Omron FH-1 series User Manual page 114

4 Setting the Controller
 About Double Speed Multi-input
Two cores performs the same inspection flow alternatively, which help to shorten measurement takt
time.
Example: Normal processing with a single core CPU
STEP
Camera processing
Example: Processing using the Double Speed Multi-input with dual-core CPU
STEP
Shortest
takt time T/2
Camera processing
 Multi-input Function
With the multi-input function, images are input consecutively and at high speed. This allows the next
STEP to be received as soon as the image input processing is completed. There is no need to wait for
measurement processing to be completed. You can check whether image input processing has been
completed with the status of the READY signal.
There are no setting items for the multi-input function. You can use it as long as you can check the sta-
tus of the READY signal, i.e., as long as you use parallel or EtherCAT communications. With EtherCAT
communications, check the status of the Trigger Ready signal instead of the READY signal.
The FH series and FZ5-800/1100/1200 series Sensor Controller both have a multi-core CPU. Using the
Double Speed Multi-input, where each CPU core takes turns in the execution of the measurement pro-
cessing, realizes the reduction of the minimum takt time
troller and 1/4 for the FH-3050.
*1. The fastest takt time is the shortest time that is allowed to accept a STEP signal without causing a backlog of
images.
Refer to Double Speed Multi-input on page 4-15.
4 - 16
STEP
Shortest takt time
Measurement processing
Measurement processing is never executed in parallel.
STEP STEP
Measurement processing
Camera processing Measurement processing
Camera processing
Camera processing Measurement processing
STEP
Measurement processing
Camera processing
*1
by up to 1/2 for the FZ5 series Sensor Con-
Vision System FH/FHV/FZ5 Series User's Manual (Z365)
Camera processing
Processing with core 0
Camera processing
Processing with core 0
Processing with core 1
Measurement processing