To Next PageTo Next Page
Need help?Do you have a question about the miniDSP SHD and is the answer not in the manual?
General| Network | Ethernet |
|---|---|
| Room Correction | Dirac Live |
| Sample Rate | Up to 192 kHz |
| USB Audio | Yes |
| Bluetooth | No |
| DAC | AKM AK4490 |
| Inputs | 1 x Coax, 1 x Optical, 1 x USB Audio |
| Outputs | Analog RCA, XLR |
| Streaming | DLNA, Spotify Connect, Roon Ready |
| Control | IR Remote, Web Interface |
| Bit Depth | 32-bit |
Explains Dirac Live digital room correction technology for improved imaging and clarity.
Details the SHD processor's expanded input-output connectivity options.
Covers the SHD Series processors' incorporation of network streaming protocols like Volumio.
Describes the functions and controls of the SHD's front panel display and included remote.
Highlights the SHD Series processors' additional functions and flexible routing for audio processing.
Details the specific rear panel connections for the SHD model.
Details the specific rear panel connections for the SHD Studio model.
Explains the functions of the SHD's front panel controls and display.
Describes the functions of the included remote control for the SHD processor.
Summarizes steps for stereo Dirac Live room correction configuration.
Outlines steps for advanced/back-end processing, including subwoofer integration.
Provides basic connection and audio setup for the SHD processor.
Provides basic connection and audio setup for the SHD Studio processor.
Explains how to connect and configure the SHD Series for USB audio playback.
Guides on setting up and using network audio streaming with Volumio.
Details how to download the necessary software for SHD Series processors.
Provides instructions for installing SHD software on Windows systems.
Provides instructions for installing SHD software on macOS/OS X systems.
Guides on optimal placement of loudspeakers and microphones for measurements.
Details the setup and connections required for acoustic measurements.
Explains how to configure the DLCT software for acoustic measurements.
Guides on executing the acoustic measurement process within DLCT.
Explains how to save and load measurement projects for later use.
Describes how to interpret and interact with the response graphs in DLCT.
Details how to create and adjust the desired target frequency response curve.
Explains the process of generating digital room correction filters using DLCT.
Guides on loading the generated correction filters into the processor.
Explains the signal flow and interaction between Dirac Live and miniDSP audio processing.
Describes the layout and main areas of the SHD plugin user interface.
Details how to establish a connection between the SHD plugin and the processor.
Summarizes the main features and controls within the SHD plugin interface.
Explains using DLCT or REW for acoustic measurements for advanced configurations.
Provides examples of common SHD plugin configurations like stereo room correction.
Details the information displayed for input channels in the plugin.
Explains the function and use of the routing matrix mixer.
Describes the controls and functions available for each output channel.
Explains how to use custom biquad coefficients for advanced filter design.
Covers saving, loading, and managing configurations in the SHD plugin.
Lists keyboard shortcuts available for navigating and operating the SHD plugin.
Provides detailed technical specifications for the SHD Series processors.
Guides on how to program third-party remotes to control the SHD processor.
Explains the process of upgrading the processor's MCU firmware.
Lists common issues and solutions for the SHD plugin and DLCT.
Provides guidance on how to contact miniDSP for support.
Details information regarding open source licenses used in the product.
