600-212
600-212Implementing Cisco Service Provider MobilityLTE NetworksNWExam.comSUCCESS GUIDE TO CISCO CERTIFICATIONExam Summary – Syllabus – Questions
600-212 Sample Questions and Exam SummaryTable of ContentsIntroduction to 600-212 Exam on Implementing Cisco Service ProviderMobility LTE Networks . 2Cisco 600-212 Certification Details: . 2Cisco 600-212 Exam Syllabus: . 3600-212 Sample Questions: . 9Answers to 600-212 Exam Questions: . 10600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 1
600-212 Sample Questions and Exam SummaryIntroduction to 600-212 Exam onImplementing Cisco Service Provider MobilityLTE NetworksA great way to start the Cisco Service Provider Mobility CDMA to LTE Specialist / CiscoService Provider Mobility UMTS to LTE Specialist (SPLTE) preparation is to begin byproperly appreciating the role that syllabus and study guide play in the Cisco 600-212certification exam. This study guide is an instrument to get you on the same page withCisco and understand the nature of the Cisco Service Provider Mobility CDMA / UMTS toLTE exam.Our team of experts has composed this Cisco 600-212 exam preparation guide to providethe overview about Cisco Implementing Cisco Service Provider Mobility LTE Networksexam, study material, sample questions, practice exam and ways to interpret the examobjectives to help you assess your readiness for the Cisco SPLTE exam by identifyingprerequisite areas of knowledge. We recommend you to refer the simulation questionsand practice test listed in this guide to determine what type of questions will be askedand the level of difficulty that could be tested in the Cisco Service Provider Mobility CDMA/ UMTS to LTE certification exam.Cisco 600-212 Certification Details:Exam NameImplementing Cisco Service Provider Mobility LTE NetworksExam Number600-212 SPLTEExam Price 300 USDDuration90 minutesNumber of Questions 65-75Passing ScoreVariable (750-850 / 1000 Approx.)RecommendedTrainingImplementing Cisco Service Provider Mobility LTE Networks –(SPLTE)Exam RegistrationPEARSON VUESample QuestionsCisco 600-212 Sample QuestionsPractice ExamCisco Service Provider Mobility CDMA to LTE Specialist /Cisco Service Provider Mobility UMTS to LTE SpecialistPractice Test600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 2
600-212 Sample Questions and Exam SummaryCisco 600-212 Exam Syllabus:SectionWeightLTE5%Objectives1 Describe and differentiate LTE / SAE architecture2 Explain attach procedure and call flow1 Network functions LTE –MMEa) Identify key functions of the MME and basicunderstanding of architecture and interfacesb) Describe MME states of MM and CM managementc) Describe protocol stacks and proceduresd) Describe mobility management signaling and callflowse) Describe session management signaling and callflowsf) Describe location management signaling and callflowsg0 Describe SGS procedures and signaling call flowsh) Describe intra-MME handovers procedurei) Describe intra-RAT handovers procedurej) Describe inter-MME handover procedures2 QOS architecturea) Describe the overall QOS functionality in LTE forsingle and multi pdnb) Describe the QOS mapping from UMTS to LTEMME (4G LTE)16%3 Configurationsa) Configure S1 interface with correspondingservices and system parametersb) Configure S6a interface with correspondingservices and system parametersc) Configure S11 interface with correspondingservices and system parametersd) Configure S13 interface with correspondingservices and system parameterse) Identify and implement gateway selectionmechanismsf) Identify and implement MME operator policy andfeature setsg) Troubleshoot configurations4 Network sharinga) Describe MOCN architectureb) Describe GWCN architecture5 Securitya) Describe LTE security principles for MME networknode600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 3
