FICG Highlights Advanced Packaging Integration for Optical Transceivers at APE 2026
As AI training and large-scale deployment continue to ramp from late 2025 into 2026, data centers are increasingly optimizing not only compute, but overall network efficiency and cluster throughput. To support large-scale GPU/XPU clusters, the industry is entering a phase of broad 800G deployments, while 1.6T is moving into early production adoption and expansion. At the same time, tighter power and thermal budgets are accelerating the shift toward lower-power architectures and deeper advanced packaging integration.
With more than 18 years of experience in optical transceivers manufacturing, FICG was among the early adopters of SMT-based manufacturing processes for optical transceivers. To meet next-generation high-speed interconnect adoption requirements, FICG builds on its mature high-precision PCBA/SMT manufacturing foundation and provides integrated advanced packaging capabilities spanning
As optical transceivers progress into the 800G and 1.6T era, FICG has introduced flip-chip packaging into high-speed optical transceiver manufacturing, while advancing PIC/PD integration and lower-power design directions to help customers improve interconnect bandwidth, energy efficiency, and system scalability. FICG has established key process capabilities and quality control flows spanning from the chip level through module assembly. Through disciplined process parameter control and reliability qualification, FICG strengthens volume manufacturing consistency and ensures stable delivery.
To strengthen global delivery capability and supply chain resilience, FICG is advancing its manufacturing site in
FICG cordially invites industry professionals to visit Booth A521 at APE 2026 to discuss high-speed optical transceiver process integration, advanced packaging, and volume production support solutions, and to explore collaboration opportunities aligned with the rapidly evolving AI and data center interconnect landscape.
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