The following problems sometimes occurred if the computer time was set to a local time zone that has a negative offset from UTC: SmartServer Web pages may slow down or even fail; you could not create external network variables; and a warning message appeared in the SmartServer Web pages every day in January after a specific time. In some cases you could not set the SmartServer system time. The Edit dialog in the Scheduler application did not always display the correct schedule name after you modified the daily schedules in the Edit Daily Schedules dialog.
In some cases, the Scheduler did not import an exception from the calendar when the UCPTindex property was not specified correctly. In some cases a network monitor would cause the SmartServer to reboot. Invalid time zone offsets in the system time sometimes caused the SmartServer to fail. The SmartServer had to be rebooted to calculate the current number of internal FPM devices correctly because the SmartServer did not include deleted internal FPM devices in the current count of available devices.
Devices created and installed automatically from device templates sometimes did not have correct data point values initially. The SmartServer console application did not notify the user if the WebParams. You could not programmatically write data point values in raw hex format. Auto-selected Smart Network Management settings caused current. APB and. XIF files to be overwritten. SMTP messages were sent using small 74 byte packets, which caused extra overhead in network traffic.
NV indexes were sometimes not updated correctly after the program ID for a device changed. Deleting a virtual functional block sometimes corrupted references from other functional blocks to datapoints referenced by the virtual functional block.
The Device Overview Web page sometimes did not display devices discovered by subsequent scans. An unnecessary index number was sometimes added to a data point name after the name was changed. Web connections with file attachments failed with some Web servers for files larger than 4 Kbytes. LON App device was deleted and then re-created. Fields of structured data types within arrays could not be formatted correctly. The Edit Value dialog in the Data Point: View Web page could not be used to update the fields of structured data types within arrays.
The Setup — Security Web page could not be opened sometimes. The warning message displayed when there were too many entries to be displayed in the Data Logger and Alarm Notifier View Web pages was confusing. The slider button in the Data Logger and Alarm Notifier View Web pages was hard to use when viewing short intervals within a long-term log. No error was displayed when the SmartServer did not have enough RAM for the deletion of data and alarm log entries.
The Alarm Notifier: Summary Web page stopped polling if you navigated away from it. The Alarm Notifier could fail and cause the SmartServer to reboot. The Data Logger: View Web page did not display all data points for a given Data Logger if that logger was recording multiple data points.
The Data Logger log files included multiple entries for the same update. The SmartServer would sometimes permanently fail to start the SmartServer applications if a power sag occurred during the boot process. Dynamic data points required for apps were sometimes deleted after a reboot. Devices based on an FT Smart Transceiver and any devices running Neuron firmware version 19 could not be commissioned by a SmartServer running in standalone mode.
This section describes known problems and their workarounds for this release. Numbers in parentheses at the end of the descriptions are Echelon's internal problem tracking IDs.
When commissioning a street light network, improper configuration can cause excessively long commissioning times due to the large number of devices sharing the available power line bandwidth. In this case, the SmartServer automatically defines a second polling interval for each data point defined by the XIF file.
Thus, as you add devices and commission those, the total network traffic load increases because of this data point polling. The polling traffic then competes with the traffic associated with device commissioning, so that commissioning each device can take a long time to complete. Use device templates instead of defining devices with the XIF file.
Create a device template that defines the polling and heartbeat rates for each data point associated with a device type. See Chapter 4 of the SmartServer 2. Create a device template for each device type that you added in step 1. Ensure that you have exactly one device template for each device type. Edit the device template to set configuration and driver properties for each device to set polling interval and heartbeat values for all data points to 0. Use the device template for each device type to add and commission all subsequent devices within the street lighting network.
Wait for all devices to complete the commissioning process. Edit the added devices, as needed, to set polling intervals and heartbeat values for appropriate data points. Typically, you set polling rates for input data points to 0, and only poll output data points at a rate that is compatible with the logging requirements for the output data points. If a luminaire provides a complex data type that collects information about the current operating state of the device, polling the feedback data point might prove redundant, and should therefore have a polling rate of 0.
In some cases, data points are used for real time monitoring, and are only polled when the device is brought into focus by a system management tool. You can also add functionality to your streetlight management system that sets polling and heartbeat rates after the device commissioning process is complete.
When the system is ready for operation, the streetlight management system can set the polling and heartbeats to values that are appropriate for the available channel bandwidth. When monitoring a street light network with active multi-hop repeating, online devices may be reported as offline due to delayed responses caused by the repeating chains.
Workaround: If you see unexpected offline reports in street light networks, increase the offline delay for LonWorks devices to accommodate the delayed responses. To set the offline delay for devices, right-click the LonWorks channel in the SmartServer navigation pane and then click Properties on the shortcut menu. Workaround: Always specify a byte authentication key for networks that use the Echelon Street Light Bridge. MSI Afterburner is a graphics card utility that promises to help you monitor your GPU and bring it to its maximum performance.
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