OPNFV aims to be the de facto interoperability standard and authoritative reference platform for all-cloud carrier networks over the next 10 years. It seeks to address challenges around NFV interoperability and cooperation between organizations by integrating code and testing. As the open source NFV platform, OPNFV can bridge the NFV industry and serve as a high-quality ecological environment through defining interface standards based on integration projects. Huawei heavily invests in OPNFV through increased integration testing and certification work as well as enhanced cooperation with upstream projects, operators, and vendors.

1. OPNFV: Road to All-
Cloud Carrier Network

2. 2
Past 10
years
Next 10
years
IP for all service
New paradigm and technologies of
Cloud computing
TDM
ATM
SDH
FR
No.7
Ethernet
ALL IP
&
FMC
All Cloud
From All-IP to All-Cloud
New concepts and
technologies brought
by CLOUD computing
will
RESTRUTURE
NETWORKS AGAIN
IN NEXT 10 YEARS
Cloud Native

3. 3
Challenges of “All Cloud” Transformation
1 NFV Interoperability
2 Cooperation between Different NFV Organization
3 An Industry Well Perceived Platform

4. 4
Roles of OPNFV in the All-Cloud Transformation
De Facto Interoperability Standard
Bridge NFV Industry via Integration
Authoritative NFV Reference Platform

5. 5
Standard of Interoperability
Virtual
Computing
Virtual
Storage
Virtual
Network
Computing Storage Network
Virtualization Layer
NFVI
EM 1 EM 2 EM 3
VNF1 VNF 2 VNF 3
VIM
NFVO
VNFMVNFM
VNFM
OSS/BSS
VN-NF
Nf-VI
Vi-vnfm
Or-VI
Or-vnfm
Ve-vnfm
Os-ma
Standard IF (e.g.3GPP)
No Standard IF
Open Source Ref.
No Standard IF
No Open Source Ref.
VN-NF and Nf-VI APIs are defined for IT, without enough consideration for CTs requirements

6. 6
Cooperation in OPNFV Ecosystem
NFV ISG
NFV high level use case,
stage 1 & 2 requirements,
stage 3 standard testing,
new feature study
OPNFV
NFV de facto open source
standard code integration
and testing platform
• Use cases
• High level stage 1 & 2 requirements
• Feature and code platform endorsement
• Implementation gaps
• NFV code platform
• New requirements need to be addressed
Hardware
Organization
SDOs
(3GPP, TMF,
MEF, DMTF)
OSM OSG
OPEN-O
Openstack
ONOS ODL
Container ……
Industrial Cooperation

7. 7
Industrial Perception
 An authoritative reference platform and
certification brand for all-cloud carrier network
• OPNFV
• NFV ISG
• Upstream Communities
• SDOs
• Hardware Organization
• Operators
• Vendors
 A high-quality ecological environment
 Define de facto interface standard based on OPNFV
integration, testing and certification projects

8. 8
Huawei’s Investment for OPNFV
Technical
Increase investment on
integration test and certification
Ecological
Enhance cooperation with
upstream projects, operators and vendors
• Upstream Proj.
• Operators
• Vendors

9. 9
Huawei Leads Contributions in NFV
CloudIMS
41+
CloudEPC
19+
Commercial Deployments Standard
 Co-Chair vIMS
 Industry
Engagement Officer
contributions
1153
17%
28%55%
ETSI NFV ISG Contributions
Huawei
Operators
Others

10. 10
Huawei Demos in the Summit
CloudEPC: Interoperability
with Wind River, Red Hat,
VMware and Ubuntu
ONOS SFC: SDN Based
SFC Solution for Mobile
Service Provider Edge CloudVPN: OPEN-O
Based E2E NFV, SDN
Service Orchestrator
E9000: the Best Hardware
Platform for NFV
CloudOpera IES:
Assurance Enabling
VoLTE Orchestration

11. Copyright©2015 Huawei Technologies Co., Ltd. All Rights Reserved.
The information in this document may contain predictive statements including, without limitation,
statements regarding the future financial and operating results, future product portfolio, new technology,
etc. There are a number of factors that could cause actual results and developments to differ materially
from those expressed or implied in the predictive statements. Therefore, such information is provided
for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the
information at any time without notice.