Ports Spec: Connector Type(s):
1 x USB 3.0 A (9 pin; SuperSpeed) Male
1 x HDMI (19 pin) Female
1 x VGA (15 pin; High Density D-Sub) Female
1 x RJ-45 Female
1 x USB 3.0 A (9 pin; SuperSpeed) Female
Maximum Data Transfer Rate:
5 Gbps (USB 3.0)
2 Gbps (Ethernet; Full-Duplex)
Maximum Analog Resolutions: 2048x1152 (VGA)
Maximum Digital Resolutions: 2048x1152 (HDMI)
Type and Rate: USB 3.0 - 5 Gbit/s
UASP Support: Yes
Compatible Networks: 10/100/1000 Mbps
Auto MDIX: Yes
Full Duplex Support: Yes
Capacity: Internal size: 12.79 x 8.26 x 1.37 inch (325mm x 210 mm x 35mm); External size: 13.18 x 8.85 x 1.57inch (335mm X 225mm X 40mm). This protective sleeve case fits perfectly for all 11-11.6 inch Laptop / Notebooks / MacBook / Ultrabook /Chromebook ( Apple Macbook / Acer / Asus / Dell / Fujitsu / Lenovo / HP / Samsung / Sony / Toshiba etc.).May not snugly fit all computers due to variations in the sizes of different models.
Specifications: DisplayPort to DVI-D Converter Sends HD Video to Your Current DVI-D Display Device
This 15-foot DisplayPort to DVI-D cable connects the DisplayPort output on your PC, laptop or Ultrabook to the DVI-D single-link input on your monitor, projector or television. No separate adapter or cable is needed. This allows you to continue using your existing DVI-D display for video without the expense of buying a new DisplayPort monitor.
Simple Solution for Displaying 1080p Video on a Large Screen or Secondary Monitor
The P581-015 is ideal for the office, classrooms, lecture halls and anywhere else you may need to connect your DisplayPort source to a DVI monitor. It also allows you to conveniently connect an additional monitor to your home or office workspace. The Display...
Capacity: -Exterior:39x29x8CM/ 15.4x11.4x3.1Inch -Laptop Sleeve:35x25CM/13.8x9.8Inch Fits most up to 13.3 inch Laptops,may not snugly fit all computers of different models.
Dimensions: -Exterior:39x29x8CM/ 15.4x11.4x3.1Inch -Laptop Sleeve:35x25CM/13.8x9.8Inch Fits most up to 13.3 inch Laptops,may not snugly fit all computers of different models.