SNMP OIDs. Content Inspection Director (CID) Recommended counters And thresholds to monitor. Version January, 2011
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1 Content Inspection Director (CID) SNMP OIDs Recommended counters And thresholds to monitor Version January, 2011 North America Radware Inc. 575 Corporate Dr., Lobby 1 Mahwah, NJ Tel: (888) International Radware Ltd. 22 Raoul Wallenberg St. Tel Aviv 69710, Israel
2 CID version 3.12 SNMP OIDs s Page Table of Contents Preface... 4 SNMP Basics... 5 MIBs and OIDs... 5 Document Structure... 6 General OIDs to monitor... 7 CPU Utilization... 7 Accelerator CPU Utilization... 8 Client and Session Table General Values... 9 Device Tuning Values Client Table tuning Client Table Extension tuning Bridge FFT Table IP FFT Table ARP Table Farm Persistency Table Delayed Bind Request Table Delayed Bind Extension Table RADIUS Request Table RADIUS Users Table Dynamic NAT Table NHR Tracking Table DNS Cache Table Manual Static DNS Table (hosts) Servers Utilization Legged Servers Servers Utilization Legged Servers Bandwidth Management Bandwidth Management Statistics Page 2
3 CID version 3.12 SNMP OIDs s Page Buffers DBIND_RS DBIND_RETRANS DBIND_DNSCB ICMT ICMF HDLOGBUF LBRS LBRE Obsolete OIDs Related Documentation Document History Page 3
4 CID version 3.12 SNMP OIDs s Page Preface This document discusses SNMP OIDs to monitor in CID The document is based on Radware s knowledge and experience in various Carrier deployment projects. Notes The s are based solely on specific customer deployment and do not reflect in anyway the specific customer requirements and needs. It is recommended by Radware that customers will adjust their monitoring policy to their already existing IT policy in regards to what counters to monitor, how often to measure them and what is considered a threshold to watch. Page 4
5 CID version 3.12 SNMP OIDs s Page SNMP Basics SNMP stands for Simple Network Management Protocol and consists of three key components: managed devices, agents, and network-management systems (NMSs). A managed device is a node that has an SNMP agent and resides on a managed network. These devices can be routers and access server, switches and bridges, hubs, computer hosts, or printers. An agent is a software module residing within a device. This agent translates information into a compatible format with SNMP. An NMS runs monitoring applications. They provide the bulk of processing and memory resources required for network management. MIBs and OIDs MIB stands for Management Information Base and is a collection of information organized hierarchically. These are accessed using a protocol such as SNMP. There are two types of MIBs: scalar and tabular. Scalar objects define a single object instance whereas tabular objects define multiple related object instances grouped in MIB tables. OIDs or ect Identifiers uniquely identify managed objects in a MIB hierarchy. This can be depicted as a tree, the levels of which are assigned by different organizations. Top level MIB object IDs (OIDs) belong to different standard organizations. Different Vendors define private branches including managed objects for their own products. Page 5
6 CID version 3.12 SNMP OIDs s Page Document Structure The general structure of this document is that every subject has : General Subject from the MIB itself (this can be used with a SNMP Walker software in order to find and utilize the OID itself) of the subject to monitor exactly as it appears in the MIB itself General Page 6
7 CID version 3.12 SNMP OIDs s Page General OIDs to monitor CPU Utilization RS: obj rswsdrsresourceutilization Resource Utilization of Internal CPU All CPUs should be less than 75% utilization at peak usage RE: obj Resource Utilization Network CPU rswsdreresourceutilization All CPUs should be less than 75% utilization at peak usage Last 5 Sec: rdwr5secavgresourceutilization Average 5 seconds of resource utilization of the Internal CPU All CPUs should be less than 75% utilization at peak usage Last 60 Sec: obj rdwr60secavgresourceutilization Page 7
8 CID version 3.12 SNMP OIDs s Page Average 5 seconds of resource utilization of the Internal CPU All CPUs should be less than 75% utilization at peak usage Accelerator CPU Utilization Accelerator (last 5 seconds): obj rswsdresourceutilization Resource Utilization of Accelerator CPU (WSD) considers Internal and Network utilization All CPUs should be less than 75% utilization at peak usage Page 8
9 CID version 3.12 SNMP OIDs s Page Client and Session Table General Values Number of session table entries: obj rssessionsessionentriesnum The number of used entries in the session table Any table configured in the device tuning should be monitored to reach 80% of the value configured within the tuning table Number of Client entries: obj rsmlbnumofstageentries The number of stage entries in use (client table entries) Any table configured in the device tuning should be monitored to reach 80% of the value configured within the tuning table Page 9
