Docking station

This type of dock provides some sort of hardware expansion for the device docked to it, such as an external storage drive, a GPU, or a liquid cooling radiator.

Port replicators (sometimes referred to as passthroughs) are functionally and logically identical to a bundle of extension cables, except that they are plugged in and unplugged together through the device. Some also include electrical adaptors to change from one pinout to another (e.g., Micro-DVI to normal DVI connector.) Often Bus-Powered and small form factor, they functionally duplicate ports from the device to easily access more of the existing ports like: SD cards, peripherals, audio jacks, etc. as well as external display(s).[1]

A breakout dock is conceptually a breakout box in the form of a dock. It is an extension to a typical port replicator in that it not only replicates existing ports already on the computer, but also offers additional ports. Modern computers most often accomplish this by using a special, often proprietary, connector that consolidates the signals from many concealed traces from onboard external buses into one connector. As such, the dock can offer a greater number of ports than is physically present on the computer. This allows the basic unit to have fewer physical ports while still allowing users a way to access to the full range of features of its motherboard.

Most companies that produce laptops with such breakout ports also offer simpler adapters that grant access to one or two of the buses consolidated in them at a time.

Compaq LTE Lite laptop with proprietary dock

Similar to a breakout device, some docking stations produce multiple connections from one port, only instead of extracting them from internal chipsets, they create them inside the dock using converters. They are functionally identical to a hub with various converters plugged in. Often using proprietary connections and usually meant to be permanently installed, these self-powered docks are intended for specific models of notebook and would require upgrading at the same time as the notebook. Often, OEM docks contain a wired internet connection, dual displays, and a range of USB and Audio connections.

Functionally similar to OEM docks, but available in seemingly endless combinations, self-powered non-OEM docks still produce multiple connections from one port, only instead of extracting them from internal chipsets, they create them inside the dock using converters. Typically USB-C or Thunderbolt-3 based, they incorporate a range of converters such as USB display adapters or a full external GPU, audio chipsets, NICs, storage enclosures, modems and memory card readers, or even PCI Express card slots connected through an internal USB hub or PCI Express bridge to give the host computer access to extra connections it did not previously possess.[2] Because they are generally vendor neutral, they often support external device charging, more external monitors, and are more flexible to install. They are often the go-to choice for mixed device offices/workplaces to ease complications in deployments.

• Car Mounts are designed for use with most popular automobiles.
• Truck Mounts are designed for use with most popular pickup trucks, vans, SUVs and heavy-duty trucks.
• Cart Mounts and Forklift Mounts are designed to mount notebook, laptop & tablet computers on forklifts and warehouse carts.

Basic components in the design of computer vehicle mounts include:

• Docking station: The actual station or cradle in which the mobile PC rests. These stations may come equipped with additional functionality, such as charging and USB ports.
• Motion attachments: Movable components of a mounting system that attach between the pole or tube and the mount base. These come in a number of varieties, allowing the user to configure their mount's range of motion to desired specifications.
• Mounting base: Attaches the mounting system to the vehicle. This element is commonly composed of rugged materials such as steel. Tunnel mounts attach to the raised floor area (drive shaft tunnel) between the driver and passenger. Passenger side mounts attach to floor on the passenger side of the vehicle. Console mounting brackets attach to an existing vehicle center console. Trunk mounts provide mounting options for use inside car trunks.
• Poles and tubes: Attachments that allow the user to adjust the length and particular setup of the mount for the particular vehicle style.

Docking systems are shipped in their individual components, requiring the user to install and configure the device.

• Ergonomic Docking Stations:These are intended to both dock the laptop to offer power and Video connectivity and support the laptop screen at a height that allows a comfortable ergonomic view of the screen.