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Source Code Library For Communication Protocol Development Distributed Network Protocol which is abbreviated DNP3 stack is a set of communication protocols which are commonly used by water and electric companies. Other companies rarely use the DNP3 protocols. The main reason the DNP3 stack was developed is to ease communication between different kinds of equipment that are used to collect data. For the purposes of supervisory management Supervisory control and data acquisition the DNP3 is used for protocol for supervisory management and control. SCADA systems rely heavily on DNP3 stack especially to pass data from master stations to Remote Terminal Units or intelligent electronic Devices (IEDs). It’s interesting how the DNP3 protocol came into being. A standard that would permit interoperability between different vendors SCADA components for the electrical grid was needed since the IEC 60870-5 was under development.
The Beginners Guide To Protocols (From Step 1)
DNP3 protocol gives dependable communications in the remote areas that are not suitable for installing electric utility automation systems. The use of DNP3 protocol could help overcome the distortion induced by the EMI. The aging components could be made to last longer by using the DNP3 stack. Through the use of DNP3 protocol poor transmission media would improve drastically.
The Beginners Guide To Protocols (Finding The Starting Point)
The DNP3 stack was developed in such a way it would be reliable. However, its security is questionable. Actually it’s not that secure and it could be attacked by any hacker or spiteful people. So control systems and critical infrastructure could be interfered with especially if the DNP3 stack is the major communication protocol. DNP3 protocol has in the recent past gotten new features that have contributed to improved security. DNP3 stack has gotten authentication features that assure improved security. The suitability of the DNP3 stack comes in such that they are compliant with the IEC 62351-5. The compliance of DNP3 protocol with the IEC 62351-5 makes it less challenging when switching to either of the two. The suitability of the DNP3 protocol is brought about by its firmness, efficiency and ability to be interoperable than the aged protocols which is as a result of its strong features. You cannot compare the DNP3 protocol with any other protocol due to its complexity. Settle for DNP3 protocol if you want a stack that offers multiplexing and data fragmentation. To check for errors and link control you could use the DNP3 protocol. Time synchronization with a RTU could be supported by the DNP3 stack. The sequence of events that happens in between the polls could be received adequately by the DNP3 stack to reconstruct data. It is important that a thorough analysis of various protocols is carried out to ensure that they indeed good enough.