User's Manual

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1.10 Modem (Data: EVDO)
1.10.1 RLP: 1x EVDO Rev B This is to support Radio Link Protocol in
1xEV-DO Rev B
1.10.2 CDMA: 1X EVDO Rev B –
Enhanced PA Back off for
DO Rev B
Uses Tx power differential based PA back
off for multi-carrier assignment, and
improves a) multi-carrier
coverage/throughput on FL, and b) RL
data rate/throughput when multiple
carriers are assigned on FL
1.11 Modem (Data: eHRPD)
1.11.1 EAP-AKA' (prime) Authentication protocol using AKA' (prime)
over EAP transport for all air interfaces
1.11.2 eHRPD: Multiple PDN
Support
Enhanced AMSS implementation to
support multiple VSNCP negotiations and
multiple VSNP data paths over one PPP
instance for eHRPD multiple PDN
connectivity; 3GPP2 eHRPD specification
(X.P0057-0-EHRPD-EUTRAN)
1.11.3 eHRPD: Optimized Silent
Redial and
DCTM4.0
Silent Redial of data call on eHRPD
system
1.11.4 Data Services: eHRPD –
Ignore PDN Inactivity Timer
for The Last PDN
The UE shall ignore the PDN Inactivity
timer when only one PDN connection
remains. Upon PDN Inactivity timer expiry,
if it is the last PDN connection, the UE
shall extend the timer, and shall not
initiate PDN disconnection
1.12 Modem (Data: LTE)
1.12.1 LTE: Data Call throttling This is to prevent UE from repeatedly
requesting PDN connections to the NW
when it encounters a failure in either
eHRPD or LTE connections
1.12.2 LTE: Default IPv4 Bearer
activation at attach
Support for IPv4 data call in LTE
1.12.3 LTE: NW initiated QoS
1.12.4 LTE: UE initiated QoS
1.12.5 Dual IP Continuity Dual IP continuity across LTE and eHRPD
1.12.6 IPv4/IPv6 Continuity Dual IP continuity across LTE and eHRPD
1.12.7 LTE-eHRPD mobility: IPV4
Session Continuity
IPv4 session continuity across LTE and
eHRPD
1.12.8 LTE-eHRPD mobility: IPV6
Session Continuity
IPv4 session continuity across LTE and
eHRPD
1.12.9 LTE: W/G IP session
Continuity
IP session continuity across LTE and W/G
1.12.10 LTE: MIMO – LTE TDD
4-Port Processing
LTE TDD 4x2 MIMO antenna
configuration support (4x2 transmit
diversity)
1.12.11 LTE: MBMS – LTE TDD
MBSFN Awareness
Ability to ignore MBSFN symbols in LTE
TDD subframes while maintaining unicast