Photonic true-time delay for RF phased arrays
Complete phased arrays that keep every frequency on target, with the lowest size, weight, and power of any known true-time delay system.
Why it matters
Our approach
Each antenna channel rides on its own beam of light. The Fourier Cell delays every channel at once, so the whole band steers as one.
Antenna to beamformer, delivered as one system.
One beam held steady across a wide instantaneous band.
Every channel delayed at once, in one compact cell.
The opportunity
We sell complete arrays, so our market is the whole array.
$1.23B
$1.19B
$257M
$278M +26.5% CAGR
Shared-aperture programs like the U.S. Navy’s Integrated Topside need squint-free wideband steering.
2029 figures. Sources: The Business Research Company, GMInsights, Intel Market Research, MarketsandMarkets. Wideband shares are Buckeye estimates.
Where we stand
We’re restoring the original White Cell prototype, demonstrated to TRL-6, to prove optical true-time delay in live RF.
Restore the White Cell prototype.
Prove squint-free steering at 12 to 40 GHz.
Fourier Cell plus our own antenna.
Radar, EW, SATCOM, counter-UAS.
The team
Business and operational leadership.
Strategy, business development, and capital markets.
Inventor of the White Cell and Fourier Cell architectures.
Cybersecurity, infrastructure, and federal contracting.
Get in touch
For primes, program offices, and investors.