How to test the Cisco Gateway's communication with a DHCP server?
To test the Cisco Gateway system's ability to communicate with a DHCP server, attempt to obtain an IP address from the DHCP server(s) and immediately release it.
How to test GTPP connectivity with a GSS on a Cisco Gateway?
To test GTPP connectivity with a GSS on a Cisco Gateway, send GTPP echo packets to the specified GSS to check connectivity and to provide round trip time.
How to test GGSN’s ability to exchange GTP-C packets on Cisco Gateway?
To test the GGSN’s ability to exchange GTP-C packets on your Cisco Gateway, send GTP-C echo request messages to the specified SGSN(s) and wait for a response.
How to test GGSN’s ability to exchange GTP-U packets on Cisco Gateway?
To test the GGSN’s ability to exchange GTP-U packets on your Cisco Gateway, send GTP-U echo request messages to the specified SGSN(s) and wait for a response.
How to test GGSN’s ability to exchange GTPv0 packets on Cisco Gateway?
To test the GGSN’s ability to exchange GTPv0 packets on your Cisco Gateway, send GTPv0 echo request messages to the specified SGSN(s) and wait for a response.
How to test IPsec Tunnel communication on Cisco Gateway?
To check the system's ability to communicate through an IPsec Tunnel, execute the IPsec Tunnel Test Command.
What to do if Cisco Gateway HNB-GW can't exchange GTP-U packets?
If the HNB-GW is unable to exchange GPRS Tunneling Protocol user plane (GTP-U) packets, execute the GTPU Test Echo Command from within the context in which at least one HNB-GW service is configured.
How to troubleshoot GTPv0 packet exchange issues on Cisco Gateway HNB-GW?
If the HNB-GW is unable to exchange GPRS Tunneling Protocol version 0 (GTPv0) packets, execute the GTPv0 Test Echo Command from within the context in which at least one HNB-GW service is configured.
Describes the system's design for scalability and the maximum number of cards that can be installed.
Details the service assurance features found in the system, focusing on hardware redundancy.
Describes the feature for automatic recovery of established subscriber sessions after a fault.
Details the CLI's features, including multi-user support, hierarchical structure, and administrative privileges.
Explains how the ASN Gateway processes subscriber control and bearer data traffic for mobility management.
Describes features supported by default in base software for PDSN service, such as Gx and Gy support, RADIUS support.
Lists PDG/TTG features including PDG service, TTG mode, IPSec encryption, and RADIUS support.
Describes blacklist solution matching URLs against a database to discard, redirect, or terminate flows.
Describes MME's role as a key control-node for LTE access-network, handling bearer and signaling.
Lists base software features for MME, such as Subscriber Session Management and NAS Protocol Support.
Lists FCAPS support provided by Web Element Manager, including Fault, Configuration, Accounting, Performance, and Security.
Lists safety certifications the ASR 5000 complies with, such as UL60950 and EN 60950.
General| Model | ASR 5000 Series |
|---|---|
| Type | Network Router |
| Supported Protocols | IPv4, IPv6, Diameter, GTP, and more |
| Power Supply | Redundant, Hot-swappable AC or DC |
| Cooling | Redundant, Hot-swappable fans |
| Management Interfaces | CLI, SNMP |
| Operating System | StarOS |
| Redundancy | Power supply, fan |
| Interfaces | 10 Gigabit Ethernet |
| Applications | Mobile packet core |
| Port Density | Varies by model and configuration |
| Dimensions (H x W x D) | Varies by model |
| Weight | Varies by configuration |
| Typical Power Consumption | Varies by model and configuration |
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