July 2015 Agenda Introduction to UIM 73 Packet Connectivity Overview Packet Connectivity Demos IP Address Management Overview IP Address Management Demos Enhanced Extensibility with Groovy ID: 658437
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Slide1
UIM 7.3 What’s New
Oracle Communications Global Business Unit
July 2015Slide2
Agenda
Introduction to UIM 7.3
Packet Connectivity Overview
Packet Connectivity Demos
IP Address Management Overview IP Address Management DemosEnhanced Extensibility with Groovy Technology Stack Update
1
2
3
2
4
5
6
7Slide3
UIM 7.3 - Release Value Proposition
3
Benefits
Helps enable UIM for use for Packet & Carrier Ethernet services that are seeing widespread market adoption
Carrier Ethernet services are replacing legacy technologies for private line & transparent LAN
Bandwidth demands continue to increase – all on Ethernet
Carrier Ethernet services are also the foundation for newer services such as Cloud data center services and LTE mobile backhaul
Native IPAM support in UIM simplifies solution deployment & ongoing costs by simplifying from 2 products to 1
All features reduce project length, cost & risk by reducing the need for SI customization
Previously this functionality had to be implemented as SI/Consulting customization
Lowers total cost of ownership by reducing initial project customization cost and future release up-version project customization costs
Features
Enhanced Packet Connectivity Management
Enhanced support for the design & configuration of packet connectivity
Rich visual modeling experience
Out-of-Box support for Carrier Ethernet services (Metro Ethernet Forum E-Line & E-LAN)
Native IP Address Management
Native support for IPv6 & v4 addresses in UIM
New Rules engine & updated Tech Stack
New rules engine: Groovy
Updated Tech Stack: Oracle DB & Fusion Middleware 12c, IE11 & FirefoxSlide4
UIM 7.3 - Enhanced Support for Packet Technologies
Enhanced support for Packet data transport technologies
Enhanced support for Packet data transport technologies including Carrier Ethernet, MPLS, ATM & FR
OOB support for Carrier Ethernet aligned with MEF CE 2.0
Support for Multipoint Connectivities to efficiently manage the multi site data networking services such as Carrier Ethernet E-LAN Enhanced Management of Packet Data Tags such as VLANs, VPI/VCI, DLCI, Route Targets, Route Distinguishers , etcReduced Time to Market for Next Gen ServicesEfficient Network Resource Management for Packet TechnologiesRolling out Next Gen Services over the Packet Transport Network
Reduced Total Cost of Ownership80% reduction in modeling effort for managing Packet Technologies by eliminating the need of Specification creation in Design Studio that would require many staff-months of senior architect/technical staff35% reduction in UI Clicks to create Packet Connectivity, resulting in increased productivity of End User50% reduction in UI Clicks for Path Analysis4
Summary
Service
Service Configuration
Capacity Provided
Capacity Required
Rate Codes
Pipes
Bandwidth Profile
Class of Service
7.2.X
Customer Specific
Business Rules
7.3
Customer Specific
Business Rules
Implementation
EffortSlide5
UIM 7.3 – IP Address Management
Native IPv4 and IPv6 Address management
Provides a consolidated view of a CSPs IP Address inventory for service & network management
IPv6 designed-in from the beginning, not as an after-thought
Targeted UI enhancements make IP address management easy & intuitiveAutomate service fulfillment flows that involve IP addressesWeb Services for all aspects of IP address management make integration easierIP address administrationBulk load IP addressesAssign addresses & subnets
5SummarySlide6
UIM 7.3 – IP Address Management - Key Features
6
UIM IP Address Inventory
Management
Automated IP Address
assignment requests, including those for individual IP Addresses and as part of a Service instance
.Order Management and Service Activation Systems
Web Services
Bulk creation of IP Address
instances
External System
Web Services
Federate
the management of IP Address resources to an external system.
External System managing IP Address Resources
Web Services
UIM GUI
Planning and Administration
Operations
Create Public IP Address Space allocations received from upstream IR. Plan, administrate and allot address spaces. Generate usage reports to be
submitted
to upstream IR for Public IP Address spaces.
