Turbo LAMP is a collaboration between IBM, Canonical, Zend, MariaDB, and Mellanox to optimize the LAMP stack (Linux, Apache, MySQL, PHP) for performance on IBM Power Systems. The partners worked to modernize and optimize the open source LAMP platform for IBM's POWER8 architecture. This provides faster and more efficient support for popular applications built on LAMP stacks, such as Magento, Drupal, SugarCRM, and WordPress. It also enables faster ROI by allowing clients and managed service providers to support more users and generate more revenue using fewer system resources.
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Inter connect2016 yps-2749_02232016_aspresented
1. Turbo LAMP on IBM Power Systems
An Open Source Partnership for Performance
YPS-2749
Bruce Semple
sempleb@us.ibm.com
2. Please Note:
1
• IBM’s statements regarding its plans, directions, and intent are subject to change or withdrawal without notice at IBM’s sole
discretion.
• Information regarding potential future products is intended to outline our general product direction and it should not be relied on in
making a purchasing decision.
• The information mentioned regarding potential future products is not a commitment, promise, or legal obligation to deliver any
material, code or functionality. Information about potential future products may not be incorporated into any contract.
• The development, release, and timing of any future features or functionality described for our products remains at our sole discretion.
• Performance is based on measurements and projections using standard IBM benchmarks in a controlled environment. The actual
throughput or performance that any user will experience will vary depending upon many factors, including considerations such as the
amount of multiprogramming in the user’s job stream, the I/O configuration, the storage configuration, and the workload processed.
Therefore, no assurance can be given that an individual user will achieve results similar to those stated here.
3. Agenda
2
• Turbo LAMP – What Is It ?
• The Partnerships
• Turbo LAMP Activity
• Turbo LAMP Topologies
• Turbo LAMP Mobile Demo
• Next Steps
• For More Information
4. Turbo LAMP – What Is It?
The Open Source Partners
5. What Is a LAMP Stack ?
4
Over 50% of the world’s e-commerce,
mobile and web apps run on
LAMP (Linux, Apache, MySQL, PHP)
software stacks
M – MySql, MariaDB
P – PHP, Python, Perl
Applications:
• Magento (e-commerce)
• SurgarCRM
• WordPress
6. What Is Turbo LAMP ?
5
Turbo LAMP is a modernized LAMP platform
jointly optimized for POWER8 with leading
Linux / Open Source partners
• Canonical (Ubuntu Linux, #1 for cloud)
• Zend (best of breed PHP engine)
• MariaDB (nextgen MySQL)
• Mellanox (40Gb network)
x86 LAMP apps to just run, only faster & more efficiently – like Magento, Drupal, SurgarCRM, WordPress
Faster ROI - clients and MSPs can support more users and generate more revenue with less hardware
Open, enterprise class compute platform for Linux with superior reliability and security for business
critical applications
Efficient, economical scaling for dynamic LAMP workloads – private cloud or a cloud service provider or
both via hybrid cloud
7. PHP (Zend)
High Speed Data Transfer (Mellanox)
Linux (Ubuntu or RHEL)
Apache Web Server
(Ubuntu)
MariaDB (MariaDB)
HighSpeedData
Transfer(Mellanox)
PHP (Zend)
Orchestration-Juju(Ubuntu)
Partner collaboration delivers an optimized
LAMP stack, faster ROI for mobile/web apps
PHP (Zend)
9. POWER8 Cache: Big, Close, and Smart
L2
L1
C
L2
L1
C
L2
L1
C
L2
L1
C
L2
L1
C
L2
L1
C
L2
L1
C
L2
L1
C
L2
L1
C
L2
L1
C
L2
L1
C
L2
L1
C
Mem
L4
Mem
L4
Mem
L4
Mem
L4
Mem
L4
Mem
L4
Mem
L4
Mem
L4
Shared L3 Cache (96 MB)
