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08-Sep-11
Chapter 1 1
©2011 Waters Corporation
Empower 3 Enterprise Architecture
©2011 Waters Corporation
Empower 3 Enterprise Architecture
Topics covered in this section:
� Available Empower 3 Enterprise configurations
• Empower Workgroup
• Empower Enterprise Traditional
• Empower Enterprise High Availability
• Citrix Server Farm
• Real Application Cluster (RAC)
• Data Guard
• VMware Virtualization
• Combination
� Empower Optional Applications
• Dissolution, Method Validation, Method Development
• Waters Data Converter 2, Enterprise Data Manager
08-Sep-11
Chapter 1 2
©2011 Waters Corporation
Corporate Backbone Firewall
Office
Clients
GC Lab
LC/MS/MS Lab
LC LabHPLC / UPLC
Secure Server Room
SQD /TQD
5890/68907694
Xevo G2 Tof / Qtof
e-SATIN
A1100 AllianceA1200
ACQUITY
Private Ethernet
Private Ethernet
6850/7890
Xevo TQ-S
Typical Empower Network
Office
©2011 Waters Corporation
Empower Network Scalability
10 named user licenses
5 named user licenses
unlimited named user licenses
Personal
Workgroup
Enterprise
10 named user licenses
5 named user licenses
unlimited named user licenses
Personal
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Chapter 1 3
©2011 Waters Corporation
Parts of the Empower 3 Enterprise System
Acquisition Client
LAC/E32
Database Server
Processing Client
©2011 Waters Corporation
Client-Server Environment
ChromatographicSystems
DatabaseServer
AcquisitionServer
Raw DataServer
EmpowerClient
EmpowerClient
EmpowerClient
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Chapter 1 4
©2011 Waters Corporation
Citrix Environment
ChromatographicSystems
DatabaseServer
AcquisitionServer
Raw DataServer
CitrixServer
CitrixServer
CitrixServer
Citrix Client
©2011 Waters Corporation
Citrix Benefits
� Simpler administration.
— Since applications are loaded on the terminal server, administration and validation are limited to the Citrix servero Faster and simpler software deployment can be accommodated very quicklyo Reduce the time required for validation, software qualification is reduced to
the Citrix server itself - the clients do not require qualification.
� Optimize the network bandwidth used by this technology— Independent Computing Architecture (ICA)
o Ability to separate application logic from the user interface. The client user works with the application interface while 100% of the application executes on the server.
o Only screens, mouse clicks and keystrokes travel the network
o Reduces bandwidth consumption and transmitted packets for greater network efficiency
— The Empower application network traffic is limited between the Empower Database and Citrix server
� Load balancing— The Empower processing is distributed over multiple servers
in a Citrix Farm that ensures the continuity of performances
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Chapter 1 5
©2011 Waters Corporation
Real Application Clusters (RAC) Overview
� Multiple servers at the same site serving the same database
for high availability, performance, and redundancy in case
of server failure.
Server 1
CPU CPU
Server 2
CPU CPU
Server 3
CPU CPU
Server N
CPU CPU…
©2011 Waters Corporation
Real Application Clusters (RAC) Overview
� A clustered database – a group of independent computers
working together as a single system
— Redundancy /fault tolerance - Protect from server failure
— High availability – continues running in event of a hardware or
software failure
— Performance – workload is distributed amongst nodes for
optimal performance (load balancing)
— Scalability – as the environment grows, simply add more
servers with no downtime
� Provides the flexibility of running many databases in one
cluster with the ability to share the infrastructure amongst
the different databases
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Chapter 1 6
©2011 Waters Corporation
RAC - Benefits
� Redundancy
� High availability – fault tolerance
� Performance
� Non-disruptive scalability
— Expand capacity by simply adding servers to your cluster with no
downtime
� Flexibility
— manage single or multiple databases (applications) in a single cluster of
server nodes
— Efficient to manage using built-in tools
� Reduce capital and operating costs without compromising the
highest quality of service
— Uses low cost standard hardware, Low cost clustered servers, Low cost
consolidated storage (as compared to mainframe SMP computers)
— High availability + scalability = reduced total cost of ownership
©2011 Waters Corporation
Data Guard Mirrored Sites
SYNC/ASYNC
Data Guard Broker
Primary Site
PrimaryDatabase
Active Standby Site
Physical or Logical Standby Database
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Chapter 1 7
©2011 Waters Corporation
� Mirrored servers for redundancy in case of site failure
— Remote site (vs. local site) recommended; either possible
� Guard against data failure and disaster and eliminate idle
redundancy
� A remote, hot, synchronized standby database ready to take
over processing activities if the primary site fails
� Provides disaster protection against planned or unplanned
outages at the production site
Data Guard
©2011 Waters Corporation
Data Guard
� Reduction of planned downtime
— Standby database used to perform planned
maintenance in a rolling fashion
o hardware or OS maintenance, site maintenance,
upgrades to new database patch sets or
releases, database changes
o Maintenance is first performed on a standby
database. Production is switched over to the
standby database and then switched back when
the maintenance tasks are completed.