10 CID version 3.12 SNMP OIDs s Page Device Tuning Values Client Table tuning Max Number of Client entries : Client Table utilization Maximum Set value rsmlbtableutilizationmaxentries Not relevant for monitoring can be used as reference. Number of Client entries: : rsmlbtableutilizationcurentries Client Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization Client Table utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Page 10
11 CID version 3.12 SNMP OIDs s Page Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching Page 11
12 CID version 3.12 SNMP OIDs s Page Client Table Extension tuning Max Number of Client entries : rsmlbtableutilizationmaxentries Client Table Extension utilization Maximum Set value Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries Client Table Extension utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization Client Table Extension utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Page 12
13 CID version 3.12 SNMP OIDs s Page Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Page 13
14 CID version 3.12 SNMP OIDs s Page Bridge FFT Table Max Number of Client entries : Bridge FFT utilization Maximum Set value rsmlbtableutilizationmaxentries Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries Bridge FFT utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization Bridge FFT utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Page 14
15 CID version 3.12 SNMP OIDs s Page Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Page 15
16 CID version 3.12 SNMP OIDs s Page IP FFT Table Max Number of Client entries : IP FFT utilization Maximum Set value rsmlbtableutilizationmaxentries Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries IP FFT utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization IP FFT utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Page 16
17 CID version 3.12 SNMP OIDs s Page Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Page 17
18 CID version 3.12 SNMP OIDs s Page ARP Table Max Number of Client entries : ARP Table utilization Maximum Set value rsmlbtableutilizationmaxentries Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries ARP Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization ARP Table utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Page 18
19 CID version 3.12 SNMP OIDs s Page Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Farm Persistency Table Max Number of Client entries : rsmlbtableutilizationmaxentries Farm Persistency Table utilization Maximum Set value Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries Farm Persistency Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Page 19
20 CID version 3.12 SNMP OIDs s Page Number of Client entries percentage: rsmlbtableutilizationutilization Farm Persistency Table utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Delayed Bind Request Table Max Number of Client entries : rsmlbtableutilizationmaxentries Delayed Bind request Table utilization Maximum Set value Page 20
21 CID version 3.12 SNMP OIDs s Page Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries Delayed Bind request Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization Delayed Bind request utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Page 21
22 CID version 3.12 SNMP OIDs s Page Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Delayed Bind Extension Table Max Number of Client entries : rsmlbtableutilizationmaxentries Delayed Bind Extension Table utilization Maximum Set value Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries Delayed Bind Extension Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization Delayed Bind Extension Table utilization concurrent connections (percentage number) Page 22
23 CID version 3.12 SNMP OIDs s Page Should be monitored to reach 75% of the value configured within the tuning table Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. RADIUS Request Table Max Number of Client entries : rsmlbtableutilizationmaxentries RADIUS Request Table utilization Maximum Set value Not relevant for monitoring can be used as reference. Page 23
24 CID version 3.12 SNMP OIDs s Page Number of Client entries: rsmlbtableutilizationcurentries RADIUS Request Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization RADIUS Request Table utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Page 24
25 CID version 3.12 SNMP OIDs s Page RADIUS Users Table Max Number of Client entries : RADIUS Users utilization Maximum Set value rsmlbtableutilizationmaxentries Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries RADIUS Users utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization RADIUS Users utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Page 25