512KB
64K D
32K I
128 MB
13. Power S8xx
1-2 sockets, 2U-4U
Scale-out
POWER8 Virtualization
Power E8xx
4-8 sockets
PurePower
IFLs
Power S8xx L
Linux Scale-out
RHEV for Power
Power S8xx LC
Linux Scale-out
Bare Metal Supported w/
Ubuntu 14.04.3, RHEL 7.2 le,
SLES 12 SP1
Bare Metal Supported w/
Ubuntu 14.04.3, RHEL 7.2 le
14. Hypervisor/OS Support for POWER8 Scale-Out Servers
13
• As of 10/5/15
announceNew
New
POWER8
Scale-Out Servers
Endian
BE: big endian
LE: little endian
Bare-metal PowerKVM 3.1 PowerVM 2.2.3.50(3)
BE
AIX 6, 7; IBM i 7.x; RHEL 6.6, 7.1; SLES
11 SP4
LE Ubuntu 14.04.3; RHEL 7.1, SLES 12
BE
AIX 6, 7; IBM i 7.x; RHEL 6.6, 7.1; SLES
11 SP4
LE Ubuntu 14.04.3; RHEL 7.1, SLES 12
BE
AIX 6, 7; IBM i 7.x; RHEL 6.6, 7.1; SLES
11 SP4
LE Ubuntu 14.04.3; RHEL 7.1, SLES 12
BE RHEL 6.6, 7.1; SLES 11 SP4 RHEL 6.6, 7.1; SLES 11 SP4
LE
Ubuntu 14.04.3, RHEL 7.2,
SLES 12 SP1
Ubuntu 14.04.3; RHEL 7.1;
SLES 12
Ubuntu 14.04.3; RHEL 7.1, SLES 12
BE RHEL 6.6, 7.1; SLES 11 SP4 RHEL 6.6, 7.1; SLES 11 SP4
LE
Ubuntu 14.04.3, RHEL 7.2,
SLES 12 SP1
Ubuntu 14.04.3; RHEL 7.1;
SLES 12
Ubuntu 14.04.3; RHEL 7.1, SLES 12
BE RHEL 6.6, 7.1; SLES 11 SP4 RHEL 6.6, 7.1; SLES 11 SP4
LE Ubuntu 14.04.02(1) Ubuntu 14.04.3; RHEL 7.1;
SLES 12
Ubuntu 14.04.3; RHEL 7.1, SLES 12
BE(2)
RHEL 6.6, 7.1; SLES 11 SP4
LE Ubuntu 14.04.3, RHEL 7.2
Ubuntu 14.04.3; RHEL 7.1;
SLES 12
BE(2)
RHEL 6.6, 7.1; SLES 11 SP4
LE Ubuntu 14.04.3, RHEL 7.2
Ubuntu 14.04.3; RHEL 7.1;
SLES 12
Updated 11/10/2015 (1) with GPU (2) pending eConfig supp. (3) Dedicated LPAR also supported
S812LC
S822LC
S822
S814
S824
S812L
S822L
S824L
15. Let’s hear from Partners
Amy Anderson
Director of Business Development, Zend
Lisa Pike
Director of Business Development, Canonical
Jim Lonergan
Business Development - IBM WW, Mellanox Technologies
Roger Levy
Chief Technology Officer, MariaDB
16. 15
Zend drives the workloads that drive the web
E-Commerce Content Management
Mobile and APIs Reporting & Dashboards
See Zend in action on POWER8 - http://youtu.be/ruHshCAO9gc
17. MariaDB 10.0 on POWER8
Optimized with IBM
• MariaDB makes use of 8 threads per core in POWER8
• 12 cores @ 4.5Ghz x 8 threads per core = 96 parallel processing threads
• Intel – only 2 threads per core
• Leveraging larger on-board cache and memory bandwidth of POWER8
• Superior performance, scalability with greater VM density & throughput
• Lower operating costs for enterprises and cloud service providers
• Less servers required and support more clients/services per server
• First platform to break through 1 million tps running MariaDB
“We realized that one of our longest running queries on MariaDB was almost 10 times
faster than the same query executed on MySQL. And once we built the system on MariaDB
with IBM POWER8 the execution time of the same query improved from “hours” to “seconds”,
- Paolo Messina, CEO of Foedus Group. Foedus client video
18. MariaDB on POWER8 delivers up to 40% better price-performance and
up to 2X performance per core than Intel Xeon E5-2660 v3 Haswell
Reduce operating costs with less systems
• Reduce operating costs running Open Source
DB with Power S822L vs Intel Xeon based
system
– Up to 1.40X better Price-Performance
• POWER8 delivers leadership performance vs
E5-2660 v3
– 2.07X Rd transactions/min per core
– 1.87X Rd/Wr transactions/min per core
READ 90/10
Rd/Wr
READ 90/10
Rd/Wr
• Results are based on IBM internal testing of single system image systems running Sysbench OLTP version.05 @ 32M and are current as of May 29,
2015. Performance figures are based on running a 32 million record workload . Individual results will vary depending on individual workloads,
configurations and conditions.
