One-Stop Solution for Electronics Design and Manufacturing

  • One-Stop Services From Design to Production
  • Hardware & Structure Development & System OS
  • Professional R&D and Production Team
  • Reliability Testing and Analysis
  • Total quality control
  • Quick Launch of Mass Production

What are Electronics Design Services?

Electronic products have become an integral part of our daily lives; from smartphones to wearables, smart homes, new energy electronics, telecommunications, medical equipment, automotive electronics, industrial automation, etc., electronics power the technology around us. 

However, developing an electronic product requires electrical, mechanical, and software engineering expertise. This is where electronics design services come into the picture. Electronics design refers to designing, developing, testing, debugging, and approving electronic products. It involves end-to-end development, right from the concept stage to taking the product to market. Electronics product development companies offer services spanning the product lifecycle to help build innovative connected devices faster and more cost-effectively. 

Electronics design services are those offered by electronics design companies or ODM (Original Design Manufacturers) to assist customers in designing and developing electronic products.

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    Our Electronics Design Capabilities

    1
    Hardware & Structure Development

    Concept matching:Deep customization of the scene (styling and function)

    Industrial design: Professional industrial design, senior structural design

    Function customization: Meet the needs of all scenarios and clarify priorities

    Product simulation: Improve product functions through scenario simulation

    2
    System OS

    Scenario-based customization: interactive experience, system performance improvement, scenario-based design,etc
    Customized requirements: underlying drive, system tailoring, low power consumption, etc
    System testing: automatic and semi-automatic testing, rapid exposure of bugs, timely development and testing interaction, and ensuring product delivery System iteration: timely feedback, rapid iteration, and improve user experience.
    User manual: quickly guide users to operate and understand the use of skills

    3
    Third-party Application Integration

    Debugging and matching of hardware products

    Third-party application testing

    Application upload and release

    Application installation and management

    Main Industries We Served

    We are serving many industries in electronic product design, such as industrial, consumer electronics, medical, IoT, robotics, automation, new energy, automotive., etc. Please refer to the following key industrials we are focusing on in our electronic product development.

    POS and Smart Terminal

    Embedded payment terminals/financial POS/PDA etc.

    Payment Equipment
    Financial POS
    Android PDA

    Industry Tablet


    Visually impaired tablet/high-speed rail entertainment terminal/care diagnostic terminal, etc.

    Automotive diagnostic terminal
    Multimedia Terminal
    Industry Tablet

    Smart Hardware

    Multimedia conference terminals/HUDs/outdoor terminals, etc.

    Multimedia Conference Terminal
    Car Recorder
    Multimedia BOX

    Why Choosing Viasion as Your Electronics Design Partner

    1. Experienced  R &D and Production Team

    We have an experienced team in electronic design & manufacturing, 90% of whom have worked in well-known enterprises in the industry, in mobile phones, automotive electronics, Internet of Things and other industries have strong technical precipitation and professional technical background. Based on industry data analysis, guided by market demand, we can lay out technology and product development directions, and provide customers with electronic product development to meet market demand.

    2. Focus On Specified Insutraial Area

    Viasion has been rooted in high-end consumer electronics, financial POS, three-proof equipment, automotive electronics and other fields for more than 10 years; Deeply cultivated ARM architecture, it is in the leading position in the industry in image, RF, low power consumption, system cropping, array intelligent voice acquisition system, audio processing and other fields. 

    3. Multiple Qualification

    Viasion has established a sound R&D and quality control system and laboratory and test programs to meet industry needs of electronic product design. It has passed the audit of the world's major automobile manufacturers and obtained the certification qualification of well-known large telecom operators. Our products can pass most of the certifications, such as 3C, energy saving certification, UL, environmental (ten rings) certification, TUV, RoHS certification, ETL, SGS certification, GS certification, OVE certification, BIS certification, EAC certification, etc. 

    4. Complete Testing and Inspection

    We can do many types of testing and inspections to electronic product development, such as Radio frequency, Baseband, Optics, Mechanical measurement, Environmental reliability, Reliability of mechanical packaging material., etc. The main equipment used to test or inspect electronic product design is as below.

