Quote:
Originally Posted by
sirpunkly
β‘οΈ
Sound quality will be debated and is subjective blah blah blah.
An objective thing to consider is the reliability of gear that gets used 16-20 hours a day, 7-days a week. Design of power supplies, heat sinks, etc...
This is usually why in broadcast most standard gear is expensive. However the trade off is they will run reliably 24/7/365 and if there is a fault it can easily be repaired.
There is budget gear that can be used to make great sounds but if they break they are destined for the landfill.
Thatβs a complex question. In objective terms it depends a lot on what you are using it for.
By example as sirpunkly notes, expensive gear is generally more reliable. But do you need that reliability? Assume that:
Cheap Processor A has an MTBF (mean time between failure) of 2000 hours
Expensive processor B has an MTBF of 20,000 hours.
If you are a musician/hobbyist working in a home studio, and using the processer A for, say five hours a week, it will go a little less than eight years without a failure on average. B will go for about 80 years without a failure. In terms of reliability, B is probably not worth the increase in cost in the home studio
If processor A is in a heavily used studio, and running for 50 hours a week, It will fail on average, every 9 months. Therefore B is worth it in the heavily used studio.
Ditto, the price to performance curve is exponential in shape. To get the last 10 % in quality may cost 10 times what it cost to get to the 90% point.
But do you need the last 10% in say, noise floor if youβre in a home studio with audible heating/cooling ducts that hisses. Do you need the incredible subtly of a very expensive pre-amp or mic if you are not recording in a good-sounding professional room? Would you be better off spending the money on room treatment?