Link is broken:The only negative is that the upgrade is a bit involved so you better read the instructions to make sure it is for you.
http://chrome-extension//efaidnbmnnnibpcajpcglclefindmkaj/https://www.behringermods.com/DCXInstructions-Black.pdf
Link is broken:
Code:http://chrome-extension//efaidnbmnnnibpcajpcglclefindmkaj/https://www.behringermods.com/DCXInstructions-Black.pdf
How hard is this? I see just a fully populated PCB and a couple ribbon connectors? What DIY skills are involved? Soldering? Spot voltage measurments and pot adjust?For those with this unit, this is one of several mods that have existed, and is a good option if one wants to upgrade and has some DIY skill in electronics.
Per the 16 page document of @Music707 link, the answer yes, yes, no!...What DIY skills are involved? Soldering? Spot voltage measurments and pot adjust?
The PDF also shows the need for steady hands [ignore the remark about cup-of-coffee] and possibly a PCB workstation for SMT replacements.
Thanks. I had installed the Adobe PDF reader extension for Chrome which seems to have screwed up links.The right link:
BehringerMods.com Instructions for modification of Behringer DCX analog inputs and outputs
=> [PDF] https://www.behringermods.com/DCXInstructions-Black.pdf
6 to 7 dB lower noise floor, 8 dB for the DAC, is huge.A few dB sinad more and a little less noise is "much better"? Okaaay...
I think one should ditch Behringer right away if you care about high quality audio processing.
The big win to my mind is ~20dB reduction of intermodulation distortion in the mid-high frequencies. Particuarly as intermod / multi-tone is a non-harmonic distortion I think there is at least an argument for it being more audible than THD.A few dB sinad more and a little less noise is "much better"? Okaaay...
I think one should ditch Behringer right away if you care about high quality audio processing.
Yes some soldering, pretty easy for some, but also some de-soldering of some caps, and I believe dealing with SMDs. Not a simple plug and play for many.How hard is this? I see just a fully populated PCB and a couple ribbon connectors? What DIY skills are involved? Soldering? Spot voltage measurments and pot adjust?
Per @amirm' price quote of "£138" and even if it only improves performance by just ~6dB << wouldn't that make it very cost-effective retrofit to gain 50%^ performance?but it essentially doesn't add anything of value yet deletes the nice feature of high voltage output,