600-212 Sample Questions and Exam SummarySectionWeightObjectivesb) Explain security functions for mobilitymanagement procedures6 Idle mode signaling reductiona) Identify IDLE mode signaling reduction in an LTEnetworkb) Describe IDLE mode signaling establishmentc) Describe IDLE mode signaling reductiondeactivation7 CSFBa) Describe CSFB architecture in LTE networkb) Describe CSFB call flow and signaling8 IPv6 supporta) Configure IPV6 and dual stack EPS bearerscenariosb) Configure and implement transport plane IPV6support for MME1 Network functions LTE-SGWa) Identify key functions of the SGW and basicunderstanding of architecture and interfacesb) Describe SGW attach procedures and call flowsc) Configure S1-U interface with correspondingservices and system parametersd) Configure S5/S8 using PMIP/GTP interface withcorresponding services and system parameterse) Configure S11 interface with correspondingservices and system parametersSGW (4G LTE)10%2 Feature functionality and extended applicationa) Describe multi-PDN support for SGWb) Describe downlink delay notification for SGWc) Describe idle mode signaling reduction supportfor SGWd) Configure and implement IPV6 support for SGW3 Internetworking between LTE and othertechnologiesa) Describe interaction with CDMA/eHRPDinternetworkingb) Describe interaction with GSM/UMTSinternetworkingc) Configure S4 interface with correspondingservices and system parametersd) Configure S12 interface with correspondingservices and system parameterse) Configure S103 interface with correspondingservices and system parameters600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 4
600-212 Sample Questions and Exam SummarySectionWeightObjectives4 Charginga) Configure Gx interface with correspondingservices and system parameters5 QoSa) Describe QoS bearer management and markingfor SGWb) Configuring DSCP marking for SGW1 Architecture overviewa) Identify key functions of the PGW and basicunderstanding of architecture and interfaces2 Implement S5/S8 and Gn/Gp interfacea) Describe GTP protocolb) Describe mobility management/sessionmanagement call flowsc) Describe QoS in EPCd) Configure S5/S8 interface with correspondingservices and system parameterse) Troubleshoot S5/S8 and Gn/GpPGW (4G LTE/EHRPD) 15%3 APNa) Describe the various IP address allocationmechanismsb) Describe the concept of virtual APNsc) Configure APNs and virtual APNs withcorresponding service and system parametersd) Configure IP source address validation andaccess control liste) Troubleshoot APN4 Implement Gx interfacea) Describe the important diameter AVPs needed forGxb) Describe basic Gx call flowsc) Configure Gx interface with correspondingservices and system parametersd) Troubleshoot Gx interfacee) Describe the common policy use casesf) Configure failure handling modesg) Configure usage monitoring over Gx5 Implement Gy interfacea) Describe the important diameter AVPs needed forGyb) Describe the basic Gy call flowsc) Configure Gy interface with correspondingservices and system parameters600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 5
600-212 Sample Questions and Exam SummarySectionWeightObjectivesd) Troubleshoot Gy interfacee) Configure failure handling modesf) Describe OCS selection based on staticconfigurationg) Describe RADIUS attributes and PCRF out-ofquota redirection handling6 Implement AAA Interfacea) Describe the basic AAA authentication andaccounting call flowsb) Describe the important RADIUS attributes forauthentication and accountingc) Configure RADIUS interface with correspondingservices and system parametersd) Troubleshoot RADIUS interface7 Implement S6b interfacea) Describe the important diameter AVPs needed forS6bb) Describe the basic S6b call flowsc) Configure S6b interface with correspondingservices and system parametersd) Troubleshoot S6b interface8 Interworking with non-3GPP access networksa) Configure S2a interface with correspondingservices and system parametersb) Configure S2b interface with correspondingservices and system parametersc) Configure S2c interface with correspondingservices and system parametersd) Configure LMA functionality on a PGWe) Configure non-3GPP IRAT handoversf) Troubleshoot S2b and S2c interfacesVoice Over LTE20%9 SGi Interfacea) Configure and implement various IP transporttypesb) Configure and implement static and dynamicrouting protocols1 VoLTE application messages/protocolsa) Describe VoLTE specific diameter interfaceb) Describe XCAP, LDAP, SPMLc) Describe CAMEL, CAP, INAP, SOAP, MSML2 Voice over LTE architecturea) Describe voice evolution in mobile networkb) Identify VoLTE system architecture and functionsof network elements600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 6
