Open Source Day 2015 Arkadiusz Rybakowski ś

Transkrypt

Open Source Day
2015
Arkadiusz Rybakowski
Jacek Hadryś
Warszawa, IV 2015
Globalne trendy rynkowe w IT
Gen Y: tylko 7%
pracuje
dla firm F500
Gen Y: w 2025 będzie
stanowić 75%
siły roboczej
*Other names and brands may be claimed as the property of others
All products, dates, and figures specified are preliminary based on current expectations, and are subject to change without notice.
4
4
Koniec ery PC... czy na pewno?
Liczba urządzeń sprzedanych
w Polsce w 2014r.
1,200,000
Wzrost rok do roku
liczby urządzeń sprzedanych w kwartale
Polska 2014
Udział Intela w rynku
tabletów w 2014 w Polsce:
20%
1,000,000
800,000
600,000
PC +8%
400,000
Tablet -3%
200,000
2014Q1
Źródło: IDC
2014Q2
Tablet
2014Q3
PC
2014Q4
5
„If it is smart and connected,
it is best with Intel”
Centra danych
B U I L D IKonsumenci
N G T H E
Elektronika noszona
F UUltramobilne
T U R E W I T H Internet
Y O U Rzeczy
6
Procesory Broadwell
All in One
Mini PC
Mobilna
stacja
robocza
Laptop dla
graczy
Tradycyjny
laptop
Intel® Core™ piątej generacji
Gdy najważniejsza jest
wydajność
Większe
urządzenia
2w1 (≥13.3“)
Ultrasmukłe
Mniejsze
laptopy urządzenia 2w1
Tablety
premium
Intel® Core™ M
Gdy najważniejsza jest...
mobilność
7
Procesor Intel® Core™ M
Produkty bez aktywnego chłodzenia - 2w1
Thermal Design Power
Low Power Core™ Processors
18W
The Path to Fanless
17W
Advanced BGA Packaging
Enabling Small, Thin Designs
4th Generation Intel®
Core™ Processor
Intel® Core™ M
Processor
40 X 24 X 1.5mm
960 mm2
30 X 16.5 X 1.05mm
495 mm2
11.5W
4.5W
Fanless Range
2010
2012
2013
2014
60% redukcji w TDP plus ~50% redukcji rozmiarów
Procesor Intel® Core™ M świetnie pasuje do urządzeń 2w1 bez aktywnego chłodzenia
8
Co się zmieniło w ciągu roku
Procesor Intel® Core™ M-5Y70 vs poprzednia generacja czyli procesor Intel® Core™ i5-4302Y 1
WYDAJNOŚĆ CPU
Do
50%
LEPIEJ
PRACA NA BATERII
Do
1.7Hr
DŁUŻEJ
GRAFIKA 3D
Do
40%
LEPIEJ
KONWERJSA VIDEO
Do
80%
SZYBCIEJ
Source: Intel. Left Column: SPECfp_rate_base2006, watch HD movies. Right column: 3DMark* IceStorm Unlimited v 1.2, Cyberlink* MediaXpresso* to convert HD videos. Intel is a sponsor and member of the BenchmarkXPRT Development Community, and was
the major developer of the XPRT family of benchmarks. Principled Technologies is the publisher of the XPRT family of benchmarks. You should consult other information and performance tests to assist you in fully evaluating your contemplated_ purchases.
