AI Server & Switch
Cyntec has developed compact, high-efficiency, low-loss power inductors specifically designed for applications such as AI server SXM accelerator cards, UBB motherboards, and Switch.
Get QuoteAI Switch Baseboard Printed Circuit Board Fabrication is a core aspect of modern AI computing infrastructure. The AI switch baseboard—also known as AI interconnect or switched baseboard—is specifi...
Cyntec has developed compact, high-efficiency, low-loss power inductors specifically designed for applications such as AI server SXM accelerator cards, UBB motherboards, and Switch.
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Designed for both cloud data center and AI fabrics, Teralynx devices are programmatically configurable, enabling a single device to perform optimally in data center top-of-rack (ToR), spine/leaf, and edge
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With features like high performance, high bandwidth, low latency, strong scalability, and high reliability, the AI switch baseboard PCB has become an irreplaceable core component in modern AI clusters
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Explore how innovations in power devices, gate drivers, and DSP-based controllers tackle AI servers'' high energy demands, optimizing efficiency in data centers.
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AI server high-speed transmission leader Astera Labs delivered strong performance in 2025''s first quarter, announcing record results this week alongside a media event in Taiwan outlining
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Systems AI now gobbling up power and management chips for servers Bad news for multiple general server components as vendors switch to more lucrative gear
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Learn how AI workloads are reshaping server architecture with accelerators, CXL memory pooling, high-speed interconnects, and advanced cooling.
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The proposed solution in this article eliminates the limitations of legacy hot-swap controllers and enables the design of a reliable input protection solution for a 48V AI server.
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Astera Labs'' P-Series Scorpio Smart Fabric Switches are purpose-built to overcome these challenges by enabling seamless mixed traffic head-node connectivity across diverse PCIe generations and
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CPU requirements for AI workloads are multiplying, driving intensifying shortages and price hikes — Intel already shifting production from consumer chips to Xeon as inference workloads
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