Industrial PoE Media Converters for Modern Infrastructure: Leonton MPT2-0201-M, MBG2-0201-SFP-24-T and MEG2-0201-SFP

Industrial environments require stable, long-distance, and intelligent Ethernet transmission solutions. Leonton’s MPT2-0201-M and MBG2-0201-SFP-24-T exemplify this philosophy — delivering fiber-optic connectivity, PoE power delivery, and remote management capabilities for demanding applications such as transportation systems, tunnel surveillance, oil and gas infrastructure, and smart manufacturing.

MPT2-0201-M — Industrial PoE+ Media Converter

Overview

The MPT2-0201-M is a rugged industrial PoE+ (IEEE 802.3at) media converter that transforms Ethernet signals between copper and fiber media. Designed for applications such as IP camera networks, traffic control systems, and long-distance fiber deployments, it combines PoE power delivery, Link Fault Pass-through (LFP), and redundant power input in a compact DIN-rail enclosure.

Key Features

• PoE+ Output (30W) — Provides power directly over Ethernet for cameras, access points, or controllers.
• Fiber Connectivity — Supports single-mode fiber for up to 20 km transmission.
• LFP (Link Fault Pass-Through) — Ensures instant alarm signaling upon link failure, improving network reliability.
• Dual Power Input (12–57 V DC) — Guarantees redundancy and uninterrupted operation.
• Industrial Design — Withstands temperatures from -40 °C to 75 °C and vibration, ensuring long-term stability in harsh environments.

Use Case Example

If installed in a tunnel surveillance system, the MPT2-0201-M could enable long-distance IP camera connections through optical fiber, providing PoE power, real-time fault alerts, and uninterrupted operation via redundant power inputs. The device is able to minimize installation costs by eliminating the need for separate power infrastructure while improving reliability for 24/7 monitoring.

Advantages

•  Long-distance connectivity via fiber
•  Reduced maintenance through LFP fault signaling
•  PoE+ simplifies installation and power delivery
•  Dual power input ensures uptime

Limitations

•  Single Ethernet port may limit scaling without an external switch
•  Basic management functions compared to fully managed switches

MBG2-0201-SFP-24-T — 802.3bt PoE++ Media Converter

Overview

The MBG2-0201-SFP-24-T is Leonton’s high-performance 802.3bt PoE++ fiber media converter supporting up to 90 W output power — perfect for high-power PTZ cameras, wireless access points, and industrial IoT devices in remote locations. It also introduces PRRT (Patented Remote Reset Technology), enabling remote device rebooting and maintenance over long distances.

Key Features

• High-Power 802.3bt PoE++ (up to 90 W) — Sufficient to power advanced PTZ cameras or industrial sensors.
• SFP Fiber Uplink — Extends Ethernet connectivity beyond 10 km for long-distance installations.
• PRRT (Remote Reset Technology) — Allows remote device reboot without physical intervention, reducing downtime.
• G.8032 ERPS Redundancy — Provides sub-50 ms failover for ring-network resilience.
• Wide Temperature Range — Operational stability between -40 °C and 75 °C.
• DIN-rail, IP30 Housing — Robust mechanical construction for industrial deployment.

Use Case Example

If utilized in a pipeline process instrumentation project, MBG2-0201-SFP-24-T converters could supply power to PTZ cameras and PLC I/O modules via 90 W PoE while transmitting data over SFP fiber. The remote reset feature aimed to eliminate costly field maintenance, and ERPS redundancy helps maintain continuous operation even during link interruptions.

Advantages

•  90 W PoE++ supports high-power industrial and security equipment
•  PRRT enables fast remote troubleshooting
•  ERPS ring topology ensures network redundancy
•  Rugged and temperature-resistant for extreme environments

Limitations

•  Slightly higher cost compared to standard PoE converters
•  Requires proper configuration of PRRT for reliable operation in mixed-vendor environments

Leonton’s Competitive Edge

According to performance evaluations, Leonton’s products consistently demonstrate:

• RMA rate < 0.25%, proving exceptional reliability
• 100% burn-in testing and full international certifications
• 5-year warranty for long-term assurance
• Fast customization options and short lead times
• Patented PoE technologies enabling energy efficiency and smart power management

These characteristics distinguish Leonton from many general-purpose manufacturers, making their converters ideal for integrators and system designers seeking industrial-grade reliability and scalable network solutions.

