The Specific Absorption Rate – is a measure of how much energy is absorbed by the human body from the radio emissions from phones. Various wireless authorities do strict testing to make sure that manufacturers stay within limits and as France’s ANFR found out, sometimes phones exceed the limit.
During the first half of 2018, the authority tested 51 handsets and of those 43 passed. The other 8 did not. Check out the table below to see the offenders. Note that the value in the table are measured at the waist, but ANFR also measures the absorption at head level.
Anyway, the issue was corrected via a software update for 6 of the phones, the remaining two were pulled from the market.
| Phone | SAR (measured at hip level) | Manufacturer’s decision | SAR (measured at hip level) | Link to the press release |
| Orange HAPI | 2.1 W / Kg | Withdrawal from the market, recall of copies sold | not applicable | See |
| NEFFOS X1 TP902 | 2.52 W / Kg | Withdrawal from the market, recall of copies sold | not applicable | See |
| Huawei Honor 8 | 2.11 W / Kg | Software update | 1.45 W / Kg | See |
| Echo Star Plus | 2.05 W / Kg | Software update | 1.41 W / Kg | See |
| Alcatel PIXI 4-6” | 2.04 W / Kg | Software update | 1.58 W / Kg | See |
| Wiko Tommy2 Bouygues Telecom | 2.46 W / Kg | Software update | 1.66 W / Kg | See |
| Hisense F23 | 2.13 W / Kg | Software update | 1.46 W / kg | See |
| Wiko View | 2.44 W / kg | Software update | 1.34 W / Kg | See |
The acceptable maximum SAR is set at 2W/kg by law, though most phones don’t go anywhere that high. Of the 43 phones that passed, the average value was 1.16W/kg, though some measured as low as 0.6W/kg.
You can find the SAR values measured by ANFR over here. We try to include SAR readings (both the US and EU standards) where data is available, but manufacturers are not always forthcoming with this.
[“source=gsmarena”]
