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PRODUCT SUMMARY – SWM-02GP+

1. PRODUCT OVERVIEW
The SWM-02GP+ is a modular industrial network interface module designed for integration into ORing’s RGS‑9000 Series industrial managed Ethernet switches. The official product designation is SWM‑02GP+, also listed as article number SWM‑02GP+. Its primary function is to provide two 10‑Gigabit SFP+ fiber ports within a modular switch chassis. It is engineered specifically for applications requiring high‑speed fiber connectivity, deterministic performance, and compliance with stringent power automation and substation communication standards. The module complies with IEC‑61850‑3 and IEEE 1613, indicating its suitability for rugged environments, including electrical substations and rolling stock applications.

Manufacturer: ORing Industrial Networking Corp.
Applicable Series: RGS‑9000 Series Industrial Managed Ethernet Switches
Model/Article: SWM‑02GP+
Module Type: 2 x 10G Fiber SFP+ module
Operating Temperature: Extended industrial range −40°C to +70°C (as specified for this module), compatible with overall system operating temperature constraints defined by chassis conditions.

The module serves as one of the optional interface boards that occupy slot 4 of an RGS‑9000 Series switch, providing 10G SFP+ connectivity using high‑performance fiber transceivers (sold separately).

2. KEY FEATURES
The SWM‑02GP+ module adds high‑speed optical uplink capacity to the RGS‑9000 platform. Key functional attributes include:

• Two 10‑Gigabit SFP+ fiber ports, suitable for long‑distance, high‑bandwidth communication across industrial, substation, and railway networks.
• Fully compliant with IEC 61850‑3 and IEEE 1613 environmental and electromagnetic standards for power automation systems.
• Designed for use in industrial-grade environments with extended operating temperature ranges to ensure reliability under harsh conditions.
• Supports ORing’s modular concept, enabling up to one 10G SFP+ module in slot 4 of the RGS‑9000 chassis.
• Hot‑swappable when the chassis is powered off (installation requires powering down per RGS‑9000 standard module installation procedure).
• Compatible with fiber SFP+ modules using LC connectors, including both multimode and single‑mode fiber options, depending on the user's selected SFP+.
• Optimized for high‑availability architectures requiring redundant ring topologies, especially those using O‑Ring, O‑Chain, Open‑Ring, or MSTP redundancy.
• Integrates with the RGS‑9000 management environment, supporting monitoring, diagnostics, and DDM (Digital Diagnostic Monitoring, provided the SFP+ transceiver supports it).
• Suited for mission‑critical applications requiring low latency, high throughput, and hardened EMI/EMC performance.

3. TECHNICAL SPECIFICATIONS
Physical and Mechanical:
• Module Type: Two‑port 10G SFP+ fiber expansion module.
• Slot Compatibility: RGS‑9000 Series Switch Slot 4 (dedicated 10G SFP+ module slot).
• Connectors: Two SFP+ slots, each accepting standard 10G SFP+ fiber transceivers.
• Fiber Connector Interface: LC (dependent on SFP+ module).
• Supported Fiber Types:
– 1000/10G multimode fiber (0–550 m depending on SFP+ and fiber grade such as 50/125 µm or 62.5/125 µm)
– Single‑mode fiber options depending on selected SFP+.
• Operating Temperature: −40°C to +70°C for this module model (extended industrial temperature support).
• Storage Temperature (chassis spec): −40°C to +85°C.
• Humidity: 5 to 95%, non‑condensing (chassis specification applies to installed modules).
• Environmental Compliance: Compliant with IEC 61850‑3 and IEEE 1613, ensuring mechanical durability and electromagnetic immunity suitable for substation and rail environments.

Performance:
• Data Rate: 10 Gbps per SFP+ port.
• Latency and Switching Performance: Dependent on parent switch (RGS‑9000), which supports switching latency around 7 μs and switching bandwidth up to 128 Gbps.
• Frame Sizes: Supports jumbo frames up to 9.6 KB as provided by the switch architecture.
• Protocols Supported: Layer 2 and Layer 3 functionality enabled through RGS‑9000 chassis, including VLAN, QoS, SFP diagnostics, redundancy protocols, and routing.

4. FUNCTIONALITY
The SWM‑02GP+ module equips the RGS‑9000 switch with high‑bandwidth uplinks for backbone, inter‑substation links, or data‑intensive field areas. When installed, it enables:

• 10G uplink ports for high‑speed trunking to core networks.
• Long‑distance fiber communication for industrial automation, power system SCADA, Smart Grid, and rolling stock networking.
• Compatibility with redundancy mechanisms such as:
– O‑Ring with <30 ms recovery over 250 nodes
– O‑Chain topology
– Open‑Ring interoperability
– MSTP/RSTP
– MRP (IEC 62439‑2).
• Integration with advanced management tools including: web GUI, CLI (console or Telnet/SSH), SNMP v1/v2c/v3, Modbus TCP, and ORing’s Open‑Vision software.
• Real‑time monitoring via SFP DDM, port statistics, bandwidth utilization, and diagnostic tools such as cable diagnostics and temperature monitoring.
• Support for QoS, traffic shaping, policing, and DSCP/802.1p prioritization to ensure deterministic and time‑critical data delivery.
• Participation in Layer 3 routing functions (static routing, RIP, VRRP), as routing features apply to the chassis but interface modules participate as physical interfaces.

