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1 Teltonika RUT1XX SNMP MIB description MIB (Management Information Base) is a database of objects that is used by SNMP protocol and can be monitored by a network management system. The Teltonika RUT1XX devices supports standard MIB-II, IEEE802dot.11-MIB, IEEE802.11i-MIB, IEEE8021-PAE-MIB, RADIUS-ACC- CLIENT-MIB, RADIUS-AUTH-CLIENT-MIB and the proprietary Enterprise MIBs which are listed below. Wireless Extension MIB Objects for Configuration Description Wireless interface's parent index, which corresponds to ifindex in MIB-II interfaces table Protocol string, for example 'IEEE g' Wireless interface operation mode ESSID Access point's MAC address if working in managed mode and connected. Current interface's MAC address, when working in master mode Country code Current frequency as reported by driver Channel number Channel bandwidth Transmit power in dbm Transmission bitrate Link quality value Maximum possible link quality value for current wireless card Signal level Noise level. Number of received packets with invalid NWID/ESSID Increasing value usually means that there are other stations transmitting on the same channel or adjacent channels Number of received packets the hardware was unable to decrypt Number of received packets that were missing link layer fragments for complete re-assembly Number of packets hardware failed to deliver Other packets lost in relation with specific wireless operations. Number of beacons that should have been sent by remote access point but were not received. Increasing number usually means that communicating peers moved out of range.
2 Wireless Driver Statistics MIB Objects for Configuration Description Watchdog timeouts Hardware error interrupts Beacon miss interrupts Received overrun interrupts Received EOL interrupts Transmission underrun interrupts Transmitted management frames Transmit frames discarded due to queue depth Transmit frames discarded due to device gone Transmit queue stopped because it is full Transmit encapsulation failed Transmissions failed due to no node Transmissions failed due to no place in transmit buffer for data frames Transmissions failed due to no place in transmit buffer for management frames Transmissions failed due to too many retries Transmissions failed due to FIFO underruns Transmissions failed due to filtered packets Short on-chip transmission retries Long on-chip transmission retries Transmissions failed due to bogus transmission rate Transmitted frames with no ACK marked Transmitted frames with RTS enabled Transmitted frames with CTS enabled Transmitted frames with short preamble Transmitted frames with an alternate rate Transmitted frames with 11g protection Receptions failed due to desc overrun Receptions failed due to bad CRC Receptions failed due to FIFO overrun Receptions failed due to decryption errors Receptions failed due to MIC failure Receptions failed due to frame being too short Reception setup failed due to no space in skbuff buffer Received management frames Received control frames No skbuff buffer space available for beacon Beacons transmitted Periodic calibrations Periodic calibration failures.
3 RFgain value changes Rate control checks Rate control raised transmission rate Rate control dropped transmission rate RSSI of last ACK RSSI of last reception Transmit underrun errors Timing errors Illegal parity errors Illegal rate errors Illegal length errors Radar detected Illegal service errors Transmission overrode reception errors OFDM timing errors OFDM illegal parity errors OFDM illegal rate errors OFDM illegal length errors OFDM power dropped OFDM illegal service errors Number of times OFDM restarted CCK timing errors CCK header CRC errors CCK illegal rate errors CCK illegal service errors Number of times CCK restarted Number of times default/rx antenna was switched Number of times alternate antenna was used for transmission Transmitted over first antenna Received over first antenna Transmitted over second antenna Received over second antenna Transmitted over third antenna Received over third antenna Received frames with bad version Received too short frames Received from wrong BSSID Received and discarded duplicate frames Received with wrong direction Received frames discarded due to multicast echo Received frames discarded because station is not associated Received frames with WEP while privacy was off.
4 Received unencrypted frames while privacy was on Received frames that failed WEP processing Received frames that failed decapsulation Received and discarded management frames Received and discarded control frames Received beacon frames Received frames with rate set truncated Received frames with required element missing Received frames with too big elements Received frames with too small elements Received frames with unknown elements Recevied frames with invalid channel Received frames with channel mismatch Nodes allocated for received frames Received frame SSID mismatches Received frames with unsupported authentication algorithm Station authentication failures Station authentication failures due to TKIP countermeasures Associations from wrong BSSID Associations without authentication Associations with capabilities mismatch Associations with no matching rate Associations with bad WPA IE Deauthentications Disassociations Received frames with unknown subtype Buffer allocations failed for received frames Decryptions failed with CRC error Discarded management frames received in ahdoc demo mode Bad authentication requests Received frames discarded due to unauthorized port Received frames with incorrect key id CCMP sequence number violations Bad format CCMP frames CCMP MIC check failures TKIP sequence number violations Bad format TKIP frames TKIP MIC check failures TKIP ICV check failures Receptions failed due to bad cipher/key type Receptions failed due to cipher/key not setup.
5 Received frames discarded due to ACL policy Received fast frames Fast frames failed due to bad tunnel header Buffer allocations failed for transmitted frames Transmissions failed for no node Attempted transmissions of unknown management frame Transmissions failed due to bad cipher/key type Transmissions failed due to no default key Transmissions failed due to no space for crypto headers Successful fast frames transmissions Failed fast frames transmissions Active scans started Passive scans started Nodes timed out due to inactivity Failed memory allocations for cipher context KIP encryptions done in software TKIP MIC encryptions done in software TKIP MIC decryptions done in software TKIP frames dropped due to countermeasures CCMP encryptions done in software WEP encryptions done in software Crypto failures due to cipher rejected data Crypto failures due to no key index Failed driver key deletions Crypto failures due to unknown cipher Crypto failures due to unavailable cipher module Crypto failures due to cipher attach failure Crypto fallbacks to software implementation Crypto failures due to driver key allocation failure Multicast packets passed by snooping filter Multicast packets dropped by snooping filter Peer MAC address Received data frames Received management frames Received control frames Received beacon frames Received probe response frames Received unicast frames Received multicast/broadcast frames Received bytes Received and discarded duplicate frames Received frames with WEP while privacy was off Received frames that failed WEP processing.
6 MIC decoding failures Decapsulation failures Defragmentation failures Disassociations Deauthentications Decryptions failed with CRC error Received frames discarded due to unauthorized port Received unencrypted frames while privacy was on Transmitted data frames Tranmitted management frames Transmitted probe requests Transmitted unicast frames Transmitted multicast/broadcast frames Transmitted bytes Frames discarded due to no tag Frames discarded due to bad tag Frames in UAPSD queue Number of UAPSD triggers Retried frames with UAPSD EOSP set Associations/reassociations Association/reassociation failures Authentications/reauthentications Authentication/reauthentication failures Deauthentications Last deauthentication reason Disassociations Last disassociation reason Power save queue drops Frames passed by multicast snooping. Notification Traps Objects for Configuration Description This notification is sent on frequency change This notification is sent when noise becomes bigger than threshold This notification is sent on device boot after power loss or device crash This notification is sent on device boot after administrator rebooted device This notification is sent on new node connection This notification is sent when node disconnects This notification is sent when RSSI becomes lower than threshold.
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