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AR makes radio monitoring easier!
AR makes radio monitoring easier!
Summarize
NT-AR-PMR series products are radio monitoring receiver solutions with AR (Augmented Reality) glasses function, freeing the hands of monitoring engineers and greatly improving the monitoring convenience, which can be widely used in indoor and outdoor environments for interference searching and field testing tasks.
Application Scenario
Designed to efficiently and easily support your spectrum monitoring, interference finding and site testing tasks, the AR glasses connect to R&S®PR100 and R&S®PR200 portable monitoring receivers and project the receiver's monitoring data display onto the AR glasses via data conversion.
It detects, analyzes and locates interference reliably and easily.
Optimized for portability in the field, it offers the perfect balance of RF performance and maneuverability and provides a wide range of measurement capabilities.
Product Characteristics
Innovative AR glasses-based user interface for convenient, simple and intuitive operation
Spectral images can be clearly seen under sunlight, avoiding sunlight interference
Observation of the image does not affect the real field of view, easy to search and observe at the same time
Free your hands, no need to hold the instrumentation, you can focus on the antenna to search for interference.
Optimized for demanding field operations, compact size, lightweight, low power consumption design
Customizable secondary development, such as intelligent voice abnormal alarm, abnormal automatic identification, et
Main technical parameters
AR glasses:
Project | parameters | norm |
AR glasses |
Display Brightness |
1800nits |
Diopter adjustable | 0-500 degrees | |
optical display | Field of view 43 degrees |
|
contrast ratio |
100000:1 |
resolution (of a photo) |
1920*1080*2 |
|
screen refresh rate |
60Hz |
|
physical key | 1 button with screen off support | |
transducers | Enhanced 9-axis (IMU, magnetometer) sensor fusion | |
weights |
83g |
|
Data Conversion Module |
CPU |
6th Generation Core I3, Dual Core 2.3GHz |
Memory |
4GB |
|
Hard Disk | 16GB Solid State | |
Operating System |
Linux |
|
Video Resolution |
4K |
|
Duration | Greater than 1 hour | |
Weight |
500g |
AR1 glasses:
Project | Parameter | Indicators |
AR1 Eyeglasses |
Display |
World's leading binocular diffractive optical waveguide display technology, 40 degree FOV, 400:1 contrast ratio, maximum brightness 1600 nits |
Contrast ratio |
100000:1 |
|
Resolution |
1920*1080*2 |
|
Screen Refresh Rate |
60Hz |
|
Sensor |
Enhanced 9-axis IMU, Light Sensor, Distance Sensor | |
Data Conversion Module |
CPU |
6th Gen Core I3, Dual Core 2.3GHz |
Memory |
4GB |
|
Hard Disk | 16GB Solid State | |
Operating System |
Linux |
|
Video Resolution |
4K |
|
Duration | Greater than 1 hour | |
Weight |
500g |
AR2 glasses:
Projects | Parameter | Indicator |
AR2 Eyeglasses |
Display | Monocular 40° field of view resolution |
Contrast ratio |
100000:1 |
|
Resolution |
1280x720 |
|
Screen Refresh Rate |
60Hz |
|
Sensor | Enhanced 9-axis IMU | |
Weight |
96g |
|
Data Conversion Module |
CPU |
6th Generation Core I3, Dual Core 2.3GHz |
Memory |
4GB |
|
Hard Disk | 16GB Solid State | |
Operating System |
Linux |
|
Video Resolution |
4K |
|
Duration | Greater than 1 hour | |
Weight |
500g |