Use Cases:
• High‑speed substation backbone interconnects.
• Fiber uplinks in electrical utilities requiring IEC‑61850 compliance.
• Rolling stock networks exposed to vibration, temperature extremes, and EMI.
• Industrial plant networks moving large sensor/SCADA data streams.
• Integration in redundant ring networks for critical service continuity.
• Multi‑gigabit connectivity between distributed control substations or power distribution yards.

5. COMPONENTS AND ACCESSORIES
Included Items:
• The SWM‑02GP+ card itself (module PCB with integrated SFP+ cages).

Supported Accessories (not included):
• 10G SFP+ transceiver modules (various models, multimode or single‑mode).
• Fiber optic cables with LC connectors.
• RGS‑9000 chassis and power modules (necessary for operation).
• Console cables and management accessories supplied with the RGS‑9000 main unit.
• ORing rack‑mount hardware (part of the main switch packaging, not module-specific).

Connectors:
• Dual SFP+ cages for hot‑plug transceivers.
• Electrical and communication interface to the system backplane via the module connector edge.

6. INSTALLATION AND SETUP
Installation Procedure (per RGS‑9000 guidelines):
• Power off the RGS‑9000 chassis prior to installing the SWM‑02GP+ module.
• Insert the module into Slot 4 (dedicated 10G SFP+ module slot) and ensure proper seating in the backplane connector.
• Secure the module using provided chassis hardware if applicable.
• Reapply power to the switch.
• The system will detect the 10G SFP+ module automatically.
• Insert SFP+ transceivers only after module installation; ensure transceivers are fully seated and compatible.
• Configure ports using web UI, CLI, SNMP, or Open‑Vision.
• Assign VLANs, link aggregation groups, routing interfaces, redundancy roles, or QoS parameters as needed.

Configuration Software Support:
• Web‑based management (HTTP/HTTPS).
• CLI via console, Telnet, or SSH.
• SNMP network management (v1/v2c/v3).
• Modbus TCP for monitoring.
• Firmware updates and configuration backup/restore via the management interface.

7. PERFORMANCE AND CAPABILITIES
The SWM‑02GP+ leverages the capabilities of the RGS‑9000 chassis to deliver:

• Dual 10 Gbps full‑duplex fiber ports.
• Non‑blocking switching fabric of up to 128 Gbps (chassis).
• Fast recovery redundancy (<30 ms for O‑Ring).
• Jumbo frames up to ~9.6 KB.
• Port-based, protocol-based, and application-based QoS.
• Support for LACP link aggregation (if grouped with other 10G ports).
• Multicast performance enhancements with IGMP Snooping v2/v3.
• Robust security features supporting SNMPv3, 802.1X, TACACS+, RADIUS, ACLs, DOS/DDOS prevention, and device binding.
• Layer 3 routing capabilities when used with RGS‑PR9000 variants (static routing, RIP, VRRP).
• Industrial‑grade EMI/EMC immunity ensuring stable 10G communication even in noisy electrical environments.

Limitations:
• Only one SWM‑02GP+ can be installed per chassis (Slot 4).
• Requires SFP+ transceiver selection appropriate for operating distances and fiber type.
• Full thermal range depends on overall system usage and presence of other modules.
• 10G operation may reduce the maximum operating temperature of the chassis to the limits specified for SFP+ use (typically −20°C to 60°C at the system level, unless specifically supporting extended range).

8. STANDARDS AND COMPLIANCE
The SWM‑02GP+ module inherits the full compliance profile of the RGS‑9000 platform:

• IEC 61850‑3 compliance for power substation environments.
• IEEE 1613 compliance for networking equipment in electric utility substations.
• EMI/EMC compliance (via chassis): FCC Part 15 Class A, EN55022 Class A, EN50155 (railway), EN50121‑3‑2, EN55011, EN50121‑4.
• Immunity standards: EN61000‑4‑2 (ESD), ‑4‑3 (RS), ‑4‑4 (EFT), ‑4‑5 (Surge), ‑4‑6 (CS), ‑4‑8 (magnetic), ‑4‑11 (voltage dips).
• Safety and reliability certifications apply to the host chassis.
• Temperature and vibration performance consistent with industrial and substation use.

9. ADDITIONAL INFORMATION
Warranty:
• The SWM‑02GP+ is covered under ORing’s standard product warranty, generally 5 years for most ORing products (as stated in user manuals).

Support and Maintenance:
• Technical support via ORing support email.
• Firmware updates delivered through the RGS‑9000 chassis management interface.
• Module is field‑replaceable and designed for long life in mission‑critical installations.

Maintenance Notes:
• Monitor SFP+ temperature and optical power levels via DDM where supported.
• Keep fiber connectors clean to prevent signal degradation.
• Ensure firmware for the RGS‑9000 chassis is updated to versions supporting the module.

Firmware & Updates:
• Updated through web GUI, CLI, or Open‑Vision tool.
• Use proper configuration backup before firmware upgrade.

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