Introducing Olympus & Olympus I/O - A new perspective on modern music playback

have to ask.....how do you stabilize/support that floor, or is it wood flooring over concrete?
2X12 joists 16" o/c, 6"X6" posts on concrete piers and poured beams.

Steve Z
 
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I run my Extreme into a Merging Nadac stack via RJ45/Ethernet cable. in this configuration the Nadac will play files natively up to DSD512.

Will the Olympus XDMI with 2 Network cards, and any other ancillary Taiko items, connected via Ethernet cable to my Nadac stack currently be the only way to realize full XDMI potential AND play files natively up to DSD512?
 
I run my Extreme into a Merging Nadac stack via RJ45/Ethernet cable. in this configuration the Nadac will play files natively up to DSD512.

Will the Olympus XDMI with 2 Network cards, and any other ancillary Taiko items, connected via Ethernet cable to my Nadac stack currently be the only way to realize full XDMI potential AND play files natively up to DSD512?
The Olympus XDMI comes with 1xNIC, 1xUSB, and 1xXDMI card.
In your case, you may want to consider getting a custom built Olympus XDMI with 2xNICs and 1xXDMI card instead. You don't need the USB card with the Merging Nadac.

If you believe that the Merging Nadac will outperform the XDMI analog output, you don't need to trade up to the Olympus XDMI. You can simply keep your Taiko Extreme and add an Olympus I/O with two NICs.
But if I was a betting man, I would bet on XDMI analog...

The problem with keeping the Extreme and adding an Olympus I/O with two NICs is curiosity. Every night when you go to bed you will be wondering if the Olympus XDMI with an XDMI analog would have been a better sounding option :D.
 
The Olympus XDMI comes with 1xNIC, 1xUSB, and 1xXDMI card.
In your case, you may want to consider getting a custom built Olympus XDMI with 2xNICs and 1xXDMI card instead. You don't need the USB card with the Merging Nadac.

If you believe that the Merging Nadac will outperform the XDMI analog output, you don't need to trade up to the Olympus XDMI. You can simply keep your Taiko Extreme and add an Olympus I/O with two NICs.
But if I was a betting man, I would bet on XDMI analog...

The problem with keeping the Extreme and adding an Olympus I/O with two NICs is curiosity. Every night when you go to bed you will be wondering if the Olympus XDMI with an XDMI analog would have been a better sounding option :D.

another reason to go that way is to upgrade from old hardware technology to something more up to date and more maintainable/repairable for a longer period of time into the future
 
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I might miss the posts but how Extreme outputs to Olympus I/O? Through Extreme network card?
 
So, then the answer to my question is Yes, but the promise of the XDMI analog output outperforming my Nadac stack, or most current DACs, may negate the desirability of using an external DAC.
My bet is that the internal DAC is going to leave us gobsmacked as we look for excuses to proclaim our external DAC is the way to go. ………curse you Emile ;)
 
Steve, I can’t believe what I’m hearing from you- no more Lampi tube rolling and tube DAC love, life in the digital age is ever evolving.
Better add the price of all those sets of tubes onto the cost of upgrading!
 
I might miss the posts but how Extreme outputs to Olympus I/O? Through Extreme network card?

See post #131
Here's an attempt at making the Olympus I/O configuration as clear as possible using photos:

On the left side we have a Switch, then a BPS which powers the Olympus "I" module, this is then connected to our new PCIe interface card by means of a QFSP cable, this card is then plugged into the Extreme replacing the internal network card.

