Driven by 5.5G/6G and AI, 1.6T optical transceivers demand ultra-low jitter and precise timing. TKD delivers rock-solid frequency references for optical communications, base stations, and data centers with high-frequency differential oscillators, TCXOs, and VCXOs featuring low phase noise and wide-temperature reliability.
800G/1.6T optical transceivers demand integrated phase jitter strictly below 64 fs;
Meets the synchronization requirements of 56 Gbaud high-speed SerDes under PAM4 modulation;
High-frequency differential crystal oscillators have become the core clocking solution for optical modules.
Ultra-low phase noise OCXOs;
Achieves phase noise down to -178 dBc/Hz @ 1 kHz offset;
Compresses inter-base station synchronization error to within ±3 ns.
Maintains exceptional frequency stability across wide temperature ranges;
Industrial-grade wide-temperature certified for demanding environments;
Available in various accuracy grades to accommodate diverse application scenarios.
TKD crystal oscillators provide high-speed clocking to drive optoelectronic signal conversion and Data and Clock Recovery (CDR), ensuring reliable data transmission.
Ultra-High Fundamental DXO
Low Jitter MEMS Oscillators
TKD crystal oscillators provide high-stability clocking to coordinate high-speed computing and interconnects for GPUs/CPUs, minimizing latency and phase jitter.
High Fundamental DXO
Temperature Compensated DXO
TKD crystal oscillators provide reference clocking to guarantee timing alignment across motherboard buses and interfaces, ensuring stable system operation.
High Fundamental DXO
TKD crystal oscillators provide synchronization clocking to coordinate packet forwarding and timing alignment across ports, preventing collisions and packet drops.
Ultra-High Fundamental DXO
Temperature Compensated DXO
Programmable DXO