Fair enough, and there is an order of magnitude between size of the the 7030 and supported ICE parts (125K cells vs. 7680 cells), so it's beyond optimisation.
Out of curiosity, is there any one block/function that is consuming a majority of the cells? What is that block?
No single dominating block. Camera has 4 sensor channels (now either 12 bit parallel or Aptina HiSPI) with gamma and histograms, 16-channel DDR3 controller, 4 compressor channels, inter-camera synchronization and high-speed IMU logger. And AHCI SATA2 controller (with provisions to be later upgraded to SATA3). The last module uses 6%, others share other 78% slices. As most of them have 4 identical instances, it makes about 10% each. Years ago one similar channel (1 sensor, 1 compressor, slower clocks) was implemented on Spartan-3e.
Comments
Project uses 84% of Zynq (7030), it will not fit in Lattice :-(
Fair enough, and there is an order of magnitude between size of the the 7030 and supported ICE parts (125K cells vs. 7680 cells), so it's beyond optimisation.
Out of curiosity, is there any one block/function that is consuming a majority of the cells? What is that block?
No single dominating block. Camera has 4 sensor channels (now either 12 bit parallel or Aptina HiSPI) with gamma and histograms, 16-channel DDR3 controller, 4 compressor channels, inter-camera synchronization and high-speed IMU logger. And AHCI SATA2 controller (with provisions to be later upgraded to SATA3). The last module uses 6%, others share other 78% slices. As most of them have 4 identical instances, it makes about 10% each. Years ago one similar channel (1 sensor, 1 compressor, slower clocks) was implemented on Spartan-3e.