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This version (04 May 2022 14:48) was approved by John Joseph.The Previously approved version (30 Jun 2020 20:09) is available.

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ADSP-2156x

This processor can be inserted on to the custom platform and configured as one of the supported SHARC processor with a single SHARC+ core.

Build Mode (Release/Debug) - This field is an input to the CCES compiler, indicating whether the code should be compiled in Debug or Release mode.
Enable IPA - Inter-procedural optimization can be enabled to reduce the MIPS consumption for a schematic. This will affect the time taken to compile and link the schematic.
Input Buffers - This field indicates the number of input buffers each of size “BlockSize” which the SigmaStudio+ Target Framework will use for input data buffering. By default, the number of Input buffers is set to 3. If a user enters a value which is more than the default value in SigmaStudio+ GUI, then the Audio control framework needs to be rebuilt.
Output Buffers - This field indicates the number of output buffers each of size “BlockSize” which the SigmaStudio+ Target Framework will use for output data buffering. By default, the number of Output buffers is set to 3. If a user enters a value which is more than the default value in SigmaStudio+ GUI, then the Audio control framework needs to be rebuilt
CCES Version - All the supported tool-chains which are installed on the PC are listed in this drop-down box. The user can select a tool-chain from this drop-down box for every Schematic. The latest installed version of CrossCore Embedded Studio is the default selection. The selected tool-chain is used by SigmaStudio+ to compile the Schematics and process the Plug-Ins.

Process Mode - This field indicates as to how the signal block instances are connected and processed on the SHARC+ core. This field is not applicable in case of a dual-core schematic. The following Process Modes are supported:
- Single
- Serial
- Parallel
Schematics - Number of instances of schematic on the core
Application DXE - The Application DXE can be loaded to the core using this ‘Open’ button. SigmaStudio+ uses the Application DXE to read the Global Memory map (GMAP). GMAP contains information corresponding to available physical memory for the core (remaining unused memory on a per block basis after consumption by the application)