Products
Engineered for
the mission.
From AI-powered signal enhancement to professional rackmount hardware, Apexia products are built to operate where performance is non-negotiable.

Flagship Product
NeuroRF
A multi-layer convolution neural network application that fundamentally changes how RF signals are processed.
NeuroRF is designed to increase modulation recovery and extract greater SNR from present signals at no additional cost. By applying advanced AI to the signal processing chain, NeuroRF reveals data clarity that was previously inaccessible using conventional methods.
Key Capabilities
Enhanced Signal Recovery
Multi-layer CNN architecture identifies and reconstructs signal components buried deep within noise floors that traditional DSP cannot reach.
Modulation Recognition
Automatically classifies and recovers complex modulation schemes including QAM, PSK, and OFDM variants in real-time operating environments.
Zero Additional Hardware
Pure software/IP core solution that enhances existing RF infrastructure. No new antennas, amplifiers, or front-end modifications required.
FPGA Deployable
Optimized for real-time inference on RFSoC and FPGA platforms. Deploy at the edge with deterministic latency for mission-critical applications.
Hardware
RFSoC Enclosures
Professional rackmountable enclosures that transform development boards into deployment-ready hardware. Board not included.

ZCU216 Enclosure
Compatible with Xilinx ZCU216
From $2,500
- 2U rackmount form factor
- Designed for Xilinx ZCU216 evaluation board
- Integrated thermal management system
- Front-panel I/O access
- Tool-less board installation

RFSoC 4x2 Enclosure
Compatible with RealDigital RFSoC 4x2
From $2,500
- 1U compact rackmount form factor
- Designed for RealDigital RFSoC 4x2 board
- Optimized airflow design
- RF connector panel access
- Professional deployment ready
Custom Solutions
Need something purpose-built?
Our engineering team designs custom enclosures, FPGA solutions, and AI integrations tailored to your specific platform and deployment requirements.