Hi Emile,It varies somewhat due to us not taking a margin on these, the 61.44TB drive is the Solidigm D5-P5336 which is around Euro 7.500 here. Upgrading from 4TB to 8TB adds about 400-450. You can also leave out the standard included storage and save a similar amount. We prefer and strongly suggest to use Intel/Solidigm drives exclusively. It’s been quite challenging to get local storage to perform on par, or at least close to, streaming / networked storage as the network card included with the Olympus makes use of all of our most recent improvements, therefor we recommend to not just drop in any brand of either u.2 or u.3 storage drive.
Hi Emile,
So to make sure I’m understanding correctly, are you saying that playing files from streaming (e.g., Qobuz) or an NSA (network storage device) will result in equal or better sound quality than from playing files from internal storage? And that therefore you can choose to leave internal storage out completely and not lose out on sound quality?
Can't be happier. I preferred to stream everything in the past.Yes correct. Do note we have only tested a NAS connected to our Router / powered by the DC distributor in this scenario. I will put testing other scenarios on the to-do list. It’s quite possible a more remote NAS leads to similar results as the NAS competes with Tidal/Qobuz streaming for SQ which is most definitely a remote source. The Olympus with XDMI just changes some things we accepted as a norm in the “prior age of streaming”. The NAS we used is a 10 year old 2 bay Synology, nothing special unless you want to label this as “NOS” storage![]()
Ha ha. Thank you Emile for the confirmation. That is remarkable and unexpected.Yes correct. Do note we have only tested a NAS connected to our Router / powered by the DC distributor in this scenario. I will put testing other scenarios on the to-do list. It’s quite possible a more remote NAS leads to similar results as the NAS competes with Tidal/Qobuz streaming for SQ which is most definitely a remote source. The Olympus with XDMI just changes some things we accepted as a norm in the “prior age of streaming”. The NAS we used is a 10 year old 2 bay Synology, nothing special unless you want to label this as “NOS” storage![]()
Can't be happier. I preferred to stream everything in the past.
I liked the storage only because of increased SQ and zero waiting time , but it sounds Olympus has eliminated the difference.
From the other hand 400 to 450 Euro for additional 4TB is very attractive.
No-brainer for someone who needs it.
I am curious what type storage that old Synology has? HDD or SSD ?
I found long ago the HDD as it is magnetic gives some kind of " tape" vibe.
Due to functionality built into XDMS that overlaps with optimizations within XDMI, the Olympus server will be running Roon only when it is introduced. We will work on optimizing XDMS and introduce it to Olympus later.Right now XDMS only supports playing stored music from a local drive, not a NAS, so if this does not change in the short term I would think people would want at least some internal storage.
Due to functionality built into XDMS that overlaps with optimizations within XDMI, the Olympus server will be running Roon only when it is introduced. We will work on optimizing XDMS and introduce it to Olympus later.
Good to know...Due to functionality built into XDMS that overlaps with optimizations within XDMI, the Olympus server will be running Roon only when it is introduced. We will work on optimizing XDMS and introduce it to Olympus later.
I'm hoping to get clarity on one concern: using the new Olympus + I/O with XDMI feeding a Lampi Horizon, will one still be able to use a USB connection out for other DAC's (or with the Horizon, if only for shits and giggles comparisons)?

I don't understand what a u.3 option is, but I'm a bit confused on the memory issue, I can't say I'm thrilled about why I am now being asked to pay more for "new memory" that I don't want or need. I bought an Olympus planning to take my old Horizon memory out and transfer it to the new unit as promised. Now I have a choice. Keep my old memory with poorer sound, or bite the bullet and pay more for better sound (that never ends !). However, it would be good if Emile would address the obvious- why does the choice of memory effect the sound? It's just a digital file, right? Is there something about how that new memory is processed that is different from the old memory? If so, what and why? (A teaspoon of sugar helps the medicine go down!)
It is possible to order the full monty : Olympus (with USB adapter) + OIympus I/O XDMI.
That's what I chose.
The configuration will be as follows. Emile will correct me if I'm wrong ( @Taiko Audio )
However, I'm pretty sure you'll only be able to use one output at a time: USB or XDMI.
View attachment 128705
@Taiko Audio Emile - based on this, is there any difference between using one U.2 drive and one U.3 drive? Trying to get to whether there is a difference btw U.2 and U.3 as U.2 is way more common.The explanation is actually quite simple in this case. It’s now just a matter of current draw.
The m.2 drives as used in the Extreme operate at 3.3 volts. U.2 / U.3 drives operate at 12 volts.
These drives can consume up to 15 watts each.
For the U.2 / U.3 drives that equates to 15/12 = 1.25A
For the M.2 drives it equates to 15/3.3 = 4.55A
On top of that you’d run those in pools of 4 (4*4.55=18.2A) or 8 for 36.2A
On top of this the type of current draw drives create is extremely “dirty”, and scales up with increased draw.
I have a TrueNAS Scale NAS that is sitting on a different VLAN (146TB array, hosting VMs, Kubernetes, etc). Any sense if this is going to be equivalent to your tested Synology to the Taiko router given the degree of processing noise?
@Taiko Audio Emile - based on this, is there any difference between using one U.2 drive and one U.3 drive? Trying to get to whether there is a difference btw U.2 and U.3 as U.2 is way more common.
Unless I'm missing something, I think he was asking about memory, not storage.The explanation is actually quite simple in this case. It’s now just a matter of current draw.
The m.2 drives as used in the Extreme operate at 3.3 volts. U.2 / U.3 drives operate at 12 volts.
These drives can consume up to 15 watts each.
For the U.2 / U.3 drives that equates to 15/12 = 1.25A
For the M.2 drives it equates to 15/3.3 = 4.55A
On top of that you’d run those in pools of 4 (4*4.55=18.2A) or 8 for 36.2A
On top of this the type of current draw drives create is extremely “dirty”, and scales up with increased draw.
Unless I'm missing something, I think he was asking about memory, not storage.
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