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Service Offerings
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Automotive Electronics Field
JiuXi can provide automotive semiconductor services, including AEC-Q Series reliability verification and failure analysis, helping companies accelerate the process of gaining certification. We offer a one-stop solution for component verification and analysis.
5G Mobile Communication Technology
By 2025, 5G technology has fully permeated the communications, automotive, and industrial sectors, placing 5G chips under rigorous testing due to challenges posed by high frequencies, high power requirements, and complex operating environments. Chip reliability testing has become critical in ensuring product stability, as reliability—measured through quantifiable data—serves as the foundation for guaranteeing product quality. By leveraging experimental simulations, manufacturers can assess the likelihood that a product will successfully meet its intended functional specifications within a specified timeframe and under particular usage conditions, ultimately confirming its ability to achieve mission-critical objectives.
AI Artificial Intelligence
The AI industry is rapidly advancing, with breakthroughs in ML and generative AI making headlines almost daily. As AI technology continues to evolve, AI chips have become the cornerstone for scaling up the development of AI solutions. For instance, leveraging traditional CPUs—or even AI chips from just a few years ago—to power cutting-edge AI applications like facial recognition or large-scale data analysis would now come at exponentially higher costs. Modern AI chips outperform their predecessors in four critical areas: they’re faster, deliver superior performance, offer greater flexibility, and are far more energy-efficient.
Consumer/Industrial Electronics
Under the wave of domesticating chip production, shipments and substitution rates for domestically produced chips have surged rapidly in recent years. In terms of shipment ratios, in the consumer electronics sector, the domestic substitution rate for power management chips and RF front-end chips has already exceeded 70%; in the industrial control and communications, the substitution rate for power management and signal-chain chips also surpasses 20%; however, in the automotive electronics segment, the domestic substitution rate for power management and power devices remains below 10%.
MEMS/Sensors
Micro-Electro-Mechanical Systems (MEMS), also known as microelectromechanical systems, microsystems, or micromachines, refer to high-tech devices whose dimensions range from a few millimeters down to even smaller scales. As MEMS technology continues to advance, reliability has become an indispensable aspect of both the design and manufacturing processes.
