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Samsung Galaxy Note 9 Radiation Levels

Hotspot Airplay
Hotspot Airplay
W/kg is Ranked #0 at % of Legal Limit
More Info:
Radiation LevelsHEAD (1g)BODY (1g)HOTSPOT (1g)
Cellular Only0.27 W/kg0.76 W/kg1.35 W/kg
Simultaneous001.35 W/kg





View Thermal Visualization




Samsung Galaxy Note 9 Safety Tip: Turning Off Wi-Fi and Bluetooth Reduces Radiation.

This SAR chart reveals how turning off Wi-Fi and Bluetooth on your Samsung Galaxy Note 9 can significantly reduce your exposure to radiation. Our SAR comparison chart shows that by simply turning off these transmitters, you can lower the RF radiation exposure to your head by %, and you can lower exposure to the body by %, when considering these differences between cellular-only (Wi-Fi/Bluetooth OFF) and simultaneous use exposure (Wi-Fi/Bluetooth ON), a wise way to reduce excessive phone radiation is to tap off unnecessary transmitters when not in use. Additionally, when using your phone as a hotspot, turning off Bluetooth can reduce your exposure by up to 0% according to the FCC SAR report for device number A3LSMN960U.

Samsung Galaxy Note 9 SAR Levels

Comparison of SAR levels between cellular-only and simultaneous exposure
RADIATION LEVELSCELLULAR ONLY(% DIFF)SIMULTANEOUS
HEAD0.27 W/kg% W/kg
BODY0.76 W/kg% W/kg
HOTSPOT1.35 W/kg0%1.35 W/kg

Avoid Excessive galaxy-note-9 Cell Phone Radiation!

To minimize the potential health risks associated with cell phone radiation, it’s important to reduce exposure as much as possible. This can be achieved by using hands-free devices and keeping the phone away from the body, as well as by using a phone case with built-in radiation shielding technology.

The best example is the RF Safe® galaxy-note-9 QuantaCase™ RFS1. This case is designed to deflect the strongest line-of-sight radiation away from the body while not obstructing the phone’s antenna. RF shielding technology reduces excessive radiation exposure across a wide range of radio frequencies, including 5G, Wi-Fi, and cellular. Additionally, the case features an integrated single-slot RFID-blocking wallet for added security.

The QuantaCase RFS1 provides RFID and anti-radiation protection without any conductive or signal-impeding components in the back of the case, allowing the phone to operate at its lowest possible output level and reducing the amount of harmful radiation emitted. The case also protects the phone from scratches, cracks, and dings.

To use the RF Safe® galaxy-note-9 QuantaCase™ RFS1 effectively, it’s recommended to always close the front flip cover and use the speakerphone when privacy is not an issue. When storing in a pocket, face the front flap towards the body to deflect the strongest line-of-sight radiation. When texting, fold the flap behind the phone to shield the back while held in hand.

It’s important to keep in mind that maintaining a distance from the phone is the best way to reduce EMF exposure. However, using a phone case with built-in radiation shielding technology like the RF Safe® galaxy-note-9 QuantaCase™ RFS1 can provide an extra layer of protection in an ultra-thin design.

The Specific Absorption Rate (SAR) of a mobile device measures the amount of radio frequency energy absorbed by the body during device usage.

The SAR values for the galaxy-note-9 (FCC ID A3LSMN960U) are as follows:

  • 0.27 W/kg when held at the head with cellular transmission only
  • 0.76 W/kg when worn on the body with cellular transmission only
  • 1.35 W/kg when used as a Hotspot or Airplay
  • when used as a Hotspot simultaneously with other transmitters active.

Samsung Galaxy Note 9 - SAR Levels

FCC SAR Levels

  • FCC Approval Date This is the date the phone SAR test was completed before the phone's release to the public as required by law.
    03 July 2018
  • FCC ID The FCC ID is the code used to register a device for FCC compliance
    A3LSMN960U
  • FCC Report Link A direct link to the FCC's website for confirming SAR levels that are listed on our website - We did the homework for you!
  • US SAR Ratings USA Legal Limit is 1.6 W/kg
    USA Legal Limit is 1.6 W/kg - FCC SAR testing is measured in watts per kilogram (or W/kg) averaged over ONE gram of simulated biological tissue.
  • Head SAR Level SAR test when held against your head when only using cellular service. Wifi and other transmitter are NOT active
    0.27 W/kg
  • Body SAR Level SAR test when held against your body only using cellular service. Wifi and other transmitter are NOT active
    0.76 W/kg
  • Product Specific Use SAR test when held against your body only using the phone as a hotspot. Cellular and other transmitter are NOT active
    1.35 W/kg Wireless Router
  • Simultaneous Transmission The highest possible SAR recorded with ALL transmitters active, Cellular, WiFi, and Hotspot
    1.59 W/kg Including Hotspot
  • Hotspot SAR The highest possible SAR test when held against your BODY using the phone as a hotspot with cellular and WiFi transmitters active,
    1.35 W/kg
Operating System Android (8.1)
Processor Qualcomm Snapdragon 845 SDM845
RAM 6 GB
Storage 64 or 128GB + microSD
Display 6.4-inch Super AMOLED Infinity Display
Battery 4000 mAh
Rear Cameras Dual 12MP with OIS Rear – 8MP Front
Other features Wireless charging, S Pen, Iris scanner, Rear fingerprint scanner, DeX support, water resistance
Price $900 – $1,000
Colors Black, Blue, Gold

2018 FCC Specific Absorption Rate (SAR) Report For Manufacturer Submitted Model Samsung Galaxy Note 9 FCC ID A3LSMG960U

A3LSMN960U

According to test reports filed with the Federal Communications Commission (FCC), the Specific Absorption Rate (SAR) for the Samsung Galaxy Note 9 is 0.33 watts per kilogram (w/kg) at your head, and 1.03 w/kg when worn on your body. The Samsung Galaxy Note 9 hotspot SAR is 1.39 W/kg. The SAR for simultaneous transmission (cellular, Wi-Fi and Bluetooth) for the Samsung Galaxy Note 9 is 1.59 W/kg when used as a hotspot simultaneously with all other transmitters active.

All SAR levels reported for the Samsung Galaxy Note 9 to the FCC are averaged over one gram of body tissue corresponding to the maximum allowable level of 1.6 w/kg. The SAR levels will vary depending upon your specific cell phone carrier (e.g., AT&T, Sprint, T-Mobile, or Verizon).

The Samsung Galaxy Note 9 minimum separation distance for body-worn testing was 15 mm, that requires a smartphone user to maintain over 1/2 inch minimum separation (15 mm = 0.59 in) or 1.5 cm for SAR safety compliance.

Galaxy Note 9 SAR compliance for body-worn operating configurations is limited to the specific configurations tested for this filing.  Body-worn operations are restricted to belt-clips, holsters or similar accessories that have no metallic component in the assembly and must provide at least 1.5 cm separation between the device and the user’s body.  End-users must be informed of the body-worn operating requirements for satisfying RF exposure compliance.

The highest reported Galaxy Note 9 SAR levels for the head, body-worn accessory, product specific (wireless router), and simultaneous transmission use conditions are 0.33 W/kg, 1.03 W/kg, 1.39 W/kg, and 1.59 W/kg, respectively

galaxy-note-9-sar-level-fcc-test-report-2018

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