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Found 5 results

  1. I am about to run an experiment. I would like others thoughts before I make this happen. I have a “spare” Mac Mini that was my music server and my current music server which is the last generation Sonic Transporter i5. I have been reading the threads about using a bridged network to improve sound quality. So I am am thinking about the new ST i7 DSP but before I spend $$$$ I want to experiment. My current NAA is a microrendu with 1.3 hardware and 2.5 software. I am running Ethernet to it. The music servers are in the network rack in the basement. 1. Move Roon Core back over to the Mac Mini and put the music either on my Synology NAS or on a drive attached to the Mac. 2. Test the Mac Mini as the server without bridging for a few days. 3. Setup bridging on the Mac Mini and see what happens. 3.5. Try some software optimization’s? 4. Move back to the sonic transporter to close the loop. I really like the Sonic Transporter for the simplicity in that I do not have to worry about software updates or OS Managment. . There are a lot of ways to spend say $2000 on just the server. —RJF I have a SoTM-200 ultra and their power supply on order to try.
  2. HQPlayer windows NAA

    I am trying to setup HQPlayer on windows 10 with another windows 10 as NAA. I am running the networkauodiod.exe on the NAA PC and try to connect from the other PC. No matter what I do I the HQPlayer cannot see the NAA. I tried to add firewall permissions, run without antivirus but with not success. Any ideas?
  3. I've been fooling around with turning Intel NUC PCs into Network Audio Adapters (NAA) for HQPlayer, and thought I would share some of the experiences: NUC #1 NUC5PPYH (in Akasa Newton P fanless chassis) 4GB DDR3L-1600 RAM 256GB Samsung 850 Pro 2.5" SATA SSD Windows Server 2012 R2 OS Microsoft Visual C++ 2015 redistributable 64-bit runtime ASIO4ALL 2.14 Windows networkaudiod 3.5.1 NUC #2 NUC6CAYS 4GB DDR3L-1866 RAM 32GB built-in eMMC flash Windows Server 2016 OS Microsoft Visual C++ 2015 redistributable 64-bit runtime ASIO4ALL 2.14 Windows networkaudiod 3.5.1 I wanted both the HW and SW configurations of the NUCs to be minimal. For the HW, I removed the pre-installed Intel WiFi/Bluetooth module from the M.2 2230 slot on the motherboard, since I plan to stream audio only over Ethernet. For OS I chose Windows Server over Windows 10 for far fewer processes launched by default. For Windows Server 2016, I uninstalled Windows Defender. The Print Spooler service was also manually disabled. Appropriate device drivers for graphics, chipset, etc. were installed, leaving no yellow bang devices in Device Manager. For the NUC5PPYH running Windows Server 2012 R2, I left the graphics driver as "Microsoft Basic Display Adapter". For the NUC6CAYS running Windows Server 2016, I could not stop OS from downloading and installing an Intel HD Graphics driver, but I manually disabled the services associated with this driver, leaving just the bare device driver running. Both NUCs were configured with Windows autologin enabled, and networkaudiod launched via the startup group. These settings enable the NUCs to be configured as "headless" (i.e. no display, keyboard or mouse attached) and thus appliance like and work within 30 seconds or so from power-on. Remote Desktop was enabled to allow remote management to be done by GUI on another Windows PC (e.g. the PC running HQPlayer). So far I have only tested these NAAs with a set of KEF X300A powered speakers with USB input. Since KEF does not have an ASIO driver for the X300A, I had to use ASIO4ALL to allow HQPlayer to see the NAA over the network. A more typical setup with the NAA driving a DAC would involve installing the DAC's Windows driver into the NAA. The NUC6CAYS came with Windows 10 Home (RS1) OS pre-installed into the internal 32GB eMMC flash. For those interested in using this NUC as NAA, the NUC6CAYH model is substantially cheaper as it has no internal eMMC flash and no pre-installed Windows OS. A 2.5" SSD or HDD would be used as OS drive. 32GB is minimum for Windows Server 2012 R2 / 2016. 60GB is minimum for Windows 10. I bought the NUC6CAYS to check out the pre-installed Windows 10 Home OS, but since it didn't behave satisfactorily I wiped the eMMC disk and did a clean install of Windows Server 2016 OS. Even Windows Server 2016 Essentials OS is more than enough for NAA, but since I have a product key for Windows Server 2016 Standard, this is the OS I ended up using. One caveat: Since neither Intel nor Microsoft support NUC6CAYS/NUC6CAYH running Windows 7, 8 or 8.1, installing Windows Server 2012 R2 *may* be problematic as well. This is one of the reasons I chose Windows Server 2016, since it is the server parallel of Windows 10, and I was able to install Win10 device drivers for NUC6CAYS against WS2016 with no special tricks involved. Here are some AC power consumption figures for these two NUCs working as