Join us at APEC 2026

Innovating what’s next in power

As power demands escalate and electrification accelerates, the way we generate, convert and distribute power is reshaping our world. Backed by decades of innovation and more than 80,000 analog and embedded processing products, we help you solve your greatest power design challenges. Whether maximizing efficiency in data centers, enabling automotive electrification, or powering sustainable energy and robotic systems, our solutions scale with your vision. From high-density gallium nitride solutions to breakthrough power modules, we're innovating what's next in power at APEC 2026.

TimeLocationSession TitleSpeaker(s)
09:30Professional Educational Seminar - S03/214CDAdvanced Gate Driver Technologies: Integrated, Resonant, Self-Powered, and Optical SolutionsPengkun Liu                                                                                             
14:30Professional Education Seminar - S09/207ABDigital Power Control IntroductionSumit Patel, Bosheng Sun, Brent McDonald
TimeLocationSession TitleSpeaker(s)
08:30 - 08:50Technical Lecture - T02.1/214BA Novel Control Method to Improve Totem-Pole Bridgeless PFC EfficiencyBosheng Sun, Sheng-Yang Yu, PhD
08:30 - 08:55Industry Session - IS05.1/210Methods to Control Bootstrap Overcharge in Half-bridge Gate Driver ICsAlex Mazany
08:55 - 09:20Industry Session - IS05.2/210Gate Driver Features and Considerations for Bidirectional FETs in Single-stage Matrix ConvertersAlex Mazany
10:40 - 11:05Industry Session - IS06.5/207 Powering AI Chips: Your Last InnovationSombuddha Chakraborty
11:40 - 12:00Technical Lecture  - T01.9/214AReverse Control of the phase-Shifted Full Bridge Converter for Minimum Voltage StressWei Gao, Jiawen Fu, Yupi Ji
13:30 - 14:00 Exhibitor Presentations - Expo Theater 1Reimagining Data Center Power ArchitecturePradeep Shenoy, PhD
TimeLocationSession TitleSpeaker(s)
08:55 - 09:20Industry Session - IS12.2/213Understanding the Transition from 12V to 48V Low Voltage Rail for Automotive SystemsMadison Ecklund
09:10  - 09:30Technical Lecture  - T14.3/217BMid-point voltage control of a series half bridge converter with GaN switches in 800V applicationsJiawen Fu, Brent McDonald, Pradeep Shenoy
10:40 - 11:00Technical Lecture - T14.6/217BDigital Peak Current Mode Controlled Multi-Mode, Multi-Phase, Bidirectional 4-Switch Buck-Boost Converter for Data CentersPrajwal Keshava Murthy, Sumit Patil, Shamim Choudhury, Chen Jiang, Sheng-Yang Yu, PhD, Bosheng Sun
10:40 - 11:05Industry Session - IS12.5/213EV Efficiency Optimization Through 15-level Static and Dynamic Gate Drive Technologies for Driving CycleLuowei Wen, PhD, Daniel Norwood, John Geiger
11:30 - 11:55Industry Session - IS10.7/205High Voltage Hot Swap Circuit Design to Enable 400V / 800VDC Data Center Power DeliveryJosh Mandelcorn, Avishek Pal, David Reusch, PhD, Dilip Jain, Rakesh Panguloori
11:30 - 11:55Industry Session - IS07.7/206Maximizing GaN Benefits Through IntegrationBing Lu
13:55 - 14:20Industry Session - IS14.2/206High Voltage Data Center AC-DC Trade OffsBrent McDonald
14:20 - 14:45Industry Session - IS14.3/206Design of a GaN-based Single-switch Forward Converter with a Loss-less Passive Reset for Aerospace ApplicationsJohn Dorosa, Daniel Hartung
14:50 - 15:10Technical Lecture - T19.5/214COptimization of GaN-Based High-Current Low-Voltage Two-Stage Converter with Fully 3D Embedded StructureRaveesh Magod
15:40 - 16:05Industry Session - IS14.5/206How to Design an Efficient and Cost Effective 300W Micro DC/DC Converter with Secondary Side Regulation for Automotive ApplicationsSean Xu, Markus Zehendner
16:05 - 16:30Industry Session - IS16.6/207A CCM/TCM Multi-mode Controlled Totem-pole Bridgeless PFCBosheng Sun
16:30 - 16:55Industry Session -IS13.7/205Benefits of Integrated ZCD / ZVD Feature in GaN Devices for Triangular Current Mode (TCM) Totem Pole PFCSubhransu Satpathy
16:30 - 16:55Industry Session -IS14.7/206Design of AC-DC Matrix Converters with Bidirectional GaNs for OBC ApplicationsSean Xu, Darwin Fernandez, Hope Arnett, Christina Huang
TimeLocationSession TitleSpeaker(s)
08:20 - 08:45Industry Session - IS21.1/206Enabling Miniaturization and Higher Efficiency in Low Voltage Motor Drives through Semiconductor Integration and Flip Chip Power PackagingNicholas Oborny
08:20 - 08:45Industry Session - IS21.1/207Thermal-efficient USB-PD Charging in Automotive Systems: Embracing the 48 VIN standardSeong H. Kim
09:10 - 09:35Industry Session - IS22.3/207A Self-Biasing, Auxless Sensing GaN-based Flyback Converter for USB-PD AdaptersBing Lu, Max Wang
10:45 - 11:10Industry Session - IS28.2/207Single MCU Based Control Solution for Single-Stage Isolated AC/DC PFC Rectifiers with Direct Matrix Converter TopologySrikanth Yerra, Bhanu Vankayalapati, Cody Watkins
12:00 - 13:45Technical Dialogue Session - D02.5/Poster 2A Multiple-Degrees-of-Freedom Modulation Strategy for Series Resonant Converter Dual Active Bridge for Minimum Reactive Power and turn-Off Current in Energy Storage SystemXingqi Chen, Guangzhi Cui, Will Tai
12:00 - 13:45Technical Dialogue Session - D03.5/Poster 3Multi-Mode Exact Time-Domain Analysis and Characteristics-Based Design of the ACF Converter

