Example design of the MIKUMARI-link secondary side
FW magic: 0x390B
Latest version: 2.1
You need to generate the vivado project from the TCL script after cloning the repogitory. Please see the installation guide for AMANEQ-Skeleton.
- LED1: CDCE62002 LOCK status. If flashing, it is working.
- LED2: MMCM LOCK status. If flashing, MMCM in FPGA is working.
- LED3: TCP connection is established
- LED4: MIKUMARI-link is establised
- 1st-bit: SiTCP IP setting
- 0: Use SiTCP default IP
- 1: Use user setting IP
- 2nd-bit: Select NIM-OUT signals
- 0: Normal condition. The output signals are described belowl
- 1: Debug condition. The output signals are described belowl
- 3rd-bit: Select MIKUMARI data pattern
- 0: 8-bit incremental values are continuously transferred with 64-bit frame
- 1: Idle pattern, pure clock signal, is transferred
- 4th-bit: NC
- 0: NC
- 1: NC
- NIM-IN1: NC
- NIM-IN2: NC
- NIM-OUT1
- Normal condition: NC
- Debug condition: CDCD62002 ch1 output
- NIM-OUT2
- Normal condition: Pulse-out from MIKUMARI-link
- Debug condition: Modulated clock signal reterned from the secondary side