Compare Cell Phone Radiation
Learn to spot FAKE cell phone radiation protection
Option 1: Phone SAR By Model List
Option 2: Compare SAR Levels Side By Side – Click Here
Option 3: Use the dropdown menus below to select the SAR test position to update the SAR ranking list below
Lowest
Specific Absorption Rate levels
What About The Highest Radiation Cell Phones? The worst list here!
One Percenters List: Less than 1% within the legal limit! One-percenter list here!
Why is Samsung’s head SAR so much lower than other phones? Find out here
What is SAR? Cell Phone Radiation
SAR (specific absorption rate) indicates the amount of radiation absorbed into the head/body when using a Smartphone; the higher the SAR rating, the more radiation is absorbed into the phone user’s body.
UPDATE: Wireless radiation safety innovator, RF Safe has completed a brand new project to provide consumers with an SAR research tool to easily discover the microwave radiation level of nearly any Smartphone device. RF Safe has made it very easy for consumers to check the radiation levels of most Smartphones with comparison features to compare SAR levels of different Smartphones side by side.
Specific Absorption Rate (SAR)
A SAR value measures the maximum energy absorbed by a unit of mass of exposed tissue of a person using a mobile phone over a given time, the power absorbed per unit mass. SAR values are usually expressed in watts per kilogram (W/kg) units in either 1g or 10g of tissue.
Exposure Limits
In Europe, the European Council Recommendation 519/1999/EC for exposure guidelines has adopted the recommendations made by the International Commission on Non-Ionising Radiation Protection (ICNIRP Guidelines 1998). In the US, the FCC Federal Communications Commission enforces the radio frequency safety guidelines that all phones must meet before being sold in the US. Current reference standards and limits.
| Region / Country | – Reference to – SAR measurement protocol |
Reference to the SAR limit | Limit |
| Europe | European Specification ES 59005 (1998) |
ICNIRP Guidelines 1998 (ICNIRP 1998) |
2.0 W/Kg in 10g of tissue |
| Australia | Australian Communications Authority (ACA) Standard (ACA RS 1999) |
Australian Standard AS/NZS 2772.1 | 1.6 W/Kg in 1g of tissue |
| US | Federal Communications Commission (FCC) Guidelines (FCC 1997) |
American Standard ANSI C95.1 (ANSI 1992) | 1.6 W/Kg in 1g of tissue |
Find the Lowest Radiation Cell Phones: Your Guide to Safer Communication
In today’s digital age, cell phone radiation and its potential impact on health have become significant concerns for many users. Understanding and choosing low-radiation cell phones can significantly reduce exposure to harmful electromagnetic fields (EMF). This guide is designed to help you find the lowest radiation cell phones, offering peace of mind and safer usage.
What Are SAR Levels?
SAR (Specific Absorption Rate) measures the rate at which your body absorbs electromagnetic energy from your cell phone. Low SAR mobile phones ensure that your exposure to radiation stays within safe limits, making them an essential consideration for health-conscious individuals.
How to Check Your Phone’s SAR Level
Checking the SAR level of your cell phone is straightforward. Manufacturers often list these values in the phone’s settings or manuals. Alternatively, you can search for “[Your Phone Model] SAR level” online for quick results.
Top Picks for Low Radiation Phones
Our curated list highlights the best low-emission smartphones, combining minimal radiation with high performance:
For a comprehensive comparison of cell phone radiation levels, our detailed charts help you easily compare and choose the safest smartphone radiation-wise.
Reducing Your Radiation Exposure
Even with a low-radiation phone, adopting safe usage practices is crucial. Limit call duration, use speakerphone or earphones, and avoid carrying your phone directly on your body to minimize radiation exposure.
Cellular Values:
Simultaneous Values:
Selecting a phone with a low SAR rating doesn’t mean compromising on features or performance. By prioritizing low SAR mobile phones, you can enjoy the best of technology while safeguarding your health. Explore our guide to find the lowest radiation cell phones and embrace safer mobile communication today.
The 20 Lowest SAR Cell Phones Sold In USA As Of 2023. FULL SAR LIST HERE
About SAR Levels
On August 7, 1996, the Federal Communications Commission (FCC), in collaboration with the Food and Drug Administration (FDA), Environmental Protection Agency (EPA), National Institute for Occupational Safety and Health (NIOSH), and the Occupational Safety and Health Administration (OSHA), initiated guidelines for managing exposure to cell phone radiation, also referred to as Radio Frequency (RF) radiation. These regulations introduced a crucial metric, the Specific Absorption Rate (SAR), to measure the degree of radiation absorbed by body tissues during cell phone usage. The SAR threshold was set at a maximum of 1.6 watts per kilogram of body weight, a standard established to mitigate the thermal risks associated with RF radiation, which has the potential to heat human tissue at high exposure levels. Importantly, these guidelines focus on thermal effects and do not address other possible biological impacts of RF exposure, such as DNA damage or increased cancer risk.
The SAR standards are rooted in preventing the harmful thermal consequences of RF radiation only, drawing on exposure limits advocated by leading engineers, expert organizations, and agencies – not medical doctors. These standards take into account both short-term and long-term RF exposures from a thermal perspective only. SAR testing involves the use of standardized human head and body models filled with fluids that mimic the RF absorption properties of various human tissues, ensuring a thorough evaluation of RF exposure under numerous usage conditions. To minimize RF absorption, users can employ strategies such as keeping the phone away from the body, using a wired earpiece, or preferring texting over calling. Detailed SAR information for each certified cell phone model available in the United States can be found in an online FCC database, empowering consumers with the data needed to make informed choices.
The FCC has encountered legal challenges for not updating these SAR guidelines to reflect the latest scientific understanding of the non-thermal risks associated with cell phone radiation. This issue highlights a significant concern regarding the sufficiency of existing regulatory measures to protect public health, especially considering the evolving scientific perspectives on the array of potential risks linked to RF radiation exposure. This situation underscores the urgent need for regulatory standards to evolve in line with the expanding body of scientific knowledge and understanding of RF radiation’s effects on human health.
Understanding the impact of mobile phone radiation, including smartphone and wireless device emissions, is critical for ensuring user safety. This SAR data page offers comprehensive insights into the Specific Absorption Rate (SAR) values for all carrier-supported smartphones, reflecting their potential electromagnetic fields (EMFs) and radiofrequency (RF) energy exposure. These technical aspects are crucial for evaluating the radiation effects on health, including risks of cell phone cancer, brain tumors, and the specific impacts on children’s health.
Adhering to the outdated FCC radiation standards and WHO guidelines on mobile radiation, we underscore the importance of updating cell phone safety standards. To mitigate risks, exploring preventive measures like reducing cell phone radiation through anti-radiation phone cases and EMF shielding devices is vital. Our resources include cell phone radiation studies and RF exposure research, shedding light on the long-term effects of mobile radiation.
Public perception often grapples with cell phone radiation myths, highlighting the need to increase public awareness of RF hazards and dispel misconceptions about safe levels of mobile radiation. We also explore technology and alternatives, such as low-radiation cell phones, air tube headsets, and zero SAR mobile Li-Fi technology, offering safer options for users.
Special attention must be given to specific groups, including pregnant women and children, to address their unique vulnerabilities to phone radiation. Additionally, our page covers geographical variations in cell phone radiation levels and international mobile radiation standards, providing a global perspective on this issue.
Reflecting on the history of mobile radiation concerns and anticipating future trends in cell phone safety, our SAR data page serves as a comprehensive resource for users seeking to make informed decisions about their mobile device usage.