Software and workloads used in performance tests may have been optimized for performance only on Intel microprocessors. Performance tests, such as SYSmark and MobileMark, are measured using specific computer systems, components, software,
operations and functions. Any change to any of those factors may cause the results to vary. You should consult other information and performance tests to assist you in fully evaluating your contemplated purchases, including the performance of that product
when combined with other products. For more information go to http://www.intel.com/performance
1
Configuration information in backup
9
Procesory Broadwell
All in One
Mini PC
Mobilna
stacja
robocza
Laptop dla
graczy
Tradycyjny
laptop
Intel® Core™ piątej generacji
Gdy najważniejsza jest
wydajność
Większe
urządzenia
2w1 (≥13.3“)
Ultrasmukłe
Mniejsze
laptopy urządzenia 2w1
Tablety
premium
Intel® Core™ M
Gdy najważniejsza jest...
mobilność
10
Procesor Intel® Core™ i7-5600U z Intel® HD Graphics 5500
w porównaniu do 4-tej generacji Intel® Core™ i7-4600U z Intel® HD Graphics 44001
4-ta generacja procesorów Intel® Core™
0.96mld tranzystorów, 131mm2
35% więcej
tranzystorów
1Configuration
detail in Appendix A
37% mniej
powierzchni
5-ta generacja procesorów Intel® Core™
1.3mld tranzystorów, 82mm2
GRAFIKA 3D
Do
Do
24%
KONWERSJA WIDEO
50%
Do
PRODUKTYWNOŚĆ
Do
4%
LEPIEJ
SZYBCIEJ
LEPIEJ
PRACA NA BATERII
1.5h
DŁUŻEJ
Source: Intel. Productivity: SYSmark 2014. 3D Graphics: 3DMark* IceStorm Unlimited v 1.2. Video Conversion:
Cyberlink* MediaEspresso* to convert HD videos. Battery Life based on 40WHr battery capacity watching local 1080p
movie. Software and workloads used in performance tests may have been optimized for performance only on Intel
microprocessors. Performance tests, such as SYSmark and MobileMark, are measured using specific computer systems,
components, software, operations and functions. Any change to any of those factors may cause the results to vary. You
should consult other information and performance tests to assist you in fully evaluating your contemplated purchases,
including the performance of that product when combined with other products. For more information go to
http://www.intel.com/performance
5-ta generacja procesorów Intel Core – najważniejsze zmiany
11
Dostępne na
stoisku Intel
Intel® Next Unit of Computing (NUC)
najmniejszy desktop na świecie z Intel® Core™
of
ofComputing
Computing
110mm
115mm
29mm
Główne zastosowania
•
Media Center PC (HTPC)
•
Business PC
•
Digital signage
Kluczowe cechy
•
•
•
•
•
•
•
•
•
•
Najwyższa wydajność Intel® Core™
Rozdzielczość 4K
Obsługa wielu monitorów
Ciche / opcja bez wentylatorów
Dyski 2.5” / USB 3.0
Standard VESA
Bluetooth
Energooszczędne
Zdalne zarządzanie
3 lata gwarancji
12
Dostępne na
stoisku Intel
Rozmiar, który pozwala na rozwój
Wydajność
Skalowalna wydajność
Od Intel Core i5 po Intel Atom
Moc
Różnorodne środowisko pracy
Footprint
Łatwość modyfikacji
Zdalne zarządzanie i
bezpieczeństwo
Intel® vPro Technology
13
Intel® Compute Stick
Niezwykle małe, energooszczędne
i wydajne urządzenie
Dostępne na
stoisku Intel
Czytnik kart Micro SD
8 GB eMMC pamięci
Dioda LED
Wbudowane: WiFi i Bluetooth
•
DDR3L, 1 GB wewnętrznej pamięci
Wydajność znana z procesorów Intel® Atom
Quad-Core
•
HDMI 1.4a męski
Niewiarygodnie mały rozmiar:
103 x 37 x 12 mm
•
1GB lub 2GB pamięci RAM
•
8GB lub 32GB eMMC wbudowanej pamięci
•
Preinstalowany system Ubuntu lub Windows
USB 2.0
MicroUSB
8.1
•
Security Loop
Sugerowana cena 99 lub149 USD
Uruchamiany
przyciskiem
14
15
The Datacenter is the Heart of Our Connected World
Open Platforms and Open Source are Fueling its Growth
16
New Virtuous Cycle of Computing
More Data
More Devices
More Services
Data
Devices
Services
17
Leading to this Scenario by 2020…
Cloud API Services
1011100011101110011000100111001010110101010111000111011100110001001110010101101010110
8:15
Management, Security, Gateways
Devices
50B
API Calls
36.5T
Source: IDC
Data
35ZB
18
Ongoing Stress on Datacenter Operations
Network
2-3 weeks to provision
new services1
Storage
40% data growth CAGR,
90% unstructured3
Compute
Average utilization <50%
despite virtualization4
New Challenges Are Coming….
