System Compiler Examples

This section contains System Compiler based Examples.

Examples Table :

Example	Description	Key Concepts/Keywords
debug_profile_sc	This simple example implements a HW pipeline of three tasks, matrix multiplication along with two different increments to the matrix values.	Key Concepts Debug Profiling Keywords PROFILE_KERNEL PROFILE_PORT PROFILE_OFFLOAD vpp::stream<>
eth_acc_sc	This is simple example showcasing custom AXI-streams to PE interfaces in system compiler environment.	Key Concepts Asyncronous host interactions Custom AXI-Streams Keywords compute_async
file_filter_sc	This is simple example showcasing the P2P and H2C file transfers in system compiler environment.	Key Concepts P2P SSD Syncronization Keywords vpp::p2p vpp::h2c file_buf sync_output custom_sync_outputs sync_output_to_file
gmio_transfers_sc	This is gmio transfers example which explains different ways of data movements between host and device for compute unit processing.	Key Concepts System Compiler Keywords DATA_COPY ZERO_COPY ACCESS_PATTERN SEQUENTIAL RANDOM
mult_acc_compose_sc	In this example we have multiple accelerators in one xclbin, and compose them into a pipeline, with or without CPU processing in-between the PEs.	Key Concepts Multiple Accelerators Keywords sync_outputs custom_sync_outputs
mult_card_sc	This is simple example showcasing the P2P and H2C mode of application code controlling a multi-card accelerator design in system compiler environment.	Key Concepts Multiple Cards P2P H2C Syncronization Keywords vpp::p2p vpp::h2c vpp::squeue add_card
quick_start_sc	This is quick start example based on a video filtering usecase to describe system compiler usage in Vitis Environment.	Key Concepts System Compiler Keywords create_bufpool alloc_buff compute send_while receive_all_in_order get_buf DATA_COPY SYS_PORT SYS_PORT_PFM ACCESS_PATTERN
streaming_sc	This is simple example showcasing Free-running PEs with AXI-streams in system compiler environment.	Key Concepts Free Running Kernel Keywords vpp::stream hls::axis hls::stream