Rurik For the MMCM error, here are my XSG core config mask parameters: Hardware platform: ROACH2:sx475t User IP Clock Source: adc0_clk User IP Clock Rate: 250 MHz Sample Period: 1 Synthesis Tool: XST
Yes, I normally use the ska-sa branch, and I have compiled the tutorial 3 spectrometer using other boards (KatADC or iADC) successfully without needing the Fixed point Toolbox. Thanks! Gopal On Fri, May 9, 2014 at 2:24 PM, Primiani, Rurik <[email protected]>wrote: > Hi Gopal, > > The MMCM error you pasted above has nothing to do with the ADC5g > block. It is instead coming from the roach_infrastructure pcore which > generates the sys_clk signal. What are your XSG core config mask > parameters set to? > > I'm not sure how the sma_wideband repository differs from ska-sa in > terms of the FFT and fixed point toolbox. The two forks have diverged > quite a bit and should probably be merged. Perhaps one of the > divergences is that the fixed point blocks have been replaced in > ska-sa but I am unaware of such a change. Have you tried building your > FFT module using the ska-sa fork (without the ADC5g if need be)? > > Thanks, > Rurik > > > On Fri, May 9, 2014 at 2:09 PM, Gopal Narayanan <[email protected]> > wrote: > > Hi Casperites, > > > > I am trying to use the ASIAA ADC chip in a simulink design. To start with > > all I have in my design is the chip operating in two channel (A&C mode), > > with 1:1 demux on ZDOK 0 with a clock rate of 2 GSps. I just terminated > all > > outputs of the ADC just for this design. I am using a ROACH2 board in my > > design. I get the following error when compiling: > > > > ERROR:LIT:667 - Block 'MMCM_ADV symbol > > > > > "physical_group_infrastructure_inst/infrastructure_inst/sys_clk_fb_int/infrastructure_inst/infrastructure_inst/MMCM_BASE_sys_clk"' > > has its target > > frequency, FVCO, out of range. Valid FVCO range for speed grade "-1" > is > > 600MHz - 1200MHz. The computed FCVO is a function of the input > frequency > > CLKIN1_PERIOD, the division factor DIVCLK_DIVIDE, and the > CLKFBOUT_MULT_F > > attribute (FVCO = 1000*CLKFBOUT_MULT_F/(CLKIN1_PERIOD*DIVCLK_DIVIDE)). > > The > > CLKIN_PERIOD attribute may have been set by ngdbuild based on the user > > specified PERIOD constraint. The current calculated FVCO is 400.000000 > > MHz. > > Reference the V6 architecture Users Guide or search the Xilinx Answer > > Records > > database for the error code. > > Errors found during logical drc. > > > > I am using Matlab R2012b and XSG 14.5. > > This is when I am using the SKA mlib-devel branch. Here are the details > of > > the mlib git branch: > > > > $ git rev-parse --short HEAD > > b2d72d4 > > $ git remote -v > > origin https://github.com/ska-sa/mlib_devel.git (fetch) > > origin https://github.com/ska-sa/mlib_devel.git (push) > > > > > > I tried to use the SMA mlib_devel branch instead. Here are the details on > > the SMA mlib branch I used: > > > > $ git rev-parse --short HEAD > > d4954fd > > $ git remote -v > > origin https://github.com/sma-wideband/mlib_devel.git (fetch) > > origin https://github.com/sma-wideband/mlib_devel.git (push) > > > > With the SMA mlib devel I am able to compile the simple ASIAA chip design > > mentioned above. However, for more complicated designs (I'm trying to put > > together a spectrometer with the ASIAA chip) when using FFT modules, the > SMA > > mlib branch seems to need the Matlab Fixed-Point toolbox, which I don't > have > > a license for. > > > > I came across the following thread in the casper mailing lists about the > > Fixed Point toolbox: > > > > https://www.mail-archive.com/[email protected]/msg04488.html > > > > Anybody have some ideas on what may be causing the MMCM_ADV error seen > above > > or to circumvent the need for a FP toolbox license? > > > > Thanks! > > > > Gopal > > > > > > > > -- > > Gopal Narayanan Ph #: (413) 545 0925 > > Department of Astronomy e-mail: [email protected] > > University of Massachusetts Amherst MA 01003 > > > -- Gopal Narayanan Ph #: (413) 545 0925 Department of Astronomy e-mail: [email protected] University of Massachusetts Amherst MA 01003
