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Product: SWM-04GP_4
Article: SWM-04GP_4
Title: Module 4*G Fiber SFP IEC-61850 ext. temperature

This summary integrates all available specifications, inferred technical parameters, and contextual information from the RGS‑9000 Series documentation, ensuring consistency with the provided source.

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1. PRODUCT OVERVIEW
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Product Name: SWM-04GP_4
Article Number: SWM-04GP_4
Model Description: Module 4×1G Fiber SFP IEC‑61850-3 extended temperature
Series Compatibility: RGS‑9000 Series Industrial Managed Ethernet Switch platform
Manufacturer: ORing Industrial Networking Corp.
Primary Purpose: High‑reliability modular fiber expansion module for RGS‑9000 chassis, designed for mission‑critical industrial networks including power substations and rolling stock.
Environmental Class: IEC 61850‑3 and IEEE 1613 hardened communication module

This module is intended for installation into modular slots (1–3) of the RGS‑9000 chassis to provide four independent 1‑Gigabit SFP-based fiber interfaces, fully compliant with substation‑grade EMC and environmental requirements.


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2. KEY FEATURES
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• Provides 4× 1G Fiber Ethernet SFP interfaces per module
• Supports 100/1000Base‑X SFP transceivers (multi‑mode and single‑mode)
• Designed for high‑EMC environments following IEC‑61850‑3 and IEEE‑1613
• Extended operating temperature: –40°C to +70°C (module‑rated)
• Hot‑swappable module (installation requires powering off chassis per RGS‑9000 guidelines)
• Fully compatible with RGS‑9000 switch software stack (Layer‑2/3 management, redundancy protocols)
• Supports O‑Ring, O‑Chain, MRP, MSTP, and other redundancy mechanisms provided by the host switch
• DDM (Digital Diagnostic Monitoring) available when paired with DDM‑capable SFP transceivers
• Supports RGS‑9000 LED indicators (Link, Speed, Duplex) through chassis smart LED panel
• Low latency, high‑reliability optical fiber communications suitable for substation automation networks
• EMC-hardened against ESD, surge, EFT, RS/CS disturbances per IEC 61850‑3 / EN61000‑4 series
• Vibration, shock, and environmental tolerance matching RGS‑9000 industrial requirements


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3. TECHNICAL SPECIFICATIONS
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Physical Interface:
• Ports: 4 × SFP fiber ports
• Speed Support: 100/1000 Mbps (100/1000Base‑X SFP)

Supported SFP Types (per RGS‑9000 documentation):
• 100Base‑FX / 1000Base‑X SFP modules
• Multi‑mode: 850 nm (0–550 m typical with 50/125 μm fiber)
• Single‑mode: dependent on chosen SFP transceiver
• Connector: LC (typical for SFP modules)

Environmental:
• Operating Temperature: –40°C to +70°C (module rating)
• Storage Temperature: –40°C to +85°C (inherits chassis limits)
• Operating Humidity: 5%–95% non‑condensing

Dimensions & Weight:
• Dimensions: inherits slot module size of RGS‑9000; module fits 440 × 325 × 44 mm chassis
• Weight: module-only weight not specified; RGS‑9000 system weight ≈ 6450–6600 g depending on PSU

EMC and Industrial Standards:
• IEC 61850‑3 (power substation EMC & environmental class)
• IEEE 1613 (harsh industrial environment)
• EN61000‑4‑2/3/4/5/6/8/11 immunity via host system
• EN55022 Class A emissions via host system

Electrical:
• Power is supplied through RGS‑9000 chassis backplane
• No separate external power input required

Performance Characteristics:
• Switching latency: as low as 7 μs (host chassis)
• Switching bandwidth: up to 128 Gbps (host chassis capacity)
• Supports jumbo frames up to 9.6 KB (host capability)
• Packet buffer and MAC table shared with chassis (32 Mbit buffer, 32K MAC entries for RGS‑PR9000 models)


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4. FUNCTIONALITY
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The SWM‑04GP_4 module adds four independent 1G fiber uplink/downlink interfaces to the RGS‑9000 chassis. It acts as a line‑card interfacing with the host switch’s backplane, enabling advanced networking features through the main system CPU and software.

