Technical information

Introducing technical information and product topics of Kyocera electronic component products.

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5G Ethernet UWB Aluminum wire Prevent cracks Noise resistance Matching Low Thermal Resistance Improve Workability Cooling Base station Rapid charging Space-Saving Product Lineup Trivia Automobile Telecommunication Devices Long life time Waterproof High Capacitance High Heat Dissipation

Ultra-Small Crystal Units CX1008SB Series

The increasing functionality of communication terminals has led to an increase in the mounting density of electronic devices and a reduction in the mounting area, leading to demand for smaller mounting components. In this market context, Kyocera has developed our new ultra-small crystal unit CX1008SB Series available for mass production.

Space-Saving
Telecommunication Devices
5G

SAW Devices with Significantly Lower Loss

Introducing an Ultra-Low Loss SAW (ULL SAW) from Kyocera, which achieves significantly lower loss and higher steepness than conventional products.

Telecommunication Devices
5G

A SAW Filter with a Life of More Than 100 Years?!

Introducing Kyocera’s High-Power SAW Filter, which uses proprietary high-power durability technology to maintain a power life of more than 100 years (!) compared to just two years for conventional technology.

Long life time
5G

Small Differential Output Oscillators

Introducing Kyocera’s "Crystal Oscillator for Network Communication and Optical Module," which is essential for high-speed and large-capacity.

Noise resistance
5G
Space-Saving
Base station

In-Vehicle Crystal Units with Thermistor CT2016RA Series

Kyocera developed this product series for the advanced autonomous driving technology and connected environments.

Automobile
UWB
5G

Introducing the Industry's Smallest *1 Band 13 (NS07 Compatible) SAW Duplexer

Kyocera began mass production of Band 13 (compatible with NS07) SAW duplexers, the smallest size^*1 in the industry, measuring 1.6 x 1.2 mm, utilizing Kyocera's proprietary TC-SAW technology (temperature-compensated SAW technology). As a product for 5G smartphones, demand is expected to increase and expand further in the future. *1 In Band 13 Duplexer's Public Safety Band (NS07) Compliance Type. As of June 2022. Kyocera research

Space-Saving
5G
Base station
Noise resistance

Introducing Kyocera’s New Low-Phase Noise TCXO

Kyocera has developed a new compact low-phase noise temperature-compensated crystal oscillator (TCXO) to handle high-speed and large-capacity communications such as the 5G and Wi-Fi 6 (IEEE 802.11ax). Based on a crystal resonator optimized using Kyocera's proprietary photolithography and plasma CVM technology (detailed here), phase noise reduction is achieved at the industry's highest class* for a 1612 size device.Samples are already available. Mass production is planned to begin in 2024 Q2.^{*As of April 2022, based on a survey by Kyocera.}Wi-Fi^® is a registered trademark of Wi-Fi Alliance.

Noise resistance
5G
Telecommunication Devices

1411 Size Band41 SAW Filters with High Power Durability

Kyocera has developed low-loss, high-attenuation SAW filters with high power durability using its proprietary technology.

5G
Telecommunication Devices

Band 13 (+ 14) SAW Duplexer

Kyocera has achieved mass production of its high-performance Band 13 (+ 14) SAW duplexer developed using Kyocera's proprietary TC-SAW technology (temperature compensated SAW technology). ^{*TC = Temperature Compensated}

Space-Saving
Telecommunication Devices
5G

High-Precision TCXOs for 5G Base Stations

5G base stations require components that enable high-speed and high-capacity communications. Kyocera’s High-Precision TCXOs (Temperature-Compensated Crystal Oscillators) meet demand from 5G base stations with more stable frequency-temperature characteristics than conventional products.

Base station
5G

Small-Size SAW Duplexer (1.6 x 1.2 mm)

Kyocera has been developing SAW devices and RF solutions for various markets since 2000. Specifically designed for 5G smartphones to support the evolution of wireless communication technology, Kyocera’s new 1612 size SAW duplexers use proprietary simulation and microfabrication technologies to offer small-size, low-insertion loss, and high-isolation.