Below is a comprehensive, detailed product summary for the SWM‑04GP+_4 module, following your required structure and incorporating all relevant technical details contained in the source material.

---------------------------------------------------------------------

1. Product Overview

The SWM‑04GP+_4 is a 4‑port 10G Fiber SFP+ module designed for use within the RGS‑9000 Series Industrial Managed Ethernet Switches from ORing Industrial Networking Corp.
It is identified by:

• Product name: SWM‑04GP+_4
• Article number: SWM‑04GP+_4
• Description: 4×10G Fiber SFP+ Module IEC‑61850
• Compatible chassis: RGS‑9000 Series (including RGS‑PR9000‑LV/HV, RGS‑P9000‑LV/HV, RGS‑9000 series variants)
• Manufacturer: ORing Industrial Networking Corp., Taiwan

This module provides high‑performance 10‑Gigabit uplink capabilities for industrial Layer‑2/Layer‑3 managed modular switches and is fully compliant with power‑utility, substation, and rolling‑stock requirements under IEC 61850‑3 and IEEE 1613.

---------------------------------------------------------------------

2. Key Features

• 4 independent 10‑Gigabit SFP+ fiber interfaces
• Standards‑compliant optical interfaces supporting 10G SFP+ modules for long‑distance fiber connectivity
• Full environmental compliance for power substation and railway applications
• Operation within extended industrial temperature limits (−40°C to +70°C per product description; within switch limits −20°C to +60°C when installed)
• Hot‑swappable modular design for ORing RGS‑9000 chassis (slot 4)
• Integrates into switches supporting advanced L2/L3 functions including routing, redundancy, security, PTP, and QoS
• Compliant with IEC 61850‑3, IEEE 1613, and EN/IEC electromagnetic immunity and surge standards
• Works with ORing proprietary redundancy technologies (O‑Ring, O‑Chain, Open‑Ring) and IEEE redundancy protocols
• Supports DDM (Digital Diagnostics Monitoring) when paired with SFP+ transceivers that include DDM capability
• Designed for high‑availability networks in industrial power, utility, transportation, and mission‑critical infrastructure

---------------------------------------------------------------------

3. Technical Specifications

Because the module is part of a modular system, its specifications are partly defined by the host chassis (RGS‑9000 Series):

• Port configuration: 4 × 10G SFP+ fiber ports
• Interface type: SFP+ cages with LC fiber connectors (per SFP+ transceiver used)
• Supported fiber types:
– 10GBASE‑SR, 10GBASE‑LR, 10GBASE‑ER depending on SFP+ module
– Multi‑mode and single‑mode per SFP+ module specification
• Operating temperature:
– Module rating: Extended −40°C ~ +70°C
– In-switch rating: −20°C to +60°C when a 10G module is installed (switch limitation)
• Storage temperature: −40°C to +85°C
• Humidity tolerance: 5–95%, non‑condensing
• Compliance: IEC 61850‑3, IEEE 1613, EN61000‑4 series immunity standards
• Installation slot: Slot 4 of RGS‑9000 chassis (only one 10G module supported per device)
• Dimensions: Determined by compatible chassis: 440 × 325 × 44 mm (RGS‑9000 rack chassis)

---------------------------------------------------------------------

4. Functionality

The SWM‑04GP+_4 module enhances an RGS‑9000 switch with four high‑speed 10‑Gigabit uplink or backbone interfaces. Key functional roles include:

• Backbone aggregation for industrial Ethernet rings
• High‑bandwidth uplink channels between substations, control rooms, or rail‑side equipment
• Redundant ring interconnection for O‑Ring, O‑Chain, MRP, MSTP, Open‑Ring
• Transport of real‑time protection and control traffic in IEC 61850‑based networks
• Compatibility with ORing’s managed switch features: VLAN, QoS, ACL, PTP, routing, DHCP, SNMP, Modbus TCP, security protocols, etc.
• Supports SFP+ modules with DDM to enable monitoring of optical power, temperature, and performance

Use cases include:

• Power substation process bus and station bus networks
• Railway onboard/wayside backbone networking
• Industrial automation networks requiring high‑speed fiber links
• High‑density optical uplinks in harsh environments

---------------------------------------------------------------------

5. Components & Accessories

Included with SWM‑04GP+_4 (as part of the modular assembly):