600-212 Sample Questions and Exam SummarySectionWeightObjectives3 Network elements in voice over LTEa) Describe CSCFb) Describe ENUMc) Describe MNP — mobile numberportability/databased) Describe telephony application servere) Describe DRA/DEAf) Describe HSSg) Describe PCRFh) Describe ATCF,ATGWi) Describe MRFj) Describe understand OSS and BSS4 QoSa) Describe QoS in EPSb) Describe end-to-end QoS in VoLTE5 Interfaces and signaling messagesa) Configure Gx interface and signalingb) Design Rx interface and signalingc) Implement Cx interface and signalingd) Describe ISC interface and signalinge) Describe Ut interface6 End-to-end call flowa) Describe IMS client attach to EPCb) Describe P-CSCF discoveryc) Describe IMS registration, re-registration and deregistrationd) Describe mobile-originated VoLTE calle) Describe mobile-terminated VoLTE callf) Describe emergency VoLTE call7 Supplementary servicesa) Describe IR.92 supplementary service overviewb) Describe IR.94 supplementary service overviewc) Describe Important services call flowsOther Interfaces5%8 VoLTE Interworkinga) Describe PSTN interworkingb) Describe IMS/SIP interworkingc) Describe e-SRVCC1 AAA/diameter related interfacesa) Describe SWx interfaceb) Describe S9 interfacec) Describe Sp interface2 HRPD related interfaces600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 7
600-212 Sample Questions and Exam SummarySectionWeightObjectivesa) Describe S101b) Describe S1031 Offline charging servicea) Describe offline charging architectureb) Explain the GTPP protocol header and messagesc) Explain charging data record transport throughGTP'd) Compare and contrast GTPP transfer scenariose) Describe and differentiate mobility recordsCharging13%generated by MPC nodesf) Identify and list conditions for record closure andgenerationg) Explain Rf offline charging scenariosh) Identify and list offline charging error casesi) Configure for offline billingj) Troubleshoot for offline billing1 Describe lawful intercept architecture and eventsLawful Intercept5%2 Configure lawful interception3 Describe lawful intercept trigger element1 TACACSa) Describe admin authentication and commandauthorization methodsb) Configure Local administration levelsc) Configure external authentication TACACSservers2 Performance counters/statisticsa) Describe the various performance countersb) Describe the collection and processing ofperformance countersc) Describe the common KPIs for various MPC nodesd) Configure counters and KPIsManagement Protocols 11%3 Fault managementa) Describe SNMP protocols, alarms, notification andMIBsb) Configure SNMP traps, filters and thresholds4 syslog/events Loga) Describe system log formats and filtersb) Configure syslog servers and event logs5 Securitya) Describe user access control6 NTPa) Describe system timing600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 8
600-212 Sample Questions and Exam SummarySectionWeightObjectivesb) Configure NTP servers, system clock, time zoneand timestamps600-212 Sample Questions:01. In which two ways is P-CSCF discovered by the Voice over LTE IMS client?(Choose two.)a) Retrieve the list of P-CSCF information that is stored locally on the IMS client.b) Obtain P-CSCF information from other registered IMS clients.c) Retrieve the list of P-CSCF information from the Mobility Management Entity.d) Obtain P-CSCF information in the protocol configuration options during bearercontext activation.e) Obtain P-CSCF information from the Telephony Application Server during IMSregistration.02. Which authentication protocol is used for the S6b interface?a) EAP-TLSb) EAP-AKAc) IPsecd) SSL03. Which EPS integrity algorithm is mandatory for the UEs?a) EIA0b) SNOW 3Gc) AESd) ZUC04. Which network function converts Voice over LTE voice bearer to PSTNvoice bearer?a) border gateway control functionb) media gateway functionc) multimedia resource functiond) session border controller function05. Which option describes SNMP inform requests?a) notifications sent to and acknowledged by an SNMP agentb) notifications sent to and acknowledged by an SNMP management stationc) notifications sent to but not acknowledged by an SNMP agentd) notifications sent to but not acknowledged by an SNMP management station06. Which option describes where the Sp reference point is located?a) between PCRF and SPRb) between PCRF and the application functionc) between PGW and trusted non-3GPP IP accessd) between PCRF and ePDG600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 9
