FAQ
How hot does CBW-5G 5G 4G transmitter recorder get when transmitting a video for several hours?
It depends where you put the transmitter .
The 5G 4G Mini Camera's transmitter recorder can be wearable or put in a pouch.
If it is wrapped, the temperature will be around 40-50°C.
5G 4G Mini Camera's Transmitter Recorder Specification:
https://www.cleverintelligenceunity.tw/en/product-656024/Wearable-5G-4G-LTE-Wi-Fi-Mini-Camera-Recorder-CBW-5G.html
The 5G 4G Mini Camera's transmitter recorder can be wearable or put in a pouch.
If it is wrapped, the temperature will be around 40-50°C.
5G 4G Mini Camera's Transmitter Recorder Specification:
https://www.cleverintelligenceunity.tw/en/product-656024/Wearable-5G-4G-LTE-Wi-Fi-Mini-Camera-Recorder-CBW-5G.html
Regarding portable CBW-5G 5G 4G miniature Camera DVR, how do you handle the software/updates? Are there releases with release notes, etc.? Or is the software based on the initial delivery version?

But if the device works well, updating is not necessary.
5G 4G Mini Camera's Transmitter Recorder Specification:
https://www.cleverintelligenceunity.tw/en/product-656024/Wearable-5G-4G-LTE-Wi-Fi-Mini-Camera-Recorder-CBW-5G.html
Is it possible to connect two (or more) USB cameras to CBW-5G 5G 4G Tramsmitter DVR and have multiple streams simultaneously?

5G 4G Mini Camera's Transmitter Recorder Specification:
https://www.cleverintelligenceunity.tw/en/product-656024/Wearable-5G-4G-LTE-Wi-Fi-Mini-Camera-Recorder-CBW-5G.html
Do you possess such a remarkable GPS Tracker Detector? Can it boast a flawless 100% detection rate within a specific distance?RFD-23 Potable Vehicle GPS Tracker Detector can meet our expectation?
Thank you for your inquiry, but we must clarify that the concept of a "certain distance" can be elusive. Due to various factors such as the vehicle's status and location, the settings of GPS trackers, and their RF characteristics, achieving 100% accurate detection within a defined distance is an elusive goal.
Let's dive into the fascinating realm of GPS detectors and explore the possibilities that influence their accuracy:
1. GPS Tracker Settings:
• Signal Emission: Detection is possible only when emitting signals are present. No signal, no detection.
• Interval Time Setting: Some GPS trackers schedule location reporting to conserve power, resulting in intermittent signal emissions.
• Motion Detection: Trackers may not transmit location if the vehicle remains stationary to optimize power consumption.
2. Signal Strength:
• Detection Range: Stronger signals allow for extended detection ranges, while weaker signals limit detection capabilities.
• Unknown Factors: Without knowledge of the GPS tracker's output power and specific location, guaranteeing 100% detection within a certain distance is challenging.
3. Other Factors Influencing Detection:
• Smart Cars' Interference: Modern vehicles, like Tesla, contain multiple built-in wireless modules, and their frequencies might overlap with GPS bands, potentially triggering false alarms.
• Urban Environment Challenges: In densely populated cities, the proliferation of cell phones can introduce interference, as RF-23 detectors can also pick up cell phone signals. Minimizing false detections necessitates sweeping the vehicle in an environment devoid of other vehicles and mobile devices.
4. User Experience with RF Detectors:
• Detection Expertise: Users often lack the necessary experience and understanding to identify and mitigate factors that may influence GPS tracker detection accurately.
Unveiling the truth behind wireless detection is an intriguing journey, one that requires considering multiple influencing factors. While a 100% detection rate within a specific distance remains elusive, a deeper understanding of these possibilities can empower users to make more informed decisions regarding GPS trackers.
RFD-23 Handheld GPS Tracker Detector Specification:
https://www.cleverintelligenceunity.tw/en/product-648152/Portable-Vehicle-GPS-Tracker-Detector-RFD-23.html
Let's dive into the fascinating realm of GPS detectors and explore the possibilities that influence their accuracy:
1. GPS Tracker Settings:
• Signal Emission: Detection is possible only when emitting signals are present. No signal, no detection.
• Interval Time Setting: Some GPS trackers schedule location reporting to conserve power, resulting in intermittent signal emissions.
• Motion Detection: Trackers may not transmit location if the vehicle remains stationary to optimize power consumption.
2. Signal Strength:
• Detection Range: Stronger signals allow for extended detection ranges, while weaker signals limit detection capabilities.
• Unknown Factors: Without knowledge of the GPS tracker's output power and specific location, guaranteeing 100% detection within a certain distance is challenging.
3. Other Factors Influencing Detection:
• Smart Cars' Interference: Modern vehicles, like Tesla, contain multiple built-in wireless modules, and their frequencies might overlap with GPS bands, potentially triggering false alarms.
• Urban Environment Challenges: In densely populated cities, the proliferation of cell phones can introduce interference, as RF-23 detectors can also pick up cell phone signals. Minimizing false detections necessitates sweeping the vehicle in an environment devoid of other vehicles and mobile devices.
4. User Experience with RF Detectors:
• Detection Expertise: Users often lack the necessary experience and understanding to identify and mitigate factors that may influence GPS tracker detection accurately.
Unveiling the truth behind wireless detection is an intriguing journey, one that requires considering multiple influencing factors. While a 100% detection rate within a specific distance remains elusive, a deeper understanding of these possibilities can empower users to make more informed decisions regarding GPS trackers.
RFD-23 Handheld GPS Tracker Detector Specification:
https://www.cleverintelligenceunity.tw/en/product-648152/Portable-Vehicle-GPS-Tracker-Detector-RFD-23.html