Product News |
|
02.08.2022 Epson Shipping Samples of the Latest Addition to Its Series of 32-Bit MCUs with Sound Playback Hardware S1C31D41 provides same usability as its predecessors but with voice pitch conversion and built-in clock with ±1% accuracy |
|
15.02.2022 Epson Shipping Samples of Low-Power 16-Bit Microcontrollers Equipped with High-Precision A/D Converter - Ideal for digital multimeters and other display-equipped measuring instruments - |
|
13.01.2022 Epson Shipping Samples of S1D15K01 Single-Chip Hybrid Liquid Crystal Driver IC for Digital Instrumental Cluster LCDs Simultaneously drive both segment and dot matrix displays with a single chip |
|
14.05.2021 Epson Begins Volume Production of a High Grayscale Segment LCD Driver for Instrumental Cluster Displays The S1D15106 LCD driver provides high contrast, supports 16-level grayscale segment displays, and has stronger safety functionality |
|
01.12.2020 Epson Shipping Samples of a Warning Light Monitoring IC for In-Vehicle Display Systems S2D13V02 detects warning light image errors and performs display processing |
|
06.10.2020 Epson Launches Volume Production of Power-efficient 32-bit Microcontroller with Arm®Cortex® -M0+ Processor - Includes integrated liquid crystal driver that supports 1.8 V - 5.5 V driving voltages and guarantees operation at up to 105℃ - |
|
30.07.2020 Epson Develops 32-Bit Microcontroller with dedicated hardware which can play sound on either a speaker or buzzer S1C31D51 microcontroller with ARM® Cortex®-M0+ processor, the ideal sound solution for home appliances and electronics |
|
09.06.2020 Epson Begins Volume Production of S2D13V40 Controller ICs for Head-Up Displays Image distortion corrected on curved windshields |
|
25.05.2020 Epson Launches Power-efficient 32-bit Microcontroller with an Arm®Cortex®-M0+ Processor Single-chip S1C31W73 MCU has 384 kB of memory and high-resolution LCD driver |
|
09.03.2020 Epson Accepting Orders for Samples of New Scaler IC for In-Vehicle Systems S2D13V52 increases in-vehicle display system development efficiency |