UIM GUI
Manually assign/allocate IP
Address resources – both Public and Private. Manually
unassign
/
u
nallocate
IP Address resources – when a contract or service is terminated.Slide7
Agenda
Introduction to UIM 7.3
Packet Connectivity Overview
Packet Connectivity Demos
IP Address Management Overview IP Address Management DemosEnhanced Extensibility with GroovyTechnology Stack Update
1
2
3
7
4
5
6
7Slide8
Enhanced S
upport for Packet Technologies
Enhanced support for Packet data transport technologies like Carrier Ethernet, MPLS, ATM, FR etc
Enhanced Business Oriented User Experience for managing Packet Transport
Connectivities and NetworksSupport for “Point to Multipoint” and “Multipoint to Multipoint” Connectivities and ServicesSupport for “Ethernet over WDM” TransportSupport for Virtual Concatenation for “Ethernet over SDH/SONET”Bulk creation of Packet Connectivity to increase productivity of end userAutomatic sync between Network Topology and Configuration
Graphical Service Design experience for complex Multi-Site Data Networking Services Cartridge Pack leveraging the new features for Packet Technologies like ATM, Frame Relay etc as an Implementation AcceleratorEnhanced support for Carrier Ethernet aligned with CE 2.0 by MEF Building blocks for Ethernet services like UNI, I-NNI, E-NNI, EVC, OVC, EFP etc. as specified by MEF Technical SpecificationsMEF aligned Carrier Ethernet Reference Cartridge Pack as an Implementation Accelerator for Carrier Ethernet ServicesSupport for Class of Service and Bandwidth Profile for Carrier Ethernet ServicesEnhanced Management for Packet Data Tags
Enhanced User Experience for bulk creation of Tags like VLAN IDs, Route Targets, Route DistinguishersNetwork Address Domains to manage Tag Pools for Design & Assign during Service ProvisioningSpecialized Inventory Groups called Resource Pools for extensive pool management8Slide9
Enhanced Support for Technologies
Connectivity entity in UIM has been enhanced to support specifications that can be created in Design Studio
Connectivity can be classified as Multiplexed, Packet and Service Connectivity
Full and Extensive CE 2.0 compliant modeling for various Ethernet
Connectivities like UNI, E-NNI and I-NNIRates for Ethernet e.g, 10/100Mbps, 1/10/40/100Gbps
9Packet Connectivity
Rate Codes to support ATM, FR e.g., DS1/E1, DS3/E3, OC3/STM1 etc
Support for Flow Identifiers (Tags) like VLAN ID, VPI/VCI, DLCI etcSupport for Over Subscription.Slide10
Enhanced Packet Technology Support
A Flow Interface represents a point in a Network through which Packet Data Traffic flows
Similar to the sub-device interfaces used to terminate channelized connectivity, but are used to terminate packet connectivity only.
Partition device interfaces into virtual channels based on bit rate
Supports Configuration for managing the changes to Tags, CoS, Bandwidth Profile etc during Service Upgrade/Downgrade scenariosAutomatic creation of Flow Interface while designing the Service Connectivity
10Flow Interfaces to manage Packet Data Flows
Media InterfaceFlow Interface
VLAN 200Flow InterfaceVLAN 300
Flow InterfaceVLAN 400
Types of Flow Interfaces
Access: Present on the Access Switches. Connect to the CPETrunk: Present on the Access Switches. Aggregates traffic from multiple CPEInter-Network: Connects the Internal Service Provider Network ElementsSlide11
Enhanced Packet Technology Support
New entity called Flow Identifier to represent the Tags that Packet Connectivity Technologies use to route the Data Traffic over the Network
These IDs segregate network traffic and make it visible to only the appropriate devices in the network and create multiple Virtual Networks over the same Physical Network
Flow Identifiers can be assigned on the Flow Interface Configuration to provide necessary information for the calculation of Technical Order for Activation
Create Range feature has been provided for bulk creation of Flow Identifiers to improve usabilityIn-Built validation rules to ensure the data integrity and validity of the Flow IdentifiersCartridge Packs containing Flow Identifier Specifications for major packet technologiesSP-VLAN, CE-VLAN, P-Tag, W-Tag etc for Ethernet
VPI/VCI for ATMDLCI for Frame RelayCustomers can also create their own Flow Identifier specifications in Design Studio for upcoming technologies11Flow Identifiers for routing the Data TrafficSlide12
Enhanced Packet Connectivity Support
Network Address Domain for managing a Pool of Flow Identifiers
Validation rule to prevent duplicate Flow Identifiers in a Network Address Domain
Specialized Inventory Groups called Resource Pools for categorizing Flow Identifiers at next level
Unlike Inventory Groups, that can contain entities of different types, Resource Pools can only contain the entities of a specific type.12
Enhanced Resource Pool ManagementSlide13
Enhanced Packet Connectivity Support
13
Service Location
Represents the Customer Location at which the Service is delivered
Specialization of Property Location with additional
fields
to support the Customer Address
A Network Location can also be a Service Location to support Wholesale Services
Can be referenced on a Service Configuration as a Customer LocationSlide14
Enhanced Packet Connectivity Support
Service Connectivity delivers Connection Oriented Services to end customers.
