2.87GHz
NV diamond magnetometer
RF signal generation and pulse control for quantum spin sensing in nitrogen-vacancy diamond systems. In active development.
RFQuantumEmbedded
Metatronic Engineering
Instrumentation,
end to end.
Orlando-based engineering partner focused on precision instrumentation. Low-noise signal sources, phase-noise references, and automated test platforms. Design through ISO 17025 calibration — all in-house.
- mmWave & RF
- Quantum control
- Test & metrology
- ATE / radar
What we do
Engineering across the full signal chain
PCB Design & Layout
Mixed-signal, RF, and high-speed digital boards built for production.
- DC – 50 GHz
- Controlled impedance
- Mixed-signal stackups
FPGA & SoC Systems
High-speed digital pipelines and custom IP for real-time signal processing.
- Zynq / MPSoC / Versal
- DSP & RFSoC pipelines
- AXI / IP integration
Embedded Platforms
Bare-metal firmware to embedded Linux — drivers, BSPs, and bring-up.
- Yocto / Buildroot
- Bare-metal & RTOS
- Custom Linux drivers
Full-Stack Software
Instrument control, web UIs, and data pipelines that ship with the hardware.
- Python / TypeScript
- React + Next.js
- SCPI, gRPC, REST
Systems & Calibration
ISO 17025 metrology, automated test, and full system integration.
- NIST-traceable, ISO 17025
- Uncertainty budgets
- Automated test stands
Proof
Where the noise floor matters
Selected work across mmWave, quantum, and metrology.
2.87GHz
NV diamond magnetometer
RF signal generation and pulse control for quantum spin sensing in nitrogen-vacancy diamond systems. In active development.
RFQuantumEmbedded
NISTtraceable
Phase-noise reference standard
Calibrated phase-noise reference with full uncertainty budget and NIST traceability — the ground truth other instruments measure against.
MetrologyISO 17025RF
Miltactical
Tactical radio test platform
Full RF and digital signal-chain test stack for tactical SDR and waveform characterization.
RFSoftwareTest
Φcoherent
Multi-channel phase-coherent synth
Low-drift multi-channel signal generation with locked phase relationships — ultra-low-noise enough for quantum control.
RFFPGAEmbedded
50GHz
Phase-noise analyzer extension
mmWave front-end extending our phase-noise analyzer platform to 50 GHz — quad-OCXO, quad-PLL reference module driving the down-conversion chain.
RFPCBMetrology
150ns
VPX / SOSA-compliant synthesizer
Frequency-agile source with sub-microsecond settle times — VPX form-factor, SOSA-aligned for radar, EW, and ATE platforms.
VPXSOSARF
Lab
Engineering tools, built in the open
Calculators, analyzers, and visualizers we use on real projects and iterate on between client deliverables. Alpha and beta — expect rough edges.
AlphaBetaExperimental
BETA
PLL Designer
Loop-filter design and phase-noise prediction for fractional-N and integer-N synthesizers.
Open
BETA
DDS Calculator
Tuning-word, frequency-resolution, and SFDR analysis for direct digital synthesis.
Open
BETA
Mixer Spur Planner
Sweep mixer products, identify in-band spurs, and dial in IF / image-reject planning.
Open
BETA
Audio Bench
Soundcard-driven instrument suite — spectrum analyzer, signal generator, and stepped-sine network analyzer. The UI prototype for our future RF instrument, running today.
Open
ALPHA
System Diagram
Build RF / mixed-signal block diagrams from a curated component library — schematic-style canvas.
Open
EXPERIMENTAL
Meta Lounge
A Three.js sandbox for parameter-driven generative geometry. Mostly for the team to mess around in.
Open
News
Latest from the bench
Announcements, product launches, and engineering notes from our team.
Refreshed metatronic.com
We rebuilt our site around what our team actually does day-to-day: high-performance digital, RF, PCB design, metrology, and custom test instrumentation. Lighter visual style, less clicking, more substance.
New headquarters in downtown Orlando
We have moved into our new headquarters at 401 W Colonial Drive, Suite 1, Orlando, FL. More bench space, more lab capacity, and room for the team as we grow.
Have a hard signal-chain problem?
Tell us about the spec sheet, the constraint, or the project that's stalled. We read every message and route it straight to the engineer who can answer.