    Microscope:

    • Keyence VHX-7000 2.5D microscope (x2000)
    • Leica DM2700 optical metallographic microscope(x1000)

    Measuring instrument:

    • METRONELEC CT100 Ionic pollution tester
    • Mitutoyo QV-X302 2.5D Measuring Instrument
    • Shimadzu EDX-LE XRF tester

    Tomographic analysis:

    • XYLON Cheetah
    • Computer - Failure Analysis

    Environment Category-21 items

    • Alternation of humidity and temperature
    • Cold and hot shock Temperature-humidity cycle

    Structural strength category-25 items

    • Slightly falling test
    • Directional drop test
    • Random vibration test

    Appendix durability category-25 items

    • Accessory
    • Durability
    • Vibration friction
    • Stability

    Failure analysis class

    • Slicie test
    • Red ink test
    • CT non-destructive analysis
    • Ionic pollution degree test

    Electronics Design Services Processes

    The process of electronic design services consists of a sequence of stages that are essential when transitioning from conceptualization or ideation to the final production stage. The process of designing, innovating, creating, and manufacturing an electronic product is known as electronic design development. For most of the electronic design companies, the electronics design services manufacturing and assembly process typically consists of the following key steps:

    1. Requirements Analysis

    This initial stage focuses on gathering and analyzing customer requirements to develop the product specifications document. Functional and non-functional requirements are captured. Market research is done to assess the feasibility and analyze the competitive landscape. This is a key point in electronic product design.

    2. Concept Development – Concept development ensure that the electronic product meets the customers’ requirements. Can excel in market competition and is  technically possible. This first stage focuses on understanding the customer's requirements and defining the product specifications. The output is a product requirements document that shapes further development.

    3. System Architecture Design - This phase involves the overall system architecture, including hardware and software parts. Key activities include:

    Developing schematics circuit diagramsDefining APIs/interfaces between sub-systemsDeveloping firmware architectureModeling mechanical structure

    4. Budget Estimation - This stage calculates the expanses and budget concerned with the production and manufacturing process. Early budget estimation ensures that the product which is to be designed can be produced within the budget range and profitably. Budget estimation is also very important in electronic product design.

    5. Hardware & Software Design - In this stage, the blocks defined in system architecture are designed in detail. For hardware, this includes PCB layout design, part selection, simulation, etc. The detailed software design involves coding modules, unit testing, integration testing, etc.

    6. Validation and Verification - Electronic design validation and verification confirm that the designed electronic system or device meets the specified requirements and functions as intended. Designed prototypes undergo rigorous testing to verify specifications compliance and identify defects. HALT, EMI/EMC, and environmental tests are conducted to validate robustness. Validation is the process that ensures that the final electronic product development meets the customer's demands, expectations, and needs. It includes steps such as:

    • Field testing
    • Testing the system
    • Reliability and performance test
    • Regulatory compliance

    7. Electronics Manufacturing This is an important phase in electronic design services. Involves taking the product to production by selecting component suppliers' assembly partners and working closely to ramp up manufacturing.

    8. Certification and Documentation – Standard Certification is required for marketed electronics products, depending on the worldwide market. Electronic products must meet various regulatory compliance related to safety, and emissions, like UL, CE, FCC, etc., depending on the target market. Certification activities are done in parallel across the design cycle.

    Finally, the electronics designers will format the detailed documentation that describes the product's design, functionality and manufacturing process.

    9. Production Sustenance

    Post-launch, the provider supports failure analysis, upgrades, optimizations, etc., as needed during the production lifecycle. Now, this is a complete process of electronic design & manufacturing.

    Key Activities in Electronics Design

    The electronic design services process usually includes design, development, and production. The electronics design process typically spans several activities across concept design, implementation, test/verification, manufacturing support, etc.

    Key activities in electronic product development:

    • Gathering and analyzing product requirements
    • Developing system architecture models
    • Creating schematics and circuit designs
    • Performing circuit modeling and simulation
    • Designing PCB layouts
    • Selecting electrical components
    • Developing firmware and embedded software
    • Mechanical design for enclosures, PCBs, etc
    • Prototype fabrication and iterative design refinement
    • Creating test plans and test cases
    • Verification testing - functional, environmental, EMI/EMC, etc.
    • Design for Manufacturing (DFM) analysis
    • Supporting test setup design for production
    • Providing sustaining engineering support post-launch
    • Far far away there live the blind live in Bookmarksgrove right.

