សៀវភៅណែនាំអ្នកប្រើប្រាស់ សំណួរ និងចម្លើយចម្លើយ
ថ្ងៃទី 14 ខែកញ្ញា ឆ្នាំ 2025 - ម៉ោង 01:18 យប់
ដើម្បីរៀបចំ AVARRO 0E-HDMICONV2 HDMI Audio Extractor for optimal audio output, you will need to manage the Extended Display Identification Data (EDID) settings. The device features a slide switch for EDID management with three presets: pass-through, 2.0 CH, and 5.1 CH. Here's how you can configure the EDID settings for different audio outputs:
1. **Pass-Through (Default) Setting:** This setting allows the EDID to pass through from the display to the source for optimal video and audio outputs to the display. In this mode, the device transmits the audio format based on the connected display's EDID.
2. **2.0 CH Setting:** Selecting this setting transfers the 2.0 CH EDID of the device to the source for optimum video and 2.0 CH audio outputs to the display. This mode is ideal for setups requiring stereo audio output.
3. **5.1 CH Setting:** Choosing this setting transfers the 5.1 CH EDID of the device to the source for optimum video and 5.1 CH audio outputs to the display. This mode is suitable for setups that require surround sound audio output.
** ឧample Scenarios:**
- **Pass-Through Setting:** When connected to a TV with 1080P, DTS 5.1 EDID, the device transmits the 1080P, DTS 5.1 signal to the TV. The S/PDIF output audio will be DTS 5.1, while the L/R output will have no audio signal.
- **2.0 CH Setting:** When connected to a TV with 1080P, DTS 5.1 EDID, the device transmits the 1080P, PCM 2.0 signal to the TV. Both the S/PDIF and L/R output audio will be PCM 2.0.
- **5.1 CH Setting:** When connected to a TV with 1080P, DTS 5.1 EDID, the device transmits the 1080P, Dolby/DTS 5.1 signal to the TV. Both the S/PDIF and L/R output audio will be Dolby/DTS 5.1.
By selecting the appropriate EDID setting based on your audio requirements, you can ensure that the AVARRO 0E-HDMICONV2 HDMI Audio Extractor delivers the desired audio output for your setup. Refer to the user manual for detailed instructions on configuring the EDID settings and achieving optimal audio performance.
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