Det jeg mener er at den digitale verden er mindre støy påvirkelig enn den analoge, men den er ikke støy fri.
Men les dette
http://blogs.techrepublic.com.com/networking/?p=589fra wikipedia.com: Digital noise
When data is transmitted, or indeed handled at all, a certain amount of noise enters into the signal. Noise can have several causes: data transmitted wirelessly, such as by radio, may be received inaccurately, suffer interference from other wireless sources, or pick up background noise from the rest of the universe. Microphones pick up both the intended signal as well as background noise without discriminating between signal and noise, so when audio is encoded digitally, it typically already includes noise.
Electric pulses transmitted via wires are typically attenuated by the resistance of the wire, and changed by its capacitance or inductance. Temperature variations can increase or reduce these effects. While digital transmissions are also degraded, slight variations do not matter since they are ignored when the signal is received. With an analog signal, variances cannot be distinguished from the signal and so provide a kind of distortion. In a digital signal, similar variances will not matter, as any signal close enough to a particular value will be interpreted as that value. Care must be taken to avoid noise and distortion when connecting digital and analog systems, but more when using analog systems.
Når jeg snakker om feil-plasserte komponenter, så er det dette som er noe av den største utfordringen til kretskort produsentene og tegne, designe og produsere et kort som har sine komponenter bygd opp på den mest effektive måten.
Pioneer VSX-LX60, Pioneer PDP-427XA, Dali Ikon 6, Dali Ikon Vokal 2, Pioneer DV-696AV, Pioneer DVR-530H, Project Debut III, Jamo E400, Pioneer S-W150S, PS3 og Gamecube