INNOVACERA | technical ceramic solutions

As the demand for high-speed interconnects in AI data centers continues to grow, 800G optical modules have become a key product form in high-bandwidth data center networks. Compared with earlier-generation lower-speed optical modules, 800G modules must support significantly higher data rates within a similarly limited packaging space, while also facing greater power consumption and thermal management challenges. Some commercial products already consume up to ten watts of power, with actual levels varying depending on product architecture, transmission distance, and component configuration.   For module design, the impact of increased data rates extends beyond mere processing capability. Lasers, optoelectronic components, driver chips, and signal processors must be integrated at higher densities within confined spaces, leading to localized heat accumulation. Effectively dissipating this heat while maintaining necessary electrical insulation and structural stability during cooling ha...

Innovacera’s  Aluminum Nitride (AlN)  Substrates deliver exceptional thermal conductivity, a thermal expansion coefficient closely matched to silicon, and excellent electrical insulation, making them an ideal choice for high-power electronic applications. With superior mechanical strength, high breakdown voltage, and outstanding thermal shock resistance, AlN substrates ensure reliable performance in demanding environments. Their precision machining capability and customizable specifications make them well-suited for IGBT power modules, high-power LEDs, and advanced heat dissipation components.   Features • High thermal conductivity • Thermal expansion coefficient close to silicon wafer • High breakdown voltage Application • High power IGBT power module • High-power LED • High power heat sink Material Properties Table P roject Test conditions Unit AlN AN-170 AN-200 AN-230 Material – – AlN AlN AlN Appearance – – Light blue beige beige Surface roughness Ra μ m 0.2~0.75 0.2~0...

Innovacera’s  96 Alumina  (Al₂O₃) Substrates combine high density, superior thermal conductivity, and excellent dielectric strength, making them an ideal choice for electronic and energy applications. With outstanding resistance to high temperature, acid, and alkali corrosion, these substrates ensure stable performance even in demanding environments. Their precision machining and customizable sizes provide reliable solutions for thick and thin film resistors, low-power LEDs, and energy storage systems. Technical Strength (1) Independent formula system (2) Various molding processes ( casting, dry pressing, isostatic pressing and other ceramic molding technologies ) (3) Precision machining of dimensions (4) Customized services Powder Materials Advantages Independent and controllable materials with stable quality Low impurity content and high powder purity Batch production of powders, more stable Performance parameters can be customized Powder Material Properties Table category T...