Current implementation is correct only for datapath width of 8.
The buswidth of latency measurement inside a beat has a fixed width (3 bits)
for each lane that must be taken in account when computing the total latency.
Signed-off-by: Laszlo Nagy <laszlo.nagy@analog.com>
- allow specifying the name of Axi Lite interface from the peripheral were to connect the control bus
- some DDR controllers have an Axi Lite control interface, this creates
a second address segment which causes issues, differentiate the memory
segment from control registers segment
Vivado cannot nest multiple block designs than two layers. This makes
replication of designs difficult.
Create a hierarchy around the Versal transceiver that includes also the
converters, this type of interface would match the util_adxcvr
interface.
Signed-off-by: Laszlo Nagy <laszlo.nagy@analog.com>
For ad9081/a10soc project, the RX_LANE_RATE and TX_LANE_RATE were computed
from SAMPLE_RATE. Remove SAMPLE_RATE and add RX_LANE_RATE and TX_LANE_RATE
as parameters. Update also computation examples from comments.
Signed-off-by: stefan.raus <stefan.raus@analog.com>
Parametrizable project for the QUAD-MxFE platform ADQUADMXFE1EBZ,
ADQUADMXFE2EBZ, ADQUADMXFE3EBZ
Default mode set to:
TX JESD204C MODE 11, M=16, L=4
RX JESD204C MODE 4, M=8, L=2
For 204C 64B66B mode as physical layer the Xilinx Phy is uesd.
Data to DMA/system memory must be presented in widths of multiple of 8 bits,
however this padding is not optimal if is done in the transport layer
since this will affect the DAC/ADC FIFO or offload storage.
This utility block adds or removes padding from sample stream in case the
sample with is not multiple of 8 bits, and can be placed between the DMA
and FIFO/Offload blocks.
On large projects with multiple channels the databus on the FIFO/AXI
stream interface can get wider that 1024 bits.
This commit allows a wider range for all the interfaces,
in case for the memory mapped interfaces where the range is 32-1024 the
user selects a bus width out of range that will be handled by the IPI.
This adds a Readme.md to each project directory with pointers to project
documentation in the wiki, and the drivers (if they exist). This will
help with some autogenerated doc in the wiki, that is generated with the
innovatily named "wiki_summary.sh" shell script that parses through
these Readme.md files, and generates a summary table.
Signed-off-by: Robin Getz <robin.getz@analog.com>
Signed-off-by: Iacob Liviu Mihai <liviu.iacob@analog.com>
Occasionally with zed, the implementation failed at the placement stage where
the tool could not fit the logic cells inside a single clock region,
constraint required by the usage of regional clock buffers.
This commit allows the usage of the global clock buffers which help the tool
in such cases and allow a larger application logic to be implemented in fabric.
Fix CONVERTER_RESOLUTION parameter setting for ad9250. Also deleted the
setting of BITS_PER_SAMPLE and DMA_BITS_PER_SAMPLE for ad9250 since they
are set by default to the desired values.
Signed-off-by: Dan Hotoleanu <dan.hotoleanu@analog.com>
For CMOS case, lane rates are so low that reference clock of the source
synchronous interface can be routed on non-clock routes. The delays on
the clock line are adjusted by the digital interface tuning controlled
through software.
Lock down clock buffers on Rx and Tx interfaces, this avoids suboptimal
placement which causes large skew between clocks at the serdes pins.
1. Reduce max allowed skew between source synchronous clocks that can
occur due PCB differences. 250ps represents a difference more than an
inch.
2. In order to reduce skew between source synchronous clock and the
divided clock instruct the tool to use a common clock root for them.
stefan.raus
Laszlo Nagy
sergiu arpadi
Stanca Pop
PopPaul2021
Laszlo Nagy
Robin Getz
LIacob106
Nicola Corna
Dan Hotoleanu
hotoleanudan
Filip Gherman