Halo Microelectronics will be taking part in APEC 2022 highlighting its end-to-end battery fast charging solutions.

March 16, 2022

CAMPBELL, Calif., Mar. 16, 2022 – Halo Microelectronics, a maker of analog and power management integrated circuits enabling energy-efficient smart systems will show its end-to-end battery fast charging solutions that include audio data switch and protection, VBUS protection, boost converter, system I/O power supply, and much more. Recent advances in battery fast-charging in smartphones have … Continued

Halo Microelectronics introduces two new Smaller Footprint and Higher Efficiency fast charging solutions using a switched capacitor architecture for single cell battery applications

June 4, 2020

Halo Microelectronics, a leader in mobile fast charging transformation, further strengthened its leadership by introducing two new products today. The HL7132 is the industry’s smallest footprint 30W fast charger that reduces the solution size by greater than 30% compared to competing solutions. The HL7130 is optimized for greater than 40W charging which makes it an … Continued

Halo Microelectronics introduces a complete wireless and USB battery charging solutions optimized for TWS Earbuds

January 8, 2020

Today Halo Microelectronics introduced three new battery charging solutions that are optimized for TWS application.  Halo, with its wide-range of battery charging and DC-DC products, has been enabling market leading portable devices since 2012.  With these market proven IP’s, Halo has developed battery charging solutions that are ideal for the growing TWS market. The TWS, … Continued

Halo Micro is leading mobile fast charging transformation

January 7, 2020

Today Halo Microelectronics announced two new products that utilize switched capacitor architecture to deliver 98% efficiency DC-DC conversion, which outperforms traditional DC-DC converters by up to 10% in efficiency.  This higher efficiency significantly reduces the thermal dissipation in mobile devices such as smartphones, thus enabling more power to be delivered to the battery and resulting … Continued