USB3VDOCKD | StarTech.com USB 3.0 Docking Station with DVI - 3 x USB ports, USB A | RS

set Up A Permanent Or Short-term Workstation Where Fewer Peripheral And Device Ports Are Needed, And In An Area Where Desk Space Is Limited. This Dvi Docking Station For Laptops Offers A Cost-effective Way To Create A Simpler But Highly Functional Workstation That Can Be Used In Permanent Workspaces, Or By Multiple People In Guest Or Short-term (hot Desk) Environments. If You Don't Need All The Connections And Features Of A Traditional Laptop Docking Station, You Can Use This Dock To Add The Most Essential Connections (such As An Extra Display) To Your Laptop. Now You Or Your Colleagues Can Be More Productive And Create An Efficient And Comfortable Workspace, Even In An Area With Minimal Desk Space. Essential Connections That Are Ideal For Simple Workstations This Laptop Dock Features Basic Device Connections That Are Integrated Into A Small Foot-print Housing. Now You Can Create A Permanent Or A Short-term (hot Desking) Workstation In A Location With Limited Space. The Dock Offers An Efficient Solution For Adding An Extra Display, A Gigabit Network Connection, And Multiple Usb Devices Without Having To Connect Several Individual Adapters. And, With Hot Desks, Laptop Users Aren't Tied To One Specific Workstation, So They Can Come And Go Easily. The Dvi Dock Offers Simpler Connectivity, So You Can Save Money By Avoiding A Docking Station That Has Connections You Might Never Use. It's Perfect For Anyone Who Needs To Expand Their Connectivity In Virtually Any Environment Or Application. It's A Cost-effective Docking Station That Still Provides All The Fundamental Ports Of A Full-size Workstation, Such As Dvi Output, And When Paired With Your Laptop Display, You Can Easily Set Up Dual Monitors. Compact Design Maximizes Your Available Space If You're Running Out Of Physical Workspace, This Usb 3.0 (also Known As Usb 3.1 Gen 1 - 5gbps) Docking Station Can Help. Its Compact Design Occupies Minimal Surface Area, So You Can Integrate It Into Smaller Areas Than Tra