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General| Channels | 2 |
|---|---|
| Sample Rate | up to 192 kHz |
| Bit Depth | 24-bit |
| Connectivity/Interface | PCI |
| Latency | Low latency |
| Analog Inputs | 2 |
| Analog Outputs | 2 |
| Digital Inputs | S/PDIF |
| Digital Outputs | S/PDIF |
| Form Factor | PCI |
| Phantom Power | Yes |
| Driver Support | Windows |
Device complies with FCC rules, potential interference, and mitigation measures.
Card tested to standards like CISPR22 Class B, EMC 89/336/CEE, FCC Part 15 Class B.
Lists included items like sound card, cables, CD-ROM, registration card, and manual.
Encourages visiting the website for drivers, technical info, FAQs, and product line.
Card is Universal PCI 32-bit/33 MHz, compatible with 5V/3.3V PCI slots and PCI-X.
Details analog line inputs/outputs, digital AES/EBU stereo input, and their characteristics.
Requires one free PCI slot (5 V or 3.3 V).
Lists minimum requirements for Apple Macintosh and PC.
VX222v2 requires VX kit 5.0 or higher; specific drivers may be needed for partner applications.
Lists supported OS: Mac OS 10.1+ and Windows 98 SE, ME, 2000, XP, Server 2003.
Table shows driver availability (Wave, DirectSound, ASIO2, Core Audio) for different operating systems.
Step-by-step guide to physically install the card into a PCI slot.
Explains that hardware interrupt and addresses are auto-set by PCI PnP BIOS.
Instructions to download drivers from www.digigram.com and considerations for partner applications.
Explains driver types (Wave, DirectSound, Core Audio) for Windows and Mac OS.
Detailed steps to install the VX driver on Mac OS X using the CD-ROM or download.
Step-by-step guide to uninstall the VX driver from Mac OS X.
Update process for Mac OS X drivers by simply reinstalling the new version.
Steps to install drivers on Windows 98 SE and Millennium using the wizard.
Procedure to remove the VX driver from Windows 98 SE and Millennium via Add/Remove Programs.
Steps to update drivers in Windows 98 SE/ME using Device Manager and Update Driver.
Guide for installing drivers on Windows 2000, XP, and Server 2003.
Procedure to remove the VX driver from Windows 2000, XP, and Server 2003.
Steps to update drivers on Windows 2000, XP, and Server 2003. Includes a note on Wave driver re-installation.
Verifies installation via Digigram Control Center, Multimedia Properties, and Audio tab.
Confirms installation by checking VX Control panel, Sound panel, and Audio Midi Setup.
Explains the VX Control panel for adjusting card parameters like latency, sample size, and input source.
Details adjustable parameters: VX card choice, latency, sample size, input source, monitoring, and digital input gain.
Describes settings for input source (digital, line, sync) and output balance/gain in the Sound panel.
Details settings for hardware monitoring, mute, source, audio format, digital input gain, and analog output gain.
Introduction to the Wave Mixer utility for setting input/output levels and data formats.
Explains the mixer's function in setting levels, input type, and digital data format.
Describes how the mixer is installed and launched, and how to access it.
How to enable or disable the automatic startup of the mixer.
Settings for input/output nominal level, headroom, and input type selection.
How to set the mixer window to stay on top of other applications.
How to reset mixer faders to their default values via the Options menu.
How to select the required board and channel mixer from the Mixer menu.
How to save the current mixer configuration as the default.
How to load the default mixer configuration.
How to exit the Digigram Wave Mixer program.
Overview of general settings like record source and clock source.
Selecting between Digital Input and Analog Input for recording.
Options for synchronization clock source: Automatic or Digital.
Controls for adjusting input, output, and monitoring levels; faders can be reset by double-clicking.
Applies analog gain to the selected output device.
Applies digital gain to playback and software monitoring.
Applies digital gain to hardware monitoring.
Note that analog input gain is not adjustable; cursor applies digital input gain.
Applies digital gain to the digital signal from the digital input.
Access to advanced settings like output level, headroom, and audio/data mode.
Mode to disable digital level processing for non-PCM audio data.
Sets digital output format to AES/EBU (professional) or S/PDIF (consumer).
Sets nominal output level and headroom, ensuring sum doesn't exceed max output level.
Sets nominal input level and headroom for recording, considering jumper settings.
Used to set parameters for Digigram card with ASIO2 driver, launched from ASIO applications.
Displays detected boards with serial number and I/O pairs in the control panel.
General settings of the selected card are displayed in the upper right corner.
Recommends activating only required I/Os to save CPU resources.
Clock corresponds to digital bit clock; source can be internal or digital input.
Defines number of bits per sample, must match project settings.
Sets digital output format to Consumer (S/PDIF) or Professional (AES/EBU).
Adjusting settings by clicking on I/O device tabs; tooltip shows range.
Switching between line or digital input; digital gain can be added.
Playback digital control applies gain to output; analog output gain for analog outputs only.
Explains software monitoring (with latency) and hardware monitoring (direct routing, no latency).
Option to compensate for audio time drift due to buffer underruns or CPU overload.
Lists bus/format, size, DSP, power requirements, and operating/storage conditions.
Details analog/digital inputs/outputs, impedance, gain, connectors, and synchronization.
Available sampling frequencies and A/D, D/A converter resolution.
Specifies frequency response, signal-to-noise ratio, distortion, phase difference, and crosstalk.
Block diagram illustrating the internal components and signal flow of the VX222v2.
Diagram showing jumpers, switches, and connectors on the VX222v2 card.
Details settings for SW1 (input impedance) and SW2 (inter-board synchronization).
Lists and describes the headphone, analog, digital, and sync connectors.
Visual representation of analog cable connections and pinouts for XLR and Sub-D connectors.
Detailed wiring diagram showing signal numbers and connections for the analog cable.
Diagram of digital cable connections, including Sub-D, XLR, and GPIO interfaces.
Detailed wiring diagram for digital cable, showing signal numbers for AES/EBU and GPIO connections.
Table listing pin numbers for analog and digital connections, including signal assignments.
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