Conclusion

Both the MPT2-0201-M and MBG2-0201-SFP-24-T stand out as high-reliability PoE media converters designed to handle the challenges of modern industrial networks.

The MPT2-0201-M is ideal for compact, long-distance deployments requiring basic management and redundancy.

The MBG2-0201-SFP-24-T suits advanced surveillance and automation environments that demand remote maintenance, redundancy, and high-power PoE++ output.

Together, they reflect Leonton’s commitment to innovation, quality, and operational resilience in industrial networking.

MEG2-0201-SFP — Industrial Gigabit Media Converter

Overview

The MEG2-0201-SFP is a high-performance industrial media converter designed to bridge copper Ethernet and fiber networks in harsh environments. It offers 1 × 10/100/1000Base-T(X) copper port and 1 × 100/1000Base-X SFP slot, supporting full Gigabit speeds, redundant power inputs, Link Fault Pass-Through (LFP), and robust, wide-temperature operation. Source: Leonton product details page

Key Specifications & Features

Ports:

• 1 × RJ45 copper (10/100/1000Base-TX, auto negotiation, full/half duplex)
• 1 × SFP slot (100/1000Base-X) for fiber uplink, modular fiber modules supported

Link Fault Pass-Through (LFP)

• Supports LFP — when one side’s link fails, the fault is echoed/propagated to the other side, aiding diagnostics and network resiliency

Redundant Power Input

• Dual 12–48 V DC power inputs with reverse polarity protection, overload protection (slow-blow fuse)

Power Consumption

• Approximately 1.8 W in idle operation (without heavy load)

Operating Temperature

• Standard: –10 °C to +70 °C
• Extended Option (“-T” version): –40 °C to +80 °C

Jumbo Frame, MAC Table, Switching Fabric

• Switching fabric: 4 Gbps
• Memory buffer: 1 Mbit
• Jumbo frame support: up to 10 KB
• MAC table size: 8K entries

Mechanical & Environmental

• Metal housing with IP30 rating, DIN-rail and wall mounting options
• Dimensions: 26 × 95 × 75 mm
• Storage: –40 °C to +85 °C, humidity 5–95% non-condensing

Certifications & Reliability

• Compliant with EMC, ESD, surge, EFT, etc. standards.
• MTBF specification, 5-year warranty from Leonton

Use Cases

• Gigabit fiber backbone to remote devices in industrial settings
• Extending network segments across fiber for control rooms or substations
• Connecting network cabinets via fiber while preserving copper interface at endpoints
• Environments needing dependable fiber links with fault detection + redundant powering

Pros & Strengths

•  Full Gigabit throughput on both copper and fiber sides
•  Low power consumption (1.8 W) — highly efficient
•  Robust redundancy with dual power inputs, reverse polarity protection
•  LFP support helps early detection and network fault management
•  Extended temperature support (–40 to +80 °C for -T model) for outdoor/industrial use
•  Compact industrial package, IP30, DIN-rail/wall mountable

Cons & Limitations

•  No PoE — cannot supply power to downstream devices; purely a data converter
•  Unmanaged — lacks VLAN, QoS, SNMP, or advanced switching features
•  Single-conversion device — only one copper and one fiber port
•  In standard model, temperature range limited to –10 to +70 °C unless using the “-T” variant
•  For high-traffic sites, buffer or MAC table may be limiting

Summary

The MEG2-0201-SFP is a versatile, efficient, and resilient industrial media converter aimed at bridging Gigabit copper and fiber networks in harsh environments. Its standout features are low power draw, redundancy, and diagnostic support (LFP), all packaged in a compact industrial housing.

For scenarios requiring PoE power delivery, you’d want a different model (e.g. Leonton’s PoE or PoE++ converters). But where data conversion, fiber reach, and reliability matter above all else, MEG2-0201-SFP is an excellent choice.

