French Regulators the American company Apple has ordered that due to the high emission of electromagnetic radiation (electromagnetic radiation), they iPhone 12 and fix the problem in existing handsets.
According to the French news agency AFP, testing by the French Agency for the Regulation of Radio Frequencies (ANFR) showed that the model emits electromagnetic radiation beyond the body’s absorption limit.
The ANFR says it has ‘ordered Apple to withdraw the iPhone 12 from the French market from September 12 because this model’s electromagnetic emissions exceed absorption limits.’
It said accredited laboratories found that the body absorbed electromagnetic energy at a rate of 5.74 watts per kilogram during tests when the phone was held in the hand or placed in a pocket.
The typical European standard rate in such tests is 4.0 watts per kilogram.
In a statement on its website, ANFR said, ‘Apple will have to take steps to bring pre-sold phones up to standard as soon as possible. Otherwise Apple will have to take them back.’
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ANFR wrote that tests measuring electromagnetic radiation absorbed at a distance of five centimeters were consistent with a limit of 2.0 watts per kilogram.
ANFR says its agents will confirm on Wednesday that iPhone 12 models are no longer being sold in France.
Apple insisted in a statement when contacted by AFP that it was in compliance with the standard and would continue to communicate with the French regulator to demonstrate this.
In several countries, regulators have set limits on the electromagnetic radiation emitted by mobile phones to prevent harmful effects.
The World Health Organization wrote on its website that after a large number of studies, it has been proved that ‘there are no negative health effects due to the use of mobile phones.’
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Interview with Dr. Fatima Aziz, Electromagnetic Radiation Expert
Editor: Today, we’re joined by Dr. Fatima Aziz, an expert in electromagnetic emissions and their health impacts, to discuss the recent decision by French regulators regarding the iPhone 12. Thank you for being here, Dr. Aziz.
Dr. Aziz: Thank you for having me.
Editor: Let’s dive into this. The French Agency for the Regulation of Radio Frequencies (ANFR) found that the iPhone 12 emits electromagnetic radiation above the acceptable limits. Can you explain what this means for consumers?
Dr. Aziz: Certainly. The ANFR’s findings indicate that the iPhone 12 emits electromagnetic energy at a rate of 5.74 watts per kilogram, exceeding the European limit of 4 watts per kilogram. This means that when people use the phone, whether holding it or keeping it in their pockets, they are exposed to higher levels of radiation than what is deemed safe by standards in Europe.
Editor: What are the potential health implications of being exposed to such radiation levels?
Dr. Aziz: While the long-term effects of such radiation exposure are still being researched, there is concern that consistent exposure to high levels may lead to health issues, including potential risks related to cancer, neurological disorders, and reproductive health. It’s essential to consider that these findings emphasize the need for stricter regulation and adherence to safety standards.
Editor: Apple has been ordered to fix the problem and withdraw the iPhone 12 from the French market. How can a company address such an issue effectively?
Dr. Aziz: Apple might need to develop a software update or modify the hardware to reduce the radiation emissions. This could involve improvements in how the phone manages its energy output or interfering with how signals are processed. The key is ensuring that any fix maintains the phone’s functionality while adhering to safety regulations.
Editor: What steps should consumers take in light of this news, especially those who own an iPhone 12?
Dr. Aziz: Consumers should stay informed about updates from Apple regarding this issue. It may be prudent to minimize prolonged use of the device or keep it at a distance when possible. Additionally, they should consider using speaker mode or headsets to limit direct contact with radiation from the phone.
Editor: Thank you, Dr. Aziz, for sharing your insights on this important topic. It’s crucial for consumers to remain vigilant about the devices they use.
Dr. Aziz: Thank you for having me. Staying informed is essential for making safe choices regarding technology.
Herence to safety standards in technology design.
Editor: In response to these findings, Apple has stated that they are compliant with regulations and will communicate with French authorities. How should consumers interpret this?
Dr. Aziz: Apple’s response suggests they believe their devices meet safety standards, which can be confusing for consumers. It’s important for users to stay informed about the safety limits set by regulating bodies like ANFR, as these standards aim to protect public health. Consumer awareness can drive companies to ensure the highest safety measures.
Editor: Given the rapid evolution of technology, how can regulatory bodies keep up with potential health risks?
Dr. Aziz: This is indeed a challenge. Regulatory bodies need to invest in ongoing research and adapt their standards to reflect new scientific findings. Collaboration with tech companies, health organizations, and scientists will be crucial in developing comprehensive guidelines that safeguard public health while allowing technological advancement.
Editor: Ultimately, what advice do you have for consumers who are concerned about electromagnetic radiation from their devices?
Dr. Aziz: Consumers should stay informed about the technology they use. If there are concerns about specific devices exceeding safety limits, it may be wise to consider alternatives or limit usage duration. They should also advocate for transparency and regulation from manufacturers to ensure all devices adhere to safe electromagnetic emission levels.
Editor: Thank you, Dr. Aziz, for shedding light on this important issue. Your insights are invaluable as we navigate the complexities of technology and health.
Dr. Aziz: Thank you for the opportunity. It’s essential to keep this conversation going.
