MCHOSE
MCHOSE Phone Lanyard Charger Cable USB-C PD240W Black 0.98ft
A USB-C to USB-C lanyard cable delivers 240W PD 3.1 charging and 480 Mbps data while keeping a phone secured on the wrist
- TypeLanyards & Wrist Straps
- Charges MacBook Pro 16 to 40% in 30 minutes with 240W PD 3.1
- Secures phone against theft while keeping hands free during daily activities
- Transfers data at 480 Mbps via USB 2.0 between USB-C devices
- Backward compatible with PD 3.0 and 2.0 for versatile charging options
- Compact 0.98ft length with integrated E-Marker chipset for safe power delivery
Phone Lanyard Charger Cable
This USB-C to USB-C cable doubles as a wrist lanyard so the phone stays attached while charging. It supports Power Delivery 3.1 up to 240W and data at 480 Mbps. The 0.98ft length keeps the connector close to the device. An integrated E-Marker chipset manages power negotiation safely.
PD 3.1 Power and Thermals
The cable is rated for 240W PD 3.1 and remains backward compatible with PD 3.0 and 2.0 sources. In normal use it delivers up to 140W to compatible devices without noticeable warmth. The short run and quality conductors keep resistive loss low during typical charging sessions.
Sustained Load Behaviour
Under continuous 240W delivery the cable maintains stable voltage thanks to the E-Marker handshake. It can charge a 16-inch laptop to 40 percent in 30 minutes or a flagship phone to 100 percent in one hour. The fixed 0.98ft length limits heat buildup during prolonged high-power transfers.
Highlights
- Charges MacBook Pro 16 to 40% in 30 minutes with 240W PD 3.1
- Secures phone against theft while keeping hands free during daily activities
- Transfers data at 480 Mbps via USB 2.0 between USB-C devices
- Backward compatible with PD 3.0 and 2.0 for versatile charging options
- Compact 0.98ft length with integrated E-Marker chipset for safe power delivery
Specifications
| Type | Lanyards & Wrist Straps |
|---|
Questions about this item
How do I attach the 0.98ft lanyard cable to my phone for charging?
Loop the wrist strap through your phone case anchor or built-in lanyard hole, then plug the USB-C connector into the device port; the short length means you must keep the power source close to avoid tension on the port.
Will the integrated 240W E-Marker chipset need replacement over time?
The E-Marker is embedded in the cable head and rated for the life of the cable; no user-serviceable parts exist, so replacement only occurs if the cable itself suffers physical damage.
What thermal or power limit appears first during a continuous 240W PD 3.1 charging session?
The 240W E-Marker chipset governs the maximum power envelope; sustained loads at or near 240W will hit its current-handling ceiling before the USB 2.0 data lines or 0.98ft length become factors.
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