Radientum supports companies with all kinds of testing services related

• RF

• EMI

• EMC

RF testing can mean load-pull measurements, characterisation of an filter or amplifier and so much more.

EMI tesing aim to either identify emission sources inside your device that could harm it's own behavior or test how immune the device is for external influence.

EMC focuses on all other kind of R&D testing in preparation for certification measurements 

Due to our deep understanding of EM simulations and EMI. Radientum works with companies that need signal integrity simulation to ensure the high speed electronics function as intended and power integrity to ensure appropriate power delivery accross your PCBs.

Read more on signal integrity and power integrity simulations.

The earlier you can certify the product and launch it, the faster it’ll bring in revenue. A major blocker in go-to-market plans is certifications. As soon as you know the desired product features and where you would like to sell your product, it’s time to talk to certification experts.

Certification requirements depend on your product features but also the target markets. Certifications have to be done for each market, and early planning is needed to create a smooth certification process. You don’t want to be in a situation where you have developed a product that cannot be certified and thus sold in a market you desire. Unplanned certifications will lead to huge costs, both at certifications and R&D costs due to changes later in the development, but also lost time. Our certification expert is here to help.

The development of electronics to a device with embedded antennas and sensitive radios differs greatly from products where external antennas are used. Embedded antennas will create stronger fields at various parts of the product causing various of EMC/EMI issues. The electronics always create noise and, if the levels are not mitigated by smart planning and careful attention to detail, the noise will block or de-sense the receivers of radios. Especially sensitive are GNSS receivers and LTE/5G radios when you need to meet operator requirements.

Developing good wireless electronics designs reduce the risk of EMC/EMI problems and doing it in a coordinated way with antenna design will speed up the development. You can focus on your main competencies!

Antennas are quite often mechanical constructions but antennas are always affected by mechanical parts. No matter what the material is. Some materials have a greater effect than others. Our mechanical engineers are specialized in compact devices such as IoT sensors and wearables. If you need support to make your product IP classified or just simply extra hands for a complex project, we can support you.

A Proof of Concept device is a non-commercial version of a product meant to validate feasibility before committing to full product development. Developing PoC is a significant effort and you benefits greatly by doing it well as it is the foundation where later developments start from. If mistakes are made, those can easily be inherited in later phases of development and cause huge issues downline.

Radientum can coordinate the entire development of your PoC. A great advantage is that wireless connectivity is considered from the very beginning and remains at the center of all activities regardless of the disciplines, electronics, hardware, etc. We ensure smooth communications between different disciplines and consider antenna & RF performance as well as manufacturability in every POC development.

If you have your own team, you can still benefit from our PoC service. You will likely have existing products in the market and new ones in development. Do you want to tie your own staff to PoC development while they can focus on developing commercial products?

With the initial POC by Radientum, you will have an excellent foundation for product commercialization and make the most of your business.