26 CID version 3.12 SNMP OIDs s Page Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Dynamic NAT Table Max Number of Client entries : Dynamic NAT Table utilization Maximum Set value rsmlbtableutilizationmaxentries Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries Dynamic NAT Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Page 26
27 CID version 3.12 SNMP OIDs s Page Number of Client entries percentage: rsmlbtableutilizationutilization Dynamic NAT Table utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. NHR Tracking Table Max Number of Client entries : rsmlbtableutilizationmaxentries NHR Tracking Table utilization Maximum Set value Page 27
28 CID version 3.12 SNMP OIDs s Page Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries NHR Tracking Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization NHR Tracking Table utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Page 28
29 CID version 3.12 SNMP OIDs s Page Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. DNS Cache Table Max Number of Client entries : DNS Cache Table utilization Maximum Set value rsmlbtableutilizationmaxentries Not relevant for monitoring can be used as reference. Number of Client entries: rsmlbtableutilizationcurentries DNS Cache Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization DNS Cache Table utilization concurrent connections (percentage number) Page 29
30 CID version 3.12 SNMP OIDs s Page Should be monitored to reach 75% of the value configured within the tuning table Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Manual Static DNS Table (hosts) Max Number of Client entries : DNS Hosts Table utilization Maximum Set value rsmlbtableutilizationmaxentries Not relevant for monitoring can be used as reference. Number of Client entries: Page 30 rsmlbtableutilizationcurentries
31 CID version 3.12 SNMP OIDs s Page DNS Hosts Table utilization concurrent connections (absolute number) Should be monitored to reach 75% of the value configured within the tuning table Number of Client entries percentage: rsmlbtableutilizationutilization DNS Hosts Table utilization concurrent connections (percentage number) Should be monitored to reach 75% of the value configured within the tuning table Number of overflow cases since boot rsmlbtableutilizationoverflow The number of times that the max thresholds has been reached (accumulated since boot time) Should be monitored as a precaution in order to tune the device accordingly It is up to the customer to decide what number should be prevented from reaching. Page 31
32 CID version 3.12 SNMP OIDs s Page Servers Utilization Servers Utilization 1 Legged Servers 1 Legged server number of attached users rsmlblogicalnhrserverstatistics AttachedUsersNumber Number of currently active users attached to this server Server thresholds are not configured by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 1 Legged server maximum number of frames dispatched to the server rsmlblogicalnhrserverstatistic speakload obj Maximal number of frames per second dispatched to the server since last reset Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. Page 32
33 CID version 3.12 SNMP OIDs s Page Legged server rate of frames dispatched to the server Number of frames per second dispatched to server rsmlblogicalnhrserverstatistic sframesrate Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. Page 33
34 CID version 3.12 SNMP OIDs s Page Legged server number of frames dispatched to the server Number of frames dispatched to server since last reset rsmlblogicalnhrserverstatistic sframesload Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 1 Legged server maximum number of bytes dispatched to the server rsmlblogicalnhrserverstatistic speakbytesload Maximal number of bytes per second dispatched to the server since last reset Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 1 Legged server rate of bytes dispatched to the server Number of bytes per second dispatched to the server rsmlblogicalnhrserverstatistic BytesRate Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. Page 34
35 CID version 3.12 SNMP OIDs s Page Legged server number of bytes dispatched to the server Number of Bytes dispatched to server. rsmlblogicalnhrserverstatistic sbytesload Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 1 Legged server total number of frames dispatched to the server rsmlblogicalnhrserverstatistic stotalframesload Total number of frames dispatched to Server since reset Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 1 Legged server number of inbound bytes to the server rsmlblogicalnhrserverstatistic sinbytesrate Number of inbound Bytes per second dispatched to the server Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. Page 35
36 CID version 3.12 SNMP OIDs s Page Legged server number of outbound bytes to the server rsmlblogicalnhrserverstatistic soutbytesrate Number of outbound Bytes per second dispatched to the server Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 1 Legged server accumulative number of inbound bytes to the server rsmlblogicalnhrserverstatistic sinbytesload Accumulative Number of inbound Bytes dispatched to the server Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 1 Legged server accumulative number of outbound bytes to the server rsmlblogicalnhrserverstatistic soutbytesload Accumulative Number of outbound Bytes dispatched to the server Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. Page 36