Use Cases & Applications:
• Power substation automation systems (IEC 61850‑3 compliant)
• Rolling stock and rail communication backbones
• Industrial control systems (SCADA, DCS, protection relays)
• Redundant fiber ring architectures (O‑Ring, MRP, MSTP)
• High‑availability fiber uplinks in harsh EMC environments
• Long‑distance optical network segments

Operational Capabilities (inherited from RGS‑9000 software):
• Layer‑2 switching, VLAN tagging, Q‑in‑Q, private VLAN
• Layer‑3 routing (static, RIP, VRRP for PR9000 chassis)
• Industrial protocols: Modbus TCP, LLDP, SNMPv1/v2c/v3
• Fiber monitoring through DDM (temperature, optical power levels)
• Fast redundancy <30 ms over 250 devices (O‑Ring)
• QoS prioritization and DSCP support
• Port security (MAC filtering, 802.1X, DHCP Snooping, IP Source Guard)
• Multicast IGMPv2/v3 snooping
• Port-based bandwidth management


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5. COMPONENTS & ACCESSORIES
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Included:
• SWM‑04GP_4 module (4× SFP fiber slots)
• Standard module insertion guides and backplane connector (pre‑assembled)

Optional Accessories:
• SFP transceivers (multi‑mode or single‑mode)
• RGS‑9000 power modules (LV or HV PSU)
• RJ‑45 console cable (part of chassis package)
• Rack mounting kits (part of chassis package)
• DDM‑enabled SFP modules for fiber diagnostics

Connections:
• 4× SFP ports use standard LC duplex fiber connectors
• All management and LED indicators accessed through the main chassis


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6. INSTALLATION & SETUP
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Module Installation:
• Power off the RGS‑9000 chassis before inserting or removing the module
• Insert module into Slot 1, 2, or 3 (maximum 3 fiber modules per chassis)
• Secure module with captive screws
• Restore power and verify system (PWR, LINK LEDs)

Fiber Cabling:
• Connect LC fiber patch-cords from the SFP module’s TX to remote RX, and vice‑versa
• Confirm matching fiber type (MM or SM), wavelength, and optical budget
• Observe recommended fiber lengths based on SFP specifications

Configuration Steps (through chassis interface):
• Access Web UI or CLI via console, Telnet, SSH, or HTTPS
• Configure port speed/duplex (auto‑negotiation for 1G SFP)
• Assign VLANs, trunking (LACP), redundancy roles
• Enable DDM monitoring if applicable
• Optionally activate QoS, ACL, multicast, and security per port


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7. PERFORMANCE & CAPABILITIES
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Port Speed:
• 100 Mbps or 1 Gbps depending on installed SFP

Latency & Throughput:
• Low-latency, high-throughput fiber connectivity backing 128 Gbps chassis switching fabric

Fiber Diagnostics:
• Supports DDM (temperature, TX/RX optical power, voltage, bias current) when SFP supports DDM

Redundancy:
• Full participation in O‑Ring (<30 ms recovery over 250 nodes)
• O‑Chain for multi-ring composite topologies
• MRP (IEC 62439‑2)
• MSTP/RSTP/STP spanning tree redundancy

Security & Isolation (via main switch engine):
• IEEE 802.1X authentication
• MAC‑based authentication, port security
• ACL filtering at wire‑speed
• DoS/DDoS detection and prevention


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8. STANDARDS & COMPLIANCE
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Industrial & Substation Standards:
• IEC 61850‑3 (EMC & environmental hardening)
• IEEE 1613 (substation-grade networking equipment)

Ethernet Standards:
• IEEE 802.3 (10/100/1000 Ethernet)
• IEEE 802.3z (1000Base‑X)
• IEEE 802.3x (flow control)
• IEEE 802.3ad LACP
• IEEE 802.1Q, 802.1p, 802.1AB, 802.1X, 802.1w, 802.1s

EMI/EMS Compliance (via host system):
• FCC Part 15
• EN55022 Class A
• EN61000‑4‑2/3/4/5/6/8/11

Safety:
• EN60950‑1 (host assembly compliance)

Environmental:
• –40°C to +70°C operation, –40°C to +85°C storage
• Shock, vibration, humidity tolerance per RGS‑9000 platform


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9. ADDITIONAL INFORMATION
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Warranty:
• 5-year standard ORing industrial warranty
• Covers defects in materials and workmanship
• Excludes misuse, unauthorized modifications, incorrect installation

Technical Support:
• Email: support@oring-networking.com
• Website: www.oring-networking.com

Maintenance & Updates:
• Firmware updates performed through chassis web UI or CLI
• Configuration backup/restore via XML config
• Supports SNMP monitoring, SYSLOG, and temperature alarms
• SFP health monitoring available via DDM functions

Lifecycle Considerations:
• Designed for long-term deployment in critical infrastructure
• Replaceable module ensures future scalability and serviceability
• Supports evolving fiber types via interchangeable SFP transceivers


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If you'd like, I can also produce:

• A shorter marketing-oriented summary
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• A comparison between SWM‑04GP_4 and other RGS‑9000 modules
• A compatibility matrix for SFP transceiver types

Just tell me what you need.