1: IDC Server Virtualization and The Cloud 2012; 2: IDC’s Digital Universe Study, sponsored by EMC, December 2012; 3: Source: Intel IT internal estimate
19
Is IT Ready?
20
EMAIL
ONLINE
SALES
CRM
ERP
Today’s
Infrastructure
Static, Manual,
Fixed Function
Weeks to deploy new services!
SERVERS
STORAGE
NETWORK
21
Intel Vision: Software Defined Infrastructure
SERVICE ASSURANCE
Services Delivery
Application
A
Application
B
Application
C
Application
D
Orchestration Software
Infrastructure Attributes
Power
Performance Security
Thermals
Utilization
Location
Network
Policies and intelligent monitoring trigger
dynamic provisioning and service assurance
as applications are deployed and maintained
PROVISIONING MANAGEMENT
Orchestration provisions, manages and
optimally allocates resources based on the
unique requirements of an application
POOLED RESOURCES
Resource Pool
Storage
2
2
Compute
Network, Storage and Compute elements
are abstracted into resource pools
SDI helps IT providers be agile and flexible in responding to end-user needs,
while maintaining high levels of service assurance
22
Software Defined
Infrastructure
through
OpenStack* on
Intel® Architecture
Optimized Application
Placement Based on
System
Attributes
Deploy services in minutes
with the right service level!
OpenStack is a registered trade mark of the OpenStack Foundation
ONLINE
SALES
EMAIL
CRM
ERP
ORCHESTRATION LAYER
Attributes
Power
SOFTWARE
DEFINED
COMPUTE
Performance
Security
SOFTWARE
DEFINED
STORAGE
Thermals
Utilization
Location
SOFTWARE
DEFINED
NETWORK
23
OpenStack* Software Platform
Massively scalable, open cloud computing platform for both on premise & public clouds
Controls large pools of compute, storage & networking resources through a dashboard interface / RESTful APIs
Applications in VMs or Containers
Software
Defined
Storage
Software
Defined
Networking
Gold Members
Foundation
17,000+ members
Platinum Members
140+ countries
400+ supporting companies
1500+ active contributors
Platinum Sponsor
The OpenStack logo and the diagram are property of the OpenStack Foundation
24
A Quick look at OpenStack
Dashboard & Orchestration
Authentication
(Horizon)
OpenStack
Network
(Neutron)
Compute
(Nova)
Image
(Glance)
Object Storage
(Swift)
(Keystone)
Block Storage
(Cinder)
Metering
(Ceilometer)
iSCSI/LVM/ZFS
Network
Infrastructure
Control
Data Connection
Data Movement
Compute
Swift Object
Ceph Object & Block
SAN
25
History and Releases of OpenStack
OpenStack Foundation
created to promote the
OpenStack project and
community
OpenStack project
started by NASA
and Rackspace
2011
2010
Releases
Added
Components
2012
2013
2014
Austin
Bexar
Cactus
Diablo
Essex
Folsom
Grizzly
Havana
Icehouse
Oct 2010
Feb 2011
Apr 2011
Sep 2011
Apr 2012
Sep 2012
Apr 2013
Oct 2013
Apr 2014
Compute
Image
Service
Object
Storage
Intel Platinum
Foundation
Membership
Nov 14!