o The only downtime is the time needed to effect
a switchover operation.
— A physical standby database, because it is an
exact replica of the primary database, can
also be used to offload the primary database
of the overhead of performing backups.
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Chapter 1 8
©2011 Waters Corporation
Data Guard - Benefits
� Disaster recovery at a reduced cost
— Data protection in the event of site failure
— A Data Guard physical standby database can serve as a
maintenance and test database—no additional storage or
servers required
— Traditional HA requires expensive, idle, standby hardware from
multiple hardware and solution vendors
� Centralized, simplified management
— Management, monitoring, and automation software is built in
to eliminate management complexity that accompanies
traditional replication solutions
� Improved Technology
— The reporting replica is up to date and online at all times,
which is not possible with traditional storage mirroring
technology
©2011 Waters Corporation
RAC + Data Guard
� RAC and Data Guard are complementary technologies providing the
highest possible level of scalability, availability, and data protection
� RAC and data guard typically run together; RAC for instance failure
protection, Data Guard for site failure protection
� Both primary and remote sites typically use RAC
� Managed as a single configuration
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Chapter 1 9
©2011 Waters Corporation
Virtualization
� Rapid deployment
� Disaster recovery
� Validation benefit
� High availability
� Server consolidation
� Scalability
©2011 Waters Corporation
What is Virtualization?
� An encapsulated environment running its own operating system and application(s) as if it were a physical computer but sharing the hardware resources of the computer (including CPU, RAM, hard disk and network controller) with other virtualized environments on the same computer
� Virtualization lets you run multiple virtual machines on a single physical machine (consolidation)
— Virtual machines on the same computer are isolated from each other as if physically separated
— A virtual machine behaves exactly like a physical computer
— An operating system can’t tell the difference between a virtual machine and a physical machine, nor can applications or other computers on a network.
� End users do not know they are connecting to a virtual machine
� Precursor to cloud computing
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Chapter 1 10
©2011 Waters Corporation
VMware Architecture
From VMware Virtualization Overview White Paper
©2011 Waters Corporation
VMware Benefits
� What Empower components to virtualize?— The High Priority - Empower database server , Empower Citrix server, and the
Empower file server.
— Virtualizing Clients and the LAC/Es have a much lower interest.
� Validation benefits— Changes to other VMs on same computer do not affect the validation of the
Empower VM
� Rapid deployment and disaster recovery— Virtual images are similar to computer images but are hardware independent
and can be deployed on dis-similar computer
— Require less time to deploy than a conventional installation
— Allow to run Empower 1154 or Empower 2154 with Empower 3 on the same computer all have different OS version and Oracle version
— Allow you to capture snapshots and return to the snapshot image in the time that it takes to reboot
� HA, server consolidation, scalability and reduction in capital costs— A virtual machine lets you share the resources of a single physical computer
across multiple virtual machines for maximum efficiency.
