Analog & Digital
Many analog and digital disciplines are incorporated in the design of a product. Whether it's managing timing critical signals in an FPGA, behavior control in a microprocessor, power supply implementation/design, or utilizing high speed buses (e.g. PCIe), NSS has the experience to integrate a myriad of technologies to meet our customer's requirements.
Many analog and digital disciplines are incorporated in the design of a product. Whether it's managing timing critical signals in an FPGA, behavior control in a microprocessor, power supply implementation/design, or utilizing high speed buses (e.g. PCIe), NSS has the experience to integrate a myriad of technologies to meet our customer's requirements.
Check out our other Capabilities
With years of experience in the field, our team possesses extensive knowledge and expertise in design, manufacturing, and test. See how NSS' capabilities can help you realize your ambitions.
PCB
As the scope of technology expands, the need to support increasing functionality in packages with limited volume and weight constraints is greater than ever. Our team of design engineers understands the exacting science of PCB design and has a proven track record of implementing solutions for boards with high-speed DDR memory, gigabit digital communication, high-density RF, and more in applications with stringent size, weight, and power (SWaP) constraints. By combining power integrity (PI) simulation tools with 2.5D and 3D EM solvers, we can help ensure success for complex, high-layer-count PCBs.
Embedded
FPGAs and microprocessors are critical technologies that drive basic to complex product designs. Operating analogous to the brain and nervous system of a product, most of our designs incorporate one or both types of these powerful devices to provide advanced/complicated behavior, timing critical response, fault and BIT features, command and control, and other features to meet customer requirements.
Power Supplies
Providing power to the main sub-systems in each product (amplifier, matrix switch, etc) requires careful design techniques to ensure it will pass stringent emissions, lead-lag power on requirements, and be immune to irregular power sourcing conditions called out in military standards (ie. MIL-STD-704).