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Can a Sensor Chip Truly Achieve Both High Linearity and Extreme Sensitivity
The quest to blend high linearity with extreme sensitivity in sensor chips has puzzled engineers for...
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Running a data center is no small feat. You’re juggling skyrocketing data demands from AI, 5G, and cloud...
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Optical communication delivers fast data transfer for ground links, beating old-school radio frequency...
Compared with competing products, what are the cost advantages of your products?
Through AI optimization of raw material ratio (loss rate reduced by 30%) and large-scale casting molding...
How to guarantee the delivery cycle and after-sales support of large-scale orders?
We have a fully automated HTCC production line (yield 99.5%) and global distributed storage, with a standard...
How does ceramic carrier board adapt to the trend of miniaturization and high density interconnection of AI chips?
We use 3D printed ceramic substrate technology to support the micro-interconnection structure with line...
Does the air tightness of the ceramic tube shell meet the harsh environmental requirements of the AI optical module?
Our aluminum nitride (ALN) ceramic tube shell passes through the multi-layer compaction sintering process,...
How to solve the problem of high power consumption and heat dissipation of the third-generation of semiconductor materials in the AI server power system?
Our silicon carbide (SIC) MOSFET module adopts high temperature co-fired ceramic (HTCC) packaging technology,...
Ceramic materials in ultraviolet / infrared band?
Sapphire (AL₂O₃) optical window is polished by chemical mechanical polishing (CMP). The transmittance...
How to deal with the small batch and multi-variety demand of optical device manufacturers?
We provide modular flexible production line (minimum minimum 50 pieces) and AI rapid proofing system....
Can ceramic carrier meet the precision integration requirements of miniaturized optical sensors?
We use 3D printed silicon nitride (SI ₃ N ₄) substrate technology to support a microoptical structure...
How to guarantee the air tightness and signal transmission accuracy of the optical module?
Our zirconium oxide (ZRO ₂) ceramic shell adopts nanoscale surface polishing technology, with surface...
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