...data line. When two devices are connected and their potentials are different, voltage flows from high to low by traveling through the data cable. • Excess voltage • If the voltage potential is large enough, your equipment won’t be able to handle...

...can also get higher bandwidth. You can use a pair of single-mode fibre strands full-duplex for up to twice the throughput of multimode fibre cable. The actual speed and distance you get will vary with the devices used with the single-mode fibre.

...high-end electronic devices. • Two types of connectors • The two types of connectors associated with digital optical transmission are TOSLINK®, a Toshiba® trademark, and the 3.5-mm Mini Plug connector. • Learn more: • The Advantages of Fibre •  ...

...it is limited to Apple devices. • Thunderbolt is compatible with DisplayPort 1.1 and capable of natively outputting DisplayPort signals. It can deliver full 4k resolution at 60 fps on a single connector. • Different ways of delivering 4k • Dependin...

...Digital Audio Tape) device, home theater amplifiers, etc. S/PDIF is based on the professional AES3 interconnect standard. • S/PDIF signals are carried over two types of cables. The first is a 75-ohm coaxial cable with orange RCA connectors. The ...

...buffering (RAM or memory). But with the advent of higher-speed devices, the need for UARTs that could handle more data became critical. Manufacturers then began adding 16-byte First-In First-Out (FIFO) buffers to UARTs for greater throughput. •  

...PAM modes • G.SHDSL devices use two parameters for line configuration: PAM and BASE RATE. While  G.SHDSL Economy and Etherlink II modems only know two PAM modes (16 and 32), Etherlink IV  works with PAM modes from 4 to 128. Although the PAM mode...

...data from an attached device. • With the proper adapters, DisplayPort cable can carry DVI and HDMI signals, although this doesn’t work the other way around—DVI and HDMI cable can’t carry DisplayPort. Because DisplayPort can provide power to attach...