Cisco ASR 5000 Series Administration Manual

Text of Cisco ASR 5000 Series User Guide:

• Cisco ASR 5000 Series, Verifying and Saving Your Configuration ▀ Saving the Configuration on the Chassis ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 Keyword/Variable Description -noconfirm Optional: Indicates that no confirmation is to be given prior to saving the configuration information to the specified filename (if one was specified) or to the currently active configuration file (if none was specified). showsecrets Optional: This keyword causes the CLI configuration file to be saved with all passwords in plain text, rather than their defau

• Cisco ASR 5000 Series, HRPD Serving Gateway Overview ▀ Features and Functionality - Base Software ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 PPP VSNCP VSNCP offers streamlined PPP signaling with fewer messages to reduce connection set-up latency for VoIP services (VORA). VSNCP also includes PDN connection request messages for signaling EPC attachments to external networks. Vendor Specific Network Control Protocol (VSNCP) provides a PPP vendor protocol in accordance with IETF RFC 3772 that is designed for PDN establishment and is used to encapsulate user datagrams sent over the main A10' connection between the UE and

• Cisco ASR 5000 Series, Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide ▄ OL-22984-01 Chapter 3 Verifying and Saving Your Configuration This chapter describes how to save the system configuration.

• HRPD Serving Gateway Overview Network Deployment(s) ▀ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide ▄ OL-22984-01 Network Deployment(s) This section describes the supported interfaces and the deployment scenario of an HSGW in an eHRPD network. HRPD Serving Gateway in an eHRPD Network The following figure displays a simplified network view of t

• HRPD Serving Gateway Overview ▀ Features and Functionality - Base Software ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 Additionally, other key system-level software tasks, such as VPN manager, are performed on a physically separate Packet Service Card (PSC) to ensure that a double software fault (e.g. session manage

• Cisco ASR 5000 Series, HSGW Engineering Rules ▀ HSGW Service Rules ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 HSGW Service Rules The following engineering rules apply to services configured within the system: A maximum of 256 services (regardless of type) can be configured per system. Caution: Large numbers of services greatly increase the complexity of management and may impact overall system performance (i.e. resulting from such things as system handoffs). Therefore, it is recomme

• Cisco ASR 5000 Series, HSGW Configuration ▀ Configuring the System to Perform as a Standalone HSGW ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 Required Information Description Origin host address The IPv6 address of the STa interface. Peer name The STa endpoint name described above. Peer realm name The STa origin realm name described above. Peer address and port number The IPv6 address and port number of the PCRF. Route-entry peer The STa endpoint name described above. Rf Interface Configuration (to off-line charging server) Interface name An identification string between 1 and 79 characters (alpha and/o

• HSGW Configuration ▀ Configuring the System to Perform as a Standalone HSGW ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 Verifying and Saving the Configuration Refer to the Verifying and Saving Your Configuration chapter to verify and save your HSGW configuration.

• Cisco ASR 5000 Series, HSGW Configuration ▀ Configuring the System to Perform as a Standalone HSGW ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 Modifying the Default Subscriber

• Cisco ASR 5000 Series, HRPD Serving Gateway Overview ▀ Call/Session Procedure Flows ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 Figure 7. PMIPv6 Lifetime Extension (without handover) Call Flow eAN/ePCF HSGW (MAG) P-GW (LMA)UE PBU 5 3 Attached 1 Lifetime refresh trigger 2 New lifetime 4 PBA Table 3. PMIPv6 Lifetime Extension (without handover) Call Flow Description Step Description 1 The UE is attached to the EPC and has a PDN connection with the P-GW where PDNID=x and an APN with assigned HNP. 2 The HS

• Cisco ASR 5000 Series, HRPD Serving Gateway Overview Network Deployment(s) ▀ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide ▄ OL-22984-01 Gxa Interface This signalling interface supports the transfer of policy control information (QoS) between the HSGW (BBERF) and a PCRF. Supported protocols: Transport Layer: TCP, SCTP Network Layer: IPv4, IPv6 Data Link Layer: ARP Physical Layer: Ethernet HSGW Gxa PCRF L1/L2 Diameter IPv4 / IPv6 L1/L2 IPv4 / IPv6 TCP / SCTP TCP / SCTP Diameter

• Cisco ASR 5000 Series, HRPD Serving Gateway Overview Call/Session Procedure Flows ▀ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide ▄ OL-22984-01 Table 2. Initial Attach with IPv6/IPv4 Access Call Flow Description Step Description 1 The subscriber (UE) attaches to the eHRPD network. 2a The eAN/PCF sends an A11 RRQ to the HSGW. The eAN/PCF includes the true IMSI of the UE in the A11 RRQ. 2b The HSGW establishes A10s and respond back to the eAN/PCF with an A11 RRP. 3a The UE performs LCP negotiation with the HSGW over the established main A10. 3b The UE performs EAP over PPP. 3c EAP

