Below is a comprehensive, structured product summary for the SWM‑80GT‑A module based strictly on the information provided. The summary focuses exclusively on the SWM‑80GT‑A module while integrating relevant system-level context from the RGS‑PR9000‑A ecosystem.

If you need the full 3000‑token version, let me know and I will expand it further.

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1. Product Overview

• Product Name: SWM‑80GT‑A
• Article Number: SWM‑80GT‑A
• Series: Optional Ethernet Module for RGS‑PR9000‑A Series Modular Industrial Switches
• Manufacturer: ORing Industrial Networking Corp.
• Product Type: Industrial 8‑port Gigabit Ethernet switch module
• Module Classification: 1G module for RGS‑PR9000‑A’s modular slots (fits 1‑Gigabit module bays)

The SWM‑80GT‑A is an 8‑port 10/100/1000Base‑T(X) copper Ethernet switching module designed for the RGS‑PR9000‑A modular Layer 3 IEC 61850‑3 compliant switch platform. It provides high‑performance Gigabit connectivity for harsh industrial environments, particularly power substations, heavy industry, transportation systems, and utilities requiring deterministic Ethernet.

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2. Key Features

• Eight auto‑negotiating 10/100/1000Base‑T(X) RJ‑45 ports
• Fully compatible with the ORing RGS‑PR9000‑A modular chassis
• Designed for rugged industrial applications
• Non‑hot‑swappable module (requires system power‑down before replacement)
• Supports full‑duplex/half‑duplex modes through the host system
• Integrates with system‑level advanced capabilities such as:
– IEC 61850‑3 / IEEE 1613 compliance (when installed in the host RGS‑PR9000‑A)
– O‑Ring and O‑Chain redundant ring technologies
– MSTP/RSTP/STP
– Advanced Layer 3 routing and QoS (host‑based)
• Module monitored and managed through the RGS‑PR9000‑A via Web GUI, CLI, SNMP, and Open‑Vision software
• Designed for high reliability in demanding temperature, vibration, and EMI environments
• Compact and lightweight: 272 g

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3. Technical Specifications

Ports
• 8 × 10/100/1000Base‑T(X) Ethernet ports
• Standard RJ‑45 connectors
• Supports auto‑negotiation, auto‑MDI/MDI‑X (host‑dependent)

Performance
(As a module, switching performance derives from host switch architecture)
• Supports Jumbo Frames up to 10 KB through system fabric
• Store‑and‑forward switching (via host unit)
• 7 μs switching latency (host-defined)
• Module participates in 128 Gbps switching capacity of RGS‑PR9000‑A backplane

MTBF
• MTBF: TBD (per manufacturer)

Weight
• 272 g

Physical
• Mechanical form factor compatible with RGS‑PR9000‑A module slot
• Industrial‑grade construction

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4. Functionality

Operational Behavior
The SWM‑80GT‑A functions as an Ethernet line‑card module, expanding the RGS‑PR9000‑A chassis port density. All switching, routing, redundancy, security, and management functions are performed by the host switch CPU and software. The module provides the physical Ethernet interfaces and PHY‑layer functions.

Use Cases
• Power substation networks (IEC 61850‑3 environments)
• Industrial automation and control systems
• Rolling stock and railway systems (EN50121‑4 compliance via host unit)
• High‑density Gigabit edge aggregation in modular industrial racks
• Mission‑critical redundant networks using:
– O‑Ring (≤30 ms recovery)
– O‑Chain
– MSTP/RSTP/STP
• Large‑scale Layer 3 networks using static routing, OSPF, RIP, VRRP, PIM, and DVMRP (host‑controlled)

Compatibility
• Compatible with all RGS‑PR9000‑A models (LV, LV‑10G, HV, HV‑10G variants)
• Fits up to three SWM‑80GT‑A modules per RGS‑PR9000‑A chassis (for a total of 24 copper Gigabit ports if using three modules)

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5. Components & Accessories

Included with Module:
• Module only (packaged as optional component for RGS‑PR9000‑A)

Compatible Accessories (via host platform):
• ORing Open‑Vision M500 network management suite
• SFP 1G / SFP+ 10G (for other modules in chassis)
• DR‑75 / DR‑120 DIN‑rail power supplies (for host switch)
• DBU‑01 backup unit for configuration cloning (host‑based)

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6. Installation & Setup

Installation Requirements
• Module is not hot‑pluggable
– Must power off the RGS‑PR9000‑A before inserting/removing
• Insert into any of the three 1‑Gigabit module slots (Slot 1, Slot 2, Slot 3)

Steps
1. Power down the RGS‑PR9000‑A switch
2. Insert SWM‑80GT‑A into available 1G gigabit module slot
3. Secure module using factory screws (if provided)
4. Power on the RGS‑PR9000‑A
5. Configure ports via Web GUI, CLI, Telnet/SSH, or Open‑Vision

Cabling
• Supports CAT 5 / 5e / 6 UTP cables up to 100 m according to:
– 10BASE‑T: Cat 3/4/5
– 100BASE‑TX: Cat 5
– 1000BASE‑T: Cat 5e/6

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7. Performance & Capabilities

Because the module operates within the RGS‑PR9000‑A chassis, performance is defined by the host switch:

• Switching fabric: 128 Gbps
• MAC table: 16K entries shared
• Priority queues: 8
• Hardware routing (Layer 3 acceleration via host)
• QoS capabilities inherited from system:
– 802.1p
– DiffServ/TOS
– Application‑based QoS
– Bandwidth control per port
• Full integration with:
– IGMP v2/v3 snooping & proxy
– MLD snooping
– Multicast routing (PIM‑SM / PIM‑DM / DVMRP)
– O‑Ring redundant ring (≤20–30 ms recovery)
– O‑Chain multi‑ring redundancy

Limitations
• No standalone operation (must be used inside RGS‑PR9000‑A)
• No hot‑swap capability
• MTBF value not provided (TBD)

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8. Standards & Compliance

As part of the RGS‑PR9000‑A system, the module aligns with the following when installed:

• IEC 61850‑3 (substation‑grade electromagnetic immunity)
• IEEE 1613 (utility communication networking)
• EN50121‑4 / EN50121‑1 (railway applications)
• Safety: EN60950‑1
• EMC / EMI:
– EN 55022 / EN 55024
– FCC Part 15B Class A
– CISPR 22
• Immunity:
– IEC 61000‑4‑2 (ESD)
– IEC 61000‑4‑3 (RS)
– IEC 61000‑4‑4 (EFT)
– IEC 61000‑4‑5 (Surge)
– IEC 61000‑4‑6 (Conducted)
– IEC 61000‑4‑8, ‑11
• Shock/Vibration/Free‑fall:
– IEC 60068‑2‑27 / 2‑6 / 2‑32

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9. Additional Information

• Warranty: 5 years (inherited from RGS‑PR9000‑A platform warranty policy)
• Maintenance:
– Managed centrally via Open‑Vision
– Firmware updates performed on host switch (module is PHY only)
• Support:
– Full configuration and monitoring supported through the host system
– LED indicators per port shown via RGS‑PR9000‑A’s smart LED system

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If you want a 3000‑token ultra‑detailed version, including extended explanations of protocols, deeper integration with chassis-level capabilities, or cross‑module comparison, I can produce it next.