Amrita Mitra (Indian Institute of Science)

Ramkumar S

12:00 - 13:45Technical Dialogue Session - D02.12/Poster 3A Quad-Inductor Hybrid Dickson Converter with Enhanced Current-Driving Capability and Minimized Inductor Losses for 48V Point-of-Load Systems

Athul Muraleedharan Sudha (UTD)

Sri Navaneeth Easwaran, Indumini Ranmuthu, Raveesh Magod

12:00 - 13:45Technical Dialogue Session - D26.6/Poster 4Impact of Combined Ceramic and Electrolytic Output Capacitors on the Dynamic Response of Boost Voltage RegulatorsSubodh Khandelwal, Vahid Yousefzadeh, Shubham Narula, Montu Doshi
12:00 - 13:45Technical Dialogue Session - D16.5/Poster 5Digital Tolerance Compensation Algorithm and Adaptive ZVS Detection Approach of Asymmetrical Half Bridge ConverterEric Chen, Desheng Guo, Martin Huang, Shashank Madineni, Sheng-Yang Yu, PhD
12:00 - 13:45Technical Dialogue Session - D22.12/Poster 11An Improved Analytical Methodology for High-Frequency Planar Transformer Design in LLC Converters

Kaushik Basu, Venkata Praneeth Somina, Sethuram Ronanki, Bharath T, Sidhartha Chakroborty (Indian Institute of Science) 

Shailesh Ghotgalkar

Advancing power innovation with TI's packaging technology

TI's isolated power modules with proprietary IsoShield™ packaging technology are helping engineers pack more power into increasingly small spaces. These chips deliver up to three times higher power density to enable more advanced, efficient and reliable data centers and EVs.

Transform the power path from grid to gate

Build next-generation data centers that support 800V power architectures with unprecedented power density and efficiency

With products and designs that optimize power delivery for AI data centers from grid to gate, our technologies enable the massive computational power demands of tomorrow's AI workloads while maximizing energy efficiency.

Meet with our engineers to learn more about how we can help accelerate your data center design development.

Accelerate the electrification evolution

Design electric vehicles that are safer, charge faster and drive further

At TI, we are innovating across hybrid electric vehicle and electric vehicle applications, from our single-stage matrix converters for onboard chargers to our electrochemical impedance spectroscopy (EIS) technology for battery management systems and our real-time motor control solutions for traction inverters.

Join our engineers to learn more about the latest advancements in vehicle electrification, 48V, and USB Type-C® and USB Power Delivery (PD) charger reference designs.

Power the future of energy and intelligent machines

Design next-generation industrial systems that deliver higher efficiency, power density and real-time control

From sustainable energy conversion and storage to precision humanoid robotics, our technologies enable efficient energy flow, fast dynamic response and coordinated motion – helping engineers build a cleaner energy infrastructure and more capable automation for the real world.

Come by the TI booth to see our latest demos for solid-state transformer systems, humanoid applications and more.