• 4‑port 10G SFP+ module
• SFP+ cages ready for LC‑type fiber transceivers
• Mechanical module housing designed for ORing modular chassis slot 4

Optional / compatible accessories:

• 10G SFP+ transceivers (SR, LR, ER)
• LC fiber cables (multi‑mode or single‑mode)
• Rack‑mount RGS‑9000 chassis
• DDM‑capable SFP+ modules for diagnostics
• Console cable for chassis management
• Power modules for redundant supply in RGS‑9000 chassis

---------------------------------------------------------------------

6. Installation & Setup

• Chassis requirement: RGS‑9000 Series modular chassis
• Installation slot: Slot 4 only (switch supports only one 10G SFP+ module)
• Power state requirement: RGS‑9000 must be powered off before module insertion
• Steps:
1. Power off the RGS‑9000 switch
2. Insert the SWM‑04GP+_4 into Slot 4
3. Secure the module
4. Install SFP+ transceivers (multi‑mode or single‑mode)
5. Power on the switch
• Fiber connection:
– Ensure TX of device A connects to RX of device B
– Use LC connectors matching selected SFP+ type
• Supported cable lengths: Determined by SFP+ module (e.g., SR up to 300–400 m MMF, LR up to 10 km SMF)

---------------------------------------------------------------------

7. Performance & Capabilities

• Interface speed: 10 Gigabit Ethernet per port
• Total bandwidth contribution: 4 × 10G = up to 40 Gbit aggregation capability
• Switch processing: Host chassis supports 128 Gbps switching fabric
• Latency: Base chassis latency as low as 7 μs
• Jumbo frames: Up to 9.6 KB (RGS‑9000)
• Performance-relevant chassis features supported:
– Hardware‑accelerated routing (for PR9000 series)
– RIP, static routing, VRRP
– IEEE 1588v2 PTP clock synchronization
– QoS with 8 priority queues, DSCP/802.1p
– WAN‑scale ring redundancy with <30 ms recovery over 250 nodes
– Storm control, policing, shaping, LACP trunking

Limitations:

• Only one 10G module can be installed at a time
• Operating temperature of the switch is reduced when a 10G module is present (−20°C to +60°C)

---------------------------------------------------------------------

8. Standards & Compliance

The SWM‑04GP+_4 and RGS‑9000 platform meet extensive industrial and utility networking standards:

Industrial & Utility Standards

• IEC 61850‑3 – Power substation communications and environmental ruggedness
• IEEE 1613 – Electric power utility communications networking equipment

Ethernet & Networking Standards

• IEEE 802.3ae – 10GbE
• IEEE 802.3z – Fiber 1000Base‑X
• IEEE 802.3x – Flow control
• IEEE 802.1Q – VLAN
• IEEE 802.1p – QoS
• IEEE 802.1x – Authentication
• IEEE 802.1AB – LLDP
• IEEE 1588v2 – PTP time synchronization

Electromagnetic & Environmental Compliance

• EN61000‑4‑2 ESD
• EN61000‑4‑3 RS
• EN61000‑4‑4 EFT
• EN61000‑4‑5 Surge
• EN61000‑4‑6 Conducted immunity
• EN61000‑4‑8 Magnetic field
• EN61000‑4‑11 Voltage dips/interruptions
• EN55022 / CISPR Class A EMI
• EN50155 / EN50121 railway EMC (for chassis)

---------------------------------------------------------------------

9. Additional Information

Warranty:
• ORing standard warranty: 5 years (covers material and workmanship defects; excludes misuse, unauthorised modifications, and damage outside specifications)

Support & Maintenance:
• Technical support via support@oring-networking.com
• Web‑based management (HTTPS), CLI, Telnet, SNMPv1/v2c/v3
• Firmware upgrades supported via web interface or CLI
• Configuration backup/restore via XML
• DDM monitoring available for SFP+ optical diagnostics
• System warnings via Syslog or SMTP
• Relay output for fault alarms

Firmware & Updates:
• Module operates under host chassis firmware
• Features depend on switch model (RGS‑9000, RGS‑PR9000 for L3 routing, etc.)

---------------------------------------------------------------------

If you would like a shorter, more marketing‑oriented version, or a highly structured datasheet-style output, I can generate that as well.