R&D Solution
As a one-stop electronic manufacturing solution provider, We provide software and hardware development for the entire electronic product project, including the function structural layout, Programming, high-fidelity prototype, schematics drawing, PCB design, BOM, software adjustment, and enclosure assembly.
R&D Solution process
Prototype and interaction design/APP development
According to the requirements document, we assist customers to design the prototype drawing, including the structural layout of the function, the design of each sub-page and the design of the business logic between the pages, and finally output the prototype design drawing.
APP engineers develop interfaces according to high-fidelity design drawings; The server-side engineer will write API interfaces, set up server environments, and design databases. At a certain stage of development, the APP engineer will connect with the server, obtain data through the server's interface, and write functional logical code.
Hardware development
After the product is approved, hardware engineers need to start selecting the hardware platform according to the needs, and evaluate it from the aspects of functional requirements, performance requirements, technical support, cost assessment and supply.
After the overall hardware scheme is determined, it enters the development stage: hardware schematic design, PCB board design and production, BOM list, PCB board placement.
Schematic design
After the PCB is made, it is necessary to solder 2~4 single boards of the PCB board to the software engineer for debugging, and debug the various functional modules of the schematic design.
Small batch trial production
During small batch trial production, production engineers need to track SMT chip and assembly process issues, optimize test processes, improve production yields, and pave the way for mass production. We need to conduct reliability and performance tests such as functional testing, stress testing, performance testing, anti-interference testing, product life testing, and high and low temperature testing.
After a small batch of trial production, part of the product will be invested in R&D testing and reliability testing, and part of the product will be put into public testing, directly facing the trial and evaluation of seeds.
Quality feedback
After mass production of products into the market, users may feedback hidden or small probability problems that cannot be found in the test, then R&D will conduct detailed analysis according to specific cases to find the root cause to improve and optimize the product.
Mechanical design and development service is crucial for creating the physical enclosures, housings, and mechanical components that complement the electronic PCB assemblies.
Mechanical Design
Creating a suitable enclosure or mounting for your product is important. We employ cutting-edge 3D CAD and rapid prototyping techniques to craft tangible designs that you can physically assess and hold.
Components Sourcing
Depending on your specific requirements, we can assist you in selecting the most suitable materials and components for your product to fulfill various properties.
Manufacturing Engineering
Hubcircuits provide DFM services, that aims to sure the final product can be highly performed and more cost-effective.
Cable Routing
Planning for the routing of cables, wires, and connectors inside the device to minimize clutter, reduce electromagnetic interference, and ensure efficient assembly and maintenance.
Heat management
Effective heat management is critical for electronic devices. Mechanical designers work on heat sinks, fans, or other cooling solutions to prevent overheating and ensure the device’s reliability.
Electromechanical Assembly
Our experts develop customized electromechanical assembly solutions according to customer needs and set up specific production processes.
Comprehensive Design Solutions
Specialized Services For Every Stage Of Product Development
PCB Design
High-speed digital and RF PCB design
Multi-layer board stackup design
Impedance control and signal integrity
HDI and microvia technology
Flex and rigid-flex PCB design
Circuit Design
Analog and mixed-signal circuit design
Power supply and management systems
Sensor interfaces and signal conditioning
RF and wireless circuit design
EMC/EMI design and mitigation
Firmware Development
Embedded C/C++ programming
RTOS and bare-metal development
Communication protocols implementation
IOT and wireless connectivity
Device drivers and BSP development
Industrial Design
Product aesthetics and ergonomics
User experience and interface design
3D modeling and visualization
Material selection and finishing
Brand identity integration
Mechanical Design
Enclosure and structural design
3D CAD modeling and simulation
Thermal management solutions
Design for manufacturability (DFM)
Prototyping and validation
Reverse Engineering
Product teardown and analysis
Circuit and PCB reverse engineering
Component identification and sourcing
Design documentation recreation
Legacy system modernization
Serving Diverse Industries
Tailored Solutions For Various Market Applications
Industrial Automation
Robust assemblies for PLCs,
HMIs, motor controllers, and sensors with IP-rated enclosures.
Medical Devices
FDA-compliant assemblies for diagnostic equipment,
patient monitors, and medical instruments.
Automotive Devices
Automotive-grade assemblies for infotainment systems, ECUs,
and ADAS components.
Telecom
High-frequency assemblies for networking equipment,
base stations, and communication devices.
Consumer Electronics
High-volume assembly for smart devices,
home appliances, and entertainment systems.
LED Lighting
Thermal management solutions for high-power LED fixtures
and smart lighting systems.
