[Important Note] This adapter is not compatible with cases, covers, or skins on your Steam Deck or phones.
Enhance your device's performance with our 90-degree right-angle USB-C adapter! Designed to extend your cable in a direction that minimizes wear and tear, this adapter helps prolong the lifespan of both your cable and device. Plus, with support for high-speed charging, you can power up your device with up to 100W USB Power Delivery and enjoy data transfer speeds of up to 40 Gbps.
Whether you're at home, in the office, or on the go, enjoy stunning 4K@60Hz and even 8K video output. Despite its ultra-thin and compact design, this durable adapter boasts a high-quality aluminum shell, making it the perfect travel companion. Upgrade your tech experience today!
Discover convenience and durability with AreMe 90 Degree USB-C Male to Female Adapter, a 2-pack right angle extender designed for Steam Deck, ROG Ally, Switch, notebook computers, tablets, and mobile phones.
Features:
Elevate your device experience with the AreMe USB-C Adapter. Whether you're at home, traveling, or working at the office, enjoy seamless charging, data transmission, and video output with this versatile tool.
Customer Insights
Perfect for managing cables efficiently in tight spaces.
Many users found the connectors durable and well-constructed.
Positive reviews highlighted their performance in enhancing connectivity and charging.
Works well with various devices including Samsung S24 Plus with a case.
Attractive and functional packaging in a metal case for storage.
Helps in different scenarios, including car usage and travel stands for phones.
Multiple complaints about the adapters stopping working within a few weeks to months.
Reports of adapters working intermittently after a short period of use.
Some users experienced both adapters failing within a similar timeframe.
Not suitable for usage in cars due to detaching issues.
Some users mentioned difficulty opening the metal case without damaging it.
General dissatisfaction with build quality and its contribution to landfill waste after short use.