#1. Extended Power Range (EPR) devices support USB PD 3.1 and provide voltage outputs greater than 20V, such as 28V.
#2. When charging two devices with different voltage requirements, a minor power loss of approximately 3–10W occurs due to conversion inefficiencies.
#3. The total power output can reach up to 130W if a single device requires more than 100W (i.e., operating above 20V 5A); otherwise, the maximum output is limited to 100W.
#4. USB 2.0 data transfer is only available for the first connected device; the second device does not support it.
Features
Charge Two Devices Simultaneously: Streamline your charging setup with this USBC power splitter cable. Charge two devices at once from a single USB-C charger, reducing clutter and offering ultimate convenience. Perfect for travel, home, or office use, keeping your devices powered without extra cables.
Powerful 140W Power Delivery: Charge high-power devices like MacBook Pro, iPad, and smartphones at lightning-fast speeds with this 140W USB C charging cable. The USB C splitter charging cable supports USB PD 3.1 Extended Power Range (EPR) for reliable, high-power delivery to performance-demanding devices.
Durable, Flexible Build: Crafted with high-quality braided nylon, this dual USB C cord (USB C splitter 1 in 2 out cable) ensures durability and flexibility. The 4ft main cable and 2ft split ends provide optimal length, while the adjustable TPE slider offers easy cable customization. Includes a cable tie to keep your setup organized.
Smart Power Allocation: This USB C Y cable is engineered with smart power distribution to allocate the ideal amount of power to each device. Ensures fast and safe charging without overcharging, making the dual USB C charging cable perfect for multi-device setups where efficient charging is essential.
480Mbps USB 2.0 Data Transfer: This dual USB C charger cable supports 480Mbps data transfer, allowing syncing while charging for a smooth workflow. Ideal for professionals, digital nomads, or anyone who needs efficient charging and data transfer. Note: Only one split end works for data transfer at a time.