
Verilux 2-Pack USB-C to USB-C Charging Cables with 240W Power and 480Mbps Data Sync
₹ 725.00
Verilux 2-Pack USB-C to USB-C Charging Cables with 240W Power and 480Mbps Data Sync
Product Description
Power and data in one USB-C cable set
This Verilux 2-pack of USB-C to USB-C cables is made for charging and data transfer with USB-C laptops, tablets and phones. Each cable supports up to 240W output and 480Mbps data transmission, for everyday use at home, at work or while travelling.
Key Features
Up to 240W power support
With support for up to 240W output, the cables are designed for the power needs of compatible laptops and tablets as well as phones. The source notes that your power adapter and device need to be compatible with high-wattage charging to achieve optimal performance.
480Mbps data transfer
Use the cables for data syncing as well as charging, with 480Mbps data transmission for moving files between devices. This can be useful when connecting USB-C devices at home or at a workstation.
Integrated E-Marker chip
The built-in E-Marker chip helps manage power flow during charging for phones, tablets and laptops. It is also described as helping maintain stable output and assisting in preventing excess heat during rapid charging sessions.
Nylon braided exterior
The nylon braided exterior is designed to reduce bending stress and support flexibility through repeated plugging and movement. It suits regular handling during daily work routines or travel.
Two cables for everyday settings
The set includes two USB-C to USB-C cables for use with USB-C laptops, tablets and phones. Keep one at a workstation and another in a travel or home setup for convenient access to a cable where you need it.
Practical Uses
- Charging compatible USB-C laptops, tablets and phones.
- Transferring data between USB-C devices.
- Keeping cables available for home, office or travel use.
Specifications
| Product type | USB-C to USB-C charging and data cables |
|---|---|
| Package quantity | 2 cables |
| Maximum supported output | Up to 240W |
| Data transmission | 480Mbps |
| Chip | E-Marker |
| Exterior | Nylon braided |
| Suitable device types | USB-C laptops, tablets and phones |
Why Choose This USB-C Cable Set?
This two-cable set brings together high-wattage charging support, data transfer and a flexible braided exterior. The E-Marker chip helps manage power flow, while the two cables offer practical options for everyday USB-C charging and syncing.
Frequently Asked Questions
What is included in the pack?
The package includes two USB-C to USB-C cables.
Can these cables transfer data?
Yes. They support data transmission at 480Mbps.
What devices are they intended for?
They are suitable for USB-C laptops, tablets and phones. For high-wattage charging, the power adapter and device also need to be compatible.
What is the cable exterior made from?
The cables have a nylon braided exterior, designed to reduce bending stress and support flexibility with regular handling.
Information
Packer:Verilux
Shipping & Returns
Shipping Area
We ship within India, subject to courier serviceability.
Order Processing & Delivery
Orders are processed within 1–3 business days. Delivery typically takes an additional 2–7 business days after dispatch. The estimated total time from order placement to delivery is 3–10 business days. Weekends and public holidays are excluded. Delivery estimates may be extended during peak periods or due to courier delays.
Shipping Fees
Standard shipping is free for prepaid orders within India, except for the remote areas listed below.
Cash on Delivery (COD) orders incur a flat ₹100 COD fee per order.
An additional ₹70 remote-area shipping fee applies to both prepaid and COD orders delivered to the listed remote areas. For COD orders to these areas, the total additional charge is ₹170.
Applicable fees are displayed at checkout and included in your order total.
Remote Areas
Arunachal Pradesh, Assam, Manipur, Meghalaya, Mizoram, Nagaland, Tripura, Sikkim, Jammu & Kashmir, and Ladakh.
View our Shipping & Delivery policy for fees, remote areas and delivery estimates.