37 CID version 3.12 SNMP OIDs s Page Servers Utilization 2 Legged Servers 2 Legged server number of attached users rsmlblogicalsecurityserverattach edusersnumber Number of currently active users attached to this server Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 2 Legged server peak load rsmlblogicalsecurityserverpeak Load Maximal numbers of frames per second dispatched to server since last reset Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 1 Legged server rate of frames dispatched to the server Numbers of frames per seconds dispatched to server. rsmlblogicalsecurityserverfram esrate Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 2 Legged server number of frames dispatched to the server Page 37 rsmlblogicalsecurityserverfram
38 CID version 3.12 SNMP OIDs s Page esload Page 38
39 CID version 3.12 SNMP OIDs s Page Number of frames dispatched to server since last reset Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 2 Legged server max number of client session rsmlblogicalsecurityserverconn obj ectionlimit The maximal number of client sessions which can be opened on this server Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 2 Legged server maximum number of bytes dispatched to the server rsmlblogicalsecurityserverpeak obj BytesLoad Maximal number of bytes per second dispatched to the server since last reset Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 2 Legged server rate of bytes dispatched to the server rsmlblogicalsecurityserverbyte srate Page 39
40 CID version 3.12 SNMP OIDs s Page Number of bytes per second dispatched to the server Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 2 Legged server number of bytes dispatched to the server Number of Bytes dispatched to server. rsmlblogicalsecurityserverbyte sload Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. 2 Legged server max number of Kbps dispatched to the server obj The maximal number of Kbps dispatched to server. rsmlblogicalsecurityserverbyte slimit Server thresholds are not enabled by default, it is recommended by Radware that the CID administrator configure each threshold based on his unique requirements and system needs such as server hardware, number of servers in the farm, server functionality, expected load etc. Page 40
41 CID version 3.12 SNMP OIDs s Page Bandwidth Management Bandwidth Management (requires BWM License) Bandwidth Management Statistics The bandwidth used in the last second obj The bandwidth used by the rule in the last second. rsbwmstatisticsnewudpconnectio nslastperiod The number of packets used in the last second obj rsbwmstatisticspacketnumberlast Sec The number of packets that match the rule in the last second. Failed bandwidth allocation rsbwmstatisticsfullqueuefailures obj BWLastSec The amount of bandwidth that the device failed to allocate in the last second Page 41
42 CID version 3.12 SNMP OIDs s Page Failed bandwidth allocation on aged packets rsbwmstatisticsagedpacketsfailure obj sbwlastsec The amount of bandwidth that the device failed to allocate in the last second, since the packets were discarded because of aging Bandwidth Guaranteed rsbwmstatisticsguaranteedreached obj LastSec Whether the guaranteed bandwidth threshold was reached in the last second. Bandwidth s reached in last second rsbwmstatisticsmaximumreached obj LastSec The number of times the maximum bandwidth threshold was reached in the last second. Page 42
43 CID version 3.12 SNMP OIDs s Page Bandwidth used by rule during last sampling rsbwmstatisticsbandwidthusedlas tperiod The bandwidth used by the rule in the last sampling period defined in rsbwmstatisticsreportingperiod. Highest Bandwidth used by rule during last sampling rsbwmstatisticspeakbandwidthlast Period The highest bandwidth in the last sampling period defined in rsbwmstatisticsreportingperiod. Number of packets matching rule during last sampling rsbwmstatisticspacketnumberla stperiod The number of packets that match the rule in the last sampling period defined in rsbwmstatisticsreportingperiod. Page 43
44 CID version 3.12 SNMP OIDs s Page Amount of Failed Bandwidth allocation due to queue full rsbwmstatisticsfullqueuefailure sbwlastperiod The amount of bandwidth that the device failed to allocate in the last sampling period defined in rsbwmstatisticsreportingperiod, because the queue was full. Amount of Failed Bandwidth allocation due to aging rsbwmstatisticsagedpacketsfail uresbwlastperiod The amount of bandwidth that the device failed to allocate in the last samplingperiod defined in rsbwmstatisticsreportingperiod, since the packets were discarded because of aging. Number of times guaranteed bandwidth was reached rsbwmstatisticsguaranteedreach edcounterlastperiod The number of times the guaranteed bandwidth threshold was reached in the last sampling period defined in rsbwmstatisticsreportingperiod. Page 44