Planet IGTP-815AT, IGUP-805AT and IGT-805AT: Industrial PoE Media Converters for High-Demand Networks

In modern industrial networking, media converters that provide power (PoE) over Ethernet lines, while supporting fiber-optic uplinks, become crucial building blocks. Planet’s IGTP-815AT and IGUP-805AT are two standout models engineered for exactly this role—offering dependable data transmission, power delivery, and resilience under harsh environments.

Planet IGTP-815AT — Industrial PoE+ Fiber Media Converter

Overview

The Planet IGTP-815AT is a rugged media converter that connects fiber to copper Ethernet while delivering PoE+ (IEEE 802.3at) power to downstream devices such as IP cameras, access points, or sensors. It is built for industrial settings—capable of operating in extreme temperatures between -40 °C and +75 °C.

Key Specifications & Features

• Fiber ↔ copper conversion: 1 × SFP port (100/1000Base-X) to 1 × RJ45 (10/100/1000Base-T)
• PoE+ (IEEE 802.3at) support: power output up to 36 W to the powered device
• Power input: 48–56 V DC, with protection against reverse polarity
• Operating temperature: -40 °C to +75 °C
• Link Fault Pass-Through (LFP) support, configurable via DIP switches
• Enhanced EMC/ESD protection: e.g. 6 kV contact discharge, 8 kV air
• Industrial housing (IP30), DIN-rail mountable

Use Case

Deploy IGTP-815AT when you need to power an IP camera or PoE endpoint over fiber distance, eliminating the requirement for local power sources. Ideal in surveillance systems, transit installations, or remote site automation.

Advantages

•  Combines fiber media conversion and PoE+ in one device
•  Wide operational temperature range for outdoor and industrial environments
•  LFP ensures prompt detection of fiber link failures
•  Robust protection from ESD and power surges
•  Compact, DIN-rail friendly form factor

Disadvantages

•  PoE+ output (36 W) may not suffice for devices requiring PoE++ (60–90 W)
•  Single data and power path—no built-in redundancy or multiple PoE ports
•  Lacks advanced switching features (VLAN, QoS) — focuses solely on conversion

Planet IGUP-805AT — Industrial PoE++ Media Converter

Overview

The Planet IGUP-805AT elevates the concept with PoE++ (IEEE 802.3bt) support—delivering high power over Ethernet to demanding devices like PTZ cameras, high-end wireless radios, or IoT gateways. It combines fiber uplink, strong power delivery, and robust industrial design.

Key Specifications & Features

• 1 × SFP (100/1000Base-X) ↔ 1 × RJ45 (10/100/1000Base-T) conversion
• PoE++ (802.3bt) output capacity: up to 95 W (in “bt” mode)
• Alternate “Legacy / Force” mode for compatibility or 60 W fallback
• Power input: 12–54 V DC, with dual/backup input for redundancy
• Operating temperature: -40 °C to +75 °C
• LFPP (Link Fault Pass-through PoE) — disables PoE when fiber link is down
• Industrial design suited for DIN-rail mounting

Use Case

Use IGUP-805AT where you need to power high-demand devices (like PTZ cameras, large wireless access points) at remote locations via fiber. The remote reset ability and power capacity make it ideal for distributed surveillance or critical infrastructure.

Advantages

•  High-power PoE++ capability (up to 95 W)
•  Wide DC input range and redundancy support
•  LFPP function keeps PoE off when fiber link fails, protecting devices
•  Industrial-graded temperature range and enclosure
•  Fits seamlessly into fiber-powered network designs

Disadvantages

•  In “Force” mode the power is limited (often ~60 W)
•  Higher internal power consumption under full load
•  Again, lacks advanced switching or layer-2 features — purely media conversion

Comparison & Deployment Guidance

Model	PoE Standard / Power	Role	Strengths	Limitations
IGTP-815AT	PoE+ (36 W)	Standard PoE media converter	Balanced for many devices, robust	Not suitable for PoE++ demands
IGUP-805AT	PoE++ (up to 95 W)	High-power PoE media converter	Drives heavy-load devices, LFPP	More expensive, higher energy draw

Conclusion

Planet’s IGTP-815AT and IGUP-805AT are excellent choices for bridging fiber connectivity and powering devices via Ethernet in industrial settings. IGTP-815AT is ideal when 30–36 W PoE power suffices, offering a robust and compact solution. IGUP-805AT steps up to power-hungry devices, bringing PoE++ capability and redundant power handling while maintaining industrial durability.

