PCBA Design
Choose the correct chipset, communication component and sensors and Make the schematic diagram and PCBA base on the client's requirements.
Firmware Development
Develop the firmware for the IoT device and implement the best pratical algorithm to make the IoT device work smarter and lower power consumption.
Industrial & mechanical Design
Make the Industrial and mechanical design for a fashion feature and the best user experience. DFA and DFM are integration of the design.
Working Prototype
Produce working prototype to verify all the design. EVT and DVT will be start. Client also can do the PoC when they get the working prototype.
Key IoT Components
Communication Components
2G，3G，4G，NB,BLE, LoRa and many differenct kind of communication components, it is a key to make the devices connect to network.
We are using Qualcomm, MTK, Nordic, TI chipset for our IoT devices.
Sensors
Environment sensor for tempereture, humidity, air pressure and gas, motion sensor, accelerate sensor, gyro sensor, heart rate sensor and GPS chipset.
Open BOM Model
We will keep transparency for all the main components and sensors we choose. That will make the cost transparency also.
Engineering Culure
Do things right
Our enineers focus on build things to solve problem, they will speak up when things go wrong.
Open Source
We can offer all the design documents and source code for our client/partner during the project.
Project management
We will manage the project together with our client/partner by online porject management platform. It is a way to share information, submit requirements/feedback and control the time and cost of the project. So that we can control the product quality on both side.