Nippon Labs
Nippon Labs 20USBC240W-2M 2 m USB C to USB C 240W 5A PD 3.1 cable
Two-metre USB-C to USB-C cable delivers up to 240W power with PD 3.1 and E-Mark chipset, plus 480Mbps data transfer
- Cable Length2 meters
- Connector DetailUSB C
- Terminal GenderMale to Male
- 240W fast charging for phones laptops and tablets
- 5A at 48V PD 3.1 with E-Mark chipset
- 480Mbps data transfer over USB C
- 2 metre PVC and nylon net jacket cable
- Gold plated connectors for reliable connection
2 m USB-C cable with 240 W PD 3.1 support
This 2 metre USB-C to USB-C cable delivers up to 240 W at 5 A and 48 V using the PD 3.1 specification and an integrated E-Mark chipset. The PVC and nylon net jacket protects the conductors while gold-plated contacts resist corrosion. Data transfers run at 480 Mbps.
Suitable for phones, laptops
The lead works well for devices that accept PD 3.1 charging up to 240 W, including recent smartphones, notebooks and tablets. Buyers who require data speeds above 480 Mbps or alternative connector types should consider other options.
PD 3.1 with E-Mark enables the full 240 W rating
Without the E-Mark chipset the cable cannot negotiate the 5 A at 48 V profile that defines the 240 W maximum. This single feature decides whether the lead can supply the highest power your device requests.
Highlights
- 240W fast charging for phones laptops and tablets
- 5A at 48V PD 3.1 with E-Mark chipset
- 480Mbps data transfer over USB C
- 2 metre PVC and nylon net jacket cable
- Gold plated connectors for reliable connection
Specifications
| Brand | Nippon Labs |
|---|---|
| Model | 20USBC240W-2M |
| Cable Length | 2 meters |
| Connector Detail | USB C |
| Terminal Gender | Male to Male |
Questions about this item
How do I plug the USB C male connectors into my laptop and charger so the E-Mark chipset negotiates 240W at 48V?
Insert each USB C male end fully until it clicks; the built-in E-Mark chipset then communicates with the PD 3.1 power source to enable up to 240W at 48V.
Will the PVC+Nylon Net jacket or gold-plated contacts need replacement after repeated bending?
The PVC+Nylon Net jacket resists abrasion and the gold-plated contacts resist corrosion, so neither component requires scheduled replacement under normal use.
At what point does the 480Mbps data rate become the bottleneck during sustained large-file transfers?
The cable tops out at 480Mbps, so any sustained transfer larger than a few hundred megabytes will hit that ceiling before the 5A power limit is reached.
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