UGREEN has expanded its Nexode Pro Series with two new display-equipped charging solutions — the Nexode Pro 160W Charger with Retractable Cable and the Nexode Pro 300W Desktop Charger. Both of these innovations integrate smart screens and app connectivity to provide real-time diagnostic information and remote management capabilities.
The Nexode Pro 160W Charger, which the company claims to be the world's first charger in its class with both a display and a pull-out cord, features a retractable cable that extends up to 70 centimetres with eight adjustable lengths, three USB-C ports, one USB-A port, and GaNInfinity technology for efficient power conversion in a compact form. The 300W desktop station offers an eight-port configuration with three independent USB-C ports each supporting up to 140 watts, a DC output for specialized equipment, and a soft-touch finish.
Display-Equipped Charging Solutions
UGREEN Expands its Portfolio with the Nexode Pro Series
Trend Themes
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Smart Charging Interfaces — Embedded displays and connected diagnostics are turning commodity power accessories into intelligent control hubs with real-time visibility for device management.
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Retractable Cable Design — Integrated pull-out cords reduce accessory clutter while creating differentiation in compact charging products designed for mobile and hybrid work routines.
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High-wattage Multi-device Power — GaN-based desktop charging stations support growing demand for consolidated power systems that can run laptops, tablets, phones, and specialized equipment from one unit.
Industry Implications
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Consumer Electronics — Feature-rich chargers with screens, apps, and advanced port configurations reflect new value opportunities in everyday device ecosystems.
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Mobile Accessories — Premium cable management and compact power delivery formats are reshaping expectations for travel-ready and workspace-friendly accessory design.
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Remote Work Technology — Centralized charging stations with remote management capabilities align with distributed work environments that rely on multiple high-performance connected devices.