Antenna Thermal Mechanical
Turnkey Solution
2025 / 11 / 11
LoRa Antennas and IoT Solutions: Empowering Connected Devices Everywhere
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Thermal Solution Design
What is LoRa Technology?
How LoRa Technology Works
Advantages and Disadvantages of LoRa
Applications of LoRa Technology
In the conventional project process, we always see the design has been applied separately, which means the costs are counted separately and summed together. Although, many materials can be shared to use, as the heat can be dispatched through proper antenna materials, the antenna can be shared to use the heat plate as a grounding plate, and an EMC shielding cover can be replaced by a heat solution.
We do the overall design to reduce the cost and optimize the space. Moreover, we provide the solution for you to reduce the labor cost on the assembly line.
What is LoRa Technology?
LoRa (Long Range) is a long-distance, low-power wireless data transmission technology, commonly deployed in private networks. It enables the connection of thousands of IoT devices over a wide area, making it an optimal solution for Internet of Things applications in smart cities, industrial facilities, and agriculture.
How LoRa Technology Works
Individual experts work as a task force for each project as we implement collaborative work with real-time design and brain-storm communication to reduce the design stage period.
Overlapping Optimization
With the “LYNwave Overlapping Optimization“ design, we share the materials between the antenna and thermal conductive materials, so do mechanical parts.
By adding the antenna grounding plate, the following of the RF performances can be increased:
- – Higher RF Coverage
- – Better EMI Isolation
- – Higher Antenna Efficiency
We figure to utilize the plate to thermal conductive to dispatch the heat, and arrange to conduct the heat outside the enclosure as well by replacing the bottom heat sink with a cost-effective metal plate.
We utilize the material cross-functionally, to increase the overall performance without adding cost, but decrease the cost.
Cost Efficiency Design
Thermal designing with overall material consideration to reduce total cost.
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Conventional Design
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LYNwave Overall Design
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Total Cost: US$ 8.5
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Total Cost: US$ 6
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With experienced technicians associated with group design workflow of years, we provide the solution not only to resolve individual function requirements, but also to reduce the material preparation time from IQC, IPQC, Production floor, OQC, considering with production cost, to provide a simple and robust unit design under budget.
Group Overlap Design
LYNwave thermal group has sound knowledge of the industrial material characteristics to design the thermal solution and implement the RF performance at the same time. So we can re-solve the functional conflict project within a limited dimension on different applications.
High heat dispatching requires highly conductive materials such as metals, which will block and impact the RF characteristics well. However, with LYNwave grouping design discussion, we implement suitable materials with the manufacturing identical process to achieve cross-function requirements.
If you have more questions about our Thermal Solution, feel free to contact us to have quick discussion with us on your needs first. LYNwave is looking forward to supporting you throughout the process.