This video discusses the FC1610BN crystal from Epson. It is a compact, surface-mount timing component that delivers accurate 32.768 kHz operation in harsh environments with very low ESR.

Engineered for home automation, medical and green energy applications, factory automation and more, RX4111CE and RX8111CE real-time clock modules feature low current consumption and an automatic power switch function for seamless, continued operation

This video discusses the RX4901CE and RX8901CE real-time clocks with digital temperature compensation from Epson. These high-precision modules are ideal for applications requiring low power consumption and multiple event timestamps.

Featuring a compact, precise, and efficient design, Epson timing devices enhance digital medical ecosystems by enabling accurate remote monitoring for wearable medical devices.

As a global technology leader, Epson produces compact, accurate timing devices with low noise and low power consumption for data centers, network interface cards, 5G base stations and more.

Found in CCTV cameras, smart door locks and more, Epson timing devices allow for convenient smart home automation with their remarkably efficient, compact and precise design.

Learn about the newest addition to Epson’s microdevice lineup—the FC2012AN 32 kHz crystal, a low-ESR solution ideal for battery-powered IoT devices, wearables and other low-power applications.

Ideal for applications that require low power consumption over a wide temperature range, Epson’s compact, low ESR 32.768 kHz crystals bring high performance to IoT devices, wearables, wireless modules, medical devices and more.

There’s no time like the present to explore Epson’s latest lineup of real-time clock modules. Designed for precision and versatility, Epson's RTCs operate across a range of temperatures with low current consumption and offer useful features.

Powerful and versatile, the Epson RX8901CE and RX4901CE RTC modules offer low-power, high-accuracy and temperature-stable time resolution, independent of MCU operation. This makes them ideal for a broad range of applications.