Can MEMS revolutionize the speaker market, much as it has for motion sensors and microphones?
Why does the TWS market matter?
What is a MEMS speaker?
Who are the major MEMS speaker vendors; how do their technologies differ?
What will drive usage of MEMS speakers and when might this happen?
How might the use of MEMS speakers change headphone design?
Recognizing market trends, opportunities and set-backs:-
• Why is far-field important?
• What are the emerging use cases?
• What are the key areas driving growth?
• What are the market challenges?
Embedding Machine Learning (ML) into end devices, The Edge, will find broad application in virtually all markets – consumer, industrial, military, transportation – you name it. Brands and chip vendors both face an explosion of opportunities and choices, so be sure that every product category that can have ML will have ML.
How will you compete?
How can brands evolve to ML enhanced products?
What are the likely evolutions?
What will they cost?
The TWS Market has boomed over the last six years, driving the licencing of Bluetooth codecs and ANC technologies alike. This has pushed both OEMs, component vendors, and software vendors to innovate as a means to remain relevant in the ever adapting market.
What future use cases will TWS fill?
How will multi-use case headsets enter the market?
Who is revolutionising the market?
How have scalable codecs and ANC encouraged innovation?
How might the competitive market change in the next few years?
The automotive market is undergoing significant change with the emergence of connected, electrification and automation. This has opened up significant opportunity in the advancements of audio distribution, playback, features and enhancements to support the shifting needs of better sound quality, immersive audio, voice commands and communication.
All E-Mobility applications including electric cars, motorbikes, bicycles and scooters share the same fundamental challenges; how do they match (or better) the resilience, safety and user experience of the traditional vehicles they replace? For sure, the mechanical design, aerodynamics and powertrain design have a huge influence, but these challenges also often rely heavily on the BMS design and the battery management ICs it includes, for intelligent monitoring, balancing, protection and optimisation of the power source.
Key Learnings:
