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GE’s MDS Orbit™ platform is the next generation industrial wireless communications solution. The platform supports a diverse portfolio of industrial modems, routers and gateways to extend wireless network coverage in various spectrum and geographic conditions. The MDS Orbit is factory-configurable and offers a range of technologies from cellular, unlicensed, licensed, and are available in two form factors, the dual-Wide Area Network (WAN) radio MCR (Multiservice-Connect Router) and the single-WAN radio ECR (Edge-Connect Router). The Orbit MCR provides an industry unique advantage of dual radio uplinks which help minimize network downtime with capabilities such as signal quality based smart auto failover and other redundancy features. Customer hybrid communications networks are supported with popular use cases such as licensed narrowband and LTE connectivity in one solution.
Connect GE Multilin IEDs to PCs with USB ports This cable is the solution for users who want to communicate with GE Multilin IEDs via PCs that have USB communication ports. Using this cable is quick and easy. Simply install the cable driver on your PC, plug in the cable and you are ready to communicate. These drivers are certified by Microsoft’s Windows Hardware Quality Labs (WHQL). 'SD' Studio Drivers provide the best possible experience for key creative applications. NVIDIA does extensive testing across the top creative applications to ensure the highest levels of performance, stability, and functionality. The DNP3 – OPC Driver from GE Digital natively supports iFIX and CIMPLICITY HMI/SCADA systems and is a fully compliant OPC server. It provides master server communications to DNP3 slave devices. The DNP3 driver enables the secure-by-design transfer of data to and from field devices using the DNP 3.0 protocol.
MDS Orbit offers 4G LTE and supports a host of different cellular models. MDS Orbit 4G LTE router is now FirstNet Ready™ and available for use on FirstNet®, delivering the security and reliability needed by first responders and utilities.
MDS Orbit’s Licensed Narrowband (LN) Series radio with QAM and adaptive modulation, offer 6 times increase in speed, cutting edge performance and networking capabilities. MDS Orbit’s 900 MHz unlicensed Frequency Hopping Spread Spectrum (FHSS) radio offers high throughput with low latency while supporting a variety of deployment topologies.
The MDS Orbit platform offers industry leading cyber security and electromagnetic pulse (EMP) compliance to protect critical networks from attack. The comprehensive security framework supports three unique facets of enterprise requirements: device, user and network security. With optional FIPS-140-2 Level 2 validation, the MDS Orbit has been tested and formally validated by the US and Canadian governments.
Upgrade your existing iNET II network to the MDS Orbit Platform today!
Download the iNET II upgrade whitepaper to learn more about the benefits of migrating to meet modern network requirements.
FirstNet and the FirstNet logo are registered trademarks of the First Responder Network Authority.
What's New
- Private LTE in CBRS
- Now FirstNet Ready™
- EMP hardened per MIL-STD-461G, RS105
- Advanced MAC Mode provides the best real-world narrowband performance
- Advanced Polling Mode (250 remotes per AP)
- Added 32QAM for improved performance
- Efficient pass-through native serial
- Auto failover between Access Points
- 50 kHz in 130-155 MHz and 800-880 MHz bands
- TACACS+
| Reason S20 GE’s Reason S20 series of managed Ethernet switches are designed to enable an IEC 61850 digital substation network, including IEEE 1588v2 (PTP), in harsh environments within power systems and industry applications. Using the Reason S20, packet switching between substation devices is flexible, reliable and robust, even in situations where routing is necessary. A flexible, modular design allows the Reason S20 series to support a wide range of network architectures. The Reason S20 series includes the following models:
In both S2020 and S2024 models, layer 3 functions and IEEE 1588v2 PTP (all ports, hardware-based) can be upgraded via a licensing file. The Reason S20 switches can be configured and managed cyber-securely using an SSH command line interface or an HTTPS graphical interface. Both models offer full cyber security features by default, including RADICUS/TACACS+ remote authentication technology, password encryption and digitally signed firmware, enabling operators to fully comply with NERC CIP guidelines and regulations. Statistical information and file management can be operated using SNMP v3. |
Firmware 07A06 version: This firmware release mainly delivers enhancement for failsafe alarm operation. User can now configure, for each failsafe alarm, the persistence mode. When persistence is enabled, the failsafe relay and LED will only be disactivated upon a user trigger in the web interface. When persistence is disabled, both failsafe relay and LED are disactivated once the alarm clears, taking into consideration the minimum active time configured. |
S20 Hardware version C GE’s Reason S20 design has been enhanced with hardware version C, delivering a brand-new High Voltage power supply and other updates, enabling:
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Firmware versions (07A04 and 07A05) With firmware version 07A04, Reason S20 can operate as a NTP server, translating to NTP client devices connected to S20 being able to use Ethernet switch as a source of time instead of using the GPS clock. The switch source of time can be IEEE 1588v2 (converting PTP to NTP), another NTP server or manually entered. In addition to the NTP server operation, the latest firmware version 07A05 brings:
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Reason S20 integrates with MDS PulseNET (FW 07A03) MDS PulseNET (v4.5.0) network management software has been modified to include configuration management and backups, syslog servers and numerous other features specific to GE Reason products. Switches can now be discovered and managed quickly and easily as part of the overall Industrial Communications eco-system. Main NMS features: Ekey biometric usb devices driver download cnet.
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Layer 3 functionalities (FW 07A) S20 supports Layer 3 capabilities, featuring the following protocols:
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Cyber Security (FW 06A02 or greater) By default, S20 delivers cyber security features that helps customers comply with NERC CIP requirements by supporting the following core features:
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Key Benefits
The flexible and robust Reason S20 Ethernet switches provide customers with a variety of benefits, including:
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- Network Management Software (NMS) integration with MDS PulseNET (v4.5.0)
- Layer 2 and 3 Managed Ethernet Switch
- Fully flexible Ethernet switch for industrial applications, including PRP redundant networks
- Ready for IEC 61850 networks (tests performed by KEMA)
- Store-and-forward packet switching
- Media Access Control (MAC) bridges and Spanning Tree Protocol as standardized by the IEEE 802.1D
- IP Routing functionalities: Static, Routing Information Protocol (RIP) and Open Shortest Path First (OSPF)
- Virtual Router Redundancy Protocol (VRRP) to eliminate a single point of failure in static routed environments
- UltraRSTP (Rapid Spanning Tree Protocol - IEEE 802.1W) with fault recovery time less than 5 ms per hop, meeting IEC 61850-90-4 specifications
- Bridge Protocol Data Unit (BPDU) guard and filtering to prevent external interference in Spanning Tree networks
- Cyber Security enhancements, been ready for NERC CIP requirements
- Support for IPv4 and IPv6 protocols (Multicast, Unicast and Broadcast operation)
- Internal clock synchronization using NTP protocol
- Operation as NTP server using IEEE 1588v2 as source of time
- Alarm contacts for detection of critical events
- Standard USB 2.0 configuration port
Cyber Security
The Reason S20 delivers advanced cyber security features
The Reason S20 delivers advanced cyber security features that help operators to comply with NERC CIP guidelines and regulations. These features are standard with firmware 06A02 and greater.
AAA Server Support (Radius/TACACS+)
Enables integration with centrally managed authentication and accounting of all user activities and uses modern industry best practices and standards that meet and exceed NERC CIP requirements for authentication and password management.
Role Based Access Control (RBAC)
Efficiently administrate users and their privileges within S20 devices. Multiple users account with independent passwords and privilege levels (roles) may be created, and with an advanced function leveling it is possible to define the access level required for each pre-defined function. Attempts to log-in (either successful or failed) are stored in a persistent flash memory syslog. After three failed log-in attempts, the user account gets locked out and must wait 1 minute to retry new three attempts.
Password Complexity, Encryption and Expiration
Factory default password is different for each manufactured device and after the first login, users must change the password with at least 8 characters including lower/uppercase alphabetic, numeric and special nonalphabetic characters (e.g. #, $, @, &). Passwords are encrypted using SHA256 and by default, it may expire after 6 months (user-configurable).
Firmware digitally signed and secure communications
To perform a secure firmware update, S20 uses the checksum algorithm to check firmware integrity and a digital signature to ensure its authenticity. In addition, only the encrypted Secure File Transfer Protocol (SFTP) is enabled to transfer the firmware file. By default, only secure protocols such as SSH (CLI) and HTTPS (graphic web interface) are activated to establish remote access to S20, and if desired they may be disactivated as well as unused Ethernet ports, leaving only the local USB Serial communication through SSH available.
Design
The flexible design of Reason S20 allows the user to customize each group of 4 ports interfaces to either electrical (RJ45 fixed/SFP) or optical (SFP), Fast Ethernet or Gigabit. In addition, S20 may have a redundant power supply which does not need to be identical to the main one. The power supply options are the full range high voltage 125-250 VDC / 110-240 VAC (50/60 Hz) or the low voltage 24/48 VDC.
Field proven design backed by extensive type testing to ensure the robustness of the S20’s fanless design for harsh substation environments. The EMC and Environmental tests are in accordance with IEC 60255-26, IEC 61850-3 Ed. 2, IEEE 1613 and its extension IEEE 1613.1. Safety requirements are in accordance with IEC 60255-27 and UL 60950-1.
IEC 61850 Networks
The Reason S20 is compliant with IEC 61850 for applications in substations, proven by an extensive type testing to demonstrate the EMC and environment robustness and a functional and performance test report issued by KEMA. The test scope included . The test scope included VLAN function, QoS function for GOOSE messages, network recovery performance (RSTP) and booting time. The Reason S20 UltraRSTP achieves a fault recovery time of less than 5ms per hop, reducing packets loss while maintaining interoperability with others standard RSTP devices. For zero recovery time, S20 is ready for PRP networks schemes.
Reason S20 operates either as a transparent clock or boundary clock to ensure time accuracy for PTP-aware IEDs in the network
IEEE 1588v2
Precision Time Protocol (PTP) is defined in the IEEE 1588 standard, which describes the precision clock synchronization protocol for networked measurement and control systems. Reason S20 complies with IEEE1588v2, and can operate either as transparent clock or boundary clock to ensure time accuracy for PTP-aware IEDs in the network. All S20 interface ports may operate as PTP-aware, achieving the nano second accuracy given the hardware based implementation. |
Reason S20 operates either as a transparent clock or boundary clock to ensure time accuracy for PTP-aware IEDs in the network
SFP Transceivers
If you have free SFP slots, or require replacing SFP transceivers, GE offers the following:
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