Empower Semiconductor signs European distributor agreement with Dimac Red
Empower Semiconductor unveiled a new partnership agreement with Dimac Red Spa, a sales and engineering firm dedicated to providing the European market with high-reliability electronic products, alongside design and engineering services.
With its main office located near Milan, Italy, and additional branches in Germany, France, the United Kingdom, Spain, and Turkey, Dimac Red is set to act as the representative and distributor in Europe for Empower's IVR and ECAP products. This strategic alliance aims to boost market presence.
“This partnership reinforces our ability to deliver best-in-class products and a unique level of technical support to customers across a larger geography,” said Eric Pittana, Senior Director of Global Marketing and EMEA sales at Empower Semiconductor. “Our IVR solutions are gaining significant momentum in applications where space is at a premium and high performance is required. Along with Dimac Red, we share the same commitment to be a solution provider to our focus markets in embedded systems, telecom, and medical.”
Marco Di Bartolo, CEO of Dimac Red, expressed his enthusiasm for the collaboration, stating, “We are excited to partner with Empower Semiconductor. Their technology achieves a level of power density, performance, and simplicity that represents an unparalleled value to our customer base. Together, we look forward to driving innovation, and exceeding the expectations of our customers.”
Empower’s IVR technology is characterised by a power management design that ensures power is delivered with simplicity, speed, and precision through a compact single IC, eliminating the need for external discrete components. These devices are ideal for traditional system power in applications with limited space and can also be integrated as a power chiplet within an SoC or chiplet-based architecture. When combined with Empower’s ECAP silicon capacitor products, the in-package IVRs offer a combination of compactness, performance, and power integrity.