    The activities vary based on whether the electronic product design is for a new product introduction or modifying or enhancing an existing product. The ideation-to-prototype phase consists of the design and development of electronic design services.

    Benefit of Outsourcing Electronics Eesign Projects

    In the advanced technology landscape Electronics Desing Services(EDS) has a vital role in our daily life. With increasing complexity and the need for faster time-to-market, many companies outsource their electronics design and development to experienced specialist providers.

    Here are some of the benefits of outsourcing your electronic product development project to electronic design companies:

    1
    Access to cross-domain expertise:

    Electronics design requires expertise across electrical, mechanical, software engineering, etc. Outsourced providers maintain large multi-disciplinary teams to deliver high-quality designs faster.

    1
    Focus on core competence:

    Electronics may not be a company's core competence. Outsourcing design projects lets them focus on their strengths and business priorities.

    1
    Cost and time savings:

    Maintaining in-house teams for occasional design projects can be expensive. Outsourced providers offer cost savings through their hardware labs, flexible resourcing, and expertise to avoid costly design mistakes.

    1
    Accelerated product development:

    Experienced design partners adopt agile approaches for early prototyping and design iterations to reduce time-to-market. Their knowledge of design for manufacturing also ensures faster production ramp-up.

    1
    Single-point accountability:

    capability and single-point accountability. This avoids multi-vendor coordination issues

    Tips in Selection of Electronics Design Partner

    Electronics design is a complex process that requires broad multi-disciplinary expertise. Partnering with an experienced electronics design services company enables building robust, compliant products faster and more cost-effectively. Leveraging proven expertise and processes allows companies to accelerate innovation and focus on their core business. So it is very important to select reliable electronic design companies for your electronic design & manufacturing.

    Evaluating partners on these aspects ensures you choose an expert provider who can seamlessly manage the entire process of electronic product development, from electronic design to manufacturing. With multiple service providers to choose from, here are some tips for selecting the right electronics design company for your next project:

    • Review expertise across product verticals like industrial, medical, consumer electronics, etc.
    • Ensure they have end-to-end capabilities spanning concept design, development, testing, manufacturing support, etc.
    • Evaluate experience across multiple technology domains like analog, digital, RF, power electronics, etc.
    • Confirm capabilities across hardware, firmware, software, mechanical design, etc.
    • Review profiles of engineering talent to gauge capabilities
    • Evaluate product design and development methodologies.
    • Confirm robust quality procedures and reviews are in place.
    • Verify testing/verification capabilities for environmental, EMI/EMC, functional, safety, etc.
    • Ensure secure design practices to protect IP
    • Understand manufacturing support for component selection, DFM, yield improvements, etc.
    • Review case studies of successful product developments in your domain Understand post-development support for sustaining engineering, upgrades, etc.
    • Evaluate cultural fitment and communication practices.

    How to Select Reliable Electronics Design Engineers

    Besides choosing electronic design and manufacturing companies, selecting reliable electronics design engineers is also very important. Finding and selecting reliable electronic design engineers will ensure the successful development of your project. Here are some factors to consider when selecting the right and reliable  design engineers for your next electronics design project:

    • Review the designer experience across different product domains and industries.
    • Evaluate in-house capabilities across hardware, software, testing, etc.
    • Understand their design process and quality/review procedures.
    • Review profiles of engineers to gauge technical capabilities.
    • Ask for proven examples of products designed and manufactured.
    • Far far away there live the blind live in Bookmarksgrove right.
    • Understand IP ownership and security practices.
    • Discuss communication modes, transparency, and reporting.
    • Compare pricing models: fixed, time & material etc.
    • Confirm production support capabilities beyond the design.

    Conclusion

    Electronic components are generally divided into domestic and imported. Domestic general procurement process: looking for manufacturers (through the network and other channels to search manufacturers) – quotation – sampling – price comparison (bargaining) – order – follow up – incoming – quality inspection – abnormal handling – account reconciliation, etc. The import part must find the original factory agent or distributor through the PCB component brand and choose the most profitable way to contact the quotation – sampling, etc. In addition, there is another kind of procurement for traders. They will look for similar products with the lowest price from various channels and sell them to customers to earn the difference.

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