EMC-RF design

Mastering EMC/RF challenges right from the design stage

Are you designing or modifying electronic equipment, with or without wireless communication?
Although you are focused on functional, technological, planning and cost aspects, have you taken into account the challenges associated with electromagnetic waves?

Why is electromagnetic compatibility (EMC) crucial?

Whether to meet technical, economic, regulatory or customer requirements, the design of your product is essential to manage the challenges of EMC, Electrostatic Discharge (ESD), Lightning, and radio frequency performance.

Key questions to ask

From the start of the project

Have you planned how to ensure your product complies with EMC, ESD, Lightning, SAR, RF, RED, etc. standards?

For RF Projects

Have you validated that RF performance (sensitivity, communication quality, power consumption) will be optimal in the target environment?

Pre-marketing

Do you know how to effectively resolve non-compliance with standards tests (CE, RED, DAS, FCC, etc.)?

Trust in Specialized Expertise

Since 2003, NEXIO has supported over 200 customers every year, from start-ups to major corporations, in managing electromagnetic challenges throughout their product development cycle.
We offer comprehensive support: technology selection, design, digital simulation, technical documentation, standards compliance and qualification.

NEXIO's areas of expertise

NEXIO’s teams have the expertise to tackle the challenges of electromagnetic interference and propagation, both at the design stage and throughout a product’s lifecycle.
We take into account the technical and normative requirements specific to each sector, from aerospace to medical.
Our skills are not exhaustive or compulsory, but are adapted to each project.

  • Identify relevant standards: CISPR, IEC, DO160, MIL STD, ETSI, FCC, EN, etc.
  • Understanding Requirements: Assess the specific needs of the product and its environment.
  • Translate Requirements: Translate normative constraints into clear technical specifications.
  • Analyze Risks: Develop a strategy to mitigate them.
  • Drawing up documents: Creation of documents such as EMHCP and risk analyses.
  • Awareness-raising and training: make teams aware of EMC/ADR issues right from the design phase, and ensure the transfer of skills.
  • Component selection: Choose components with good EMC/RF characteristics.
  • Minimize Emissions: Improve PCB immunity through optimal placement, filtering, shielding, decoupling and routing.
  • Integrating subsystems: managing interfaces to avoid interference between modules.
  • Dimensioning protection: Adapt protections and cables according to requirements.
  • Measurement achievements
  • Impedance control: Minimize reflections and signal losses.
  • Decoupling and filtering: Reduce interference in power supplies and RF signals.
  • Measurement and Simulation
  • Antenna modeling: optimize radio performance and anticipate EMC problems.
  • Optimize Antenna Positioning: Improve placement for enhanced performance.
  • Preparing for Certification
  • Impact of Changes: Analyze the effects of software, hardware, mechanical and production changes.
  • Obsolescence management: Ensuring continuity despite obsolescence.
  • Dossier drafting: Justifications and reconciliations.
  • Control drifts: Monitor manufacturing drifts and negotiate non-conformities.
  • Modes of intervention: On your own, as part of a team, on a flat-rate or technical assistance basis.
  • Intervention duration: From half a day to a long duration, with adaptation of the workload (2/8, 3/8, weekends).

Why choose our EMC-RF design services?

Gain confidence and peace of mind

  • Early analysis: Evaluate design and routing in the early stages of prototyping.
  • Specialized team: Benefit from dedicated expertise for your EMC and RF tests.

Improve your product's performance

  • Measure Features: Evaluate key parameters such as antenna gain and placement.
  • Use Simulation Tools: Optimize EMC and RF performance using numerical simulations.
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