• IBM Power System S822L; 20 cores / 160 threads, POWER8; 3.4GHz, 128 GB memory, MariaDB 10.1, RHEL 7.1, RHEV
• Competitive stack: Dell R730; 20 cores / 40 threads; Intel E5-2660 v3; 2.6 GHz; 128 GB; , MariaDB 10.1, RHEL 7.1, RHEV
0.48
0.38
0.63
0.45
0
0.1
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0.9
1
PO
W
ER
8
E5-2660
v3
PO
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ER
8
E5-2660
v3
TpM/$
13293
10267
5467
6406
0
2000
4000
6000
8000
10000
12000
14000
16000
PO
W
ER
8
E5-2660
v3
PO
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E5-2660
v3
TransactionsperMinute
19. IBM Power
S822LC
(20-core, 256GB)
$22,233
Server model IBM Power S822LC HP DL380 Gen9
Processor / cores
Two 2.92 GHz, 10-core
(160 threads) POWER8
processors
Two 2.6 GHz, 12c E5-2690 v3
(48 threads) Haswell
processors
Configuration 2 x 1TB SATA 7.2K rpm LFF HDD, 10 Gb two port, 2 x 16gbps FCA
HP
DL380 Gen9
(24-core, 128GB)
$19,031
Scalable Cloud & MariaDB – IBM Power S822LC vs.HP with Haswell
Cloud and
MariaDB
Linux on POWER8
Vs.
Linux on Intel
Haswell
Server web price*
-3-year warranty
$22,233 $19,031
MariaDB
(relative system performance)
16,480 tps 9,697 tps
Price /
performance
$1.35 / tps
(45% better)
$1.96 / tps
1.45X
better
20-core POWER8 System
Supporting 20 VMs
Total throughput = 16,480 tps
Average throughput per VM = 823 tps
24-core Intel x86 System
Supporting 12 VMs
Total throughput = 9,697 tps
Average throughput per VM = 808 tps
Pricing is based on web pricing for S822LC http://www-03.ibm.com/systems/power/hardware/s822lc-commercial/buy.html and
HP DL380 http://h71016.www7.hp.com/dstoreHPE/MiddleFrame.asp?page=config&ProductLineId=431&FamilyId=3852&BaseId=45450&oi=E9CED&BEID=19701&SBLID
IBM Power S822LC – 20-core/160thread with 256 GB MEM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
HP DL380 – 24-core/48 thread with 128 GB MEM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
VM
66%
more VMs
20. Ubuntu on Power Systems makes it easy to deploy and manage Enterprise scale out
clusters and scalable cloud architectures
Why Ubuntu OS and Ubuntu OpenStack on POWER8?
Providing Significant Time to Value Advantage
Cloud
Fully supported, scalable cloud
services based on OpenStack
technologies
Ecosystem development
Community engagement with
emerging generation of agile
developers
Target Workloads
Optimized for leading open
source, data centric scale out
workloads – web commerce,
database, NoSQL, analytics,
etc.
