Model:WS-EVE ALARM
Model:WS-LPR600
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Model:WS-RTLS-RFID
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We offer two professional positioning technology solutions. Please choose the most suitable one based on your site requirements and accuracy needs. Solutions: UWB precision positioning solution or Active RFID zone positioning solution.
Based on your site size, precision requirements, and budget, we offer two independent positioning technology solutions. Both come with the same backend management platform and can be upgraded as future needs evolve.
Using Ultra-Wideband (UWB) technology, it delivers industry-leading centimeter-level positioning accuracy, designed for high-value asset management scenarios that require precise location information.
Industry-leading centimeter-level accuracy, meeting high-precision asset management needs
Uses TDoA ranging principles to maintain high accuracy in complex multipath environments
Compact design, suitable for installation in indoor environments such as offices and laboratories
Low-power design with DC power supply support for flexible and convenient deployment
The UWB system uses a layered architecture. Tags continuously transmit UWB pulse signals, which are received by multiple positioning anchors, then used to calculate location before being uploaded to the backend management platform via the enterprise network.
Uses 3.5GHz ultra-wideband technology and Time Difference of Arrival (TDoA) ranging principles, maintaining ±50cm high-precision positioning even in complex multipath environments.
UWB precision positioning is especially suitable for high-value asset management scenarios that require precise location information:
UWB technology offers excellent penetration capabilities in NLOS (non-line-of-sight) environments, making it suitable for deployment in complex office and factory settings.
UWB precision positioning is widely used in indoor environments that require centimeter-level accuracy, helping enterprises achieve precise management of high-value assets.
Real-time positioning of laptops, projectors, and conference equipment effectively prevents asset loss and improves equipment-sharing efficiency.
Real-time tracking of wheelchairs, emergency carts, respirators, and other medical assets ensures equipment is quickly available in emergencies and improves patient safety.
Accurate positioning and usage records of valuable instruments and sample equipment meet compliance audit requirements and prevent equipment loss.
Using the 900MHz band, it offers excellent diffraction and penetration capabilities, with a single-node coverage range of up to 250meters. It is designed for large industrial sites, warehouses, and outdoor environments, delivering maximum coverage with minimal nodes.
A single node covers up to 250 meters, significantly reducing deployment costs
The low-frequency band has strong diffraction capability and penetrates metal shielding and complex structures
Wide-voltage input design adapts to various power supply environments in industrial settings
Supports a four-antenna expansion configuration, further improving coverage and stability
The Active RFID system is centered on wide-area sensing: tags continuously broadcast signals across a large field, a small number of RF host nodes receive them to determine zone position, and the results are then sent back to the backend management platform via the enterprise network.
The low node-density nature of the Active RFID system greatly reduces deployment effort. A standard large warehouse (about 10,000 square meters) typically requires only 4 to 8 host nodes for full coverage (depending on indoor structural obstacles), resulting in very low installation and maintenance costs.
Active RFID wide-area positioning leverages ultra-long coverage and strong penetration to be widely used in large industrial and logistics environments, enabling low-cost asset awareness across the entire site.
Wide-area positioning for laptops, projectors, and conference equipment helps prevent asset loss and improves equipment-sharing efficiency, making it suitable for multi-floor office deployments.
Wide-area tracking of pallets, material boxes, and handling equipment optimizes inventory counting workflows, significantly shortens picking time, and improves warehouse operational efficiency.
Wide-area awareness of site equipment, tool carts, and molds, combined with maintenance scheduling systems, enables equipment utilization analysis and preventive maintenance.
The comparison table below helps you quickly determine which solution best fits your needs.
The two solutions share the same backend management platform, so if you need to upgrade or deploy a hybrid setup in the future, there is no need to replace the software system.
The following screen is for illustrative purposes only. The actual backend interface can be customized to meet client requirements, including dashboard layout, asset categories, alert rules, report formats, and other functional modules, all of which can be flexibly adjusted according to site needs.
The backend system supports both UWB and RFID solutions, allowing upgrades or hybrid deployment without changing platforms.
Whether you choose the UWB precision positioning solution or the RF wide-area positioning solution, our technical consulting team can provide professional site assessments and customized planning recommendations to help you make the best decision.
Based on your asset type, site scale, and budget, we provide a detailed comparison and recommendations for both UWB and RFID solutions.
Supports small-scale proof-of-concept (POC) deployment, allowing you to verify the performance of the chosen solution before full-scale rollout.
Tell us about your site and requirements and our engineers will help plan the right products and system.