Understand how RTK GNSS works, the difference between GNSS and RTK, and how those concepts affect receiver or module selection. Everything below is based on the information published on this website; figures that are not published are confirmed per project.
The questions below explain GNSS versus RTK, how RTK corrections produce a fixed solution, and how to select, customize and support a positioning product. If your scenario is not covered, get in touch directly.
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Yes. Customizable dimensions include frequency bands, interfaces, form factor, firmware and certification requirements; the exact scope and minimum order quantity are assessed per project.
Related: ODM/OEM customization · customizable RTK module PCBA
The published figures are: the handheld receiver supports multi-constellation, multi-frequency joint solving with RTK fixed solutions, and the high-precision antenna system has a phase center error of <±2mm. The positioning accuracy of the customizable RTK module PCBA, as well as the communication interfaces, battery life, dimensions and weight of the handheld receiver, are not published as fixed numbers and depend on the project configuration - please confirm with sales.
Related: handheld GNSS receiver · high-precision antenna system
Start with the working scenario, accuracy requirement, communication method and installation conditions, and we will suggest a model and a configuration list. The three product lines serve different purposes: choose the handheld receiver when you need a complete device, the customizable RTK module PCBA when you integrate positioning into your own terminal, and the high-precision antenna system when you need reliable satellite signal reception. See the selection guide for a side-by-side comparison.
Related: selection guide
The frequency range covers GPS L1/L2/L5/L-band, GLONASS G1/G2 and BeiDou B1/B2/B3. The antenna uses RHCP polarization with 360-degree horizontal coverage, 50 ohm impedance and 40±2dB LNA gain.
Related: high-precision antenna system
The operating temperature range is -45 to +70 degrees Celsius and the protection rating is IP67. Mechanical dimensions are D150 x H58.4mm, the connector is TNC-K and the weight is 450g or less.
Related: high-precision antenna system
The module is organized in five layers, each of which can be reviewed, prototyped and validated separately: L1 GNSS antenna and RF front end, L2 RTK positioning module, L3 PCBA and interfaces, L4 embedded firmware, L5 structure and certification.
Related: customizable RTK module PCBA · ODM/OEM customization
The solution is organized in three layers. The sensing layer connects dispensers, tank gauges, video and license-plate recognition equipment and performs local data collection. The transmission layer uploads site data over wired or wireless networks with resume-after-disconnect and data re-send. The platform layer aggregates data, displays metrics and raises anomaly alerts.
The solution is configured according to the actual site. The equipment list, interface methods and platform functions are confirmed against on-site conditions - please get in touch for a solution tailored to your station.
Lead time depends on the model, quantity and customization content; once the configuration is confirmed we provide a clear schedule.
Related: Contact us
Sample testing can be arranged according to the project; please confirm the method and quantity with the technical support team at support@yueetek.com .
Related: Technical Support
Products follow the warranty statement supplied with the goods. If an issue occurs, please register the device information first and we will arrange inspection and handling according to the process. Warranty registration can be completed online.
Related: warranty and after-sales · warranty registration
Contact the technical support team by email at support@yueetek.com ; we assign an engineer according to the type of issue. Service locations are centred on the Shenzhen headquarters and cover major provinces and cities in China.
Related: Technical Support · service locations
Chinese product datasheets can be downloaded directly from the downloads page. Manuals, drivers and firmware, and certification and compliance documents are available per model from the sales and technical support team, and are issued in the latest version matching the shipping model.
Related: Download Center
Centred on the Shenzhen headquarters, the network covers major provinces and cities in China and provides local support through overseas partners. Please ask sales for the detailed location list.
Related: service locations
See the Contact Us page: sales and project enquiries, media and partnerships, and technical support and after-sales each have their own mailbox. Company address: Longgang, Shenzhen, China.
Related: Contact us
The H13 handheld RTK terminal supports multi-constellation, multi-frequency joint solving with centimetre-level RTK fixed solutions, dual-version 4G communication, Bluetooth and MEMS, remote maintenance and voice broadcast, with extended battery life and IP67 protection. It is used for power, gas, forestry, land survey, GIS and construction stake-out work. See the product page for the full feature set.
Related: H13 handheld RTK terminal
Check three things in order: whether the correction data stream is continuous and available, the satellite visibility and sky obstruction at the point, and the drift track reproduced from the log. See our technical notes on slow or drifting fixed solutions and on repeated fix jumps for the full checklist.
Related: slow or drifting fixed solutions · repeated fix jumps
Prepare in four steps: confirm the device and firmware version, confirm the correction source and communication method are available, initialise at an open point and confirm a fixed solution, and record the points and data format for later import and reproduction. Manuals and firmware are available in the Download Center, and technical support can help with specific issues.
Related: Download Center · Technical Support
An RTK GNSS receiver calculates its position from satellite signals, then applies real-time correction data from a nearby base station or network service. When that correction stream is continuous and the satellite geometry is suitable, the receiver can resolve carrier-phase ambiguities and report an RTK fixed solution. If the correction link is unavailable, RTK accuracy and convergence can degrade.
Related: GNSS RTK selection guide · handheld GNSS RTK receiver
GNSS is the satellite navigation system category, covering constellations such as GPS, GLONASS, BeiDou and Galileo. RTK is a real-time correction technique used to improve GNSS positioning to a centimetre-level fixed solution. In practice, an RTK receiver is a GNSS receiver that also uses correction data; RTK is not a separate satellite system.
Related: customizable RTK module PCBA · GNSS positioning FAQ
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