ScubaMan2017
Headphoneus Supremus
If I understand it, all those clicking noises were the internal switches inside the unit. Damn! That is a hell of a machine to assemble with lots of fussing, poking, and prodding. And yet it assembles into an elegantly-fitted-fanless-system. Amazing.He is talking about the output transistors.
I’m enjoying the hell out of my little toaster (Vali 2). And you’re right, these little brushed-aluminum boxes are their own little ecosystem. I have a big hangup about warm-hot electronics. I suspect its a carry-over from my (mis)understanding of Ohm’s Law, and computer assemblies. Too hot? Put cooling fins on it. Still too hot? Install umpteen-PC-box-fans. Overclocking? Water cooling. That’s my preconception - not Schiit Audio. I’ll take Mr. Stoddard’s advice and educate myself.Yes.
This is in a whole other league from the Magni/Modi family (I have all of them). I don't remember the Asgard's knobs being so warm at RMAF when they were shown, and certainly Raggy and Mjolnir didn't get toasty there. (The Asgard 2 wasn't at the show this year. Read into that what you will.)
If I had a FLIR camera, I'd take a picture of it. The case getting that hot was expected. The manual makes a point of mentioning it. The knob, though? I wasn't expecting that.
I was hoping to go simple and cheap. I suspect I’d be a penny-wise, and dollar-fool. I appreciate the suggestions, eh.There has been a ton of discussion here about setting up a network music system, so I though I'd share some info about how to make it easy. Please note I have no interest in the products I am about to mention except that I have used them both.
Let's assume you want to set up a music server in your home. You want to stream audio from the Internet and/or from a service like Tidal, and you have music files on a hard drive or NAS that you'd like to play. You have decided that you want to use Roon to control your system. Here are two solutions that are as close to plug and play as possible, and which require no computer knowledge or special skills. They only require a little money.
The two devices I have in mind are the Roon Nucleus and the Elac Discovery. Both are music server computers in nice compact cases. Both are silent with no fans or rotating hard drives so they can be placed right in your rack as part of a music-oriented system. Both come pre-loaded with a version of Roon but only the Discovery allows you to avoid subscription fees. And both are readily available for just over a $1000 investment (as of this writing the Discovery is $1100 and the Nucleus is $1400 on Amazon.) With Nucleus you’ll have to also pay the $500 lifetime Roon license so consider that.
Here's how you use them: You plug them in to power and the Internet as part of an Ethernet network (neither offers wireless.) You connect them to your music system (more on that in a bit.) You either plug in a USB hard drive or NAS holding your music (or you direct them to the folder containing your music elsewhere on your home network.) You download a control app to your PC, Mac, tablet or phone, or all of these, log into your Tidal account if you choose to go that way or select the local track you want to hear, and you begin playing music. No Pi DIY, no special computer knowledge required, no difficult setup (although there is a little bit of setup, but even a novice should be able to do it.) That's it. Except for the cost nothing could be easier.
What is the difference between the two?
The Nucleus is a Roon server with one USB or HDMI digital output so it must be used with a receiver/preamp or external DAC that accepts one of these. The Discovery is a Roon server with USB and S/PDIF digital outputs but it also has dual analog outputs, meaning it has two (decent sounding but not great) DACs built in so it can be connected to an analog input of a music system making it more flexible. Also, the three outputs on the Discovery (digital, analog 1 and analog 2) appear as different "endpoints" (Roon-speak for player) in the Roon app and can be controlled separately, meaning you actually have three different players available. You could connect the digital out to your main music system and one of the analogs to a second zone and use them both at the same time, playing the same or different content. The digital outputs on both sound pretty much the same and the quality you hear will be dependent on what you connect them to. The analog outs on the Discovery sound to me as good as a mid-level CD player. Acceptable and listenable but can be improved upon. Nucleus comes with a full version of Roon and Discovery with Roon Essentials. The notable difference between the two is Essentials has a max local library size limit of 100,000 tracks and does not support DSD nor multichannel audio via HDMI.
Both devices are Roon servers, so if you have other endpoints in your home they can all be "seen" and controlled from the app and can all access whatever music is connected to the server.
There are many other solutions, and many that can be cheaper. But in my opinion if you want to get into the network music game as easily as possible, one of these is a good solution.
+1 Heh.I think their next company should be called "Unicorn Tears, Inc."
Unfortunately, I might be adding to the hysteria about heat and electronics. I teach Ohm’s Law to my grade 9 students and factors that affect R. In grade 11 physics (here in Ontario) we then go into the nuances of Ohm’s Law. And then the IT teacher gets her claws on their minds with respect to breadboard building and trouble-shooting. I suspect we’re pumping out cohorts of freshly-minted grads that indeed believe OMG HEAT IS THE ENEMY OF ELECTRONICS... DROP THE DILITHIUM CORE... INITIATE SAUCER-SEPARATION... EJECT... EJECT. No @Jason Stoddard ... the instigators might be “us”. I think I’m going to take your advice and read up about “capacity temperature derating” before I teach that chapter.The problem is, people still freak out about "warm," thinking OMG HEAT IS THE ENEMY OF ELECTRONICS ARGH ARGH GONNA DIE HOLY CRAP! because they read it somewhere on the intartubes. This, despite the fact that the heat from their Surface Pro means they don't use it on their lap and their phone heats up in their hand when they're running some GPS-based stuff in the boonies.
I've written about this before, but learn a bit about capacitor temperature derating before you freak out. Also, the temperatures at which semiconductor junctions start spontaneously degrading are far, far above what any sane manufacturer will run--they would literally be out of business from service demands in a couple of years if they ran stuff that close to the edge.
If you want something that runs damn near cold, there's always Modi 3 and Fulla 2.