In a Multipoint Service like E-LAN, Service Connectivity is the network segment that connect Service Location to a Service Provider network.
14
Service Connectivity
In a Point-to-Point Service, like E-Line, the Service Connectivity spans across the Service Locations
UIM automatically creates the design
of Service Connectivity based on Service LocationsSlide15
Enhanced Packet Connectivity Support
Most Network Resource Management systems consider Connectivity as a Point to Point Concept
New technologies like Ethernet and IP allows the data to be transported to multiple destinations
Multi-point
connectivities are needed to efficiently manage the CE 2.0 services like E-LAN and E-TreeIt is very tedious to extend the Legacy NRM systems to support multiple destinations using point to point connectivity.15
Multi-Point Connectivity ProblemSlide16
Enhanced Support for Technologies
Classification of Networks based on Network Type and Network Technology
The network type and the network technology are interdependent.
Packet technologies, such as ATM, Frame Relay, MPLS and Ethernet, are available for Packet Virtual Network and Service Network types.
An Infrastructure Network is a resource-based network such as SDH, ATM, Ethernet, or MPLS.A Packet Virtual Network (PVN) is collection of the interfaces and connectivities that support a packet-based connectivity service. Multipoint Ethernet virtual circuits (EVCs) are examples of PVNs. A S
ervice Network consolidates service locations, network access connectivity, and supporting virtual networks to provide a unified view of a connection-oriented service. 16Network Enhancements to support Multipoint ConnectivitySlide17
Multi-Point Connectivity
Innovative representation of Multi-Point Connectivity using a Virtual Network.
Nodes represent Flow Interfaces and Edges represent Packet Network Connectivity and Cross-Connects.
Supported Topologies
Point to PointMultipoint to MultipointRooted MultipointAlso represents the Bridge Domain for a given VLAN and shows all the Ethernet Flow Points and Connectivities through which data belonging to a given VLAN ID is routed.UI tooling to bulk assign the Flow Identifier to all Flow Interfaces by referencing it on the PVN
Automatic Synchronization of Network Configuration with the Network Topology 17Packet Virtual NetworkSlide18
Multi-Point Connectivity
Provides an end-to-end view of a connection-oriented service, e.g.: Carrier Ethernet E-LAN service
Nodes represent:
Packet virtual networks that support the service
Service locationsParties that represent service providers who own external networks that support the serviceEdges represent:Service connectivityNetwork access connectivity that links packet virtual networksCreated automatically from the resources assigned on the Service Configuration of the parent Service
18Service NetworkSlide19
Enhanced Packet Connectivity Support
Automatic creation of initial Configuration based on design time settings on creation of Services
Automatic creation of Service Network and its Configuration on creation of ELAN Service
Addition of Site in ELAN Service Configuration automatically adds it in the Service Network Topology and Configuration
Automatic association of the Service Connectivity to the Service Network when the Service Connectivity created/assigned to an Access ServiceAutomatic Synchronization of Network Configuration based on the changes made on the Network Topology19
Usability Enhancements for manual Service Design using GUISlide20
Implementation Accelerators
Implementation Accelerator Cartridge Packs to kick start OSS project for both Packet and Channelized Technologies
Vendor Agnostic device model that can be used for all Network Equipments like Cisco, Juniper, Huawei, etc.