Juju based automation
Automated deployment,
management and scaling of
next generation workloads
Secure Scalable
Clouds
Easy Application
Migration
Diverse Ecosystem
23. Why Turbo LAMP on POWER8
Competitive differentiators
• Automated cloud deployment, orchestration
• 2x+ workload performance vs. x86
• Rapidly develop, move apps to production
• Faster innovation for mobile, web apps
• Superior performance and scalability
• Robust compliance and security for cloud
• 2.2x better performance/core vs. Ivy Bridge
• Optimized for POWER8, exploit architecture
• Application level compatible with MySQL
• 40 GbE interconnect between VM’s
• Sub millisecond latency between VM’s
• OpenPower enabled Mellanox fabrics
Designed for
big data
• 4x more threads/core, 4x memory bandwidth vs. x86
• Ideal for data centric mobile and web applications
Superior cloud
economics
• 2x+ workload performance vs. x86, less infrastructure
• Enterprise RAS features maximize availability
Open innovation
platform
• Simple re-hosting of x86 applications (PHP based)
• Open Source flexibility, Enterprise-class management
26. 25
• First Data Center in Paris - 2003
• 220,000 Servers
• 17 Countries
• 18Million Web Applications
• 700,000 Customers
• CEO - Marc Pertron
• Has been, and continues to be
directly involved with the
benchmarking , tuning of PHP
applications on POWER8
PHP / MySQL Optimization Service
Founder & CEO Jocelyn Fournier
PHP Optimization on POWER8
https://www.softizy.com/blog/prestashop-1-6-1-0-performances/
27. AZLAN / QURU Appliance
26
IBM POWER8 with Enterprise LAMP (IPEL)– the Integrated platform of
choice for Magento Enterprise Edition Software
IBM/Azlan/Quru have built a complete
infrastructure solution based on POWER8 HW and
LAMP stack software which comes fully integrated
and supported and is Enterprise grade. It is
optimised and benchmarked for the Magento
solution. It can be ordered in T Shirt sizes (small,
medium, large) as a single part number or
customised to meet a corporate’s specific needs.
This optimised solution is more affordable than
equivalent X86 solutions and brings much lower
cost of Acquisition and Ownership for on-premises
customers and for Magento hosting partners.
• Preconfigured, optimised, enterprise grade appliance
• High user transactions per hour – benchmarked
capability of x3 performance improvement over the
same cost X86 infrastructure
• High user concurrency & checkouts per hour = more
online revenue at lower infrastructure cost per user
• Guaranteed high availability
• Low TCO / smaller footprint
• Integrate with existing systems: ERP, CRM. etc
• Strong Analytics enable better identification of level of
use and cost management
• Easy and safe solution: Magento optimised for Power8
• Plug ‘n’ Play out of the box appliance solution
• Pre-configured sizes and customized options
• Full 24/7 HW and SW support for the full LAMP stack
Key Benefits
29. Fully Exploit S822L Architecture
28
• IBM Redbooks -
http://www.redbooks.ibm.com/
• 2 Socket – 4 P8 chips
• Each P8 chip – 5 cores
• 20 cores @ 3.42 Ghz
• NUMA architecture – 4 Nodes
• Each NUMA Node direct
association to a 16 bit PCIe
card slot
30. First Testbed – On Premise / Exploit PCI Passthru
29
S822L #1
PowerKVM
V
M
#
1
V
M
#
2
V
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#
3
V
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4
F
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P
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S822L #1
PowerKVM
V
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#
1
V
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#
2
V
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#
3
V
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4
F
S
P
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C
M
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L
M
E
L
M
E
L
M
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L
1 Gig Switch
Admin Network
Mellanox 40GB Switch
Business Data Network
• 4 VMs per system
• 1 VM per NUMA node
• 5 cores
• 16 Gig RAM each
• 1 Mellanox Adapter Card
• PCIe Passthru
31. PHP (Zend)
High Speed Data Transfer (Mellanox)
Linux (Ubuntu)
Apache Web Server
(Ubuntu)
MariaDB (MariaDB)
HighSpeedData
Transfer(Mellanox)
PHP (Zend)
Orchestration-Juju(Ubuntu)
Turbo LAMP Runs PHP Applications With No Change
PHP (Zend)
32. Magento Benchmark Toolkit v1.14 (GitHub)
31
WebScale (fka LagrangeSystems)
Load
Generator
(Jmeter)
• HaProxy
• CloudMaestro
Load Balancer
ZEND Server
#1
ZEND Server
#2
ZEND Server
#3
MariaDB
REDIS
33. Magento Performance Benchmark
• V1.4
– (view_product_add_to_cart_percent,62)
– (view_catalog_percent,30)
– (guest_checkout_percent,4)
– (customer_checkout_percent,4)
• V2.0
– (view_product_add_to_cart_percent,30)
– (view_catalog_percent,62)
– (guest_checkout_percent,4)
– (customer_checkout_percent,4)
32
Successful Completion
At least 90% of the “user
transactions” must complete in
less than 2 sec
34. First Testbed – On Premise / Exploit PCI PassThru
33
S822L #1
PowerKVM
J
M
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t
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r
1
J
m
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t
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2
B
A
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S822L #1
PowerKVM
Z
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Z
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2
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a
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B
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M
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M
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M
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1 Gig Switch
Admin Network
Mellanox 40GB Switch
Business Data Network
S822L #1
PowerKVM
Z
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3
Z
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4
F
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6
35. CPU Utilization P8 Testbed
34
ZEND #1 –
Note: vCPU 37,38,39,40 reserved
for Mellanox Adapter Int.
