Lumissil Microsystems Expands with Advanced Microcontrollers
References: globenewswire
Lumissil Microsystems has expanded its automotive microcontroller offerings with the IS32CS8976 and IS32CS8978 series. These efficient innovations combine LIN network connectivity with advanced touch sensing capabilities in a single-chip solution.
Lumissil Microsystems' AEC-Q100 qualified eight-bit MCUs integrate multiple automotive-grade technologies, including a LIN 2.2 compliant protocol handler, configurable touch controllers supporting up to 20 sensors, and error-correcting flash memory up to 64KB. The third-generation touch interface features adaptive self/mutual capacitance modes with Shield technology for improved resistance against environmental interference like moisture and dust, while spread-spectrum clock modulation addresses electromagnetic compatibility requirements.
Lumissil Microsystems designs its new automotive microcontrollers as cost-sensitive implementations. Automotive engineers and tier suppliers may find these components valuable as the consolidated architecture of the innovations reduces material costs and enhances efficiency. Development is streamlined through VS Code integration and a calibration GUI, with third-party certification validating LIN network interoperability.
Image Credit: Lumissil Microsystems
Lumissil Microsystems' AEC-Q100 qualified eight-bit MCUs integrate multiple automotive-grade technologies, including a LIN 2.2 compliant protocol handler, configurable touch controllers supporting up to 20 sensors, and error-correcting flash memory up to 64KB. The third-generation touch interface features adaptive self/mutual capacitance modes with Shield technology for improved resistance against environmental interference like moisture and dust, while spread-spectrum clock modulation addresses electromagnetic compatibility requirements.
Lumissil Microsystems designs its new automotive microcontrollers as cost-sensitive implementations. Automotive engineers and tier suppliers may find these components valuable as the consolidated architecture of the innovations reduces material costs and enhances efficiency. Development is streamlined through VS Code integration and a calibration GUI, with third-party certification validating LIN network interoperability.
Image Credit: Lumissil Microsystems
Trend Themes
1. Enhanced Connectivity Solutions - The integration of LIN network connectivity in microcontrollers signifies a trend towards more cohesive and efficient automotive communication systems.
2. Integrated Touch-sensing Capabilities - Microcontrollers that combine advanced touch sensing with connectivity features represent a shift towards multifunctional single-chip solutions.
3. Environmental Interference Resilience - Incorporating Shield technology for resistance against moisture and dust highlights a growing focus on durability in automotive electronic components.
Industry Implications
1. Automotive Electronics - The advancement of automotive microcontrollers reflects a burgeoning industry dedicated to enhancing vehicle smart systems and connectivity.
2. Semiconductor Manufacturing - Semiconductor manufacturers are increasingly focusing on producing versatile, high-performance microcontrollers tailored for automotive applications.
3. Automotive Engineering - Automotive engineering is evolving to integrate more sophisticated microcontrollers, pushing the industry towards more efficient and cost-effective vehicle designs.
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