Applicable for Service Fulfillment , Network Readiness and Network Resource Management processes
Powered with Best Practices and Recommendations from Product TeamDesigned to leverage Core UIM Features for Packet Connectivity20Slide21
Implementation Accelerators
UIM Carrier Ethernet Cartridge
E-Line, E-LAN, E-Tree Service and Bandwidth Profile Model aligned with MEF 10.3
E-Access Service model aligned with MEF 33
UNI model aligned with MEF 11 and MEF 20Class of Service Model aligned with MEF 23.1OVC and ENNI model aligned with MEF 26.1UIM Packet CartridgeProvides support for ATM and Frame Relay technologiesUIM DSL Cartridge Provides support for DSL services over ATM by leveraging the UIM Packet cartridge
UIM Channelized Cartridge Contains Channelized Connectivity specifications for WDM, PDH, SDH/SONET technologies based on the extended Connectivity model of UIM 7.321Slide22
Agenda
Introduction to UIM 7.3
Packet Connectivity Overview
Packet Connectivity Demos
IP Address Management Overview IP Address Management DemosEnhanced Extensibility with GroovyTechnology Stack Update
1
2
3
22
4
5
6
7Slide23
Packet Connectivity Demo - 1
Demonstrates how a Service Provider can create an Engineering Work Order to build an Ethernet Infrastructure Network
Already existing Layer 1 DWDM Ring with DWDM Facilities
Engineering Work Order to create 100G Ethernet I-NNI
Connectivities over the DWDM NetworkPath Analysis to automatically find the route for 100G Ethernet ConnectivityEthernet Infrastructure Network using 100G Ethernet I-NNI Connectivities
23Infrastructure Network BuildSlide24
Packet Connectivity Demo - 2
Demonstrates enhanced Resource Pool Management Capabilities using Network Address Domains and Specialized Inventory Groups
Network Address Domain (New Entity) used for creating VLAN IDs for Broadband, IPTV, E-Line and E-LAN Services
Resource Pool Inventory Groups (New Feature) for managing the VLAN IDs for specific regions like TX and NY
Creation of VLAN IDs (Specification of new Flow Identifier Entity) in Bulk and Add VLAN IDs to VLAN ID PoolsCustom Ruleset to validate that the allocation of VLAN IDs is within the allowed range of a Network Address DomainConsume VLAN IDs from a Specific Pool using search capabilities in UIM UI
Can be also used for Pool Management of other Flow Identifiers such as Route Targets, Route Distinguishers, ATM VPI/VCIs, and FR DLCIs24Pool Management for VLAN IDs
E-LAN VLAN IDs(1-1000)
E-Line VLAN IDs
(1001-2000)
E-Tree VLAN IDs(2001-3000)
Broadband VLAN IDs
(3001-3500)
TX VLAN IDs
NY
VLAN IDs
Network Address Domain PoolsFor servicesInventory Group PoolsFor RegionsSlide25
Packet Connectivity Demo - 3
Demonstrates Manual Design & Assign process in UIM for Carrier Ethernet E-LAN Services
Demonstrates EVC as Multipoint-to-Multipoint Connectivity using PVN
Uses Carrier Ethernet Cartridge Pack for CE 2.0 compliant model
Demonstrates Usability Enhancements25E-LAN Service DesignSlide26
Packet Connectivity Demo - 4
Demonstrate the use of Packet Connectivity for managing LTE Backhaul
Demonstrate the new Virtual Concatenation features for Ethernet over SDH
Create 1 Gigabit Ethernet S1 link between eNodeB and Evolved Packet Core riding on 7 VC4s provided by SDH Facilities
26Managing LTE Backhaul NetworkSlide27
Packet Connectivity Demo - 5
Demonstrates Capacity Management for Packet Technologies using the BI Publisher Reports that have been enhanced to incorporate the Packet Technologies in UIM 7.3
Demonstrates the UI Extensibility by integrating BI Publisher Reports within UIM GUI for seamless User Experience
Connectivity Report shows all the
Connectivities and their Capacity Consumption at a given locationIt also shows all the services and the customers that can be potentially impacted by an outage on this location
27Capacity Management Reporting for Packet ConnectivitySlide28
Agenda
Introduction to UIM 7.3
Packet Connectivity Overview
Packet Connectivity Demos
IP Address Management Overview IP Address Management DemosEnhanced Extensibility with GroovyTechnology Stack Update
1
2
3
28
4
5
6
7Slide29
UIM 7.3 – IPv4 & IP v6 Address Management Features
Create IPv4 and IPv6 Network addresses
Partition subnets to support variable length subnet masking (VLSM)
Join subnets to form an larger subnet
