Safe and Sound Pro mmWave Meter
5G Ready! High Bands
- North America’s first-ever, consumer-level, high-band 5G meter!
- Professionally accurate and affordable, the Safe and Sound Pro mmWave Meter measures 5G from 20 GHz to 40 GHz, with a flat frequency response.
- Some of the more common sources the meter can detect: 5G cell towers, 5G cell phone emissions, higher frequency radar and other 5G high band devices
Professional Level 5G Enabled Microwave and RF Meter
- Detects and measures 5G in the high mmWave band, 20 GHz to 40 GHz
- North America’s first-ever, consumer-level, high-band millimeter wave meter
- Professionally accurate and affordable – at a fraction of the cost of current high-band detectors
- The perfect companion to Safe and Sound Pro II RF Meter, it’s the missing link to revealing the full range of 5G frequencies
- Digital display in micro watts/m² and V/m, includes audio, peak and average readings with maximum peak hold
Standard "Stub" Antenna: Semi-Omni Directional:
- Frequency Response: +/- 5dB from 20-40 GHz (effective down to 18 GHz with reduced tolerance)
- Minimum measurable signal: 5 µW/m²
- Maximum measurable signal: 500,000 µW/m² or (50,000,000 µW/m² with attenuator)
- Quasi Omni-Directional reception pattern (50 degrees front and 50 degrees back)
mmWave Meter Options
Optional "Horn" Antenna - Directional:
- Frequency Response: +/- 6dB from 25-40 GHz
- Minimum measurable signal: 0.5 µW/m²
- Maximum measurable signal: 30,000 µW/m² or (3,000,000 µW/m² with attenuator)
- Directional reception pattern (35 degrees front)
20 dB Fixed Attenuator:
- Allows the meter to display higher power density signals by a factor of 100
- Range of up to 50,000,000 µW/m² with Stub Antenna + Fixed Attenuator
- Range of up to 3,000,000 µW/m² with Directional Horn Antenna + Fixed Attenuator
How does this meter relate to 5G?
As the rollout of the 5G cellular network continues, so does our exposure to RF radiation. It has become increasingly common for individuals to experience a number of negative health effects related to EMF and RF exposure.
As always, detection is the first step in protecting yourself from these potentially negative health concerns. Right now, there is a lot of discussion about the frequency bands used in this network, and SLT wants to make sure you are informed and protected.
LEARN MORE ABOUT mmWave
REPLAY August 15, 2023 EMF Educational Series - 5G Radiation Webinar Special - Click here
Download The July 12, 2023 mmWave Slides
Watch The July 12, 2023 mmWave Playback
Watch the June 28 2023 mmWave Playback
Download The mmWave Presentation Slides
3RD Party Tested - See Results Stub Antenna
3RD Party Tested - See Results Horn Antenna
Comparison Between SLT Chamber and 3RD Party Chamber - See Results
Calibration:
The test equipment calibration is performed to the standards of ISO 9001:2015 certification and ISO/IEC 17025 accreditation.
Safe Living Technologies Inc. certifies that the Safe and Sound mmWave Meter has been examined and conforms to its specifications during the manufacturing process.
Safe Living Technologies Inc. declares that the calibration of this instrument is performed by comparison with reference standards, or standard measuring equipment which are calibrated by the calibration laboratory of “Keysight Technologies Malaysia Sdn Bhd”. This measuring equipment is traceable to national measurement standards maintained by Canada’s Institute for National Measurement Standards (INMS) for the realization of the physical units according to the International System of Units (SI).
The bottom of this page has more information on Keysight’s ISO 9001 and 17025 registrations: https://www.keysight.com/fi/en/about/quality-and-security/iso-registrations--policies--and-system.html
Safe and Sound Pro mmWave Meter Includes:
- Stub Antenna (Horn antenna is an option)
- Hard plastic and or Zippered Carrying Case
- User's Guide
- 2 Year Warranty
- Frequency Range:
- 20 GHz to 40 GHz (high-band 5G)
- Rentals Available:
- Yes
- Measurement Range:
- 0.5 µW/m² to 50,000,000 µW/m²
- Sampling Rate:
- 200 kHz
- Response time:
- <50 μs