— requires less hardware – reduces your physical infrastructure footprint by consolidating excess server and desktop hardware
08-Sep-11
Chapter 1 11
©2011 Waters Corporation
Optional Applications
©2011 Waters Corporation
Optional Applications
� System Suitability
� Chemical Structures
� Method Validation
� GPC / SEC
� Dissolution
� ToolKit
� Enterprise Data Manager
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Chapter 1 12
©2011 Waters Corporation
Automated Dissolution
©2011 Waters Corporation
Method Validation Manager
Reports Compiled
PrepareStandards & Samples
Data Acquisition& Processing
Data Management
Corporate Method ValidationSOP
Calculation Statistical Results
MethodValidationManager
Create SampleSequence
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Chapter 1 13
©2011 Waters Corporation
Method Validation Manager Tools
� Run Samples
� Edit Sample Set
� Alter Sample
� Review
� Process
� Validation Process
� Validation Review
� Preview
� Approve Data
� Update
©2011 Waters Corporation
Manage Method Validation Workflows
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Chapter 1 14
©2011 Waters Corporation
Chemical Structures
� Integrate chemical structures to improve data management
and reporting
� Perform structure searches, assign structures to components
and connect to corporate structure databases
©2011 Waters Corporation
Method Development Approach
Method Screening
Method Development
Method Validation
Re-development& Re-work
Automated Method
Development
� Overlay graphs visualize regions of optimum method
performance and robustness
� Robust and reliable LC methods predicted automatically
� Modification of parameters within defined design space
are not considered change
� QbD approach that meets regulatory guidelines
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Chapter 1 15
©2011 Waters Corporation
Optimum Method Performance and Robustness
Design Space of Robust Method
©2011 Waters Corporation
Fusion with Acquity UPLC
AU
-0.005
0.000
0.005
0.010
0.015
0.020
0.025
0.030
0.035
0.040
Minutes
1.00 1.50 2.00 2.50 3.00 3.50 4.00 4.50 5.00 5.50 6.00 6.50 7.00
1.5
91
2.2
29
2.8
33
3.2
86
3.7
33
4.1
25
4.3
10
4.4
82
4.5
94
Imp A
- 4
.738
Imp B
- 4
.947
API 1 - 5
.189
API 2 - 5
.661
Lastp
eak - 6
.128
ACQUITY UPLC3 columnsGradient conditionsGradient slopesMobile phase compositionspHPump flow rate
AU
0.000
0.010
0.020
0.030
0.040
0.050
0.060
0.070
Minutes
1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00 9.00 10.00 11.00 12.00 13.00 14.00 15.00 16.00 17.00 18.00 19.00 20.00
HPLC10 columnsIsocratic & gradient conditionsGradient slopesMobile phase compositions
45 days
2 days
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Chapter 1 16
©2011 Waters Corporation
Waters Data Converter 2
� Empower option Waters Data Converter 2 (WDC 2)
� Manual and automated import of raw data into Empower
� Available import filters:
— MassLynx (included)
— ChemStation 32 bit (option)
— Turbo-/Totalchrom (option)
©2011 Waters Corporation
WDC2 Overview
Browse for data or folders with data
Drag & drop data
Import to Empower
If needed, change project, edit parameters
Import log
Status
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Chapter 1 17
©2011 Waters Corporation
WDC2 Auto Mode
Scan configurations
for import
Data are scheduled for import
Import according to parameters
Start/Stop scanning for data
Reporting as configured
©2011 Waters Corporation
Enterprise Data Manager
� Manage data footprint through advanced archival logic
— Central administration of project archive process for one or more
Empower servers
— Automated scheduling of project archive process based on
predefine rules
— Automated archive verification prior to project deletion
— Long term archival on external media
� Improving speed and accuracy of report retrieval
� Extended availability of electronic reports
— Review records without Empower
� Review and approve electronic reports through web browser
— Low deployment and training costs
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Chapter 1 18
©2011 Waters Corporation
Enterprise Data Manager
Sample
Instruments
Data file and project capture
MetadataEnhanced metafile
Empower EDM
Printed reports
Empower Projects
Empower Reports
©2011 Waters Corporation
Enterprise Data Manager
Find, review and approve through a web browser
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Chapter 1 19
©2011 Waters Corporation
Centralizing All Instrument Qualification Records in EDM
Benefits
� All system qualification reports centrally managed in a single
electronic repository
� Web-based solution for electronic review, approval, and
regulatory inspections
� Report traceability back to archived projects for easy retrieval
� Reduced document warehousing costs
� Eliminated waste and
non-value added steps
in the process
©2011 Waters Corporation
LIMS Interface