Specific Absorption Rate (SAR) is a measure which explains how much radio frequency energy is absorbed by the user’s or bystander’s body or head. SAR testing must be done on radio devices that are used closer than 20 cm to the human head or body.
RF exposure evaluations are performed on devices with fixed and/or mobile transmitters that operate on low time average power or are intended to be used at distances with more than 20 cm from the end-user. E.g., Maximum Permissible Exposure (MPE) Evaluations.
We can test the following technologies & products
- 2G, 3G, 4G and 5G (FR1) cellular devices, satellite, TETRA, BLE, VHF, UHF and WLAN devices
- Cellular base station antennas
- Medical, healthcare, military and consumer products
- Animal care (e.g. tracking devices)
SAR Testing Capabilities
- CE, FCC & ISED SAR Testing
- Pre-Compliance Testing
- Head, Body, Extremity Capability
- Whole-Body SAR Measurement
- Test Frequencies between 12-6000MHz
- In Non-Signaling and Signaling Modes
- Dielectric Parameter Validation
- SAR testing from user equipment to large base station antennas size up to 900mm x 1400mm
We are also able to test limb SAR. From 1st July 2020, France requires limb SAR to be tested, in addition to the head and body SAR. Distributors must display SAR values provided by the manufactures of each appliance put on sale from 1st July 2020 at the point of sale or distribution.
Consumer protection has driven an increase in SAR testing and regulations. We at Verkotan are aware of these updated regulations.
Test Facilities
Verkotan’s SAR test facilities are fully equipped with the premier supplier of SAR evaluation systems and government-preferred vendor: SPEAG.
We are using DASY5 SAR test systems with RX 90 robotic arm, equipped with probes, tissue simulants, and multiple different phantoms such as twin SAM, ELI and Base Station Phantoms.
DASY5 is capable of evaluating products for SAR to all the global SAR standards for both head and body-worn devices.
Our testing is carried out according to standards and specifications in the US, Canadian, European, and Japanese markets:
- US – FCC Knowledge Database Publications on RF Exposure
- Canada – RSS-102, SPR-002
- EU – EN 50357, EN 50360, EN 50383, EN 50385, EN 50566, EN 62209-1, EN 62209-2, EN 62232, EN 62311, EN 62479
- International – IEC 62209-1, IEC 62209-2, IEC 62311, IEEE 1528
Phantom Adult
Our 1.8 meter long Base Station Phantom for adult exposure assessments, intended for SAR evaluations, complies with the Base-Station Antenna Testing standards (e.g. IEC 62232).
Dimensions:
Length: 1540 mm
Width: 339 mm
SPEAG's Modular Flat Phantom (MFP)
SPEAG’s modular flat phantoms are used for compliance testing of small wireless devices in body-worn configurations according to IEC 62209-2, etc.
SPEAG's ELI Phantom
Flat phantom for compliance testing of handheld and body-mounted wireless devices in the frequency range of 30 MHz to 6 GHz.
Dimensions:
Major axis: 600 mm
Minor axis: 400 mm
SPEAG's DASY5 SAR Test System
We are using DASY5 SAR test systems located in an RF shielded rooms.
SPEAG's TWIN SAM Phantom
Compliance testing of wireless devices in hand-held configurations according to IEC 62209-1, IEEE 1528, etc.
Dimensions:
Length: 1000 mm
Width: 500 mm
Height: adjustable feet
Want to know more?
We are happy to hear your needs and see if we can help you with them.
SAR Testing
How to prepare for RF exposure testing?
If you are a device manufacturer looking for a laboratory to help you to show the RF exposure compliance of your device, this is an article for you. In this article, we will go briefly through the four different ways to show RF exposure compliance and introduce what all those methods require from a device manufacturer. You will also find step-to-step instructions on how to prepare for RF exposure evaluation with Verkotan. Read more
Certification & Approval
When to show RF exposure compliance with calculations
RF exposure compliance of electronic and electrical equipment with the basic restrictions, or with the reference levels, is usually determined by testing. However, if the product meets certain requirements, the RF exposure compliance can be shown by calculations without any testing. Continue reading for more information about RF exposure calculations. Read more
Certification & Approval
Changes in RF exposure guidance
The FCC has published an update to KDB Publication 447498 D01 General RF Exposure Guidance v06. Changes in this standard indicate that more devices entering the U.S. market require SAR testing. Read more
EMF
RF exposure testing of wireless charging systems
Wireless charging systems are becoming more common in day-to-day use. Broad range of applications from consumer electronics to automotive employ this technology. For example, mobile phones and tablets as well as electric vehicles may have the option of wireless charging. Wireless charging systems require testing to ensure the safe use these devices. Read more to find out how the safe use of these systems is verified! Read more