27
Intel increases its Gold
membership relevance in
OpenStack and is elected
to board
Dashboard
Networking
Orchestration
Identity
Block
Storage
Telemetry
Database
Fast Growth to Meet Exploding Demands
on the Datacenter
Twice the Speed of Linux
Intel Confidential
More Data, Services & Devices
27
OpenStack Project Influence and Control
OpenStack Code Commits
5000
Red Hat
4500
HP
4000
IBM
3500
Rackspace
3000
Mirantis
2500
SUSE
2000
VMware
Intel
1500
Cisco
1000
Nebula
500
Canonical
Piston Cloud
0
Diablo
Source: www.stackalytics.com
Essex
Folsom
Grizzly
Havana
OpenStack Releases
Icehouse
Juno
28
Intel is a Large OpenStack* Contributor
Immediate priority: drive enterprise readiness
Contributing across all major projects today
Working with ecosystem to drive adoption
Messaging Service
SAHARA
SAHARA
Data Analytics
BARBICAN
BARBICAN
Key Management
TRIPLE O
TRIPLE O
Deployment/Management
TROVE
TROVE
HEAT
HEAT
HEAT
OSLO
OSLO
OSLO
OSLO
CEILOMETER
CEILOMETER
CEILOMETER
CEILOMETER
IRONIC
IRONIC
IRONIC
IRONIC
IRONIC
Bare Metal Provisioning
CINDER
CINDER
CINDER
CINDER
CINDER
Block Storage
QUANTUM
QUANTUM
QUANTUM
NEUTRON2
NEUTRON
NEUTRON
Networking
KEYSTONE
KEYSTONE
KEYSTONE
KEYSTONE
KEYSTONE
KEYSTONE
Identity
Planned / Incubation Projects
1 – Source: www.stackalytics.com
2 - Component name change
DNS Service
MARCONI
Intel Contributions (Commits)
Intel Engagement Begins
DESIGNATE
MARCONI
Database Service
Orchestration
Common Libraries
Measurement
HORIZON
HORIZON
HORIZON
HORIZON
HORIZON
HORIZON
Dashboard
GLANCE
GLANCE
GLANCE
GLANCE
GLANCE
GLANCE
GLANCE
GLANCE
GLANCE
Image Store
SWIFT
SWIFT
SWIFT
SWIFT
SWIFT
SWIFT
SWIFT
SWIFT
SWIFT
SWIFT
Object Store
NOVA
NOVA
NOVA
NOVA
NOVA
NOVA
NOVA
NOVA
NOVA
NOVA
Compute
AUSTIN
Oct 2010
BEZAR
Feb 2011
CACTUS
Apr 2011
DIABLO
Sep 2011
ESSEX
Apr 2012
FOLSOM
Sep 2012
GRIZZLY
Apr 2013
HAVANA
Oct 2013
ICEHOUSE
Apr 2014
JUNO
Oct 2014
Making OpenStack Enterprise-ready for Cloud Environments
29
Intel® Architecture Value To OpenStack
BROADEST ENABLED ECOSYSTEM
Integrated and optimized for all leading commercial
and open source operating environments for more
seamless Data Center operations
EXPOSED & INTEGRATED TELEMETRY
Hardware and infrastructure attributes are exposed
and integrated with orchestration software for
deeper insight & optimal provisioning management
Infrastructure Telemetry
STORAGE
• Cache
Acceleration
• Next Generation
NVM
• ISA-L
NETWORK
• Intel® Open
Network
Platform
• DPDK
• Intel®
QuickAssist
Accelerators
• Intel® Silicon
Photonics
PLATFORM AND ARCHITECTURAL LEADERSHIP
Standards-based compute, network and storage building
blocks drive maximum infrastructure efficiency and
flexibility
Intel ® Ethernet
Intel ® True Scale
COMPUTE
• Intel® Xeon
Phi™
• Integrated
graphics
• Intel® TXT
• Intel® AVX
• Intel® AES-NI
Intel®
SSD
IA Technology supports key components of OpenStack
33
Benefits of Enhanced Platform Awareness
Intel® QuickAssist Accelerator
Intel® AES New Instructions
Intel® Data Plane Development Kit
Intel® Secure Key
Intel® Advanced Vector
Extensions 2 (AVX2)
34
Broader Look at Enhanced Platform Awareness
1
2
128 GB storage
16 vCPUs
128 GB RAM
Server
Capabilities
200 GB storage
12 vCPUs
64 GB RAM
3
4
5
6
Server Capabilities
Server Capabilities
Encryption acceleration
HW transcoding
48 GB storage
2 vCPUs
8 GB RAM
HW transcoding
PCIe* GPU accelerator
196 GB storage
8 vCPUs
24 GB RAM
With EPA, the Nova Scheduler
matches available hardware to an
Instance Type (Flavor).