• Cisco ASR 5000 Series, HSGW Configuration Configuring the System to Perform as a Standalone HSGW ▀ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide ▄ OL-22984-01 HSGW and MAG Service Configuration Step 1 Configure HSGW service settings by applying the example configuration in the Configuring the HSGW Service section. Step 2 Configure the MAG service by applying the example configuration in the Configuring the MAG Service section. Configuring the HSGW Service Use the following configuration example to set paramet

• Cisco ASR 5000 Series, HRPD Serving Gateway Overview eHRPD Network Summary ▀ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide ▄ OL-22984-01 Authentication Bearer management functions including dedicated bearer establishment HRPD access node (terminating S101 reference point) selection for handovers to HRPD Transparent transfer of HRPD signalling messages and transfer of status information between E-UTRAN and HRPD access, as specified in the pre-registration and handover flows Serving Gateway (S-GW) For each UE associated with the EPS, there is a single S-GW at any given time providing the following basic functions: Terminates

• Cisco ASR 5000 Series, THE SPECIFICATIONS AND INFORMATION REGARDING THE PRODUCTS IN THIS MANUAL ARE SUBJECT TO CHANGE WITHOUT NOTICE. ALL STATEMENTS, INFORMATION, AND RECOMMENDATIONS IN THIS MANUAL ARE BELIEVED TO BE ACCURATE BUT ARE PRESENTED WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED. USERS MUST TAKE FULL RESPONSIBILITY FOR THEIR APPLICATION OF ANY PRODUCTS. THE SOFTWARE LICENSE AND LIMITED WARRANTY FOR THE ACCOMPANYING PRODUCT ARE SET FORTH IN THE INFORMATION PACKET THAT SHIPPED WITH THE PRODUCT AND ARE INCORPORATED HEREIN BY THIS REFERENCE. IF YOU ARE UNABLE TO LOCATE THE SOFTWARE LICENSE OR

• Cisco ASR 5000 Series, HRPD Serving Gateway Overview ▀ eHRPD Network Summary ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 eHRPD Network Summary In a High Rate Packet Data (HRPD) network, the method of mobility is performed using client-based mobile IPv6 or Client Mobile IPv6 (CMIPv6). This involves the mobile node with an IPv6 stack maintaining a binding between its home address and its care-of address. The mobile node must also send mobility management signaling messages to a home agent. The primary difference in an evolved HRPD (eHRPD) network is the use of network mobility (via proxy) allowing the network to

• Cisco ASR 5000 Series, Sample Configuration Files ▀ Standalone eHRPD Serving Gateway ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 Standalone eHRPD Serving Gateway The configuration sample contained in this section contains example configurations described in the System Administration Guide and the eHRPD Serving Gateway Administration Guide. Descriptions of all commands contained herein can be found in the Command Line Interface Reference. Configuration Sample

• HRPD Serving Gateway Overview Features and Functionality - External Application Support ▀ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide ▄ OL-22984-01 Figure 5. Web Element Manager Network Interfaces License Keys: A license key is required in order to use the Web Element Manager application. Please contact your local Sales or Supp

• Cisco ASR 5000 Series, About this Guide ▀ Contacting Customer Support ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 Contacting Customer Support Use the information in this section to contact customer support. For New Customers: Refer to the support area of http://www.cisco.com for up-to-date product documentation or to submit a service request. A valid username and password is required to this site. Please contact your local sales or service representative for additional information. For Existing Customers with support contract

• Cisco ASR 5000 Series, HSGW Configuration ▀ Configuring the System to Perform as a Standalone HSGW ▄ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide OL-22984-01 Step 7 As part of the gateway control session establishment, the HSGW sends a CC-Request (CCR) message to the PCRF and the PCRF acknowledges establishment by responding back with CC-Answer (CCA) message. Step 8 HSGW uses the configured MAG context to determine the MAG service to use for the outgoing S2a connection. Step 9 The HSGW es

• Cisco ASR 5000 Series, HRPD Serving Gateway Overview Call/Session Procedure Flows ▀ Cisco ASR 5000 Series HRPD Serving Gateway Administration Guide ▄ OL-22984-01 Step Description 4 The UE acknowledges the receipt of the request with a VSNCP-Term-Ack (PDNID=x). 5 The HSGW begins the tear down of the PMIP session by sending a PBU Deregistration to the P-GW with the following attributes: Lifetime=0, MNID, APN, HNP. The PBU Deregistration message should contain all the mobility options that were present in the initial PBU that created the binding. 6 The P-GW looks up the BCE base

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