URVNS 240W USB C Charger Multiport Station - Powerful 8-Port Charging

In this review the URVNS 240W USB C Charger proves to be a practical solution for anyone who frequently charges multiple devices at once. The single biggest reason to buy is its ability to deliver a combined 240W output across eight ports, so a household or small office can power laptops, phones, tablets and accessories simultaneously without juggling adapters. The review focuses on real-world use: laptop top-ups from the 100W USB-C1, fast phone charging via PD and PPS support, and the space saving of one compact GaN block replacing several wall chargers.

Key Features

• 240W total output: Supplies enough combined power to run several laptops and mobile devices at once, reducing wait time when multiple devices need juice.
• 100W USB-C1 port: Delivers full laptop charging for a MacBook or similar large notebook when a single high-power connection is required.
• Multiport flexibility: Seven USB-C and one USB-A port allow a mix of phones, tablets, power banks and accessories to be charged simultaneously without extra adapters.
• Advanced GaN III Pro technology: Smaller and cooler operation lowers heat and waste so the charger stays compact and reliable under heavy load.
• Wide protocol compatibility: Supports PD3.0, PPS, QC3.0 and other fast-charge standards to maximize charging speed across brands and device types.
• Travel ready design: A detachable 5ft power cord and included charging stand make it easy to place on a desk or nightstand while traveling.

Who It's For

This charger is ideal for families, small teams, or content creators who need to power multiple devices at the same time and value a compact footprint. Users with a mix of laptops, phones and tablets will benefit most because the port layout lets one high-power USB-C1 run a laptop while other ports handle phones and accessories.

It is less suited for someone who only needs a single-port handheld charger or prefers separate chargers for each device to avoid sharing power between ports. Also, users who require proprietary charging docks with unique connectors may want a dedicated solution instead.

Pros & Cons

Pros

• High combined output easily powers several devices simultaneously without noticeable slowdown.
• Compact GaN design keeps heat and size down compared with older brick chargers.
• Broad protocol support ensures fast charging across many phone and laptop models.
• Included 5ft cord and stand improve desktop placement and travel convenience.

Cons

• Shared wattage between some USB-C ports means two mid-power devices may split available output instead of each getting a full dedicated boost.
• The unit is powerful but remains a single point of failure if unplugged or moved while multiple devices charge.

Specifications

Brand	URVNS
Total output	240W
Ports	7 USB-C + 1 USB-A
USB-C1 output	Up to 100W
Shared port groups	USB-C3/C4 or USB-C5/C6 share 45W; USB-C7 and USB-A share 20W
Fast charge protocols	PD3.0, PPS, QC3.0, 2.4A, AFC, FCP
Technology	GaN III Pro with Ai temperature control

Our Verdict

The URVNS 240W USB C Charger is a strong value for people who need to consolidate multiple chargers into one compact station and want reliable fast charging across laptops and phones. Its GaN design, broad protocol support and included accessories make it especially useful for families, remote workers and travelers, though users should be aware that some ports share wattage which can limit peak output when many mid-power devices are connected.

Frequently Asked Questions

Can it charge a laptop and several phones at the same time?
Yes, the 100W USB-C1 can run a laptop while the other ports supply phones and tablets up to the 240W total output.

Does the charger run hot under full load?
The GaN III Pro design reduces heat and the Ai temperature control helps keep the unit cooler than traditional chargers even at high combined loads.

Will all ports provide full speed when used together?
Not always; several ports share wattage so two or more mid-power devices may divide available output rather than each receiving the maximum individually.