Tritem’s lab offers comprehensive hardware prototyping and testing services.
Hardware prototyping and testing are crucial steps in the development of physical electronic devices or systems. These processes involve creating a working model of the hardware to evaluate its functionality, performance and reliability before producing more units.
Tritem’s lab has all the means and know-how to design, develop and evaluate the prototypes of any kind of electronic devices.
A number of activties may be included in the hardware prototyping process:
The process starts with obtaining a clear understanding of the purpose and requirements for a given piece of hardware. Engineers and designers draft detailed schematics, diagrams and prepare 3D models using computer-aided design (CAD) software. Component selection and procurement are also part of this phase.
At the early stages, designers may create a breadboard prototype or use simulation software to validate the initial design. Breadboarding involves connecting components on a temporary board to check basic functionality and test key circuits.
Once the initial design is confirmed, the next step is designing the printed circuit board (PCB) layout. The PCB layout includes the arrangement of components, traces and power planes.
A prototype PCB is manufactured based on the PCB design. This involves sending the design files to a PCB manufacturer, who produces the physical board.
If the hardware involves embedded systems, microcontrollers or digital components, firmware or software development is necessary. The firmware is uploaded to the hardware for testing.
Comprehensive functional testing is performed to ensure that the hardware meets all design specifications and requirements.
Various test cases are executed to verify different aspects of hardware performance.
Hardware prototyping and testing are iterative processes; multiple iterations may be required to refine the hardware to meet the desired specifications and quality standards.
The ultimate goal is to minimize risks, reduce manufacturing costs, as well as to ensure a reliable and high-quality product for end-users.
At Tritem, we know very well how fragile this process is, and how to avoid multiple pitfalls which could result in additional costs and delays.
