Today’s world is indeed a “wired world,” as they call it, and cables such as USB 2.0 cables, 100 ft HDMI cables, cat6 cables for the Internet, and much more can help keep the electronic world running. The same is true of cell phone cables and fiber optic cables as well. When it comes to USB 2.0 cables, 3.0 cables, and ethernet cables, a buyer may find many options in online catalogs or at an electronics goods store, and a buyer is urged to know what each cable does. These USB 2.0 cables or crossover cables may vary in length, data transmission speeds, and even in toughness or the color of their sheaths. Using USB 2.0 cables is standard today, though 3.0 cables may also be used for even faster data transmissions. Those USB 2.0 cables and 3.0 cables can plug different devices together, ranging from PCs and game consoles to an HDTV or a fax machine. How can today’s cables make an office run smoother? And what about cables for the home?

Using Cables in the Office

Nearly all places of business today make good use of cables, and even smaller businesses are bound to have at least a few cables on hand. But these work PCs are probably not all running on wireless Internet connections, since doing so could overload local WiFi providers, and all those computers may suffer from interference issues. Instead, IT professionals will set up not only the office’s PCs and fax machines, but all cables necessary to connect everything. This means plugging in and stringing up cat5e cables and cat6 cables, and these ethernet cables can plug into a PC or laptop at one and and plug into a router at the other, as well as to other computers. Such cables can be threaded carefully through the office so that they are not a tripping hazard, and IT workers can even drill holes in the floor to let cables pass through. The idea is that cables can make for a solid and smooth connection to the Internet, and they do not suffer from interference. A cat6 cable has four pairs of wires that can transmit data with ease.

Cables are also essential for building and using a data center. A data center is a dedicated room with shelves and racks that contain hundreds or even thousands of computers, all plugged into each other with cables to form a single, powerful entity. This creates enormous, private storage space, and any desktop PC that is plugged into this array can store data there and also receive a boost to processing power. This allows office employees to easily and quickly share data with each other, and privately, too.

Fiber optic cables can help, too, and feed massive amounts of data to the office’s router and computers. These are thin, flexible glass tubes that carry data extremely quickly with pulses of light, and an office manager may hire a crew to install such cables for a powerful Internet connection. Bonus, “dark” cables may also be installed, and these are backup that come online if any of the main cables fail or malfunction. Those dark cables can also come online as the office’s Internet use expands.

Cables in the Home

Everyday consumers can make good use of cables, too. Smartphones can be plugged into wall sockets (with an adapter) or electronic devices with a lightning cable to recharge, and share data with other devices. A home office will feature a PC plugged into a router with an ethernet cable, and cables can also link that PC to a fax machine or printer, and related devices.

Cables can also be used to create a home entertainment system, and the only limit is ensuring that all involved devices are compatible with one another. HDMI cables, in particular, are the next step up from AV cables, and they can plug a laptop or a game console to an HDTV or a digital projector to provide high-def visuals. An ethernet cable can connect a PC or a game console to a router for secure data transmissions to allow video streaming and online gaming, too. Other cables can plug in speakers and sub woofers for sound.