Ensure frequency also applies to your sales
The increasing number of wireless devices being used in our everyday lives, makes wireless testing ever more important. However, the demanding testing needs and regulatory changes put manufacturers under pressure to keep up with market requirements.
What is Wireless testing?
When addressing ”Wireless” Testing we refer to performance evaluation on electrical devices which intended use is characterized by an operation without wires.
In today’s technology environment the largest group is represented by devices that implement radio equipment, that intentionally emits and/or receives radio waves for the purpose of radio communication and/or radio determination. Well known radio standards utilized are Short Range technologies like Bluetooth, Wi-Fi, LR-WPAN, RFID as well as Long Range LPWA technologies like LoRa, EC-GSM-IoT, NB-IoT, CDMA, GSM, WCDMA and LTE.
The second area of interest is the Wireless Power Transfer (WPT) technology used to transfer electric power to mobile devices without a wire. WPT technologies can be divided into near-field (nonradiative) techniques and far-field (radiative) techniques. At TÜV SÜD we are focusing on near-field techniques which have reached a reasonable spread in the consumer space. Near-field techniques can be distinguished in:
- Magnetic induction WPT
- Magnetic resonance WPT
- Capacitive coupling WPT
Magnetic inductive WPT is the oldest and most widely used wireless power technology in commercial products. The range of products implementing magnetic inductive charging spans from handheld communication devices like laptops and tablet computers, digital media players and smart phones over cordless appliances for wet environments as toothbrushes and shavers to electric vehicles as cars, buses and trains.
Why is Wireless testing important?
The radiation of electromagnetic fields for the purpose of radio communication/determination and power transfer is regulated by mandatory requirements in most international markets including the EU, USA, Canada, Australia and Japan. This applies to both radio and WPT devices.
Corresponding EMC, EMF and RF testing is necessary to help you meet regulatory requirements, improve product performance and reduce the risk of costly non-compliance. Third-party conformity assessments also helps to strengthen your competitive position in the market.
How can we help you?
TÜV SÜD supports you to achieve international radio equipment standard compliance for RF, EMC, Safety and SAR. We can also put together and submit detailed technical files for Certification Bodies. We ensure your products conform to regional standards. These include the EU / RED, USA / FCC and Canada / ICES. Plus Japan / VCCI, China / MII, SRRC & CCC. We also have a notification service for non-harmonised radio bands in the EU.
Pre-compliance investigation and conformance testing is also an area of our expertise (up to 325 GHz). This provides the manufacturer with an opportunity to fine tune the design which could result in the final product needing to be less conservative with respect to regulatory limits and unlock additional performance.
Our professional and technically qualified engineers are active in national and international technical committees for safety, EMC, EMF and RF for wireless radio and WPT devices. This makes them well suited to provide you with valuable understanding of the latest standards and regulations to help you keep ahead of the competition. Thereby, TÜV SÜD labs are constantly keeping an eye on developments within the regulatory domains. As such, all of our labs are familiar with the latest updates and documents to advise on the necessary steps to guide you through the test and certification requirements. Furthermore, with our international network of laboratories we can provide global coverage while the services we offer can be tailored to meet your unique local market needs.
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