LORDWORLD
LORDWORLD USB-C 2.0 Male-Female Extension Cable 60cm 65W
Extends a USB-C connection by 60 cm with 65 W power delivery and 480 Mbps data transfer
- Delivers 65W charging via 20V 3.25A power delivery
- Transfers data at up to 480Mbps with USB 2.0 speeds
- Extends USB-C connections by 60cm for flexible routing
- Reversible male-to-female design ensures easy plug orientation
- Four-wire construction maintains reliable signal and power integrity
65 W USB-C Extension Cable
This 60 cm USB-C male-to-female cable extends a USB 2.0 connection while delivering up to 65 W at 20 V 3.25 A. Data throughput reaches 480 Mbps when paired with a USB 2.0 host and device. The reversible plug orientation simplifies insertion. It is designed for routing power through a backpack or similar mounting point.
Travellers and commuters needing reach
The short length suits users who want a tidy link between a power bank inside a bag and a device on the strap or outside. Builders who require longer runs, higher data rates such as USB 3.0 or 3.1, or video output over USB-C should look at other cables. The fixed 60 cm length cannot be adjusted.
65 W power delivery rating
The cable supports 20 V at 3.25 A for 65 W charging, which decides whether it can power a given laptop or tablet. If the device draws more than 65 W, this cable will not suffice. The 480 Mbps USB 2.0 data rate also limits file-transfer speed.
Highlights
- Delivers 65W charging via 20V 3.25A power delivery
- Transfers data at up to 480Mbps with USB 2.0 speeds
- Extends USB-C connections by 60cm for flexible routing
- Reversible male-to-female design ensures easy plug orientation
- Four-wire construction maintains reliable signal and power integrity
Specifications
| Brand | LORDWORLD |
|---|
Questions about this item
How do I route the 60 cm USB-C male-to-female cable through a backpack panel without straining the connector?
Feed the male plug through the grommet from inside the pack, then snap the female port into the outer mount; the short .6 m length prevents loop snagging but leaves no slack for sharp bends.
Will the four internal wires or the 20 V 3.25 A power path degrade first with daily backpack flexing?
The power conductors carry up to 65 W and are rated for the full 20 V 3.25 A; repeated sharp bending at the strain relief typically fatigues the thinner data pairs before the heavier power cores.
At what point does the 480 Mbps USB 2.0 throughput become the bottleneck during sustained 65 W charging sessions?
Data and power share the same four-wire bundle; the 480 Mbps ceiling is reached whenever a connected drive or peripheral saturates the USB 2.0 channel, independent of the 65 W supply.
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