The connection settings to the internal RFID NUR module and all the RFID parameters of the reader in normal mode. All settings remain in non-volatile memory over boot.
Connection
Regulate TPC and RFID USB port.
| Connection view |
| Set desired 16 bit port (0-65536) |
| Choose restrictions to connection override from dropdown |
| Enable or disable USB serial port from dropdown. |
Settings
RFID settings of the reader in normal mode
| Settings view |
| The parameter reader uses to regulate the probability of tag response during inventory. The number of slots is 2Q |
| Defines the number of query rounds done inside one inventory round. |
| There are four available sessions to determine when a tag will respond to a reader, or that allow tags to maintain their independent state. |
| Target selects whether Tags whose inventoried flag is A or B participate in the inventory round. Tags may change their inventoried flag from A to B (or vice versa) because of being singulated. |
| The transmit power level. |
| No impact/legacy setting. |
| Three different profiles that define how the reader interacts with tags: Nominal is the default setting. It has link frequency of 320 kHz and Miller 4 in ETSI lower band regions and link frequency of 250 kHz with Miller 4 coding in FCC regions and sub-sets of that. This profile uses tight DRM filters and is suitable for environments having a lot of interferences. Nominal profile provides read rates up to 250 tags/s. Robust is intended to be used to obtain maximum reader sensitivity. This profile uses link frequency of 160 kHz and Miller 8 coding scheme providing read rates up to 80 tags/s. Due to the best sensitivity, this profile can be used when maximum read range is needed. High speed is intended to be used when highest read rates are required. It uses link frequency of 640 kHz and FM0 coding and provides read rates up to 1000 tags/s. Due to the high data speed this profile is quite sensitive to interferences. Also, maximum sensitivity is decreased compared to robust and nominal profiles. |
| For applying dynamic duty cycle while continuous reading is on and no tags in the reader’s field. |
| AUX1 or Internal antenna |
| Choice between selected antennas |
| To optimize RFID reading, writing and inventory. Tags within the set distance are affected. Min RSSI value means that tag replay signal needs to be equal or stronger than the defined value. Otherwise, tag is not read. Max RSSI value in other hand means that signal strength must be lower than the filter value. |
| The duration the system waits for function:
to be carried out. |
| Enable or disable channel hop event. |
| Enable or disable reporting for zero tag rounds. |