CRYSTAL UNITS・CRYSTAL OSCILLATORS・CRYSTAL FILTERS・VCXO・TCXO・OCXO・QCM・Plasma process

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Junuary, 2026

【New Product】Developed an industry-leading VCXO with ultra-low phase noise and jitter

Kyushu Dentsu Co., Ltd. (KDK) has developed a surface-mount VCXO featuring ultra-low phase noise and ultra-low phase jitter. By combining our crystal design expertise cultivated over many years with proprietary oscillator circuit design, this VCXO achieves an industry-leading phase jitter performance of 18 fs typ. (12 kHz to 20 MHz). In next-generation communications and high-speed data transmission applications, increasingly lower jitter performance is required to improve signal quality. This product is a high-performance VCXO designed to meet these advanced market demands. The currently supported frequency is 122.880 MHz. For other frequencies or custom specifications, please feel free to contact our sales team.

Features
sas4x
SAS4X
  • Size                                        :14.0 x 9.8 x 5.5mm
  • Frequency                           :122.880MHz
    ※Please contact us for other frequency options.
  • Output                                  :CMOS
  • Supply Voltage                  :+3.3V
  • Operating Temperature :-40 ~ +95℃
  • APR                                         :±10ppm min.
  • Acceleration Sensitivity :2ppb/g max. Gamma vector, 3 axes, 20~2000Hz
  • Ultra-Low Phase Noise & Ultra-Low Phase Jitter

■Phase Noise Data(Typical.)

Ex. 122.880MHz, CMOS
phase noise data 312.5MHz
Offset Frequency 10Hz 100Hz 1kHz 10kHz 100kHz 1MHz 10MHz PHASE JITTER
(12kHz~20MHz)
AVG -67 -102 -131 -154 -170 -174 -175 18fs
Sample & Mass Production Schedule

■Status : As of Junuary, 2026

Series Sample Mass Production
SAS4X 122.880MHz Available July 2026
Contact Information

■KDK Global Sales:KDK Headquarter

Address
340 Fukushige, Omura Nagasaki 856-0006, Japan
TEL
+81-957-55-1313
FAX
+81-957-27-4018
E-mail
Click here

■KDK Japan Sales:KDK Tokyo Sales Office

Address
1-2-5-6F, Wakamatsu-cho, Fuchu-city, Tokyo 183-0005 Japan
TEL
+81-42-367-8010
FAX
+81-42-367-8014
E-mail
Click here

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