64 GB storage
8 vCPUs
24 GB RAM
extra_specs =
[HW Transcoding
Encryption Accelerator
GPU Accelerator]
1
2
3
4
5
6
WEIGHTING
Host Servers
HW transcoding
PCIe* GPU accelerator
196 GB storage
8 vCPUs
24 GB RAM
Flavor
Host Servers
Server Capabilities
FILTERS
Server
Capabilities
New VM Takes
Advantage of
Enhanced HW
support
35
Open Storage: Lower TCO through Erasure Code for
OpenStack* Swift
Swift uses tri-replication
today (3x storage)
New Erasure Code option
can replace tri-replication
for large objects, cold
storage
More efficient algorithm
(~1.7x storage), while
providing equal or
better data durability
Download
Clients
Upload
RESTful API, Similar to S3
Access Tier (Concurrency)
•
•
Applications control policy
EC can be online or offline
•
Supports multiple
policies
EC flexibility via plug-in
•
Obj A
Auth Service
Obj A
Decoder
Encoder
Frag 2
Frag 4
Frag 1
Zone 1
Frag N
Frag 3
Zone 2
Zone 3
Zone 4
Zone 5
Detailed Tutorial at: https://intel.activeevents.com/sf13/connect/sessionDetail.ww?SESSION_ID=1180&tclass=popup
Community Collaboration: https://intel.activeevents.com/sf13/connect/sessionDetail.ww?SESSION_ID=1180&tclass=popup
and https://blueprints.launchpad.net/swift/+spec/swift-ec
36
Open Networks: Intel® DPDK Accelerated Open vSwitch
Open vSwitch
Intel® DPDK Accelerated
Open vSwitch
Throughput
Open vSwitch throughput
enhanced significantly to
enable wider deployment of
virtualized network functions
(NFV) on standard hardware
VM
Throughput
10x
VM
VM
VM
Accelerated Virtual Switching
37
Intel® Datacenter Manager: Service Assurance Administrator
•Intelligent Machine Placement with Automated Provisioning
 Enhance Machine Flavors with service level objectives
 Scheduled machine instances on trust-attested compute
nodes
 Schedule machine instances to meet compute
performance quotas
Enhanced
Cloud Services
Catalog
Nova
Scheduler
Plug-In
Machine
Flavor
Creator
Capacity
Insight
Analysis &
Remediation
Engine
Monitoring
Engine
Compute Node
Compute Node
Web
Admin
Console
REST API
Agent
Agent
Controller
Virtual
Appliance
•Probable Root Cause Analysis with continuous analytics
 Monitoring of critical OpenStack compute components
 In-depth compute node monitoring to detect anomalies,
 Collect service level violation data, set/execute IT policy
•Insightful planning with Capacity and Usage Data Reporting
 Compute node capacity, capability and consumption
 VM capacity, capability and consumption
 Reporting for enhanced IT Policy compliance –Machine
Instance provisioning instantiation, node trust-attestation
status, performance metrics
38
Intel in the Enterprise Open Source Community
Technology Innovator
Code Contributor
Upstream
Project Member
39
www.intel.com/opensource
01.org

Open Source Day 2015 Arkadiusz Rybakowski ś

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