ZEND #2 –
Note: vCPU 37,38,39,40 reserved
for Mellanox Adapter Int.
MariaDB –
Note: vCPU 37,38,39,40 reserved
for Mellanox Adapter Int.
5 POWER8
CORES in
SMT8 mode
yields 40
Virtual CPUs
36. 35
45,000 UPH run
506 peak new sessions/sec
498 peak simultaneous sessions
~ 608 Meg data sent to server
~ 8.4 Gig sent back
39. S812LC (“similar” to P8 Systems @ SoftLayer)
38
S812LC #1
PowerKVM
Open VSwitch
V
M
#
1
V
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#
2
B
M
C
N
I
C
M
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S812LC #1
PowerKVM
OpenVSwitch
V
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#
1
V
M
#
2
B
M
C
N
I
C
M
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L
1 Gig Switch
Admin Network
Mellanox 40GB Switch
Business Data Network
• 2 VMs per system
• 1 Socket – 10 cores 3.5 Ghz
• 1 NUMA node
• Each VM
• 4 or 5 Cores
• 16 GB RAM
Using OpenVswitch
vs
PCI PassThrough
Jason Furmanek has a great write-up on IBM Developer Works
https://www.ibm.com/developerworks/community/wikis/home?lang=en#!/wiki/W51a7ffcf4dfd_4b4
0_9d82_446ebc23c550/page/Three%20shared%20networking%20options%20in%20PowerKVM
%20-%20Option_3%20Open%20vSwtich
40. Added To S822L Test Bed – Utilize Existing JMeter
39
S822L #1
PowerKVM
J
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t
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J
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B
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S822L #1
PowerKVM
Z
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Z
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M
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B
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1 Gig Switch
Admin Network
Mellanox 40GB Switch
Business Data Network
S812LC #1
PowerKVM
Open VSwitch
Z
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B
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I
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Each VM
• 4 or 5
cores
• 16 GB
41. Haswell TestBed @ SoftLayer (10Gig Net)
40
loadgen
--JMeter
osslamptest
VM1-MySQL
VM2–PHP#1
VM3–PHP#2
VM4–REDIS
VM1-HaProxy
KVMKVM
Guest to Guest
(different hosts)
9.41 Gbits/sec
Guest to Guest
(same host)
18.7 Gbits/sec
Both Systems are:
- Ubuntu 14.04-64
- Two Socket - 2.3 Ghz Intel Xeon-Haswell
- E5-2650-V3-DecaCore
- Total of 20 cores per system
- 64 GB RAM per system
- 10 Gig Ethernet
- 4x 1Gig drives SW RAID5
Guests:
• MySQL, PHP #1, #2
• 5 core, 16GB RAM
• Redis, HaProxy
• 5 core, 8 GB RAM
System Under Test
27,270 UPH
42. Haswell - CPU Utilization on PHP and MySQL VMs
41
5 Haswell cores
– SMT2 – 10
virtual CPUs
44. EasyScale / Turbo LAMP – S822(L)* w/PowerVM
43
S822L
PowerVM
Z
E
N
D
1
Z
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2
M
a
r
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a
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B
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I
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F
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P
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C
M
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L
V
I
O
S
Virtual I/O Server
Virtualize
• Local storage
• SAN Storage
• Networking
* EasyScale also offered on S822 systems
46. Systems of Engagement
– ideal for Turbo LAMP
Mobile Apps Driving Data/Transaction Volumes, Security/RAS
Database
CRM HR
ERP
150
Interactions / day / user
1 Billion
smartphone users by 2016
Mobile
Apps
Systems of
Record
5 petabytes
of data per day by mobile
phones around the world
• Fast, Agile, DevOps
• Optimized for Client
Engagement on CAMS
• New workloads being
developed on Linux in an
Open development
model
• Scale-Out Applications &
Delivery Infrastructure
• Stores, Serves &
Protects critical business
data
• Robust & Highly
Available
• Optimized Infrastructure
for high utilization
• Auditability and
Compliance
DATA DATA
47. Demonstration Description
• Demonstration Objectives
– Demonstrate the Advantage of the Turbo LAMP Framework running on top of
POWER8 for an e-commerce application – Magento
– Demonstrate the use of ZEND’s Apigility to surface SOR capabilities as services that
can be called by Mobile Applications -- Building a SOE
• Demonstration Scenario
– Two MSPs / CSPs are hosting a Magento e-Commerce service -- their SOR –
System Of Record. One MSP – located in Foster City California is running Turbo
LAMP (on POWER8). The other MSP/CSP - located on the East Coast – is running
a LAMP stack built from Open Source components. They are utilizing the latest x86 –
Haswell technology for their platform.
