Optical modules are opto-electronic conversion devices for high-speed communications. A typical module consists of optical components, electrical chips, PCB, mechanical housings and thermal structures. The edge of the PCB that plugs into switches or servers features gold-plated contact areas, commonly called gold fingers.

• Optical Module
• Optical Module PCB
• Optical Module PCB Gold Finger

HTCC multilayer high-temperature co-fired ceramic thin-film circuit substrates are a type of hybrid integrated substrate that combines HTCC multilayer three-dimensional interconnects with fine surface thin-film metallization. They offer high structural strength, high-temperature resistance, good thermal conductivity, high wiring density and excellent hermeticity.

• Ceramic Substrates
• HTCC
• Ceramic thin-film substrates
• Ceramic thick-film substrates
• Optical Module

The push for smaller, higher-performance electronics stretches HDI PCBs to their limits. For wearables, smartphones, slim laptops and space-constrained automotive hardware, Substrate-Like PCBs (SLP) serve as a key intermediate technology, bridging the performance gap between advanced HDI and dedicated IC package substrates.

• SLP
• HDI
• PCB design
• PCB Manufacturing
• High Density PCB

When your PCB assemblies operate outdoors, inside vehicles, or in industrial control cabinets, environmental stressors — humidity, salt spray, chemical vapors, rapid temperature swings and dust — are the top causes of premature field failure. Conformal coating is a proven reliability solution that forms a tailored protective barrier over your finished PCBA.

• Conformal Coating
• PCB Manufacturing
• Hardware Reliability

Unlike the process of directly embedding pre-metallized active metal brazed ceramic substrates, this article introduces a method for manufacturing ceramic-embedded PCBs: embedding ceramic blocks first, then metallizing the entire board in a single step. Compared with using pre-metallized ceramic blocks, this method lowers production costs and delivers better quality stability.

• Ceramic PCB
• Ceramic-embedded PCB process
• High Power PCB

The robotics industry generally features small batches, multiple varieties, and fragmented orders, with frequent line changes and high trial-and-error costs, making it difficult to spread risk through large-volume production. Therefore, the core approach is to use deterministic full-chain process rules to hedge against the production uncertainty brought by fragmented orders.

• Industrial Robot PCB
• Small-Batch PCB
• Robot PCB