This chapter includes the show mme command output tables.show mme-hss service all Command Output Descriptions
• show mme-hss session all Command Output Descriptions
show mme-hss session summary all Command Output Descriptions
show mme-service all Command Output Descriptions
• Address: Indicates the IP address of P-GW which is selected by this MME service for providing PDN connectivity to subscribers.
• S5-S8 Protocol: Indicates the protocol configured to communicate between Serving Gateway (S-GW) and P-GW on S5 and S8 interface. P-MIP and GTP can be configured on this interface. By default GTP is supported on this interface.
• Weight: Indicates the weightage allotted the selected P-GW for selection of P-GW by MME service.
• Address: Indicates the IP address of S-GW which is selected by this MME service for providing PDN connectivity to subscribers.
• S5-S8 Protocol: Indicates the protocol configured to communicate between Serving Gateway and P-GW on S5 and S8 interface. P-MIP and GTP can be configured on this interface. By default GTP is supported on this interface.
• TAC: Indicates the Tracking Area Code of selected S-GW.
• MCC: Indicates the Mobile Country Code of selected S-GW.
• MNC: Indicates the Mobile Network Code of selected S-GW.
• Weight: Indicates the weightage allotted the selected S-GW for selection of S-GW by MME service.
• Priority: Indicates the priority set for applied encryption algorithm. Possible priority values are between 1 through 3. Least value has the highest preference
• Algorithms: Indicates the applied encryption algorithm. Possible algorithms are:
• 128-eea0: Null ciphering algorithm (128-EEA0) for LTE encryption as the encryption algorithm for security procedures. This is the default encryption algorithm applicable for security procedures.
• 128-eea1: SNOW 3G synchronous stream ciphering algorithm (128-EEA1) for LTE encryption as the encryption algorithm for security procedures
• 128-eea2: Advance Encryption Standard (AES) ciphering algorithm (128-EEA2) for LTE encryption as the encryption algorithm for security procedures
• Priority: Indicates the priority set for applied integrity algorithm. Possible priority values are between 1 through 3. Least value has the highest preference
• Algorithms: Indicates the applied integrity algorithm. Possible algorithms are:
• 128-eia1: SNOW 3G synchronous stream ciphering algorithm (128-EIA1) for LTE integrity as the integrity algorithm for security procedures.
• 128-eia2: Advance Encryption Standard (AES) ciphering algorithm (128-EIA2) for LTE encryption as the integrity algorithm for security procedures. This is the default integrity algorithm for security procedures.
• Drop: Drops the packets incoming with new session requests to avoid overload on MME node
• Reject: Rejects the new session/call request and responds with a reject message when threshold for allowed call session is crossed on MME nodeshow mme-service db record imsi Command Output Descriptions
• 128-eea0: Null ciphering algorithm (128-EEA0) for LTE encryption as the encryption algorithm for security procedures. This is the default encryption algorithm applicable for security procedures.
• 128-eea1: SNOW 3G synchronous stream ciphering algorithm (128-EEA1) for LTE encryption as the encryption algorithm for security procedures
• 128-eea2: Advance Encryption Standard (AES) ciphering algorithm (128-EEA2) for LTE encryption as the encryption algorithm for security procedures
• 128-eia1: SNOW 3G synchronous stream ciphering algorithm (128-EIA1) for LTE integrity as the integrity algorithm for security procedures.
• 128-eia2: Advance Encryption Standard (AES) ciphering algorithm (128-EIA2) for LTE encryption as the integrity algorithm for security procedures. This is the default integrity algorithm for security procedures. show mme-service db statistics Command Output Descriptions
show mme-service enodeb-association full Command Output Descriptions
show mme-service session all Command Output Descriptions
From left-to-right, the first character represents the Access Type that the subscriber is using. The possible access types are:
• A: EPS Attach From left-to-right, the second character represents the Security Status. The possible call states are:
• A: No Integrity Check, No Ciphering
• B: Integrity Check, No Ciphering
• C: Integrity Check, Ciphering
• C: Connected
• I: Idle show mme-service session counters Command Output Descriptions
show mme-service session full Command Output Descriptions
• show mme-service statistics Output Descriptions
show mme-service statistics emm only Command Output Descriptions
show mme-service statistics s1ap mme-service Command Output Descriptions
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