Allen-Bradley 1756-SYNCH ControlLogix SynchLink Communication Bridge

Allen-Bradley 1756-SYNCH ControlLogix SynchLink Communication Bridge Description:

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Allen-Bradley 1756-SYNCH ControlLogix SynchLink Communication Bridge

Allen-Bradley 1756-SYNCH ControlLogix SynchLink Communication Bridge

Allen-Bradley 1756-SYNCH ControlLogix SynchLink Communication Bridge

 

Mfr. Part Number:	1756-SYNCH
Manufacturer:	Allen-Bradley / Rockwell Automation
Description:	Allen-Bradley 1756-SYNCH ControlLogix SynchLink Communication Bridge
Full Description:	Allen-Bradley 1756-SYNCH ControlLogix SynchLink Communication Bridge Module, 5 Mbps; Features includes: Remote Axis Data Communication in a timely and deterministic manner; Communication of direct and buffered data; Synchronization of CST and SynchLink clocks in the system; Removal and insertion under power (RIUP) allows to remove and insert the module while power is applied; Class I Division 2, UL, CSA, and CE Agency Certification
UPC / GTIN:	10612598275301
Status:	Current Product

From the server, set the Protocol Mode to Symbolic to see how the performance fared prior to
Allen-Bradley ControlLogix Ethernet Driver version 4.6.0.xx.
21. Connect to the server using the Quick Client. Then, click Tools | Test Mode and enable test mode.
Note: Data reading begins. When the test interval expires, all tags are deactivated and the driver
ceases statistics gathering. The results can then be viewed.
22. Disconnect the Quick Client from the server and then shutdown the server.
23. Re-launch the server and search its Event Log for statistics. The image below displays the third trial
utilizing Symbolic for the device.

Conclusions
The project began with a single channel and a single device, which is the default behavior for a single
controller. All tags were imported from this controller to this channel.device. All three protocol modes were
then tested to see which would provide the best performance. In this case, Logical Blocking Protocol was the
best. The best protocol depends on the application at hand. When performance is crucial, it is worth
performing Logical Blocking and Logical Non-Blocking trials to determine which is the best protocol mode for
the application. Symbolic protocol is not necessary because it never meets the performance caliber of either
of the other protocol modes. It is shown here for the sake of the example.
Measures were taken to optimize communications using the tips outlined in Optimizing Communications.
Most notably, tag division was used to place the Logical Blocking type tags in a device assigned Logical
Blocking and the Logical Non-Blocking type tags in a device assigned Logical Non-Blocking. Furthermore,
both devices resided on the same channel. The results show an improvement over using Logical Blocking on
a single device. This is because some tags lend themselves better to one protocol mode over another. For
example, reading an entire COUNTER benefits from Logical Blocking over Logical Non-Blocking since it's
much faster reading the COUNTER as a block then as individual members.
Measures were also taken to optimize the application by placing devices on their own channel. Using the
devices created in the previous trial, a Logical Blocking device was placed on one channel and a Logical NonBlocking
device on another. The results show improvement over the single channel / multiple devices
scenario from the previous trial. This reinforces the idea that performance is improved by having as few
devices per channel and as many channels as necessary.
After using these three optimization methods, the project has an 827% performance increase over AllenBradley
ControlLogix Ethernet Driver version earlier than 4.6.0.xx. Tag division and multiple channels
improved the performance by 107%. The performance increase is more apparent with larger projects.

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