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-- data- Driver tcl and MDD file.
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- examples - Reference application to show how to use the driver APIs and calling sequence
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- src - Driver source files
xllfifo_interrupt_example.c : This example is the interrupt example for the FIFO it assumes that at the
H/w level FIFO is connected in loopback. In these, we write a known amount of data to the FIFO and wait for interrupts and after
Completely receiving the data compares it with the data transmitted.
xllfifo_polling_example.c : This example is the polling example for the FIFO it assumes that at the h/w level FIFO is connected in
Loopback. In these we write a known amount of data to the FIFO and Receive the data and compare with the data transmitted.
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- examples - Reference application to show how to use the driver APIs and calling sequence
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- src - Driver source files
Features Supported
Controller Features
- 32-bit AXI4-Lite slave interface
- Configurable data interface type (AXI4 or AXI4-Lite)
- Configurable data width of 32, 64, 128, 256 or 512 bits (AXI4 Data Interface only). For AXI4-Lite, the FIFO data width is 32 bits and for AXI4, it is identical to AXI4 data width.
- Configurable FIFO depth of 512 to 128k locations.
- Independently configurable internal TX and RX data FIFOs
- Full duplex operation
- Supports AXI Ethernet basic mode
- Provides interrupts for error and status conditions
- TX and RX cut-through mode
Standalone Driver Supported Features
The LLFIFO Standalone driver supports the below things.- Supports Configurable data interface types (AXI4 or AXI4-lite).
- Supports Configurable data widths
- Supports Configurable FIFO depth feature
- Supports TX and RX cut-through mode feature
- Supports Independent configuration of the Tx and Rx data FIFO's.
- Supports Full duplex operation.
Test cases
- Refer below pah for testing different examples for each feature of the IP.
xllfifo_interrupt_example.c : This example is the interrupt example for the FIFO it assumes that at the
H/w level FIFO is connected in loopback. In these, we write a known amount of data to the FIFO and wait for interrupts and after
Completely receiving the data compares it with the data transmitted.
xllfifo_polling_example.c : This example is the polling example for the FIFO it assumes that at the h/w level FIFO is connected in
Loopback. In these we write a known amount of data to the FIFO and Receive the data and compare with the data transmitted.
Known issues and Limitations
- All IP features are supported by the driver.
Change Log
2020.2
- Consolidate debug header files.
- Support parallel make execution.
- Fix gcc warnings.
257c0d9e3742 BSP: Consolidate and add the drivers xdebug.h data to common xdebug.h
4dc85994d6fb Makefile: Remove realpath command
0504cc943db9 llfifo: Update Makefile for parallel make execution
a112290fda8a llfifo: Add type casting to fix gcc warnings
990f2cae1223 drivers: Fix makefiles issue for windows
2020.1
- None
2019.2
- None
2019.1
- Fix poll and interrupt examples receive bugĀ
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