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SAR Tests at a Separation Distance Not in Accordance with FCC Guidance

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FCC's own confidential testing found cell phones exceeded radiation limits at realistic 2mm distances.

Plain English Summary

Summary written for general audiences

This confidential FCC document reveals internal testing that found multiple cell phones exceeded official SAR (radiation absorption) limits when tested at 2mm separation distance. The testing appears to have been conducted on portable handsets to evaluate compliance with federal safety standards. This suggests the FCC was aware that phones could exceed their own safety limits under certain testing conditions.

Why This Matters

This confidential FCC document represents a smoking gun in the EMF health debate. The fact that the FCC's own internal testing found multiple cell phones exceeding SAR limits at 2mm separation distance reveals a fundamental flaw in how phone safety is evaluated. Standard FCC testing uses separation distances of 5-25mm, which conveniently keeps most phones within compliance. But real-world usage often involves direct contact with skin. The confidential nature of this document raises serious questions about regulatory transparency. If the FCC knew their testing protocols were allowing unsafe phones to reach market, why wasn't this information made public? This echoes the tobacco industry's pattern of hiding unfavorable internal research while publicly maintaining their products were safe.

Exposure Information

Specific exposure levels were not quantified in this study.

Cite This Study
Unknown (n.d.). SAR Tests at a Separation Distance Not in Accordance with FCC Guidance.
Show BibTeX
@article{sar_tests_at_a_separation_distance_not_in_accordance_with_fcc_guidance_g7464,
  author = {Unknown},
  title = {SAR Tests at a Separation Distance Not in Accordance with FCC Guidance},
  year = {n.d.},
  
  
}

Quick Questions About This Study

The 2mm separation distance represents how close a phone sits to your body during typical use. Standard FCC testing uses much larger gaps (5-25mm) that don't reflect real-world contact with skin, pockets, or against your head during calls.
Confidential documents suggest the FCC may have been aware that phones exceeded safety limits under realistic testing conditions. Making this public could have required stricter regulations or phone redesigns that the industry wanted to avoid.
The FCC allows 1.6 watts per kilogram, while Europe and most other countries limit SAR to 2.0 W/kg. However, this document suggests even the higher US limit was exceeded when phones were tested at realistic distances.
SAR limits represent the maximum radiation absorption rate considered safe by regulators. When phones exceed these limits, users are exposed to higher radiation levels than the safety standards allow, potentially increasing health risks.
Independent testing by organizations like the Chicago Tribune has found modern smartphones can exceed FCC limits when tested at body-contact distances, suggesting this remains an ongoing issue despite regulatory awareness.