Standalone eHRPD Serving Gateway
Configuration Sample
# Configuration
file for ST40 in HSGW role
#
# Send HSGW
licenses
configure /flash/flashconfig/<hsgw_license_name>.cfg
end
#
# Set system
to not require confirmation when creating new contexts and/or
services. Config file must end with “no autoconfirm” to
return the CLI to its default setting.
#
configure
autoconfirm
#
# Configure
ST40 cards
#
# Activate
the PSCs
card <slot_number>
mode
active psc
exit
card <slot_number>
mode
active psc
exit
# Repeat
for the number of PSCs in the system
end
#
# Modify
the local context for local system management
config
context
local
interface <name>
ip
address <address> <mask>
exit
server
ftpd
exit
ssh
key <key>
length <bytes>
server
sshd
subsystem
sftp
exit
server
telnetd
exit
subscriber
default
exit
administrator
<name>
encrypted password <password>
ftp
aaa
group default
exit
administrator
<name>
encrypted password <password>
ftp
ip
route <ip_addr/ip_mask> <next_hop_addr> <lcl_cntxt_intrfc_name>
exit
port
ethernet <slot#/port#>
no
shutdown
bind
interface <lcl_cntxt_intrfc_name>
local
exit
ntp
enable
server
10.2.10.2
exit
snmp
engine-id local <id>
snmp
notif-threshold <count>
low <low_count>
period <seconds>
snmp
authentication-failure-trap
snmp
heartbeat interval <minutes>
snmp
community <string>
read-write
snmp
target <name> <ip_address>
system
contact <string>
system
location <string>
rohc-profile
profile-name <name>
common-options
delay-release-hc-context-timer <seconds>
inactive-traffic-release-hc-context-timer <seconds>
exit
exit
# HSGW context
context <hsgw_context_name>
interface
<a10-a11_interface_name>
ip
address <ip_address>
exit
ip
domain-lookup
ip
name-servers <ipv4_or_ipv6_address>
dns-client <name>
policy
accounting <rf_acct_policy_name>
accounting-level {type}
operator-string <string>
exit
hsgw-service <hsgw_service_name>
associate
accounting-policy <acct_policy_name>
spi
remote-address <ip_address>
spi-number <num> encrypted
secret <secret>
plmn
id mcc <number>
mnc <number>
fqdn <domain_name>
gre
sequence-mode recorder
gre
flow-control action resume-session timeout <msecs>
gre
segmentation
unauthorized-flows
qos-update wait-timeout <seconds>
ip
header-compression rohc
bind
address <a10-a11_interface_address>
exit
exit
# MAG context
context <hsgw_context_name>
interface <s2a_interface_name>
ip
address <ipv6_address>
exit
mag-servics
<mag_service_name>
-noconfirm
information-element-set custom1
bind
address <s2a_interface_address>
exit
exit
# AAA and
policy
context <aaa_context_name>
interface <aaa_sta_ipv4_interface_name>
ip
address <ipv4_address>
exit
interface <pcrf_gxa_ipv6_interface_name>
ip
address <ipv6_address>
exit
interface <ocs_rf_ipv4_interface_name>
ip
address <ipv4_address>
exit
subscriber
default
ims-auth-service <gxa_ims_service_name>
rohc-profile-name <name>
exit
aaa
group default
radius
accounting interim interval <seconds>
diameter
accounting dictionary <name>
diameter
authentication dictionary <name>
diameter
accounting endpoint <rf_ofcs_server>
diameter
authentication endpoint <sta_cfg_name>
diameter
accounting server <rf_ofcs_server>
priority <num>
diameter
authentication server <sta_cfg_name>
priority <num>
exit
ims-auth-service <gxa_ims_service_name>
policy-control
diameter
origin endpoint <gxa_cfg_name>
diameter
dictionary <gxa_dictionry_name>
diameter
host-select table <#>
algorithm round-robin
diameter
host-select row-precedence <#>
table <#>
host <gxa_cfg_name>
exit
exit
diameter
endpoint <sta_cfg_name>
origin
realm <realm_name>
origin
host <name>
address <aaa_ctx_ipv4_address>
peer
<sta_cfg_name>
realm <name>
address <aaa_ipv4_address>
route-entry
peer <sta_cfg_name>
exit
diameter
endpoint <gxa_cfg_name>
origin
realm <realm_name>
origin
host <name>
address <aaa_ctx_ipv6_address>
peer
<gxa_cfg_name>
realm <name>
address <pcrf_ip_addr>
port <#>
route-entry
peer <gxa_cfg_name>
end
diameter
endpoint <rf_cfg_name>
origin
realm <realm_name>
origin
host <name>
address <aaa_ctx_ipv4_address>
peer
<rf_cfg_name>
realm <name>
address <ocs_ip_addr>
port <#>
route-entry
peer <rf_cfg_name>
exit
exit
# QCI-QoS
mapping
qci-qos-mapping <name>
qci
1 user-datagram dscp-marking <hex>
qci
3 user-datagram dscp-marking <hex>
qci
9 user-datagram dscp-marking <hex>
end