600-212 Sample Questions and Exam Summary07. Which protocol runs on the 3GPP Rx interface?a) GTPv2b) SS7c) RADIUSd) Diametere) SIP08. Which two Diameter interfaces are used in Voice over LTE?(Choose two.)a) Gnb) Gxc) ISCd) Gie) Cxf) Sv09. Which two radio technologies are used in LTE?(Choose two.)a) OFDMAb) MIMOc) TDMAd) EV-DOe) VORf) DME10. Which types can be classified as bulk stats on the Cisco ASR 5000?a) Counter, Gauge, Informationb) Gauge, Counter, Iterativec) Circular, Gauge, Counterd) Watermark, Counter, GaugeAnswers to 600-212 Exam Questions:Question: 01Question: 02Question: 03Question: 04Question: 05Answer: a, dAnswer: bAnswer: aAnswer: bAnswer: bQuestion: 06Question: 07Question: 08Question: 09Question: 10Answer: aAnswer: dAnswer: b, eAnswer: a, bAnswer: aNote: If you find any typo or data entry error in these sample questions, we requestyou to update us by commenting on this page or write an email onfeedback@nwexam.com600-212 - Service Provider Mobility CDMA / UMTS to LTEpg. 10
6 End-to-end call flow a) Describe IMS client attach to EPC b) Describe P-CSCF discovery c) Describe IMS registration, re-registration and de-registration d) Describe mobile-originated VoLTE call e) Describe mobile-terminated VoLTE call f) Describe emergency VoLTE call 7 Supplementary
Department of Neurological Surgery Division of Pain Medicine Department of Physical Department of Neurology Dr. Härtl Tel: 212-746-2152/ Fax: 212-746-8339 Department of Anesthesiology Medicine and Rehabilitation Tel: 646-962-3202 Dr. Elowitz Tel: 212-746-2870/ Fax: 212-746-8339 Tel: 646-962-7246 Tel: 212-746-1500 Fax: 646-962-0511
Nov 08, 2005 · Michael Thearle Michael Mazzola Andrew Carey Aracelis Lucero Brian Marchellos Pete Woroniecki Matt Linnane email: repo trade support DATA ENTRY Eleuterio Marcelino (Marcie) INFINITY SYSTEMS SUPPORT Ruth Weinreich Alex Robayo Hot Line 212-526-7121 212-526-7019 212-526-7022 212-526-7023 212-526-7015 212-526-7021 212-526
603.05 Welded Wire Fabric 600-3 604 CONSTRUCTION JOINTS 600-4 605 DEPOSITING THE CONCRETE 600-4 606 CONSOLIDATING CONCRETE 600-4 607 CURING 600-5 607.01 General 600-5 607.02 Cold Weather Requirements 600-6 608 REMOVAL OF FORMS 600-6 609 CONCRETE SURFACE FINISHES 600-6 609.01 Filling and Repairing Bolt Holes 600-8
Nov 23, 2020 · 27a. solicitation incorporates by reference far 52.212-1, 52.212-4. far 52.212-3 and far 52.212-5 are attached. addenda are are not attached 27b. contract/purchase order incorporates by reference far 52.212-4. far 52.212-5 is attached. addenda are are not attached 28. contractor is required to sign this document and return copies to issuing office.
Campbell Helicopters Ltd. - Bell 212 Type rating Workbook 2017-001 Page 2 of 19 MODULE 1 - INTRODUCTION TO THE BELL 212 Read: Bell 212 Transition Manual Section 2 - General Description Section 5 - Airframe Bell 212 Flight Manual General Information pages i-iv Bell 212 Manufacturers Data Section 1 - Systems Description Review Questions: 1.
606 and 606Y 600 Globe Stop-Check 8-14 607 and 607Y 600 Angle Stop-Check 8-14 614Y 600 Flite-Flow Globe Stop (Y-Type) 6-20 616 and 616Y 600 Globe Stop 8-14 617 and 617Y 600 Angle Stop 8-14 692Y 600 Flite-Flow Check (Y-Type) 16-20 694 and 694Y 600 Horizontal Check 8-14 695 and 695Y 600 Angle Check 8
Bart Oosterveld 1.212.553.7914 John Nelson 1.212.553.4096 Lisa Washburn 1.212.553.4133 Robert Kurtter 1.212.553.4453 Gail Sussman 1.212.553.0819 San Francisco . large, fiscally sound issuers in these sectors would likely map
Anne Moore, MD 212-821-0550 almoore@med.cornell.edu Linda Vahdat, MD 212-821-0644 ltv2001@med.cornell.edu Breast Radiation Oncology Mary Katherine Hayes, MD 212-746-3610 mkh2001@med.cornell.edu Michael J. Smith, MD 212-746-3614 mis9146@med.cornell.edu Breast Cancer Genetic Counseling Peter Pressman, MD 212-821-0830 pip2002@med.cornell.edu
