E-REON / RF & MICROWAVE ENGINEERING

RF engineering, realised in hardware.

E-REON develops RF and microwave hardware—from individual modules to complete integrated systems—for a broad range of applications.

01

Built around the application Hardware shaped by its performance, operating and integration needs.

02

Developed as one system RF, electronics, control, mechanics and thermal design aligned from the start.

03

Verified before delivery Performance measured against defined technical objectives.

WHAT WE DO

We deliver working RF hardware.

Customers can start with a new concept, an existing product or a system that needs to work as one. E-REON develops, adapts or integrates the hardware from there.

01

NEW DEVELOPMENT

Create new RF hardware.

Turn a new function or architecture into engineered, assembled and verified hardware.

Open E-REON L-band pulsed RF power amplifier showing its RF circuit board and aluminium housing
Purpose-built RF power amplifier hardware
02

PRODUCT & PLATFORM ADAPTATION

Adapt what already works.

Extend proven hardware with different performance, interfaces, control or packaging without starting again.

03

SYSTEM INTEGRATION

Bring the complete RF path together.

Combine RF functions, electronics, control and mechanics into a system prepared for its application.

Explore all solutions

HOW WE WORK

Nothing works
in isolation.

Reliable hardware comes from more than RF performance.

Interfaces, control, mechanics, thermal behaviour and verification are resolved together—so decisions made in one discipline strengthen the complete system.

RF Electronics Control Mechanics Verification

One connected development route. Hardware ready for its application.

ENGINEERING PROCESS

From technical intent to verified hardware.

Each stage informs the next—and measurement can send the design back for refinement before anything is delivered.

  1. 01

    Understand

    Clarify the application, environment, interfaces and performance that matter.

  2. 02

    Design

    Resolve RF, electronics, control, mechanics and thermal behaviour together.

  3. 03

    Build

    Turn the architecture into prototypes and integration hardware.

  4. 04

    Measure

    Compare real performance with the agreed objectives and refine where needed.

  5. 05

    Deliver

    Release verified hardware with the documentation and repeatability the project requires.

INSIDE THE WORK

The work behind the hardware.

At RF and microwave frequencies, performance is inseparable from physical implementation—from board layout and heat flow to shielding, interconnects and assembly.

Integrated RF assembly with coaxial cables and machined enclosures
System integration RF assemblies brought together in the working platform.
Rendered RF printed circuit board showing RF and control circuitry
Board development RF, control and interface electronics developed together.
Airflow simulation through an RF enclosure
Thermal analysis Cooling behaviour evaluated before the design is committed.
Open machined RF enclosure containing assembled RF circuitry
Hardware realisation Designed assemblies prepared for physical integration.
RF network board with gold coaxial interconnects
RF network detail Signal paths resolved at component and assembly level.

ABOUT E-REON

Engineering company.
Hardware mindset.

Based in Rotterdam, E-REON develops purpose-built RF and microwave products for industrial, scientific and medical (ISM), defence and telecommunications applications.

From concept to delivery, we stay close to the physical hardware, addressing the practical decisions that determine how it will perform in the field.

Meet E-REON
Based in
Rotterdam
The Netherlands
Established
2015
Working across
RF, electronics,
control and mechanics
Focused on
Hardware that performs
in its application

RF & MICROWAVE

Start with the RF objective.

From a single RF function to a complete controlled system, share what the application must achieve. We will help define the right technical route.

Discuss an RF application