Please Check Your Macbook Model: LISEN USB-C to Magnetic 3 Cable Only the following 10 models are supported: MacBook Pro 14-in. (M4, 2024), MacBook Pro 16-in. (M4, 2024), MacBook Air 13-in. (M3, 2024), MacBook Air 15-in. (M3, 2024), MacBook Pro 14-in. (M2, 2023), MacBook Pro 16-in. (M2, 2023), MacBook Air 13-in. (M2, 2022), MacBook Air 15-in. (M2, 2023), MacBook Pro 14-in. (M1, 2021), MacBook Pro 16-in. (M1, 2021).
Note: Not Available on Macbook Models Until 2021, Not a magnetic cable ^^ 140W PD 3.1
Super Fast Charging: This Macbook charger magnetic delivers 140W PD 3.1 super fast charging speed as OEMs, this Macbook pro charger cord powers your MacBook air efficiently with a 96W or 140W adapter, reaching 50% in just 30 minutes.
NOTE: While using certain power adapters, a slight 15-20 second delay in the charging process might occur due to our magnetic safety mechanism, but rest assured, it's a sign that your MacBook Pro is well-protected, Mag-safe 3 cable will charge quickly ^^ Super magnetic, Stable
Charging: This Macbook Air Charger Cord delivers a steady charging experience with a strong magnetic hold, avoiding interruptions. Safely releases if USB C to Mag-safe 3 cable tripped to protect your MacBook Air or Pro.
Tips: LED turns amber during charging and green when fully charged ^^ Right Angle Ports and Multi-Function Mag-safe 3 cableLISEN MacBook Air charger magnetic features an innovative 90-degree L design for fast charging. It features an ergonomic design that makes charging MacBook Air devices comfortable and simple, and the USB to USB C adapter cable enables up to 480Mbps data transfer, saving you valuable time ^^ 3X
Long-lasting Protect Design: Constructed with a high-strength braided cover, this Macbook Mag-safe cable resists wear, bending, and tangling, ensuring lasting durability. Macbook Pro charger reinforced at the port with laser-welded metal that stays secure. The copper core is UV-glued for solder joint protection, and the USB C to mag-safe 3 cableport passes 13KG load testing for long-term resilience