight.