In the 5G era, various industries (service providers, enterprises, OTTs and public sectors) are working on open innovation based on open source in many areas. While Some 5G mobile software venders are implementing 5G UPF with FPGA in OpenShift/Kuberntes with Device Plugin, an new network start-up - Kaloom announced Cloud Edge switch fabric that can integrate UPF into P4 enabled Software Defined Fabric (SDF) connected to OpenShift container integrated platform. In the course of various ideas, this session introduced the latest trends of SDF among in OpenShift native infrastructure and discussed the future of data plane and 5G UPF.
This document discusses 5G and multi-access edge computing (MEC). The key points are: 1) 5G can achieve latency of 100ms while 4G is 300ms, and 5G bandwidth is 20Gbps compared to 4G's 1.29Gbps; 2) MEC deployed close to users on 5G can achieve even lower latency of under 10ms; 3) MEC integrated with 5G can enable new applications for IoT, VR/AR with high speed and low latency.
NTT Docomo's Challenge looking ahead the world pf 5G × OpenStack - OpenStack最...VirtualTech Japan Inc.
タイトル:NTT Docomo's Challenge looking ahead the world pf 5G × OpenStack
アジェンダ:
- Current Challenge
-- DOCOMO Cloud Platform
-- BizDevOps
- Challenge for the future
-- DOCOMO 5G Open Cloud
-- Next Challenge
Here are the key points from the AT&T presentation on their "Network AI" framework:
- AT&T is developing an open source framework called "Network AI" to drive their software-defined network transformation.
- The goal is to apply AI/machine learning techniques to continuously optimize their network performance. This will be done by collecting massive amounts of network data and using it to train ML models.
- As part of this effort, AT&T is contributing several open source projects to the Linux Foundation like Airship, Akraino, and Acumos. Airship provides tools for deploying OpenStack and Kubernetes on the edge, while Akraino is an edge computing framework. Acumos allows for developing and
4. MECを理解する①
MEC のユースケースによって
必要な要素(テクノロジー、品質、
ビジネス要件)が異なる
MBB: Mobile Broadband
mMTC: massive Machine
Type Communications
Dense Inf Society
Connected vehicles
VR office/factory/tactileThroughput
Latency
Reliability
Availability
Energy
Efficiency
User/Device
density
Implications of 5G RAN and IoT on OpenStack based edge computing. より引用 [ OpenStack Summit にて AT&T, Ericsson 発表 ]
https://www.openstack.org/videos/sydney-2017/implications-of-5g-ran-and-iot-on-openstack-based-edge-computing
5. Disaggregated CoreDisaggregated RAN
MECを理解する②
AT&T の MEC Architecture
5G Application
Ecosystem
IoT
Connected
Car
MBB
RU DU UPF UPF
Macro Radio
& Small cell
Antennas
5G
Base
Stations
Edge
Cloud
Centralized
Cloud
CCF
Internet
CU-CP
CU-UP
NFV MANO (Management & Orchestration)
CU: Centralized Unit
CP: Control Plane
UP: User Plane
UPF: User Plane Function
CCF: Core Control Function
RU: Radio Unit
DU: Digital Unit
Implications of 5G RAN and IoT on OpenStack based edge computing. より引用
9. Container nodes
MEC+GPUアーキテクチャ
NFV MANO
Edge Controllers
Physical
Provisioning
Application
Provisioning
SDN / SDS
Monitoring /
Alerting
Orchestrator
GPU
Hi speed
networking
General
purpose
Low
energy
Hi speed
storage
GPU Server
GPU Server
Storage
Server
Storage
Server
Object
Storage
Servers
w/t SmartNIC Servers
Edge Cloud のスコープ
ServerServer Server
11. Container nodes
POC#1のスコープ想定
NFV MANO
Edge Controllers
Physical
Provisioning
Application
Provisioning
SDN / SDS
Monitoring /
Alerting
Orchestrator
GPU
Hi speed
networking
General
purpose
Low
energy
Hi speed
storage
GPU Server
GPU Server
Storage
Server
Storage
Server
Object
Storage
Servers
w/t SmartNIC Servers
Edge Cloud のスコープ
ServerServer Server