Empower Semiconductor

We are thrilled to announce that Empower has been selected as a finalist for The Electronics Industry Awards! 🎉 We’re honored to be recognized in two key categories: Semiconductors Product of the Year and Medical Product of the Year. This recognition underscores our commitment to power density, performance, and simplicity, as well as our unique innovations that eliminate ferromagnetic materials, allowing their use in high-performance medical imaging applications. Stay tuned as we eagerly await the final results! 🙌 #Innovation #Semiconductors #MedicalTech

Dive into the progression of smartphone computing technology with this article by Zaixing Fu and Mukund Krishna! Discover how silicon capacitors, such as ECAPs, are transforming the performance of smartphone SoCs and application processors (APs). Learn how utilizing these flexible, ultra-low impedance products addresses the last inch of power delivery in this Electronic Design article. Read now: https://bit.ly/3WGp9lP #SmartphoneTech #Innovation #ECAPs

If you want to be involved in groundbreaking technology and have a chance to innovate, Empower is the place for you! We're searching for a skilled Sr. Staff Packaging Engineer to join our R&D team in San Jose, CA. As a global leader in integrated voltage regulator (IVR) and ECAP silicon capacitor technologies, we’re looking to add to our innovative team that's transforming power solutions and pushing the limits of physics.   Ready to join our team? Apply below!   #Hiring #Engineer #Recruiting

Interested in learning about our multi-disciplinary approach to solving the most critical power delivery challenges existing today in the HPC and AI spaces? Check out this Semiconductor Engineering article for highlights from a recent panel our CTO and SVP of Engineering, Trey Roessig, joined during DAC: https://bit.ly/3zV3yhA #PowerDelivery #HPC #AI

We’re excited to be nominated in three categories for the 2024 Electronic Industry Awards! Vote for our EP71xx integrated voltage regulator (IVR) family in the Power Product of the Year, Semiconductors Product of the Year and Medical Product of the Year categories here: https://bit.ly/3oBsOo5 Our EP71xx IVR technology represents a substantial leap in power management technology. It redefines the landscape for traditional power management integrated circuits (PMIC) and sets a new standard for size, performance and simplicity. Submit your vote for this product family today! #IVR #PowerManagement #HighPerformance

Did you know our ECAP is the world’s most compact and highest-performance capacitor solution? Our EC1005P ECAP, the largest and latest addition to this family, boasts sub-1-picohenry equivalent series inductance (ESL) for high-frequency decoupling in AI and high-performance computing (HPC) applications. This recent Electronic Design article dives into the EC1005P, including its features and potential for the most demanding power-integrity targets in high-performance SoCs. Read the full article below! #ECAP #SiliconCapacitor #PowerIntegrity #PDN

“AI has changed the landscape dramatically for what power needs to look like.” – Tim Phillips, President & CEO Our CEO recently appeared on Wine Down Friday with Maurizio Di Paolo Emilio. They discussed the launch of Empower Semiconductor and what’s next for the company, as well as Tim’s favorite pastimes and advice for young professionals aspiring to be successful in the semiconductor industry. Listen to this insightful conversation here: https://bit.ly/3za6A13 #WineDownTech #PowerManagement #AI #HPC

Because no two systems are alike, the ability to customize and configure your power management IC for seamless system integration is critical. With two user-programmable GPIOs, the single to quad output step-down EP71xx IVR series empowers you (pun intended) to select what your system requires: - Individual/global output enable - Dynamic voltage scaling to dynamically reduce power dissipation - Individual output power good flag for device-to-device sequencing and status - Fault flag Curious to see the EP71xx's GPIO capabilities in action? Dive deeper into some use case examples in our application note: https://bit.ly/3VQkaQr #IVR #Powermanagement #GPIO

Miniaturization remains a constant trend, whether it’s about shrinking sizes or enhancing performance within the same footprint. This is crucial across various industries, from consumer electronics and wearables to automotive and industrial sectors. Stay ahead of the latest passive component innovation by checking out a recent Electronic Products article featuring a roundup of high-performing capacitors and resistors, including our recently announced EC1005P ECAP! #HighPerformance #Innovation #SiliconCapacitors #IPD

Curious why the input source impedance in a DC-DC converter can impact the overall performance and stability of your power management system? Learn how to analyze and minimize source impedance to ensure stable operations, optimum performance, and accurate voltage regulation during dynamic voltage scaling or load transient events. The single to quad step-down EP71xx IVR series does not require any external components; however, the input voltage source impedance must be properly controlled. Read on for an in-depth study and explanations: https://bit.ly/3VQkaQr #IVR #Powermanagement #Performance