Cisco Cisco IOS Software Release 12.4(9)T
Enhanced MF for FGD and Analog CAMA Trunks
Information About Enhanced MF for FGD and Analog CAMA Trunks
3
Enhanced MF for FGD and Analog CAMA Trunks
•
According the FCC, all VoIP providers must have some method of interconnect to the selective
router (SR) by November 28, 2005. At that time the new minimum requirement was upgraded to
support a 10-digit ANI or SS7, which provides additional digits. While 20-digit ANI is not yet a
requirement, this feature provides location-based ANI and Call Back Number (CBN) capability for
911 calls.
router (SR) by November 28, 2005. At that time the new minimum requirement was upgraded to
support a 10-digit ANI or SS7, which provides additional digits. While 20-digit ANI is not yet a
requirement, this feature provides location-based ANI and Call Back Number (CBN) capability for
911 calls.
•
Compliance with Emergency Interconnect requirements for the USA and Canada.
The following additional features are supported:
•
SS7 interconnect with PGW to SRs
•
MF and CAMA connection to SRs with SIP
•
20-digit ANI support for MF trunks on the Cisco AS5400
•
20-digit ANI support for CAMA trunks on ISR with the CAMA interface card
•
RPID is mapped to PANI and the From field is mapped to ANI based on specific configuration tasks
•
New command-line interface (CLI) to configure RPID and From field mapping from SIP to PANI
and ANI plus new CLI to configure the FGD EMF/Analog CAMA option to support 20-digit ANI
(ANI + PANI)
and ANI plus new CLI to configure the FGD EMF/Analog CAMA option to support 20-digit ANI
(ANI + PANI)
•
Info digit capability for FGD EMF and CAMA EMF
•
Support for the CSMv6 DSP card
FCC E911 VoIP
As part of the FCC E911 VoIP order that was released in June, 2005, the FCC mandated that providers
of interconnected VoIP services must provide E911 service to all of their customers as a standard feature,
rather than as an optional enhancement. It was further required that E911 service be provided from
wherever the customer is using the service, whether at home or elsewhere.
of interconnected VoIP services must provide E911 service to all of their customers as a standard feature,
rather than as an optional enhancement. It was further required that E911 service be provided from
wherever the customer is using the service, whether at home or elsewhere.
As a result, an advanced E911 solution has been created that includes a method to determine a user’s
location without assistance from the user. This location information (ALI) is provided along with the
identification information (ANI) to the SR or PSAP, where supported. Because part of the connectivity
to the SR or PSAP involves FGD-OS and analog CAMA signaling, this signaling has been modified to
support sending ALI (sometimes referred to as Pseudo ANI [PANI]) along with the ANI.
location without assistance from the user. This location information (ALI) is provided along with the
identification information (ANI) to the SR or PSAP, where supported. Because part of the connectivity
to the SR or PSAP involves FGD-OS and analog CAMA signaling, this signaling has been modified to
support sending ALI (sometimes referred to as Pseudo ANI [PANI]) along with the ANI.
shows an E911 network using packet gateways.
Figure 1
E911 Network using Packet Gateways
146672
V
SIP proxy
GW
EO
EO
V
GW
V
PSAP GW
V
E911 GW
FGD-OS
CAMA/EMF
PSAP
PSAP
PSAP
SR
Packet network