The commenter supplies FCC and French ANFR SAR information, discusses testing distances and compliance me…

FCC writing about SAR values. https://www.fcc.gov/consumers/guides/specific-absorption-rate-sar-cell-phones-what-it-means-you "Specific Absorption Rate (SAR) For Cell Phones: What It Means For You" French SAR website ANFR. https://www.anfr.fr/en/maitriser/radio-equipment/specific-absorption-rate-sar/sar-measurement-results "To better inform consumers, ANFR continuously publishing the results of SAR measurements performed since 2012 in open data format as part of its mission to control public exposure to electromagnetic waves and monitor the market. Three types of checks are out performed to assess device compliance “head SAR” measurement covering the use of the phone against the ear, during voice calls. They show that, except for one phone, these SAR values have always been compliant with applicable regulations, i.e. less than 2 W/kg. “trunk SAR” measurements are used whene when the phone is carried near the body, for example in a jacket or a clothes pocket or a bag. The maximum value defined by regulation is 2W/kg but this value is associated with a separation distance between the device under test and the body. For mobile phones, the "trunk" SAR is assessed at a distance of 5 mm for all 6 faces.. “limb SAR" measurements , which correspond to the phone being held against a limb, for example, worn in an armband or in a trouser pocket and held in the hand. The maximum value defined by regulation is 4W/kg. For mobile phones, the "limb" SAR is assessed in contact for all 6 faces. ANFR started checking the “trunk SAR” in 2012, considering the new uses for phones relating to the recommendations to use earphones and relating to data exchange (mobile internet, MMS, etc.). At the time when the European R&TTE directive 1999/5/EC was applicableallowed manufacturers to choose a separation distance of between 0 and 25 mm to measure trunk SAR. This variable distance, was not always mentioned in documentation to users, making control more complex. The preparation of a new directive was opened, giving the possibility of to update the standard It was in this context that between 2012 and 2016, the ANFR performed additional trunk SAR measurements using different distances than the one recommended by manufacturers. These distances could not be used to assess the compliance of devices as they went further than the standard requirements. Therefore, France presented these results to member states and as well as the European Commission as consequence the European regulations for separation distance have been amended. All devices sold in France for which the certification file is later than 25 April 2016, were then assessed for the trunk SAR at a distance that cannot exceed 5 mm. This new standard is easier to check while better reflecting current mobile phone uses. Until July 2020, the regulations imposed SAR compliance measurement to be performed on 'head' and “trunk” . Following the entry into force on 1 July 2020 of the Order of 15 November 2019 on "the display of the specific absorption rate of radio equipment and consumer information", the "limb" SAR is now also required for compliance assessment. The ANFR regularly publishes all new SAR measurements and reports it carries out to guarantee the compliance of radio-electric terminals put on the French market. To find out more: SAR measurements on our data.anfr.fr web site The commented report: as reading these reports can prove complex, this commented and explained version is made available to web users to facilitate its understanding. Quick access Public markets Our other sites Recevoirlatnt.fr Cartoradio.fr Data.anfr.fr Hackathon.anfr.fr Conference.anfr.fr" I kept the other sites in, as they seem EMF related. At least the Data.anfr.fr seems to be. Both the US and Europe has SAR data. But maybe the SAR could be lower or we should use cables more. It is possible to connect your phone to an ethernet cable. With adapters. If every office had ethernet connected phones that would reduce EMF.