User's Manual

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send STOP_MODE for less preferred
system. If API returns FALSE,
CM_SRV_CNF with No Service
1.8.9 Carrier Specific BSR
Requirements
Extensions to carrier specific set of
requirements for System Selection
1.8.10 Data Services:
eHRPD/LTE – Data System
Determination for Multiple
Radio Systems
Re-architect data call arbitration in Data
Services layers to remove race conditions
between various SW entities in modem
and CNE
1.8.11 WCDMA/GERAN: System
Selection – Prevent UE from
Sending Attach Request
Message Infinitely When
HPLMN Reject Attach
Request with Cause 14
If HPLMN rejects GPRS Registration with
cause # GPRS Services Not Allowed in
this PLMN (which it shouldn't as per
expectation from a well-behaved network),
UE keeps on attempting registration again
and again on same HPLMN RA. This
feature is to cover up for this network
misbehavior and reattempt GPRS
registration only on RA change
1.9 Modem (Data)
1.9.1 ATCOP
1.9.2 WCDMA/GERAN: ATCOP
3GPP – Enhancing The
Interface for Manual PLMN
Selection
Provide Manual PLMN Selection API
between CM/NAS and ATCOP to provide
the current serving status of the UE
1.9.3 IPHC IP header compression protocol as RFC
2509
1.9.4 DHCPv4 DHCPv4 This is to support for stateless
DHCPv4 protocol to get P-CSCF and
DNS addresses
1.9.5 Simple IPv4 Supports IPv4 address allocation and
release without IP mobility
1.9.6 Mobile IPv4
1.9.7 4 PDNs Support over
Multi-RmNet
Provides the capability to an external AP
to support 4 PDNs through 4 RmNet
Connections to external processor
1.9.8 Dual IP on single RmNet UE shall support tethered RmNet to laptop
data call using Dual IP on single RmNet to
a single USB-end point
1.9.9 IP only Mode/Raw IP Mode RmNet laptop calls transfer IP packets
over USB or shared memory without
Ethernet framing; reduces CPU overhead
and speeds up call setup times (no ARP
duplicate detection)
1.9.10 Multi-RmNet Data Call This is support multiple tethered data calls
over multi-RmNet
1.9.11 DHCPv6
1.9.12 RmNet IPv6
1.9.13 Tethered IPv6 using DUN
over USB