Our team of experienced engineers excels in electronics design and architecture, ensuring that every hardware solution we develop is optimized for performance, efficiency and reliability. Our clients rely on us to understand their requirements and to design custom electronics systems that meet their specific goals.

Camera Technology

As experts in mixed signal ASIC applications, we have a deep understanding of the latest advancements in imaging technology. Disentra designs and integrates camera systems that deliver exceptional image quality, resolution, and functionality. Whether it’s for industrial, medical or consumer applications, we have the expertise to create innovative camera solutions tailored to your needs.

Gig E Vision and SerDes Communication

We specialize in implementing Gig E Vision and SerDes communication protocols, enabling high-speed data transfer and seamless integration of cameras into various systems. Our engineers have extensive experience in developing robust communication interfaces that ensure reliable and efficient data transmission, even in harsh environments.

Schematic and PCB Layout

Our electrical engineers are proficient in schematic design and PCB layout, ensuring optimal circuit performance and manufacturability. We leverage the latest design tools and methodologies to create well documented, highly efficient PCB layouts that meet industry standards and minimize signal interference.

Complex Stack-Up and Electronics Testing

We understand the importance of a well balanced, optimized board stack-up  for complex electronic systems. Our team has expertise in designing pcb build-up to minimize noise, enhance signal integrity and to improve thermal management. Additionally, we perform rigorous electronics testing to ensure the reliability and functionality of our hardware solutions.

 Product Validation

Before delivering any hardware solution, we perform product validation to ensure it meets the highest quality standards. Disentra’s validation process includes functionality testing, stress testing and environmental testing to ensure that our products perform flawlessly in real-world conditions.

Our team of experienced engineers excels in electronics design and architecture, ensuring that every hardware solution we develop is optimized for performance, efficiency, and reliability. Our clients rely on us to understand their requirements and to design custom electronics systems that meet their specific goals.

Camera Technology

As experts in mixed signal ASIC applications, we have a deep understanding of the latest advancements in imaging technology. Our team can design and integrate camera systems that deliver exceptional image quality, resolution, and functionality. Whether it’s for industrial, medical, or consumer applications, we have the expertise to create innovative camera solutions tailored to your needs.

Gig E Vision and SerDes Communication

We specialize in implementing Gig E Vision and SerDes communication protocols, enabling high-speed data transfer and seamless integration of cameras into various systems. Our engineers have extensive experience in developing robust communication interfaces that ensure reliable and efficient data transmission, even in harsh environments.

Schematic and PCB Layout

Our skilled engineers are proficient in schematic design and PCB layout, ensuring optimal circuit performance and manufacturability. We leverage the latest design tools and methodologies to create well-organized, highly efficient PCB layouts that meet industry standards and minimize signal interference.

Complex Stack-Up and Electronics Testing

We understand the importance of a well-optimized stack-up design for complex electronic systems. Our team has expertise in designing stack-ups that minimize noise, enhance signal integrity, and improve thermal management. Additionally, we perform rigorous electronics testing to ensure the reliability and functionality of our hardware solutions.

 Product Validation

Before delivering any hardware solution, we conduct thorough product validation to ensure it meets the highest quality standards. Our validation process includes functionality testing, stress testing, and environmental testing to ensure that our products perform flawlessly in real-world conditions.