MobileInsight 6.0 release¶
March 28, 2022
We are thrilled to announce the release of MobileInsight v6.0.0. The main updates include
5G: MobileInsight now supports data collection of analytics of 5G. The first release supports the following messages:
NR NAS MM5G State
NR NAS SM5G Plain OTA Incoming
NR NAS SM5G Plain OTA Incoming
NR RRC OTA Packet
NR PDCP UL Control PDU
NR RLC DL Stats
NR MAC RACH Trigger
NR LL1 FW Serving FTL
Moreover, this release offers analyzers for the runtime 5G RRC state, PHY/link-layer configurations, handover parameters/measurements/decisions, and dual connectivity analysis. Please try these features by following our updated tutorials on 5G data collection and analytics.
Navigation satellites: MobileInsight now supports data collection of analytics of popular Global Navigation Satellite Systems (GNSS), including GPS, Beidou, Glonass, and Galileo. The first release supports the following messages:
GNSS_GPS_Measurement_Report
GNSS_Glonass_Measurement_Report
GNSS_BDS_Measurement_Report
GNSS_GAL_Measurement_Report
Internet-of-Things (IoT): Starting from this version, MobileInsight will also progressively support data collection and analytics of cellular IoT. The first release supports the following messages:
LTE_NB1_Random_Access_Request_Report
LTE_NB1_Random_Access_Response_Report
LTE_NB1_UE_Identification_Message_Report
LTE_NB1_Contention_Resolution_Message_Report
LTE_NB1_ML1_GM_DCI_Info
LTE_NB1_ML1_GM_TX_Report
LTE_NB1_ML1_GM_PDSCH_STAT_Ind
LTE_NB1_ML1_CDRX_Events_Info
LTE_NB1_ML1_Sum_Sys_Info
LTE_NB1_ML1_Cell_Resel
LTE_NB1_ML1_Serv_Cell_Meas_Response
LTE_NB1_NBR_Cell_Meas
LTE_NB1_ML1_Search_PBCH_Decode
LTE_NB1_ML1_DLM_Decode_Page
Updated 4G LTE control-plane analytics for 5G: For incremental deployment, most operational 5G networks so far adopt the non-standalone (NSA) and dual connectivity mode that use 4G LTE’s core network and radio access as the “anchor”. To this end, MobileInsight also updates its 4G LTE analyzers to tackle both modes. The latest LTE RRC analyzer now can analyze the 4G<->5G handovers and dual connectivity.