№ files_lp_3_process_7_044684
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This guide provides steps for configuring Quality of Service (QOS) for iPECS Cloud systems, specifically for setting up network ports to prioritize phone traffic based on IPKTS or SIP signaling.
Year:
2026
Region / City:
Global
Topic:
Network Configuration
Document Type:
Guide
Organization / Institution:
iPECS
Author:
Not specified
Target Audience:
Network administrators, IT professionals
Effective Period:
Not specified
Approval Date:
Not specified
Amendment Date:
Not specified
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Year:
2023
Note:
Region / city
Topic:
Wireless LANs, QoS Characteristics
Document type:
Technical proposal
Organization / institution:
IEEE
Author:
Duncan Ho, Abhishek Patil, Gaurang Naik, George Cherian, Alfred Asterjadhi, Yanjun Sun, Abdel Karim
Target audience:
Technical experts, IEEE 802.11 working group
Year:
2023
Note:
Region / City
Theme:
QoS Characteristics
Document Type:
Technical Proposal
Organization / Institution:
IEEE
Author:
Duncan Ho, Abhishek Patil, Gaurang Naik, George Cherian, Alfred Asterjadhi, Yanjun Sun, Abdel Karim
Target Audience:
Technical specialists in wireless networking
Approval Date:
June 1, 2023
Keywords:
Wireless LAN, QoS, IEEE 802.11, traffic scheduling, QoS characteristics
Contextual Description:
Technical proposal document discussing changes to QoS Characteristics element for TGbe LB271 based on CID comments.
Specification:
3GPP TS 33.127
CR Number:
0192
Revision:
2
Current Version:
18.2.0
Meeting:
3GPP TSG-SA3 Meeting #88-LI-e-a
Meeting Dates:
23 January 2023 - 27 January 2023
Meeting Location:
Online
Work Item Code:
LI18
Category:
B (addition of feature)
Release:
Rel-18
Source to WG:
SA3LI (Ministère Economie et Finances)
Source to TSG:
SA3
Date:
24 January 2023
Clauses Affected:
7.9.1; 7.9.6 (new)
Related Specification:
TS 33.128 CR 0460
Reason for Change:
Define LI architecture for AF session with QoS at stage 2
Summary of Change:
New xIRIs related to LI for AF session with QoS
Consequences if Not Approved:
LI will not benefit from valuable information when AF session with QoS service is invoked
Year:
2011
Region / city:
Geneva
Theme:
Satellite-terrestrial networks, Quality of Service (QoS)
Document type:
ITU-R Report
Organization / institution:
ITU-R
Author:
ITU Radiocommunication Sector
Target audience:
Telecommunication engineers, network architects
Period of validity:
Not specified
Approval date:
2011
Date of changes:
Not specified
Year:
2025
Region / City:
N/A
Topic:
QoS monitoring, UPF relocation, PDU session release
Document Type:
Change Request
Organization / Institution:
3GPP
Author:
ETRI
Target Audience:
N/A
Period of Action:
2025-01-20 – 2025-01-24
Approval Date:
2025-01-20
Date of Changes:
N/A
Organisation:
3rd Generation Partnership Project (3GPP)
Technical Specification:
3GPP TS 28.552
Working Group:
TSG-SA5
Meeting:
3GPP TSG-SA5 Meeting #131e
CR Number:
0235
Revision:
1
Current Version:
16.5.0
Release:
Rel-16
Category:
B (addition of feature)
Title:
Addition of QoS flow measurements for UPF
Source to WG:
China Mobile, ZTE
Source to TSG:
S5
Work Item Code:
5G_SLICE_ePA
Date:
2020-05-15
Affected Clauses:
5.4.a (new)
Affected Domain:
Core Network
Measurement Names:
UPF.MeanQosFlows; UPF.MaxQosFlows
System:
5GS
Validity:
Packet switching
Year:
2025
Event:
SA WG2 Meeting #170
Location:
Gothenburg, Sweden
Dates:
25–29 August 2025
Agenda Item:
20.6.1.2
Work Item:
FS_6G_ARC
Release:
Rel-20
Work Task:
WT#1.2
Topic:
Enhanced User Plane and QoS Framework for 6G
Document Type:
Technical contribution
Source Organization:
Futurewei
Contributing Organizations:
InterDigital Inc.; Ofinno; vivo; China Telecom; Ericsson; Cisco Systems; Deutsche Telekom; LG Electronics; Huawei; HiSilicon; Qualcomm; CATT; Vodafone; NEC
Related Specification:
3GPP TR 23.801
Subject Area:
6G system architecture, user plane architecture, QoS framework, network slicing, network exposure, SBA framework
Technical Scope:
study of enhanced user plane architecture, QoS mechanisms, traffic steering, packet handling rules, transport protocols, and architectural interfaces between RAN nodes and UPF
Related Interfaces:
N3; N9; N4
Associated Technologies:
GTP-U, SRv6, QUIC
Target System:
6G System (6GS)
Year:
2026
Region / city:
Goa, India
Document type:
Change Request
Organization:
3GPP SA WG2
Author:
Huawei, HiSilicon, CATT?, Samsung?, Vivo?
