Home Computing Computer Peripherals & Accessories USB Gadgets USB Lamps7 Port USB 2.0 High Speed USB HUB Laptop PC Slim USB SplitterWhite

Share this product

Shipped from abroad

7 Port USB 2.0 High Speed USB HUB Laptop PC Slim USB SplitterWhite

GH₵ 347.00

GH₵ 678.0349%

In stock

Order above GHC 150 on Jumia Express items & get free delivery | regular delivery from GH₵ 33.81 to Tema

0 out of 5

(No ratings available)

Variation available

7 Port USB 2.0 High Speed USB HUB Laptop PC Slim USB Splitter-White

Shipped from abroad

Delivery Fees GH₵ 33.81

Ready for pickup between 22 January and 27 January if you place your order within the next 7hrs 28mins

Delivery Fees GH₵ 45.71

Ready for delivery between 22 January and 27 January if you place your order within the next 7hrs 28mins

Free return within 15 days for all eligible items.Details

zsxfz3

60%Seller Score

3 Followers

Shipping speed: Good

USB Hub 480Mbps High Speed Multiple USB 2.0 Power Cable Cord Expander 4/7 Port Adapter Splitter with Switch for Phone Tablet
Feature:
1. USB2.0 chip: Real high-speed chip.
2. Built-in current overload short-circuit protection device.
3. Using excellent electronic devices to ensure stable operation.
4. The computer automatically recognizes and installs, without driver, plug and play.
5. (Hi-speed) USB2.0 interface, the theoretical maximum speed can reach 480Mbps, and is backward compatible with USB 1.1/1.0 standard specifications.
6. Current protection function: Support overload voltage and instantaneous current protection function, safe and convenient to use.
Specification:
USB: USB 2.0
Interface: 4 port USB/7 port USB
Operating humidity: 10%-90%
Working voltage: 5V
Working current: 500mA
Working temperature: -20℃ - 75℃
Storage temperature: -40℃ - 85℃
Support: for Windows95/98/ME/2000/XP/Vista, MAC 8.6 or later
Color: Black, White
Note:
1. Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
2. Please allow slightly measuring deviation due to manual measurement.