POSITIONING SOLUTIONS / Solutions
From zones to detailed coordinates, and buildings to industrial campuses. Choose a positioning approach around accuracy, coverage, capacity and site conditions.
BLUETOOTH BEACON
Build spatial visibility with lightweight deployment.
Asset inventory · Room-level management · Personnel zone counts
BLUETOOTH ANGLE OF ARRIVAL
Resolve direction to reveal a more precise location.
Medical equipment · Tools and fixtures · Personnel tracks
UWB BEACON ARCHITECTURE
Use precise timing to understand position.
Production assets · Mobile tools · Logistics handling
TIME DIFFERENCE OF ARRIVAL
One broadcast. Multiple synchronized observations.
Large warehouses · Production floors · Personnel and asset tracks
PHASE DIFFERENCE OF ARRIVAL
Use phase differences to understand direction.
Passage direction · Local target guidance · Range and angle fusion
LINEAR SPACE POSITIONING
Keep location continuous along the work route.
Construction tunnels · Utility corridors · Metro sections
HYBRID LOCATION & CONNECTIVITY
Cross building boundaries with a connected view.
Industrial campuses · Cross-building assets · Personnel inspections
FIND YOUR FIT
Compare the architectural differences below. Accuracy and capacity depend on product models, installation conditions and field testing.
| Technology | Observation | Deployment focus | Applications |
|---|---|---|---|
| Bluetooth beacon | RSSI / zone rules | Broadcast policy and coverage sampling | Zone detection and inventory |
| Bluetooth AoA | Antenna-array angles | Orientation and height calibration | Sub-meter location targets |
| UWB beacon | TWR / TDoA or other modes | Define ranging and communication modes | Detailed positioning systems |
| UWB TDoA | Multi-station arrival-time differences | Clock synchronization and geometry | Multi-tag coordinate tracking |
| UWB PDoA | Multi-antenna phase differences | Coherent RF hardware and array calibration | Angle and range fusion |
SELECTION QUESTIONS
Bluetooth AoA uses antenna-array direction measurements. UWB can use ranging, arrival-time differences or supported angle measurements. Compare the actual hardware, coverage geometry, target accuracy, tag capacity and network requirements in a site trial; a technology name alone does not guarantee accuracy.
Explore Bluetooth AoA positioningBudget for tags, stations, power and cabling, installation, calibration, positioning software, integration and ongoing maintenance. A floor plan, tracked-object count and update target help define a meaningful quotation. There is no single per-square-meter price that fits every site.
Discuss your site and request product selection adviceLET’S BUILD YOUR POSITIONING SYSTEM
Plan your site survey, hardware selection and platform integration with Jinju.