ABOUT APEXIA

Technicalownershipacross thesignal chain.

MODEL THROUGH VERIFICATION

A multidisciplinary engineering team in Palm Bay, Florida, taking difficult signal-processing systems from architecture through implementation, integration, and verification.

BASEPALM BAY, FLORIDA

FOCUSFPGA · DSP · AI

SERVICESIN MARKET

NEURORF MEAN SNR GAIN+11.3 dB

R&D PROTOTYPE · HELD-OUT TEST DATA

[ 01 ]

OUR MISSION

The interfaces are where systems succeed or fail.

Apexia engineering workspace
FIG. 01ENGINEERING WORKSPACE

Apexia exists for problems that do not fit cleanly inside one discipline. Converter configuration changes the FPGA budget. Clocking changes what the algorithms can assume. Host software changes what can be observed and verified on the bench.

We keep those decisions connected from model and architecture through firmware, software, physical integration, and test. The client receives maintainable implementation and reproducible evidence, not an isolated work product.

  • 01 / 04

    Architecture

    Bounds, budgets, and interfaces

  • 02 / 04

    Implementation

    FPGA, DSP, and software

  • 03 / 04

    Integration

    RF, compute, and physical hardware

  • 04 / 04

    Verification

    Methods, evidence, and handoff

[ 02 ]

ENGINEERING COVERAGE

One bench across the interfaces. Model through verification.

Apexia organizes engagements around the system, not departmental boundaries. Relevant team credentials are shared during scoping.
  • 01 / 05

    Systems Architecture

    • Trade Studies
    • Interfaces
    • Timing
    • Verification

    Signal-chain models, interface budgets, timing architecture, and acceptance criteria are developed together so implementation begins against a testable system definition.

  • 02 / 05

    FPGA & DSP Implementation

    • RFSoC
    • VHDL
    • Channelization
    • Data Movement

    Production firmware and signal-processing pipelines are delivered with simulation harnesses, interface definitions, and evidence tied to the agreed verification gates.

  • 03 / 05

    RF & Mixed-Signal Hardware

    • RF PCB
    • Clocking
    • Signal Integrity
    • EMI / EMC

    Converter interfaces, clock trees, RF front ends, and high-speed board constraints are engineered as part of the signal path rather than treated as downstream packaging work.

  • 04 / 05

    Software & Integration

    • C / C++
    • Python
    • GPU
    • Instrumentation

    Host software, high-rate transport, instrument control, visualization, and automated test keep the implemented signal path observable from first capture through delivery.

  • 05 / 05

    Physical Integration & Test

    • Thermal
    • Mechanical
    • Bring-up
    • Qualification

    Enclosures, thermal paths, cable and front-panel interfaces, bring-up procedures, and qualification planning close the gap between bench functionality and deployable hardware.

[ 03 ]

ENGINEERING PRINCIPLES

The standard behind every delivery.

  • 01 / 04

    EVIDENCE

    Every performance statement is tied to a method, an assumption set, and a result that another engineer can inspect.

  • 02 / 04

    OWNERSHIP

    We organize work around the system constraint and remain accountable across the interfaces required to close it.

  • 03 / 04

    TRANSFER

    Source, harnesses, interface knowledge, and operating procedures move with the deliverable so the client can own it.

  • 04 / 04

    COMPOUNDING

    Recurring engineering problems become reusable tools, verified IP, and products that improve the next engagement.

[ 04 ]

ROADMAP

Our path to market.

  1. PHASE 01

    Foundation

    Company founded in Palm Bay, Florida with a core focus on FPGA firmware, DSP, and AI-based signal processing.

    COMPLETE

  2. PHASE 02

    NeuroRF Development

    Active R&D on NeuroRF. The current prototype measures +11.3 dB mean SNR improvement on held-out test data; modulation recovery is the next milestone.

    IN PROGRESS

  3. PHASE 03

    Hardware Enclosures

    Final-stage development of 1U/2U rackmountable enclosures for ZCU216 and RFSoC 4x2 development boards.

    IN PROGRESS

  4. PHASE 04

    Services In Market

    Engineering and design services are in market under active contracts across defense and commercial programs.

    COMPLETE

  5. PHASE 05

    Product Launch

    NeuroRF licensing and RFSoC enclosure sales follow; launched when they clear the same bar as everything else we ship.

    UPCOMING

05 PHASES · 02 COMPLETE · 02 IN PROGRESS · 01 UPCOMING

PARTNER WITH US