
Dialog Semiconductor creates energy-efficient, highly integrated, mixed-signal circuits optimised for personal portable, short-range wireless, lighting, display and automotive applications. The company provides flexible and dynamic support, world-class innovation and the assurance of dealing with an established business partner. With its unique focus and expertise in system power management, and now with the recent addition of short range wireless and VoIP technology to the portfolio, Dialog brings decades of experience to the rapid development of integrated circuits for personal portable applications including smartphones, tablet PCs, digital cordless phones and gaming applications. Dialog's processor companion chips are essential for enhancing both the performance in terms of extended battery lifetime and the consumers' multimedia experience. The company is active in five key market segments, and also offers a Custom SoC/ASIC service :
Personal portable
With its unique focus and experience in system power management and audio Dialog Semiconductor brings decades of expertise to the rapid development of ICs for personal portable applications including smartphones, tablet PCs, digital cordless phones and gaming applications. |
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DA9021/2: System core PMIC with high efficiency USB power manager
DA9052: Flexible system PMIC with high efficiency USB power manager
DA9053: Flexible system level PMIC with multicore support
DA9057: Flexible energy management with ultra low powerCODEC
Automotive / Embedded
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Dialog Semiconductor is a leading provider of highly integrated mixed signal ‘system-on-chip (SoC)' products. The company is able to integrate microprocessors, flash memory, smart power management, high voltage as well as high precision analog circuitry onto CMOS silicon and has an enviable track record of designing highly optimised products for top-tier customers in the wireless, automotive and industrial arenas. The applications to date have included handheld media player power management devices, car windscreen wiper motors, car oil sensor, complex industrial and commercial lighting control and dimming and computer network interface chips. The nature of custom chip design limits engagement to customers with high volume requirements.
