Advanced MatrikonOPC Server Functions
Advanced functions make OPC integration easier, allowing MatrikonOPC’s latest
servers to better process data, and make OPC solutions more secure and
reliable. MatrikonOPC Server Advanced Functionality consists of a collection of
components engineered to work together in various combinations depending on
each MatrikonOPC server’s requirements.
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OPC Security:* Native support for the OPC Foundation's OPC
Security specification is crucial for implementing secure OPC architectures.
Instead of relying on global, DCOM based, "all-or-nothing" OPC data access
permissions, this function offers complete control over item browsing, adding,
reading, and writing on a per-user-per-item basis. Granular control over data
access helps prevent accidental or intentional un-authorized OPC data access.
This role based security adds another layer to a system's overall
Defense-in-Depth strategy.
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Device Communication Redundancy: Maximize OPC data reliability
by enabling the OPC Server to access multiple data-sources in a redundant
fashion without the need for specialized hardware and/or additional custom
software.
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Data Calculations: MatrikonOPC servers allow processing of raw
OPC item data on the OPC Server side. Using a variety of math functions,
constants, and equations – MatrikonOPC servers help reduce OPC client side
computing requirements and network traffic volume by performing data
conditioning right on the OPC Server side.
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Alarms and Events: MatrikonOPC’s Server enables users to trigger
Alarms and Events based on the OPC item’s value. Also, Alarms and Events can be
triggered based on the calculated value of pre-processed items using the powerful
Calculation Engine. The MatrikonOPC’s Advanced Framework enables client filtering
by event type, severity, and category and is OPC Compliant.
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Maximum Interoperability: Strict adherence to the OPC
Foundation’s OPC DA, OPC HDA, and OPC A&E specifications. Backwards
compatible and fully compliancy tested, MatrikonOPC servers strictly adhere to
the OPC Foundation’s specifications to ensure maximum interoperability with
other vendor’s OPC products.
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Offline Mode: developed to aid system-integration; this
functionality simplifies OPC Server configuration by allowing OPC Clients to
access data from all configured OPC items even when the underlying data-source
is not available. For example: during plant commissioning; instead of delaying
HMI graphic screen testing until the end of the project, when all the OPC
Servers' data-sources are available - such tests can now be run at any time
using the Offline Mode random test data.
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User Defined Tag names: Enables the creation of virtual OPC
Items on any MatrikonOPC server. Whether used for testing or for user-defined
status indicators, MatrikonOPC Aliasing extends all MatrikonOPC servers’ to
work with user-configured OPC items.
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*Optional
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