EX - AmberSemi -the Generational Power Architectures Paradigm shift: Bringing unique digital power solutions to the market that solve the entire power ecosystem challenge.

With the advent of AI and the pervasiveness of its solutions finding homes from datacenters to industrial applications, its presenting multiple unique challenges and opportunities for the power market. At the high end of the market, with servers and datacenters, AI is stressing every aspect of the power transmission. From demanding high power from multiple sources, maintaining high efficiency across the entire distribution path to requiring extremely high-power density and current at the end GPU. All while maintaining high uptime and reliability ensuring faults do not cause cascading problems.

Solving these problems require a different way of thinking, viewing the problem from a system viewpoint from source to load rather than breaking the problem into different discrete chunks.

AmberSemi, a startup company based in Silicon Valley is at the forefront of this paradigm shift. Using a system viewpoint with a combination of innovation in power conversion, control and architecture, semiconductor processes and material science to bring unique digital power solutions to the market that solve the entire power ecosystem challenge.

As an overview of AmberSemi approach to the market, we’re pioneering new solutions for improved power transmission including 800V DC architectures, 48V/50V intermediate bus voltages, ideal for factories, datacenters and even automotive battery systems. This improves efficiency for large power systems and provides a better approach to power distribution and conversion steps.
For lower power AC distribution systems, we have our first silicon device on display today. The AmberSemi AC Direct DC Enabler demonstrates our ability to convert directly from AC mains, either 120V or 240V to a non-isolated, regulated 5W DC output without the use of a bridge rectifier or complex magnetics. The small 14 x 14mm package provides the entire conversion while maintaining high efficiency of 80 %. This type of innovation is possible through our breakthrough power architecture and unique control algorithms.

With these high voltage distribution systems, the second system challenge is how to effectively monitor and isolate the rails in the case of extreme events or faults. AmberSemi is solving this problem through the introduction of telemetry and protection devices utilizing solid state pass devices. This is the first modernization of protection devices since Thomas Edison invented the circuit breaker 1879.

Completing the system view, moving from the front-end distribution to the final point of load power, Amber is continuing to drive innovation with its breakthrough architectures to deliver high current, 1000s of Amps, in extremely small form factors for digital loads, whether that is a processor, FPGA or AI chip,

We invite you to stop by our booth, talk to our team, so you can see how AmberSemi solutions are changing the landscape providing both power control, conversion and protection to your system. Whether that’s industrial controls, factory automation, test and measurement, EV or datacenters. We look forward to talking to you.