2020
Accelleran in the open RAN Movement Arnaud Polster, Accelleran 2020 - - PowerPoint PPT Presentation
Accelleran in the open RAN Movement Arnaud Polster, Accelleran 2020 - - PowerPoint PPT Presentation
Accelleran in the open RAN Movement Arnaud Polster, Accelleran 2020 Accelleran Positioning CORE ASSETS RAN Protocol & Integration Need of dRAX Products & RAN Know Services how Cloud Scaling IT Skill to & AI Telco
RAN Protocol & Integration AI Automation Cloud Scaling & Virtualization (Containers)
Accelleran Positioning
dRAX Products & Services
CORE ASSETS IT Skill to Telco
Need of RAN Know how
dRAX in Sweet Spot of required technology competence in the new Open RAN paradigm shift
Accelleran Proprietary
MWC2019 : dRAX Product Launch
First O-RAN Aligned Control Plane
Accelleran Proprietary
dRAX Principles
- dRAX = loosely coupled CU
(4G + 5G) + Near-RT RIC
- Cloud Native Microservices
architecture
- 4G/5G coexistence
- Scalability
- Openness
- Data
- Orchestration
- RIC platform
Control Plane essential IP Distributed Data Bus AI/ML Decoupled User traffic
Accelleran Proprietary
Why Cloud Native?
- Platform Agnostic
- Dynamically Orchestrated
- Dev Ops enables service
innovation
- Scalable and Fault Tolerant
- Leveraging huge open source
asset base
- De facto assumption for the
future of telecom virtualisation
Accelleran Proprietary
Accelleran dRAX – API’s
Accelleran Proprietary
Control Plane (L3)
Contact : info@accelleran.com Control Plane (L3)
L1 L2
dRAX near-RT-RIC
Data Bus
dRAX
(3rd Party) Applications / non-RT RIC
- Big Data
- AI / ML
- Visualization
- ….
4G or5G
L1 L2 NFVI
4G or5G
Open Api
3rd Party Application (Orchestrator, GUI,…)
NetConf REST
dRAX CU
5GC gNB CU-CP gNB CU-UP DU
NGAP NG-U F1-U F1-C
dRAX CU
E1AP
RRU
Accelleran Proprietary
dRAX CU in ONF Aether
Google Cloud
UPF RAN CU ONOS UPF RAN CU ONOS UPF RAN CU ONOS UPF RAN CU ONOS UPF RAN CU ONOS RAN Emulator MME SPGW-C HSS NEM ONF Menlo Park ONF Tucson Accelleran Antwerp Intel USA Infosys Dallas Accelleran Proprietary
dRAX RIC : App Store for the RAN
Interference Management RAN Intelligence and Automation Smart HandOver (Joint IP)
Accelleran Focus : Plug’nPlay/Easy Instal, ANR, MultiConnectivity, NH Multiple RIC Partnerships xAPPs RAN Apps
Accelleran Proprietary
dRAX RIC Platform
DataBus
NetConf Server
4G CU
NetConf Server
5G CU
Systems Metrics API Proxy
E2 Broker
PCI ANR
Smart Handover Dashboard
Accelleran xApps 3rd party
Geolocation
KPI Broker
dRAX Near-RT RIC
Service Orchestrator
Core RIC Services
Interference Mgmt
Service Monitor State Monitor
Databus Pub/sub Messaging
- CU data & control hooks
- inter-xApps communication
- Security
- Open to 3rd Party CU/DU/…
Core RIC Services
- xApps Lifecycle Management
- Policy Management
- Orchestration
- API Proxy
- E2 Broker*
NetConf Server
3rd Party DU
NetConf Server
3rd Party CU
Productized Framework
- Existing customer References
- Community & Support
- Easy Installation (Helm)
- Real RAN Components support
- Cloud Native
Accelleran Proprietary
dRAX Dashboard xAPP
- Monitoring
- Cells Configuration
- Systems Health
- xApps Onboarding
Accelleran Proprietary
Example xAPP Architecture
RIC DataBus
NetConf Server La Layer er 3 NetConf Server Layer 3 NetConf ClientCore RIC Services
Dashboard xAPP
GUI
Back-EndChart Server Time Series DB Systems Metrics Ne NetConf nf Ne NetConf nf
Accelleran Proprietary
Automation & Operational efficiency AI-based Cluster Optimization
When Open RAN meets A.I.
Example xApps
Application to Private Cellular
- 4G vs 5G
- Simplicity of deployment / Operations
- « Plug and Play » - Wifi-like
- Virtualization
- Complementarity with Wi-Fi –
Multiconnectivity
- Development and Education of Vertical
Integrators
- End to End solution / Managed Service
Accelleran Proprietary
RAN Protocol & Integration AI Automation Cloud Scaling & Virtualization (Containers)
Accelleran Positioning
dRAX Products & Services
CORE ASSETS IT Skill to Telco
Need of RAN Know how
dRAX in Sweet Spot of required technology competence in the new Open RAN paradigm shift
Accelleran Proprietary
2020