45 CID version 3.12 SNMP OIDs s Page Number of times maximum bandwidth was reached rsbwmstatisticsmaximumreache dcounterlastperiod The number of times the maximum bandwidth threshold was reached in the last sampling period defined in rsbwmstatisticsreportingperiod. Last second matched Bandwidth rsbwmstatisticsmatchedbandwid thlastsec The matched bandwidth in the last second. Last sampling period matched Bandwidth The matched bandwidth in the last sampling period. rsbwmstatisticsmatchedbandwid thlastperiod Page 45
46 CID version 3.12 SNMP OIDs s Page Inbound bandwidth matched used in last second rsbwmstatisticsinboundbandwidt husedlastsec The inbound bandwidth used by the rule in the last second Inbound bandwidth matched used in last sampling period rsbwmstatisticsinboundbandwidt husedlastperiod The inbound bandwidth used by the rule in the last sampling period. Inbound bandwidth matched in last second The inbound matched bandwidth in the last second rsbwmstatisticsinboundmatched BandwidthLastSec Page 46
47 CID version 3.12 SNMP OIDs s Page Inbound bandwidth matched in last sampling period rsbwmstatisticsinboundmatched BandwidthLastPeriod The inbound matched bandwidth in the last sampling period The number Inbound packets matched in last seconds rsbwmstatisticsinboundpacketnu mberlastsec The number of inbound packets that match the rule in the last second. The number Inbound packets matched in last sampling period rsbwmstatisticsinboundpacketnu mberlastperiod The number of inbound packets that match the rule in the last sampling period. Page 47
48 CID version 3.12 SNMP OIDs s Page Outbound bandwidth matched used in last second rsbwmstatisticsoutboundbandwi dthusedlastsec The outbound bandwidth used by the rule in the last second. Outbound bandwidth matched used in last sampling period rsbwmstatisticsoutboundbandwi dthusedlastperiod The outbound bandwidth used by the rule in the last sampling period Outbound bandwidth matched in last second The outbound matched bandwidth in the last second. rsbwmstatisticsoutboundmatche dbandwidthlastsec Page 48
49 CID version 3.12 SNMP OIDs s Page Outbound bandwidth matched in last sampling period rsbwmstatisticsoutboundmatche dbandwidthlastperiod e outbound matched bandwidth in the last sampling period. The number of outbound packets matched in the last second rsbwmstatisticsoutboundpacket NumberLastSec The number of outbound packets that match the rule in the last second. The number of outbound packets matched in the last sampling period rsbwmstatisticsoutboundpacket NumberLastPeriod The number of outbound packets that match the rule in the last sampling period. Page 49
50 CID version 3.12 SNMP OIDs s Page Number of new TCP connections in last second rsbwmstatisticsnewtcpconnect ionslastsec The number of new TCP connections in the last second. Number of new TCP connections in last sampling period rsbwmstatisticsnewtcpconnect ionslastperiod The number of new TCP connections in the last sampling period. Number of new UDP connections in last second rsbwmstatisticsnewudpconnect ionslastsec The number of new UDP connections in the last second. Page 50
51 CID version 3.12 SNMP OIDs s Page Number of new UDP connections in last sampling period rsbwmstatisticsnewudpconnect ionslastperiod The number of new UDP connections in the last sampling period. Buffers Note: a buffer is a region of memory used to temporarily hold data while it is being moved from one place to another. Buffers are considered important and in some cases their being filled up might present an issue that requires the system administrator to contact Radware support. Buffers cannot be tuned, their size is set but their memory utilization can be monitored as any other table on the CID device Buffer DBIND_RS Max Number of Client entries : rsmlbbuffermaxentries Memory buffer DBIND - Maximum value Should be monitored to reach 75% of the value configured within limit Number of Client entries: : Page 51 rsmlbbufferusedentries
52 CID version 3.12 SNMP OIDs s Page Memory buffer DBIND - Number of used entries Should be monitored to reach 75% of the value configured within limit Number of Client entries percentage: rsmlbbufferutilization Memory buffer DBIND - Number of used entries (percentage number) Should be monitored to reach 75% of the value configured within limit Buffer DBIND_RETRANS Max Number of Client entries : rsmlbbuffermaxentries Memory buffer for DBIND Retransmissions - Maximum value Should be monitored to reach 75% of the value configured within limit Number of Client entries: : rsmlbbufferusedentries Memory buffer for DBIND Retransmissions - Number of used entries Page 52
