Our capabilities in material validation, product qualification, certification and quality assurance ensure our products meet the highest industry standards and regulatory requirements across the world. By avoiding the need to ship to a third-party testing house, we enable more timely and cost-effective means of product delivery. 

Through analytical reliability tools, reliability engineering methodology and accelerated failure models, we help customers come to market first with minimal risk by predicting product failure prior to launch. Our sophisticated test equipment, material scientists, and experienced engineers can determine the root cause of even the most complex failure mechanisms and work collaboratively with customers throughout the entire testing process. 

The proliferation of IoT devices, enabled by higher bandwidth technologies such as 5G, demands that engineers simultaneously measure higher quantities of more complex signals. Our engineers are experts in high speed-data applications and use simulation software to ensure our connector systems and cable assemblies deliver superior SI performance. Our team works collaboratively with our customers to validate their products through real-time analysis and feedback.  

Electronic devices often exist in harsh outdoor environments, dangerous industrial settings or the fluctuating extremes of aircraft flight where failure is not an option. The Global Reliability Lab offers a spectrum of environmental testing techniques ranging from specialty equipment to digital simulations to expose proof-of-concept products to the hazards of temperature, moisture, shock and vibration, among many other environmental and hazards. 

By bringing entire vehicles into one of our anechoic chambers, we can test whether primary antennas achieve the necessary 360-degree view and analyze the Vehicle-to-Everything's (V2X’s) integrated and connected antenna systems. To ensure data is relevant, test configurations are adapted to meet the requirements specified by the vehicle type and the chambers have been fully shielded from external radio waves for maximum measurement repeatability.