Create host IP addressesTrack IP addresses from initial creation through statuses and usesReserve IP addresses for a specific purposeIP address Pools to group by service, geography or any categoryAssign IP addressesTo a Service, Logical Devices, Logical Device Accounts, Device Interfaces and Networks
Customizable Utilization reports in BI Publisher Web Services for all aspects of IP address management29Slide30
IP Address Readiness – Create IPv6 Networks
Supports Global Unicast and Unique Local Unicast IPv6 addresses
Supports compressed and standard notation
Partitioning to /128
Extensive Search capabilitiesGlobal Unicast addresses have a Global Address domain as its IP Address domainUnique Local Unicast addresses can have any IP Address domain and are unique within an IP Address domainWhen an IPv6 Network is created, a natural subnet of the same prefix length is created that occupies the entire spaceDeactivating the IPv6 Network makes the Network and all of its subnets &
IP Addresses unavailable for use30Slide31
IP Address Readiness – Create IPv4 Networks
Supports private and public IPv4 addresses
Public addresses will have the Global Address domain as its IP Address domain
Private addresses can have any IP Address domain and are unique within an IP Address domain
Class A , B, C IP Address Networks and classless addressingWhen an IPv4 Network is created, a natural subnet of the same prefix length is created that occupies the entire spaceDeactivating the IPv6 Network makes the Network and all of its subnets & IP Addresses unavailable for use31Slide32
IP Address Readiness - Partition Subnets
32
Partition to create smaller subnets (for IPv4 and IPv6)
Partitioned subnets have “Partitioned: Not Available” assignment status and are not available for assignment
Additional subnets are created to cover the entire address space
Subnet IPs are lifecycle managed, they can be consumed and assigned to a service, Logical device, Logical Device Accounts, Device interfaces, Network
One subnet of size /60 is partitioned to two subnets of size /62Slide33
IP Address Readiness - Join Subnets
33
Two subnets of size /62 joined to form a subnet of size /61
Subnets are aggregated to form an larger subnets. IPv4 and IPv6 can be joined. Only contiguous subnets can be aggregated
Subnets, when joined, create a valid subnet of a larger size. Slide34
IP Address Readiness – Create Host IP Addresses
IP addresses are Life
C
ycle managed and consumable
UNASSIGNED - The assignment has been removed for the resource. ASSIGNED - The assignment is in effect for the resource.PENDING_UNASSIGN - The assignment has been unassigned pending the completion of a configuration version. PENDING_ASSIGN - The assignment is pending the completion of a configuration version.Assigned to a Service, Logical Device, Logical Device Accounts and Device InterfacesAllows you to map
IP address and MAC address34Slide35
IP Address Readiness – Reserve IP Addresses
Reserve
s
ubnets & addresses for a specific purpose
Deactivated subnets & IP addresses cannot be reservedSubnets with a deactivated IP Network cannot be reserved35Slide36
IP Address Readiness - IP Address Resource Pools
IP Address Resource Pools based on UIM’s Inventory Groups feature
Subnets & IP addresses can be categorized into IP Address Resource Pools (Inventory Groups)
UIM GUI provides a unified view for ease of navigation
IP Address Resource Pools are easily accessible from other areas in UIM36Slide37
IP Address Allocation - Assigning IP Entities to a Service
Subnets and IP Addresses are available for assignment to a service configuration
The Service specification can be customized to include the new IP Address entities
37Slide38
IP Address Allocation - Assigning IP Entities to Logical Devices
Subnets & IP Addresses are available for assignment to a Logical Device
The assigned IP Address can be viewed In Logical Device Hierarchy
If more than one IP Address is assigned to a Logical Device, the IP Address is displayed with dots (ex: 110.0.0.4…..), and when selected will navigate to the IP Resources section which displays the list of assigned IP Addresses
38Slide39
IP Address Allocation - Assigning IP Entities to Device Interface
Subnets & IP Addresses are
available for assignment to Device Interfaces
The assigned IP Address can be viewed In Device Interface Hierarchy.
