Engineers at STI are available to perform a design feasibility assessment as you begin developing the standards your next product or revision upgrade. Our design engineers will provide objective feedback on key design issues such as functional requirements, form and fit factor, thermal performance, environmental resistance, reliability/warranty performance, and manufacturability. By taking these critical design points into consideration early in the design phase, STI can help reduce cost and time to market through a reduction in your product design cycle.

• Thermal Performance: Our engineers optimize thermal performance to ensure your product operates efficiently and reliably.
• Heat sink, enclosure/housing design: We specialize in designing effective heat sinks and enclosures to enhance product durability and performance.
• Environmental Resistance: We evaluate and enhance your product's resilience to temperature, humidity, vibration, and shock.
• Temperature, humidity, vibration, shock: We test and enhance your product's resistance to varying environmental conditions to ensure durability and performance.
• Component Selection: We carefully select components based on functional requirements, form factor, and performance criteria.
• Functional requirements, form factor, performance: We align component selection and design with your product's functional needs to meet performance expectations.
• Form and Fit Factor: We focus on miniaturization, interconnectivity, and weight/mass optimization to achieve the desired form and fit.
• Miniaturization, interconnectivity, weight/mass: We specialize in optimizing product size and weight without compromising functionality, ensuring efficient use of space.
• Reliability: We prioritize reliability, ensuring your product meets warranty expectations and performs consistently.
• Warranty expectations: We ensure that your product meets or exceeds warranty requirements, providing peace of mind to both you and your customers.
• Manufacturability: We assess and improve manufacturability through DFM, DFT, and reliability optimization techniques.
• DFM, DFT, reliability: We employ Design for Manufacturability (DFM) and Design for Testability (DFT) techniques to enhance product reliability and ease of manufacturing.