Work item code:
AIML_CN_Ph2-ARC
Target group:
SA2
Category:
B (addition of feature)
Release:
Rel-20
Date submitted:
2026-01-30
Affected systems:
UICC apps, ME, Radio Access Network, Core Network
Clauses affected:
6.X (new)
Year:
2026
City:
Goa
Country:
India
Event:
3GPP TSG-SA2#173 Meeting
Document type:
Technical contribution draft
Agenda item:
20.6.5
Work Item:
FS_6G_ARC
Topic:
6G Quality of Service framework and solution variants
Technical area:
Mobile telecommunications standards, 6G architecture
Organizations:
Lenovo; Huawei
Pen-holders:
Lenovo; Huawei
Working group:
3GPP TSG SA2
Related specification:
TR 23.801-01
Subject:
Proposed categorization of solution variants for Key Issue 5 QoS framework
Content elements:
QoS concepts for 6G, AI traffic handling, flexible QoS flows, UE and network QoS collaboration, QoS monitoring, application traffic differentiation
Referenced contributions:
Multiple SA2 technical documents (e.g., S2-2600271, S2-2600418, S2-2600484 and others)
Approval status:
Proposed for approval
Year:
2023
Organization:
3rd Generation Partnership Project (3GPP)
Technical Specification Group:
Core Network and Terminals
System:
5G
Document Type:
Technical Specification
Stage:
Stage 3
Release:
18
Scope:
Policy and Charging Control signalling flows and QoS parameter mapping
Audience:
3GPP members and developers
Copyright:
© 2023, 3GPP Organizational Partners (ARIB, ATIS, CCSA, ETSI, TSDSI, TTA, TTC)
Keywords:
5G, PCC, QoS, AMF, PCF, SMF, AF, CHF, NWDAF, MBS, Policy, Charging
Year:
2026
Location:
Goa, India
Subject:
5G Wireless Sensing, Sensing QoS
Document Type:
Technical Contribution / Draft pCR
Organization:
3GPP SA WG2
Author:
CATT, OPPO
Target Audience:
3GPP SA WG2 members
Agenda Item:
20.2.1
Work Item / Release:
FS_Sensing_ARC/Rel-20
Document Source:
S2-2601035 (revision of S2-260xxxx)
Abstract:
Proposal to add a detailed description of Sensing QoS parameters, including positioning and velocity accuracy, confidence level, sensing resolution, latency, refresh rate, missed detection, and false alarm probabilities.
Definitions Included:
Sensing Quality of Service, Horizontal and Vertical Accuracy, Priority Level, Response Time
Performance Requirements Reference:
TS 22.137 clauses 6.1 and 6.2, TR 23.700-14 clauses 8.5–8.6
Notes:
Includes examples for object detection (human, UAV, vehicle), environment and motion monitoring, and related KPIs
Year:
2026
Location:
Goa, India
Document type:
Change Request
Organization:
3GPP TSG SA5
Author:
Huawei
Work item code:
5GS_Ph1-SBI_CH, TEI18
Release:
Rel-19
Category:
A
Date of issue:
2026-01-30
Clauses affected:
5.2.1.6, 5.2.1.7
Related specifications:
Other core specifications, Test specifications, O&M Specifications
Purpose:
Correct inconsistencies in QoS Flow Based Charging tables and descriptions
Year:
2026
Location:
Goa, India
Meeting:
3GPP TSG SA5 #165
Document type:
Change Request (CR)
Release:
Rel-20
Work item code:
5GS_Ph1-SBI_CH, TEI18
Source organization:
Huawei
Target group:
SA5 Working Group
Category:
A (mirror corresponding to a change in an earlier release)
Date issued:
2026-01-30
Affected clauses:
5.2.1.6, 5.2.1.7
Affected specifications:
Core Network, Radio Access Network, UICC apps, ME
Revision history:
rev -1, Current version 20.0.0
Year:
2026
Region / City:
Gothenburg, SE
Topic:
Network Energy Saving, QoS Profile
Document Type:
Reply to Liaison Statement
Organization / Institution:
3GPP
Author:
RAN3
Target Audience:
SA2, RAN2
Effective Period:
2026-02-09 to 2026-02-13
Approval Date:
2026-02-09
Date of Changes:
None
Year:
Not specified
Region / City:
Not specified
Theme:
Electronic Safety and Security, Video Surveillance, Cloud-based Cameras
Document Type:
Technical Specifications
Organization / Institution:
OpenEye
Author:
Not specified
Target Audience:
Professionals in electronic safety, security, and video surveillance
Effective Period:
Not specified
Approval Date:
Not specified
Date of Changes:
Not specified
Context:
Technical specifications for a 5MP cloud IP turret camera used in electronic safety and video surveillance systems.
Year:
2026
Region / City:
Oregon, USA
Type of Document:
IT risk assessment and compliance form
Agency / Department:
State agencies implementing cloud or hosted IT services
Audience:
IT managers and agency officials responsible for cloud services
Data Classification Levels:
Levels 1–4, specialized rules including HIPAA, CJIS, FERPA, PCI
Purpose:
Identify and document significant risks associated with cloud or hosted services
Significant Risk Assessment Required:
Yes
Service Location Requirement:
United States
Approving Authorities:
Business Owner, Technology Manager, ESO
Year:
2022
Region / City:
Australia
Topic:
Cloud services for law firms
Document type:
Guide
Organization / Institution:
Australian Cyber Security Centre
Author:
Not specified
Target audience:
Law firms, legal professionals
Effective period:
Not specified
Approval date:
Not specified
Amendment date:
Not specified
Year:
2026
Organization:
UK Ministry of Defence (MOD)
System:
StanMIS (Standardization Management Information System)
Document Type:
Security Operating Procedures (SyOPs)
Roles:
System Security Officer (SSO), System Manager (SM), StanMIS Administrators, StanMIS Users
Scope:
Cloud-based access to Standardization Management Business Tools
Classification:
OFFICIAL
Access:
Authorized personnel only
Password Policy:
Minimum 10 characters, 1 symbol, reset every 12 months
Monitoring:
System activity logs reviewed regularly, access subject to legal/business requirements
Privacy:
Subject to MOD Privacy Notice and StanMIS Privacy Notice