53 CID version 3.12 SNMP OIDs s Page Should be monitored to reach 75% of the value configured within limit Number of Client entries percentage: rsmlbbufferutilization Memory buffer for DBIND Retransmissions - Number of used entries (percentage number) Should be monitored to reach 75% of the value configured within limit Buffer DBIND_DNSCB Max Number of Client entries rsmlbbuffermaxentries : Memory buffer for DBIND Remove Proxy used for DNS requests - Maximum value Should be monitored to reach 75% of the value configured within limit Number of Client entries: rsmlbbufferusedentries : Memory buffer for DBIND Remove Proxy used for DNS requests - Number of used entries Should be monitored to reach 75% of the value configured within limit Page 53
54 CID version 3.12 SNMP OIDs s Page Number of Client entries percentage: rsmlbbufferutilization Memory buffer for DBIND Remove Proxy used for DNS requests - Number of used entries (percentage number) Should be monitored to reach 75% of the value configured within limit Buffer ICMT Max Number of Client entries : rsmlbbuffermaxentries Memory buffer for ICMP Stack ( receive packets) - Maximum value Should be monitored to reach 75% of the value configured within limit Number of Client entries: rsmlbbufferusedentries : Memory buffer for ICMP Stack ( receive packets) - Number of used entries Should be monitored to reach 75% of the value configured within limit Number of Client entries Page 54 rsmlbbufferutilization
55 CID version 3.12 SNMP OIDs s Page percentage: Memory buffer for ICMP Stack ( receive packets) - Number of used entries (percentage number) Should be monitored to reach 75% of the value configured within limit Buffer ICMF Max Number of Client entries : rsmlbbuffermaxentries Memory buffer for ICMP Stack ( sent packets) - Maximum value Should be monitored to reach 75% of the value configured within limit Number of Client entries: : rsmlbbufferusedentries Memory buffer for ICMP Stack ( sent packets) - Number of used entries Should be monitored to reach 75% of the value configured within limit Number of Client entries percentage: rsmlbbufferutilization Page 55
56 CID version 3.12 SNMP OIDs s Page Memory buffer for ICMP Stack ( sent packets) - Number of used entries (percentage number) Should be monitored to reach 75% of the value configured within limit Buffer HDLOGBUF Max Number of Client entries : rsmlbbuffermaxentries Memory buffer for HD Logging - Maximum value is not important Number of Client entries: : rsmlbbufferusedentries Memory buffer for HD Logging - Number of used entries is not important Number of Client entries percentage: rsmlbbufferutilization Memory buffer for HD Logging - Number of used entries (percentage number) Page 56
57 CID version 3.12 SNMP OIDs s Page is not important Buffer LBRS Max Number of Client entries rsmlbbuffermaxentries : Used for sending packets from the RS CPU outside (holds packet information) - Maximum value is not important Number of Client entries: rsmlbbufferusedentries : Used for sending packets from the RS CPU outside (holds packet information) - Number of used entries is not important Number of Client entries percentage: rsmlbbufferutilization Used for sending packets from the RS CPU outside (holds packet information)) - Number of used entries (percentage number) is not important Page 57
58 CID version 3.12 SNMP OIDs s Page Buffer LBRE Max Number of Client entries : rsmlbbuffermaxentries Used for sending packets from the RE task to RS task. is not important Number of Client entries: : rsmlbbufferusedentries Used for sending packets from the RE task to RS task. is not important Number of Client entries percentage: rsmlbbufferutilization Used for sending packets from the RE task to RS task. is not important Page 58
59 CID version 3.12 SNMP OIDs s Page Obsolete OIDs The following OIDS are not used since CID version 3.02 obj rsmlblogicalnhrserverpeakload obj rsmlblogicalnhrserverframesrate obj rsmlblogicalnhrserverframesload obj rsmlblogicalnhrserverconnectionlimit obj rsmlblogicalnhrserverpeakbytesload obj rsmlblogicalnhrserverbytesrate obj rsmlblogicalnhrserverbytesload obj rsmlblogicalnhrserverbyteslimit Page 59
60 CID version 3.12 SNMP OIDs s Page Related Documentation The following documentation is related to this version: Radware Installation and Maintenance Guide CID 3.12 Maintenance Release Notes CID 3.12 User Guide CID 312 Tuning Guide CID 312 Tuning Table CID 3.00 RADIUS Accounting Tech Note CID 3.12 SNMP Traps document For the latest Radware product documentation, download it from Document History Date Ver. Changes Notes Oct Initial Draft Jan Added tuning values and buffers thresholds Page 60
61 CID version 3.12 SNMP OIDs s Page Radware, Ltd. All Rights Reserved. Radware and all other Radware product and service s are registered trademarks of Radware in the U.S. and other countries. All other trademarks and s are the property of their respective owners. Printed in the U.S.A. Page 61
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