Summary Test Results – Only Cellsafe is Backing up its Claims by commissioning Full Test Reports!

The Cellsafe Radi-Chip models we develop undergo stringent independent testing to provide the optimal reduction in mobile phone radiation possible with virtually no loss of signal.

Specific Absorption Rate (SAR) is used to measure the energy which is absorbed by human tissue when exposed to a radio frequency electromagnetic field. By Australian regulations, mobile phones must emit a SAR of less than 2 W/kg (http://gsi.nist.gov/global/docs/mra/Zombolas2-final-presentation050609.pdf) . The US standard is lower at 1.6 W/kg (http://gsi.nist.gov/global/docs/mra/Zombolas2-final-presentation050609.pdf) .

Measuring SAR from mobile phones and tablets is a complex and expensive process. There’s only one NATA accredited lab in Australia equipped to test SAR from wireless devices, and that’s EMC Technologies in Melbourne. We commission full independent reports from EMC Technologies for Radi-Chip models. That’s why Cellsafe can provide a reliable indication of how much your Radi-Chip will reduce your radiation exposure by, which can be up to 95%* for some models.

How accurate is the safety limit?

The SAR limit was developed back in 1996 before our smartphones became our constant companions, and calculated for a 90kg man. There’s no separate safety limit for children, whose brains absorb up to twice the radiation that adults do. The SAR limit also doesn’t take into account any cumulative effects of microwave radiation from our phones.

Device Model EMC Technologies SAR Test Report RF Exposure SAR Test Report Sporton SAR Test Report Morlab / SEIMEC EMC Technologies Signal StrengthTest Reports Sporton Signal Strength Test Report (3 Axis(X-Y-Z)
Apple iPhone 5 Up to 95%
View SAR Test Refer to pages 12,13,14
Up to 99.7%
View SAR Test Refer to page 21
Up to 87.7%
View SAR Test Refer Pages 20,21,22
View Signal Strength Test Refer to page 4
Apple iPhone 5S Up to 95%
View SAR Test Refer to pages 12,13,14
Up to 86.3%
View SAR Test Refer to page 21
Up to 88.1%
View SAR Test Refer Pages 20,21,22
Apple iPhone SE Up to 96.4%
View SAR Test Refer to page 21
Up to 85.5%
View SAR Test Refer Page 32
View Signal Strength Test Refer to page 9
Apple iPhone 6 Up to 92%
View SAR Test Refer Pages 21 & 22
View Signal Strength Test Refer to page 9
Apple iPhone 6S Up to 91%
View SAR Test Refer Pages 21
View Signal Strength Test Refer to page 9
Apple iPhone 6 PLUS Up to 93%
View SAR Test Refer Pages 21 & 22
View Signal Strength Test Refer to page 9
Apple iPhone 6S PLUS Up to 89%
View SAR Test Refer Pages 21
View Signal Strength Test Refer to page 9
Apple iPhone 7 Up to 86.3%
View SAR Test Refer Page 12
Up to 60.9%
View SAR Test Refer Pages 21 & 22
View Signal Strength Test Refer to page 4 View Signal Strength Test Refer to page 10
Apple iPhone 7 Plus Up to 87.2%
View SAR Test Refer Page 12
Up to 68.1%
View SAR Test Refer Pages 21 & 22
View Signal Strength Test Refer to page 4 View Signal Strength Test Refer to page 10
Samsung Galaxy S6 Up to 88.5%
View SAR Test Refer Page 21
Samsung Galaxy S6 edge Up to 88.4%
View SAR Test Refer Page 21
Samsung Galaxy S7 Up to 47.4%
View SAR Test Refer Page 30
Samsung Galaxy S7 edge Up to 31.8%
View SAR Test Refer Page 30
Android Smartphones Up to 93.2%
View SAR Test Refer Page 12,13,14
View Signal Strength Test Refer to page 4
Performed with ACMA and European safety limited standard
2W/kg of tissue overaged over 10grams
FCC Safety limit standard 1.6W/KG of tissue averaged over 1 grams Performed with ACMA and European safety limit standard
2W/kg of tissue overaged over 10grams
Electric Field Strength Measurements (Peak and Polar) Test Over-the-Air Performance TRP(Total Radiation Power) & TiS (Total Isotopic Sensitivity)