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What does HRESULT 0xC00D123D (NS_E_PDA_CANNOT_TRANSCODE_TO_AUDIO) mean?

 
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NS_E_PDA_FAILED_TO_ENCRYPT_TRANSCODED_FILE NS_E_PDA_CANNOT_TRANSCODE_TO_VIDEO

NS_E_PDA_CANNOT_TRANSCODE_TO_AUDIO

Failure point and ownership

NS_E_PDA_CANNOT_TRANSCODE_TO_AUDIO with value 0xC00D123D records finding an audio target format accepted by the device. The producing call and its state are more diagnostic than a later aggregate Player failure.

Underlying mechanism

Before transfer, the Player can compare the source media type with the device’s format capabilities and build a conversion path. Source decoding, target encoding, metadata generation, temporary-cache output and optional encryption are separate phases.

A source that plays locally can still lack a valid conversion path to the specific format and limits advertised by the connected device. The condition can be reproduced when the device supports no audio target compatible with the decoded source.

Trace fields worth keeping

EvidenceWhy it matters for cannot transcode to audio
Producing object and operationsource path and media type, decoder and encoder identifiers, target audio/video/image format, device capability response, output dimensions/bitrate, cache path and free space, EFS state, conversion stage and first codec HRESULT
Key observationdevice audio formats, source decoder output, target codec and bitrate/channel limits
Controlled comparisonRepeat the producing call after changing only this condition: choose an advertised audio format within device limits.

Decision path

  1. Capture 0xC00D123D, the exact Player/API operation and the first timestamp at which it appears.
  2. Save device audio formats, source decoder output, target codec and bitrate/channel limits; do this before ejecting media, reconnecting a device, canceling a job or rebuilding the Player object.
  3. Correlate the result with source path and media type, decoder and encoder identifiers, target audio/video/image format, device capability response, output dimensions/bitrate, cache path and free space, EFS state, conversion stage and first codec HRESULT.
  4. Reproduce once with the original source and destination, then apply only this change: choose an advertised audio format within device limits.

Close alternatives

Related resultDifferent condition
NS_E_PDA_CANNOT_TRANSCODE_TO_VIDEOfinding a video target format and profile accepted by the device
NS_E_PDA_FAILED_TO_ENCRYPT_TRANSCODED_FILEreading or securing converted output when the source/cache file is EFS-encrypted
NS_E_PDA_CANNOT_TRANSCODE_TO_IMAGEfinding an image target type and dimensions accepted by the device

Safe correction

Correct this boundary by making sure you choose an advertised audio format within device limits. Then reacquire the interface or media state that produced it and repeat that call.

Audio conversion is governed by sample and bitrate limits

Compare the decoded source audio with the device’s advertised audio targets: codec or format code, sample rate, channel count, bits per sample and permitted bitrate range. Video dimensions and frame rate are irrelevant to this decision. Record whether the source decoder produced PCM successfully and whether an encoder matching one advertised target could be activated.

A precise isolation test uses a short known-good audio source and one target profile at a time. If PCM decoding succeeds but no target encoder accepts the requested channels or sample rate, change only those audio constraints. If the device advertises no applicable audio target at all, copying the original file may still be possible only when its existing format is natively supported.

Source material


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