On the right side we have an Olympus "O" module containing the XDMI interface with an analogue output module fitted, this connects to another PCIE interface card by means of another QFSP cable, this card is plugged into the Extreme replacing the USB card:

View attachment 121609

Olympus "I" module, you can see the QFSP DAC cable being substantially "beefier" then the SFP DAC cable:

View attachment 121611

View attachment 121614

And the Olympus "O" module with XDMI interface:

View attachment 121612

View attachment 121613

The Interface cards:

View attachment 121615
 
Steve, I can’t believe what I’m hearing from you- no more Lampi tube rolling and tube DAC love, life in the digital age is ever evolving.
Ahh, but there's the rub.....it's called "letting go and learning a new pradigm"....I'm a slow learner and still am of the hope that Lukasz will come to the rescue
 
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About a 3rd orders the I/O to add to the Olympus. Very few I/O only orders.
Kudos to Taiko. 50 orders pre launch. That is an impressive rolodex of wealthy audiophiles that have significant trust in Team Taiko. I am sure that is more than justified,

Are the majority (all) of orders XDMI…? That might explain limited I/O orders for current Extreme owners given proportionately narrower price gap when including the XDMI.

I hope to be able to jump on at some point but its a big jump for me.

PS: NSM is amazing!
 
I run my Extreme into a Merging Nadac stack via RJ45/Ethernet cable. in this configuration the Nadac will play files natively up to DSD512.

Will the Olympus XDMI with 2 Network cards, and any other ancillary Taiko items, connected via Ethernet cable to my Nadac stack currently be the only way to realize full XDMI potential AND play files natively up to DSD512?

I am also a Ravenna user and since I am using dsp crossover all linked to Revanna in and out. I am also currently using 2 NiC card in my extreme. Right now I have to use Roon SRC to make all output 24/96 so it is compatible with my dsp XO. I have placed my order with Olympus server upgrade. Initially, I intended to do the same but I think I will place my order for XDMI analog out as well. This way I can forget roon and have everything output to xdmi analog and than AD back to my dsp XO. Sure there may be loss on the AD conversion. But with 5000 initially discount I figure that if my experiment turns out favouring Ravenna all the way. I can still sell my XDMI card at my discount cost and I would be able to sell it.
 
See post #131
See post #131
Thank you for the information but still don’t know how Olympus I/O does. if I buy a Olympus I/O for my extreme, Extreme will be only USB out to my DAC and the extreme Network card will move to Olympus I/O from my current Extreme?
Olympus I/O to my extreme by QFSP
By any new interface? A little confused.
 
If the board can accept external clock signal, what clock frequency will it accept for different file sampler rates. For example, dCS vivaldi Clock can feed 44.1 or 48 to the board? Thanks.

Whatever we design the daughterboard and adjust the firmware for to accept.
 
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Can it accept the clock frequencies of the dCS clocks ( 44.1 and 48kHz and multiples ) or just an external 10 MHz clock, as can be fed to the dCS master clock?

We currently have 2 daughterboards available.

1) a daughterboard containing a DAC and an analogue output stage with stereo RCA out.

2) a daughterboard with XLR AES out and RCA SPDIF out.

None of these 2 boards are designed to accept an external masterclock nor do they provide masterclock.

If there’s (enough of) a demand for it we can design a daughterboard with this functionality though as the baseboard architecture allows these features.
 
I might miss the posts but how Extreme outputs to Olympus I/O? Through Extreme network card?

XDMI is a modular system. It consists of:

1) software
2) a baseboard which houses the core of the system.
3) daughterboards which provide the interface to either your DAC or your Preamplifier.
4) A transparent interconnect system allowing you to situate the baseboard and daughterboards in an external chassis.

None of these 4 parts have been available before and all are new designs.

The Olympus XDMI server includes the first 3 parts of this system.

The Olympus XDMI I/O includes all 4 parts of this system.

Your question specifically addresses part 4 of the XDMI system, the interconnect system allowing you to situate the baseboard and daughterboards in an external chassis which is the Olympus I/O.

Olympus I/O does not only move XDMI from the server to its chassis, it also moves the network card to its chassis, therefor it uses 2 of the interconnect systems described in 4)

This interconnect system consists of 3 parts:
1) A PCIe interface card providing a QFSP output
2) A QFSP cable
3) A receiver card with a QFSP input and a PCIe slot which allows you to connect your XDMI baseboard, or network card, or even USB card

You could call this a PCIe extender, but that does not do the design justice, those do exist already, but they deteriorate PCIe performance while our solution improves PCIe performance, even over the PCIe slots which are mounted directly on the motherboard inside the server.
 

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