Loading SAR rankings…
Reading the phone database and building your view.
Pick a phone from the sticky menu
When you choose a phone, this panel will show its current rank, percent of the FCC limit, and all six available SAR values in the active filter set.
Live rankings
All phones · Head SAR — Cellular only
Sorting from lowest measured SAR to highest for the current filter set.
| Phone model | SAR value | Rank | Released | Actions |
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No phones matched the current filters for this SAR test. Try switching the test position, clearing the brand filter, or widening the release window.
How to use this cell phone radiation levels tool
This page is built to be useful in two directions at once: fast enough for a shopper trying to find one phone, and deep enough for someone trying to understand how SAR rankings change by test position and radio state.
Choose your phone from the sticky menu
Use the Find your phone selector at the top of the tool. The page will highlight that phone, center it in view, and show a dedicated stats panel for it.
Switch between the six FCC SAR positions
On desktop, use the left sidebar buttons. On mobile, use the test dropdown. You can move between head, body, and hotspot in both cellular-only and simultaneous-radio views.
Use the selected-phone panel to go deeper
Once a phone is selected, the page shows its current rank, value, percentage of the FCC limit, and direct links into SAR share, compare, kids-vs-adults visuals, and the Wi‑Fi / Bluetooth reduction chart.
The big usability win: you no longer have to choose between a giant ranking page and a model-specific page. This page now behaves like both.
Why there are six SAR readings
Most SAR pages flatten everything into one number. This page does not. It keeps the six-position view because the same phone can look very different depending on where it is measured and which radios are active at the same time.
Head SAR
This is the head-position SAR value when the phone is transmitting in the standard cellular-only setup. It is the number most shoppers are used to seeing first.
Body SAR
This is the body-position SAR value for cellular-only operation. It matters for carrying or using the phone near the body under the tested separation conditions.
Hotspot SAR
This captures the highest localized product-specific hotspot measurement in the cellular-only condition. It helps reveal phones that look moderate in one position but peak elsewhere.
Head SAR
This is the head-position SAR when cellular transmission is evaluated together with the other radio path in the same position—commonly Wi‑Fi and Bluetooth antennas operating with WWAN.
Body SAR
This is the body-position SAR when more than one radio path is active in the same body-use condition. It often shows why “all radios on” can matter for exposure awareness.
Hotspot SAR
This is the hotspot measurement under simultaneous-radio operation. It is the most localized “more than one radio active” view in the set.
A one-number SAR page is simpler. A six-position SAR page is more honest.
What lower SAR means — and what it does not mean
SAR is useful. It is also limited. This page is strongest when it teaches both at the same time.
Lower measured absorption in that FCC setup
If a phone ranks lower here, it means it measured lower in that specific FCC-filed test position and radio condition than phones above it in the same filtered set.
Not a total health verdict
Lower SAR does not mean zero risk, and a single SAR value is not a complete substitute for distance, safer-use habits, or the broader discussion about standards and non-thermal biology.
It is the public measurement system we actually have
SAR is still the standard public comparison metric built into the FCC equipment-authorization system. That makes a well-built SAR tool valuable, even if SAR is not the whole story.
Two practical takeaways: lower measured SAR in a given test is generally better than higher measured SAR in the same test, and distance from the phone still matters because absorbed RF falls off quickly as you move the device away from your body.
More RF Safe SAR tools that should support this page
This ranking page should not be a dead end. It should feed the rest of the SAR ecosystem with ordinary crawlable links.
Compare important specs first
Side-by-side phone comparisons with SAR data and specs so users can compare more than one model in context.
Cellular-only vs simultaneous transmission
See how turning off Wi‑Fi and Bluetooth can change the SAR picture for a specific phone model.
Shareable SAR panels and images
Single-panel phone views, compare images, and per-model visual assets for sharing or linking deeper into the database.
Overview of the full SAR database
The easiest bridge page for people who want to understand the other SAR tools after discovering this ranking page first.
Age-specific exposure visuals
See how the same measured SAR translates differently across younger and adult models in RF Safe’s age-focused visuals.
Cell phone radiation dangers page
The science-and-policy explainer that gives this SAR page a deeper context instead of leaving the numbers isolated.
Phone case buyer’s guide
The mainstream page for shoppers who need to learn why case design can affect signal behavior and exposure patterns.
Physics-first mitigation page
RF Safe’s honest case page that treats accessories as a bridge while the standards and infrastructure catch up.
FAQ: cell phone radiation levels and SAR rankings
This FAQ is written for the actual questions shoppers and researchers type when they discover a page like this.
What is SAR?
SAR stands for Specific Absorption Rate. It is the FCC compliance metric used to estimate the amount of RF energy absorbed by tissue in a defined test setup.
Why are there six SAR readings on this page?
Because the same phone can measure differently by position and radio state. This page separates head, body, and hotspot values for cellular-only and simultaneous-radio conditions.
What does simultaneous transmission mean here?
It refers to the phone being evaluated with cellular transmission plus the other radio path in the same position, commonly Wi‑Fi and Bluetooth antennas operating with WWAN.
Does lower SAR automatically mean a phone is completely safe?
No. Lower SAR means lower measured absorption in that specific FCC test position. It is a useful comparison point, not a complete safety verdict by itself.
Why does the selected-phone panel show six readings at once?
Because that is the fastest way to see whether a phone stays low across the board or changes dramatically by position and simultaneous-radio state.
What should I do after I find my phone here?
Open the compare page, the Wi‑Fi / Bluetooth chart, the SAR share panel, or the kids-vs-adults view from the selected-phone panel to keep learning from the same phone record.