Difference between revisions of "Cadence HiFi 3z"
(Created page with "Efficiently supports front-end audio processing like beamforming and noise reduction, as well as The Cadence HiFi 3z is an efficient 32-bit DSP for audio front-end processi...") |
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The Cadence HiFi 3z is an efficient 32-bit DSP for audio front-end processing (beamforming, noise reduction, ...) and neural network-assisted speech recognition (ASR) processing. |
The Cadence HiFi 3z is an efficient 32-bit DSP for audio front-end processing (beamforming, noise reduction, ...) and neural network-assisted speech recognition (ASR) processing. |
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The HiFi 3z is based on the Cadence Xtensa LX architecture. |
The HiFi 3z is based on the Cadence Xtensa LX architecture. |
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== J-Link Support == |
== J-Link Support == |
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| − | Since V7. |
+ | Since V7.70 of the J-Link software, debugging of the HiFi 3z core is supported. |
Debugging support is mainly provided via Cadence Xtensa Xplorer IDE + J-Link GDB Server. |
Debugging support is mainly provided via Cadence Xtensa Xplorer IDE + J-Link GDB Server. |
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Latest revision as of 18:36, 3 August 2022
The Cadence HiFi 3z is an efficient 32-bit DSP for audio front-end processing (beamforming, noise reduction, ...) and neural network-assisted speech recognition (ASR) processing. The HiFi 3z is based on the Cadence Xtensa LX architecture.
Contents
J-Link Support
Since V7.70 of the J-Link software, debugging of the HiFi 3z core is supported.
Debugging support is mainly provided via Cadence Xtensa Xplorer IDE + J-Link GDB Server. For more information about how to setup JLink GDB Server, please refer to the J-Link GDBServer wiki article.
For more information about how to setup J-Link in general for Xtensa based core debugging, please refer to the J-Link Xtensa specifics wiki article.
