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MAXON’s solutions for positioning.
Including Wi-Fi, Bluetooth, Lora, UWB.
With different accuracy, deployment intervals, delays, maintenance needs, standby durations.
Each solution has different levels of accuracy, deployment intervals, delays, wiring requirements, maintenance needs, and terminal standby durations.
The solutions also have different applications, such as:
Retail stores - tracking the movements of customers for better store layouts and product placements.
Warehouses - tracking the location of goods and assets for efficient inventory management.
Museums and galleries - providing location-based information and exhibits to visitors.
Airports - guiding passengers to their gates and providing real-time flight information.
Universities - tracking student attendance and providing indoor navigation for visitors.
Office buildings - tracking the location of employees for security purposes and optimizing workspace utilization.
Hotels and resorts - providing location-based services and navigation for guests.
Amusement parks - guiding visitors to attractions and managing wait times.
Conference centres - providing indoor navigation and location-based information for attendees.
Hospitals - tracking the location of medical equipment and supplies for efficient inventory management and ensuring patients are receiving care in the correct location.
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Solution: Wi-Fi
Accuracy: LOW, 5-10 meters
Deployment: AP interval 20m
Delay: HIGH, 8-10s
Wiring: HIGH
Maintenance: LOW
Terminal standby duration: SHORT
Application: WiFi based scenario, AP supports
Solution: Bluetooth 5.0 positioning base station
Accuracy: MEDIUM, 1-3 meters
Deployment: gateway interval 8-10m
Delay: LOW, 2-3s
Wiring: HIGH
Maintenance: LOW
Terminal standby duration: LONG
Application: Indoor, Reasonable floor height, Convenient wired
Solution: Bluetooth beacon + applet/application
Accuracy: MEDIUM, 1-3 meters
Deployment: ibeacon interval 6-8m
Delay: LOW, 2-3s
Wiring: NO WIRE
Maintenance: HIGH, deploy density high, lost easily, battery change frequently
Terminal standby duration: DEPENDS, mobile/pad terminal
Application: Mobile navigation APP
Solution: Bluetooth beacon + positioning terminal + Bluetooth 5.0 gateway
Accuracy: MEDIUM, 1-3 meters
Deployment: ibeacon interval 6-8m
Delay: LOW, 2-3s
Wiring: MEDIUM
Maintenance: HIGH, deploy density high, lost easily, battery change frequently
Terminal standby duration: MEDIUM
Application: Complex indoor/outdoor
Solution: Bluetooth beacon + positioning terminal + Lora gateway
Accuracy: MEDIUM, 1-3 meters
Deployment: ibeacon interval 6-8m
Delay: MEDIUM-LOW, 3-5s
Wiring: LOW
Maintenance: HIGH, deploy density high, lost easily, battery change frequently
Terminal standby duration: MEDIUM
Application: Complex indoor/outdoor
Solution: Bluetooth beacon + positioning terminal + NB lot
Accuracy: MEDIUM, 1-3 meters
Deployment: ibeacon interval 6-8m
Delay: MEDIUM-LOW, 3-5s
Wiring: NO WIRE
Maintenance: HIGH, deploy density high, lost easily, battery change frequently, continuous data charge
Terminal standby duration: MEDIUM
Application: Complex indoor/outdoor
Solution: Bluetooth+AoA
Accuracy: HIGH, ＜1m level
Deployment: covers radius 30m (no block), max. coverage R=100m
Delay: NO-PERCEIVED, 1s
Wiring: HIGH
Maintenance: LOW
Terminal standby duration: MEDIUM
Application: Simple indoor structure
Solution: UWB
Accuracy: HIGH, ＜1m level
Deployment: 4 base stations cover 30x30m (no block)
Delay: NO-PERCEIVED, 1s
Wiring: MEDIUM
Maintenance: LOW
Terminal standby duration: MEDIUM
Application: Simple indoor structure
Solution: UWB+AoA
Accuracy: HIGH, ＜1m level
Deployment: covers radius 30m (no block), max. coverage R=100m
Delay: NO-PERCEIVED, 0.5-1s
Wiring: LOW, Only main station wired
Maintenance: LOW
Terminal standby duration: MEDIUM
Application: Simple indoor structure
So the main idea is always link of your think.