– They both want to enable their existing SOR systems to integrate with the new SOE –
Systems of Engagement -- to support the mobile market place. To that end they
have both installed ZEND’s Apigility product which enables them surface their e-
commerce functionality as APIs that can be called by a Mobile device.
46
48. Turbo LAMP Mobil Demo -- Concept
47
Haswell
- ApiGility
- Jmeter
Haswell
Magento
PHP#1
Magento
PHP#2
MySQL
REDIS
Softlayer (Washington, DC)
POWER8
Magento
ZEND#1
Magento
ZEND#2
MariaDB
REDIS
IIC (Foster City, CA)
Power8
ApiAgility
-JMeter
Apiagility APIs:
- Start Test
- Report Metrics
- Get Final Results
HaProxy
-or–
CloudMaestro
HaProxy
System Of Record
System Of Record
System Of Engagement
System Of Engagement
MSP #1
MSP #2
49. What is Apigility?
48
• Apigility is an API Builder, designed to simplify creating and maintaining
useful, easy to consume, and well structured APIs. Regardless of your
experience in API building, with Apigility you can build APIs that enable
mobile apps, developer communities, and any other consumer
controlled access to your applications.
• Apigility can be used to implement APIs in PHP. We developed Apigility
using Zend Framework 2, but this doesn't mean you have to use this
framework to develop your API. You can use Apigility in any PHP
application, using all the libraries and frameworks that you want.
57. 2016 Planned Activities
• Run benchmarks with Magento 2.0 and ZEND Server 9.0 (PHP 7.x)
• Turbo LAMP at SoftLayer (on POWER8)
– Bare metal
– Virtual Servers as a Service
• Turbo LAMP CHARMs for MSPs
– OpenStack
– Cannonical’s MAAS
• Updating Cookbooks, White Papers
• Testing with other PHP Business Applications
– SugarCRM
– WordPress
• Mellanox SRIOV Support
• Distributor Enablement – Appliances
56
59. 58
Expo Floor - Server and Storage Solutions Booth 116 Ped 11
60. Resources to get started
• Slideshare presentation on Turbo LAMP Stack
• YouTube videos:
– Zend Server for Linux on Power
– MariaDB for Linux on Power
– Magento eCommerce on Turbo LAMP
– LaGrange for cloud scale eCommerce on Turbo LAMP
– ScaleMatrix realizes cloud service provider savings with Turbo LAMP
– Executive panel discussion at Enterprise 2014
• MariaDB for Linux on POWER8 and Turbo LAMP landing page
• Zend for Linux on POWER8 and Turbo LAMP landing page:
• Wait less, innovate more – Build a better LAMP stack !
• http://www-03.ibm.com/systems/power/migratetoibm/index.html#panel3
• See how IBM and its OpenPOWER partners create a Turbo LAMP stack
62. Thank You
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64. Notices and Disclaimers Con’t.
63
Information concerning non-IBM products was obtained from the suppliers of those products, their published announcements or other publicly available sources. IBM has not
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Questions on the capabilities of non-IBM products should be addressed to the suppliers of those products. IBM does not warrant the quality of any third-party products, or the
ability of any such third-party products to interoperate with IBM’s products. IBM EXPRESSLY DISCLAIMS ALL WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING BUT
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