User's Manual
Table Of Contents
- Bridges Hardware Guide
- Contents
- 1 Introduction
- 2 Deploying Silver Spring Networks Bridges
- A Specifications
- Overview
- eBridge and sBridge Features
- Silver Spring Networks eBridge Specifications
- Silver Spring Networks sBridge Specifications
- Regulatory Compliance - Module Certifications
- FCC Certification (Radiated/Conducted Emissions Compliance FCC Part 15.247)
- Industry Canada Certification (Radiated/Conducted Emissions Compliance RSS-210)
- C-Tick Level 3 (Radiated/Conducted Emissions Compliance AS/NZS4268, AS/NZS4778)
- Silver Spring Networks NIC, FCC IDs: OWS-NIC515 IC: 5975A-NIC515 (sBridge) OWS-NIC506, IC:5875A-NIC506 (eBridge)
- Glossary
- Index
Bridges Hardware Guide Silver Spring Networks 15
2 Deploying Silver Spring Networks Bridges
master bridge into DNP messages, and pass them on to the RTU. The remote bridges require the
DNP address of the RTU to which they are serially connected.
Serial Master/Serial Remote IPv6 Sample Deployment
In Serial Master/Serial Remote deployments, no Ethernet/IP network appears at the master
bridge location. The master connects to the SCADA network using DNP3 over serial. In this case,
the master requires the DNP address from both the SCADA system and from the voltage
regulators. The master bridge performs DNP encapsulation and de-encapsulation from its serial
interface to IP over the RF network. The master requires the DNP3 address of the voltage
regulators because it routes to the remote bridges using IPv6 addresses across the RF network.
Figure 8. Example of a Mixed IPv4 Deployment
Figure 9. Example of a Serial Master/Serial Remote IPv6 Deployment Mode