The HBM interfacing core requires a 450MHz clock, make it part of the
base design.
The clock can't be obtained from the DDR controller so a clock wizard is
used instead.
Deprecate unused parameters.
Change to MEM_SIZE_LOG2, to support only power of 2 storage sizes for
now. However in the future we might want to add support for non pow2
sizes so register map is not changed.
Change transfer length to -1 value to spare logic.
Change FIFO interface to AXIS to have backpressure, this allows the
implementation of data movement logic in the storage unit and let the
FSM handle high level control an synchronization and control the storage
unit through a control interface.
Refactor FSM to have preparation states where slow storages can be
configured and started ahead of the data handling.
Make bypasss FIFO optional since in some cases causes timing failures
due the missing output register of the memory. This can be targeted in
a later commit.
Hook up underflow/overflow to regmap useful in case of external memory
where rate drops due misconfiguration can be detected.
Cleanup for verilator.
Scripting:
Add HBM and DDR external memory support using util_hbm IP
Replace asym_block_ram with util_do_ram IP
Remove contraints related to quartus version so that
cn0506_mii and cn0506_rgmii on arria10 to be built
with default quartus version.
Signed-off-by: stefan.raus <stefan.raus@analog.com>
There are no external termination resistors on the VCU118 and VCU128 for
the SGMII clock lines.
The board files of the VCU118 enables them, but this was not reflected in the
constraint files.
For VCU128 the clocking is similar, even if diff terms are not set in the
board files we should have a consistent approach with the VCU118.
There are no external termination resistors on the VCU118 for the SGMII
clock lines. The board files enables them, but this was not reflected in the
constraint files.
In some cases (GTX2) the transceiver may gate the out_clk when it is in
reset or misconfigured. This will stop the clock generators from getting
a clock prior removing the reset of the XCVR. The XCVR has a requirement
of running user clock while removing the reset. The correct sequence must be :
Enable device clocks (user clock)
Remove the reset from the XCVR
In some cases (GTX2) the transceiver may gate the out_clk when it is in
reset. This will stop the clock generators from getting a clock prior
removing the reset of the XCVR. The XCVR has a requirement of running
user clock while removing the reset. The correct sequence must be :
Enable device clocks (user clock)
Remove the reset from the XCVR
Reset CPACK from ADC TPL so during armed capture clear the cpack to avoid
capturing old samples.
Reset UNPACK with TPL to clear upack during armed transfers to avoid
sending old data.
Added the capability to set the JESD204 configuration values from a single
point in the code and to modify these default settings from the command
line for the Xilinx FPGAs in the project.
Signed-off-by: Dan Hotoleanu <dan.hotoleanu@analog.com>
Added the capability to set the JESD204 configuration values from a single
point in the code and to modify these default settings from the command
line for the Xilinx FPGAs in the project.
Signed-off-by: Dan Hotoleanu <dan.hotoleanu@analog.com>
Added the capability to set the JESD204 configuration values from a single
point in the code and to modify these default settings from the command
line for the Xilinx FPGAs in the project.
Signed-off-by: Dan Hotoleanu <dan.hotoleanu@analog.com>
Added the capability to set the JESD204 configuration values from a single
point in the code and to modify these default settings from the command
line.
Signed-off-by: Dan Hotoleanu <dan.hotoleanu@analog.com>
Add the capability to set the JESD204 configuration values from a single
point in the code and to modify these default settings from the command
line.
Signed-off-by: Dan Hotoleanu <dan.hotoleanu@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.
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.
Laszlo Nagy
sergiu arpadi
PopPaul2021
David Winter
Adrian Costina
stefan.raus
LIacob106
Filip Gherman
AndreiGrozav
Stanca Pop
Ionut Podgoreanu
alin724
Dan Hotoleanu
Iulia Moldovan
Laszlo Nagy
Robin Getz
hotoleanudan
Istvan Csomortani