hardwiring
Hard-wiring
Can we remember what the small dashes do?
A place for AUDIO enthusiast to share, discuss and listen to others people setups
hardwiring
Hard-wiring
Can we remember what the small dashes do?
Thanks for assuming English is my first language. I'll take that correction as a compliment.
It is my first language. Hardwiring with no hyphen is fine. It was even perfectly happy to be swiped into the keyboard
There's nothing stopping you from soldering to the back of a usb port. But why? You could probably get a 180 degree adapter that only sticks out and inch and then loops back inside. Then if the DAC dies it's not a pain in the ass to replace. And it's not like usb ports go bad just sitting there.
I already commented once, but look at the spec sheet for your sound chip, if you have a discrete one. It's possible you might have untapped potential there.
What is your laptop board? What outputs does it slay have? The most simple suggestion of using USB of the most reliable. Thunderbolt to pcie is a thing.
Next option is to use a mini pcie slot.
I'm interested to know if you can get pcie out of m.2.
Anything beyond that and you are pushing the boundaries of impossible.
Good suggestions, thanks a lot!
The board is a 4th gen i7 coming out of an ASUS X751LN, released in 2014 so PCIE is v2.0. That could be a bottleneck, I suppose.
I thought USB might be a weak point, and I wanted to skip some links in the chain, but you're right about reliability. I was going to reserve a USB slot for storage, but it looks like there are plenty of SATA connectors inside. Fingers crossed they're up to it.
Re your followup post, looks like this model has the lite version of ASus' "audiophile" SonicMaster technology... Can't tell how much of that is speaker improvement, but fingers crossed there's a good little sound chip at the root of it.
Regarding maxing out the USB, at what bit depth are you running? Do you plan to saturate the throughput above 30 Mbps? I could see this being an issue if you were using the same controller for disks.
Speaking of throughput and storage, you will see a tenfold increase in speed over SATA. You will have many less data collisions as well. If you plan on making this an appliance instead of a mobile device, then you should host all your media on another device, tbh. Your network interface is still faster than USB 2.
Finally, if you already have the board exposed, there is a chip on the same side of the board as the memory and processor. It is in the corner, near what appears to be the 3.5mm Jack. You should be able to find a data sheet on there and see what capabilities the chip has. If you are lucky, you may have access to the raw outputs for rca. Actually making use of those is beyond me, however.
Thanks for following up.
Last thing first, I found the sound chip and identified it as a Realtek ALC3236. It's listed on a lot of sales sites that claim to have data sheets. It seems they all link to alldatasheet.com, which only has ALC3246 onward AFAICT. I'll dig on, but at a glance it feels like a dead end.
I don't think I'll have to worry about load on the USB connection; 99% of my music files are still mp3, so it should be nowhere near megabytes/sec? Once I've replaced more of it with lossless audio that may change, but for now I think I'm good.
As for the built-in SATA connections, I think the specs oversold the number a bit. Looking at the mobo I can find only two; one for mounting the system disk, and one for the optical drive. From what I've seen the latter would be noticeably slower than needed for a hard drive. So unless I find a good PCIE to install an NVME disk, I'm probably stuck with USB for now.