NAAs in headless mode (measured with a Wattsup? PRO meter). The only cable connections are gigabit Ethernet (to home network), USB (to DAC) and DC +19V power in (from AC adapter). I installed all available updates from Windows Update, rebooted and waited for OS housekeeping activities to quiet down before taking the power measurements. Power supply was the 65W AC adapter that shipped with the NUCs. NUC5PPYH: OS idle: 3.5W Streaming 24/88.2K PCM: 4.1W NUC6CAYS: OS idle: 2.8W Streaming 24/88.2K PCM: 3.3W I also dual-booted the NUC5PPYH into Snake-oil OS but got an idle power consumption of 6.1W. Not connecting a display helps reduce the NUC idle power by about 0.5W. Not connecting USB keyboard or mouse means the USB DAC becomes the only connected USB device, after the WiFi/Bluetooth module got removed (the Bluetooth portion is a USB device). The USB DAC can be plugged into any of the external USB ports, and the DAC gets the whole USB bus to itself, so to speak. Overall, I'm quite impressed by these low power consumption figures, considering both NUCs feature quad core CPUs of 6W and 10W TDP respectively. I'm quite sure even lower power figures can be achieved with a motherboard featuring certain Intel Atom processors, but the quad core Pentium and Celeron processors in the NUC5PPYH and NUC6CAYS respectively have decent performance with affordable prices and fully support 64-bit OS, so I have not bothered to push lower. Further OS optimizations are possible by running Audiophile Optimizer, Process Lasso, etc. along with HW tweaks such as UpTone Audio ISO REGEN, LPS-1, Ethernet isolator, etc. but these will have to wait for another day.
  4. I haven't come across a thread focused specifically on feeding a microRendu with a signal from HQPlayer, so thought I'd start one (please let me know if there is one already - did a search, couldn't find one). I've run into a problem that I'm hoping someone can help me with. As I've mentioned in another thread, I’ve been playing around with the following setup: Roon -> HQPlayer -> microRendu -> iFi Nano DSD Most of my early listening was without using HQP’s filters or modulators and sending out ‘raw’ 16/44.1, just to get everything working properly. I had absolutely no problems, and everything worked perfectly. I then started applying some PCM to DSD conversion: I started with poly-sinc-2s and ASDM7 outputting 11.2896 MHz. This worked perfectly. I then changed ASDM7 to DSD7 256+fs. This sounded a bit better to me. Again, everything worked perfectly. I then changed poly-sinc-2s to poly-sinc. It took about 30 secs for playback to begin (my music server just has a lowly i3 CPU), but when it did, the SQ was transformed. Now it was very, very good! And this is where things started to go wrong. At the end of the track, the playback simply stopped. And I've not been able to get anything to work since: I closed Roon and tried to play directly from HQP – nothing worked. I closed HQP and restarted. I got the 'Failed to open audio device' error message. I started Roon and selected RoonReady in the Audio App Switcher in microRendu. RoonReady worked fine. I uninstalled and reinstalled HQP, and reselected NAA in the Audio App Switcher in microRendu. I still get the 'Failed to open audio device' error message. I have a feeling that the audio device (in my case, the iFi) is being hogged somewhere, but have no idea where or by what. Any ideas or thoughts would be most welcome. Cheers, Mani.
  5. HQ Player, NAA, OS and tweaks

    Hi everyone For a while, I planned on building a single audio computer ala CAPS. Then I posted a thread and Jud commented on some of points that got me to rethink my whole strategy. He basically in a few sentences got me to understand the concept of the player / NAA. But it also raised many questions for me. I guess the player / NAA model I am most familar with is HQ Player. Let's start with my questions on that. Can the NAA and the main PC run on different OS? One being e.g. Windows, the other Linux. I plan to use a Hardkernel Odroid as the NAA. Otherwise it would need to be a more expensive x64 based solution If I understand correctly, the whole player / NAA concept is meant to separate the noisy decoding process away from feeding the DAC with a clean signal. The way I understand it, it would work because the connection runs over network, which would serve as block as no electrical signal gets transmitted unlike with USB. My thoughts therefore are that any tweaking (LPSU, minimize activity on the NAA, USB filters etc) should be concentrating around the NAA. The PC could be a plan standard box. Or am I wrong and things like AO optimizer, LPSU etc help as well when you apply them on the player? On the website, I can find the Player package, but where is the NAA package and what are the minimum requirements? That said, is there other software that has this NAA architecture? I believe JPLAY does allow for this too? But what else? Thanks for your time!