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Requirement number | Description | Who | Metric of success | Status | |||
---|---|---|---|---|---|---|---|
ASIC | |||||||
ASIC 1.0 | Generate wareforms to control ASIC data acquisition (i.e. R0, ACQ, GR, SRO, CLK, DigRST, etc) | Dawood | Waveform generated by the FPGA matches ASIC specs | done | |||
ASIC 1.1 | Receive and decode data with stream auto tuning | Dawood | Receive encoded data, with the firmware finding the best eye delay position automatically | done | |||
ASIC 1.2 | Data decode using 16b20b to retrieve SoF, Eof, and real data | Dawood | Data decoded can be used to generate image packets | done | |||
ASIC 1.3 | Program each ASIC individually using SACI bus | Dawood | done | ||||
ASIC 1.4 | Provide external DAC 20bit voltage source to check ASIC ADC performance. (This allows to fine tune Pipo delay) | Dawood | done | ||||
ASIC 1.5 | Allow ASIC power supplies to be turned on and off via registers | Dawood | done | ||||
ASIC 1.6 | Monitor ASIC analog outputs (for the ASIC where this feature is available) and stream the data as a "pseudo" scope | Julian | |||||
ASIC 1.7 | Initialize Monitoring ADC in firmware (using Microblaze or other means) | ||||||
Trigger | |||||||
Trigger 1.0 | Two trigger operation should be available. Run Triggers generates a frame but does not send data. Run Triggers followed but DAQ triggers generates a frame and sends data to DAQ. This two trigger operation allows for system level thermal stabilization | ASIC 1 | Allow ASIC power supplies to be turned on and off via registers | ASIC 1 | Monitor ASIC analog|||
Trigger 1.1 | 3 trigger sources, one from the timing module, one internal based on auto trigger fw module and one via software using SSI command | outputs (for the ASIC where this feature is available) and stream the data as a "pseudo" scope||||||
DATA | |||||||
DATA 1.0 | Data packet should be created with a 4 ASIC to one packet | FW demonstrate implemented 4 to 1 | |||||
DATA 1.1 | Data packed should be added by a header containing acquisition number, ID | ||||||
DATA 1.2 | Data descrambling, image should be reagentes in FW such that each 4 x 1 ASIC data shout is receiving with physical meaning (in software a single matrix reshape should be enough to display the 4x1 ASIC image correctly) | ||||||
DATA 1.3 | Pre-processing module placeholder should be available. The intent is to perform point like operation such as dark subtraction and gain correction followed by downsampling to send a reduced dataset for edgeML usage. | ||||||
DAQ | |||||||
DAQ 1.0 | Serial number of each carrier, digital board and analog board should be readout and available via register access | ||||||
DAQ 1.1 | Timing receiver module should be part of the FW | , where trigger. | |||||
DAQ 1.1.1 | The timing receiver should be configure as 2 detectors, one for Run Trigger and the other for DAQ trigger | ||||||
DAQ 1.1.2 | Trigger information and timestamps | are receivedreceived by the timing receiver should be sent out via Axi Stream Batcher Event Builder | |||||
DAQ 1.2 | Monitor environmental variables (temperature, humidity and selected voltage and currents based on board specific schematics) | ||||||
DAQ 1.3 | Add to the data packed the trigger information. This should be implemented with surf module | DAQ 1.4||||||
Add a table hear with new header description
System level diagram
Add proposed block diagram to implement the aforementioned requirements (update figure below)
List of tracking tasks