In today’s world of exponentially growing AI computing power demands, server gateways, as critical hubs for data center data transmission, directly determine the reliability of the entire system. However, traditional gateway devices still face significant challenges in power management, filtering capabilities, and heat dissipation.
Server gateway main control chips have a large dynamic range of power consumption and extremely high instantaneous current requirements. Under prolonged high-temperature environments and continuous stress from large ripple currents, traditional capacitors experience accelerated aging of the electrolyte and electrode materials, leading to a significant increase in equivalent series resistance and a sharp decline in filtering performance.
Failed capacitors cannot effectively suppress high-frequency noise on the power network, causing spikes and drops in the power supply voltage waveform of the core chip, ultimately resulting in chip logic errors, data transmission errors, and system instability.
YMIN Electronics’ multilayer polymer solid aluminum electrolytic capacitors fundamentally solve gateway power problems from both material and structural perspectives.
These capacitors utilize a multi-chip parallel multilayer process, significantly reducing the overall ESR (equivalent series resistance) compared to traditional capacitors, with a typical value below 3mΩ. Its ultra-low ESR characteristics enable it to easily withstand larger ripple currents, with low self-heating and a temperature rise far lower than ordinary capacitors.
Using highly conductive polymer materials as a solid electrolyte completely avoids the risk of drying out and failing at high temperatures, as with liquid electrolytes, ensuring long-term stability of the capacitor at 105℃.
YMIN capacitors are sized to be compatible with mainstream gateway PCB layouts, allowing direct replacement of existing faulty capacitors without design modifications, enabling rapid upgrades.
After replacing the capacitors with YMIN capacitors, the core power rail voltage measured under full CPU load conditions showed that the high-frequency noise peak decreased from ±120mV to within ±30mV, a reduction of 75%.
Choosing YMIN ultra-low ESR multilayer capacitors is like building a robust “energy defense line” for your server gateway.
Post time: Dec-12-2025