If more than one IP Address is assigned to a Device Interface, the IP Address is displayed with dots (ex: 110.0.16.0…..) and when clicked, will navigate to the IP Resources section which displays the list of assigned IP Addresses39Slide40
IP Address Allocation - Assigning IP Entities to Networks
Subnets are available for assignment to Networks
The assigned IP Address can be viewed in IP Resources section
40Slide41
IP Reports – IP Address Utilization Reports in BI Publisher
IP Address Utilization Reports can be created
Use UIM’s certification with Oracle BI Publisher or use any 3
rd
party reporting toolSample BI Publisher reports are providedCan be customized to meet customer requirements41Slide42
Web Services
42
Business Context
Business Operations
Web Services
Readiness
Bulk Create IP Addresses / Subnets
OOB Web
services
available
Bulk delete IP Addresses / Subnets
OOB Web
services
available
Technical
Service Qualification
Long term reserve IP Subnets/IP Addresses
OOB Web
services
available
Find IP subnets/ IP Addresses based on input criteria
OOB Web
services
available
Service
Fulfillment
Assign IP Addresses to a service based on geography
OOB Web
services
available using Service fulfillment
Web Services
Assign IP Addresses to a service based on service (Eg VOIP , DSL etc)
OOB Web
services
available using Service fulfillment
Webservices
Auto create and assign IP Address/Subnets if none available for assignment
OOB Web
services
available using Service fulfillment
Web services
Unassign IP Subnets/ Address from a Service
OOB Web
services
available using Service fulfillment
Web servicesSlide43
Guidance for Customers Moving from UIM CNAs to UIM 7.3 IP Address Management
Update the cartridges that were using UIM CNA (Custom Network Addresses) entities to use IP Address Entities along with the CNA entities
Deploy the cartridge and change all the CNA assignments to equivalent IP Address entity assignments
When all the CNA assignments are moved to IP Address Entities, the cartridge can be updated to remove CNA entities and deployed
Limitation: Once removed, the old CNA assignments cannot be viewed 43Slide44
Guidance for Customers Moving from INAM to UIM 7.3 IP Address Management
Migrate from Oracle Communications Internet Name and Address Management to UIM IP Address entities by using custom scripts
INAM and UIM provide extensive model documentation to help with the migration
44Slide45
Agenda
Introduction to UIM 7.3
Packet Connectivity Overview
Packet Connectivity Demos
IP Address Management Overview IP Address Management DemosEnhanced Extensibility with GroovyTechnology Stack Update
1
2
3
45
4
5
6
7Slide46
UIM 7.3 What’s New: IPAM – Demo Flow 1
Create IP Network Addresses
Partition IP Subnets
Create IP Host addresses
Organize IP addresses based on service, geographic area Join IP SubnetsReserve IP Addresses for specific useDeactivate IP network Addresses
46IP Address ReadinessSlide47
UIM 7.3 What’s New: IPAM – Demo Flow 2
There is a service request from an ordering system in which one of the services requires IP Address assignment
The appropriate service configuration is created in UIM using OOB Web Services
Appropriate IP Address is assigned to the config items in the service configuration using OOB Web services
In UIM, complete the service configuration version and the IP Address status changes accordinglyA new service request is received from ordering system to release the IP Address
A new service configuration version is created and the IP Address is unassigned and IP Address status changes accordingly47
Service Fulfillment- IP Address Allocation Slide48
Agenda
Introduction to UIM 7.3
Packet Connectivity Overview
Packet Connectivity Demos
IP Address Management Overview IP Address Management DemosEnhanced Extensibility with GroovyTechnology Stack Update
1
2
3
48
4
5
6
7Slide49
Enhanced Extensibility with Groovy
Groovy Language support in
Rulesets
in addition to existing Drools
Groovy provides high degree in flexibility in semantics compared to writing Java codeFlexibility for System Integrators to choose Drools or Groovy for rules development in UIMSupports incremental adoption of Groovy by adding them to existing Drools rules fileOption in Design Studio to choose the run time execution of a rule using Drools or Groovy.49Slide50
Agenda
Introduction to UIM 7.3
Packet Connectivity Overview
Packet Connectivity Demos
IP Address Management Overview IP Address Management DemosEnhanced Extensibility with GroovyTechnology Stack Update
1
2
3
50
4
5
6
7Slide51
Technology Stack Overview
Release 7.3
51
Technology
Platform
Oracle
Solaris
Oracle Linux
IBM AIX
Operating
System
Solaris 10, 11
5.8+, 6.2+
AIX 6.1
JDK/JRE
Oracle JDK 1.7
IBM SDK 7
FMW /
WebLogic
FMW 12.1.3, WLS 12.1.3
Database
DB
12.1.0.2
Client OS
Windows 7, Java 7 & 8
Design Environment
Oracle Communications Design Studio 7.3
Client Browser
Internet Explorer 9, 10 & 11; Firefox 31.x
Slide52
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