I run no-os project on zc706+9009, why the jesd stay at CGS mode, it just been Data mode once in a while, may one time of 100 times try.
Even if it's recommended, the external reference clock is not mandatory for receiving/transmitting some data. That is the reference for the AD9528's PLL1. PLL1 provides reference input clock cleanup…
Hello,
What version of HDL / No-OS are you using ?
Regards,
Adrian
2019-r1，if I must provide a sysref clk to 9009 externally?
For the single evaluation board you don't need to provide sysref clk externally.
The issue that I see is that the Rx and ORx jesd204 links are overclocked as they should run at maximum 6.6Gbps on the ZC706
how to fix it?
You'll need to use the QPLL for both RX/TX/ORx. I don't think we currently support this.
Moving to No-OS for additional comments.
This profile should work on ZC706: https://github.com/analogdevicesinc/no-OS/tree/master/projects/adrv9009/profiles/tx_bw100_ir122p88_rx_bw100_or122p88_orx_bw100_or122p88_dc122p88
Dragos
Hello. I use the profile what you provide, and in following picture the left one is the result of nothing changes, and the right one is the result after
externalSysref = 0, /* 0=use internal SYSREF, 1= use external SYSREF */ change 1 to 0 for I did not provide external sysref to it
Does this refclk should be provided?
Just checked the no-OS master branch for adrv9009 with 2019-r1 hdl.
ZC706 carrier.
Profile used is the one provided by DragosB above.
Please find the output below:
Antoniu
I do what you say but the tx_jesd state is stiil stay in CGS
Are you using this version of the project? github.com/.../adrv9009
How did you build your project? Did you use these guides?https://github.com/analogdevicesinc/no-OS/wiki/Building-no-OS-on-Linuxhttps://github.com/analogdevicesinc/no-OS/wiki/Building-no-OS-on-Windows
Yes I do follow these
Do you notice that the log warning of talise enable multichipsync failed
and tal_frame/deframe status
there are did not occur on your screen shot? why that happened?
Best wishes!
It get error when make the no-os-master, does no-os-2019_r1 make the tx_jesd link failed which stay in CGS
I failed again with runing no-os-master on hdl_2019_r1. The tx_jesd is still stuck in CGS
additionally, I did not give external refclk to 9009
Even if it's recommended, the external reference clock is not mandatory for receiving/transmitting some data. That is the reference for the AD9528's PLL1. PLL1 provides reference input clock cleanup with external VCXO. However, in this project, PLL2 should normally lock even without PLL1 being locked.
When trying to build the no-OS, you get an error. Are you sure you are actually using the clean master branch? @amiclaus didn't see any issues.
hi, how to check the FPGA jesd settings with the jesd of 9009,from talise_config.c it can see that the framerA and framerB lanes are all 2 (2*M/F) (F=2*M/numberOfLanes), and how to caculate the lanes number of deframer?
https://github.com/analogdevicesinc/no-OS/blob/4298fdce9af5bb91f312efc02e5bd41f66e3daf0/projects/adrv9009/profiles/tx_bw100_ir122p88_rx_bw100_or122p88_orx_bw100_or122p88_dc122p88/talise_config.c#L220
and another confusion is in tx_jesd IP cores the num lanes is 4(does this parameter is wrong?) rx_jesd IP cores the num lanes is 2 the same as talise_config.c
You can check the ADRV9009 Transceiver evaluation tool for valid configuration of the JESD204 links.
Our default configuration and all profiles use 4 lanes for TX, 2 lanes for RX and 2 lanes for observation. Given that the number of channels for RX and TX and maximum rate is the same, this accounts for the fact that the bandwidth for TX is double than RX. In case of the observation, in order to get maximum bandwidth, a single observation channel can be enabled.