Planet IGT-805AT — Industrial Gigabit Ethernet Converter

Overview

The Planet IGT-805AT is an industrial-grade Gigabit media converter designed to extend Ethernet connectivity over long distances through fiber-optic links. It features one 10/100/1000BASE-T RJ45 copper port and one 100/1000BASE-X SFP fiber interface, housed in a rugged IP30-rated metal case with redundant power inputs. Operating flawlessly from –40 °C to +75 °C, it is built for mission-critical applications like surveillance, automation, and industrial networking.

Key Features

• Interface: 1 × RJ45 10/100/1000BASE-T (auto-negotiation, auto MDI/MDI-X) & 1 × SFP slot (supports 100BASE-FX or 1000BASE-SX/LX modules)
• Data Performance: Non-blocking wire-speed throughput with 9 K jumbo frame support; Switching capacity: 2 Gbps
• Fiber Flexibility: Extend connections up to 120 km (with single-mode fiber or WDM SFP)
• Power Input: Dual 12–48 V DC redundant inputs with reverse polarity protection
• Power Consumption: < 3 W typical
• Enclosure: Compact DIN-rail/wall-mountable IP30 metal case
• Environmental Specs: –40 °C to +75 °C operation, 5–95 % humidity (non-condensing)
• Protection: ESD 6 kV (contact), 8 kV (air); surge and EFT protection

Use Cases

• Industrial and utility fiber backbones
• Outdoor surveillance system interconnects
• Control and monitoring systems in factories or energy facilities
• Remote cabinet-to-core fiber extensions

Advantages

•  High Flexibility: supports both 100 Mbps and 1 Gbps fiber modules (dual-speed SFP).
•  Excellent Reliability: redundant power design ensures continuous operation.
•  Rugged Performance: wide temperature range and vibration-resistant DIN-rail housing.
•  Efficient Data Handling: 9 K jumbo frames for large data packets.
•  Low Power Draw: under 3 W even in harsh environments.

Disadvantages

•  No PoE support — the converter cannot power connected devices.
•  Unmanaged design — lacks VLAN or QoS features.
•  Single link pair — one copper and one fiber port only.
•  No remote monitoring — purely hardware-level operation.

Summary

The IGT-805AT provides a robust, energy-efficient, and flexible Gigabit media conversion solution for industrial networks. Its dual-speed fiber support, redundant power inputs, and extended-temperature tolerance make it ideal for field applications where downtime is not an option. For users requiring PoE capabilities, Planet offers the related IGTP-815AT model; otherwise, IGT-805AT is an optimal choice for pure data bridging over fiber.

CTC Union Industrial Media Converters: PMC-1000S, IMC-1000S-PB , and IMC-1000MS

Introduction

CTC Union, a well-established Taiwanese manufacturer of industrial and telecom networking equipment, provides a wide range of Ethernet media converters designed for reliability, safety, and high performance in harsh environments. The models PMC-1000S , IMC-1000S-PB , and IMC-1000MS are key representatives of this lineup, each addressing different needs in industrial Ethernet and fiber networking applications.

CTC Union PMC-1000S — Managed Gigabit PoE+ Media Converter

The PMC-1000S is a managed Gigabit media converter that bridges 10/100/1000Base-T Ethernet with 100/1000Base-X optical SFP. Designed as a PSE (Power Sourcing Equipment), it provides up to 30 W of PoE+ power per IEEE 802.3at/af standards, allowing direct power delivery to cameras, access points, or industrial controllers.

Key Features

• Conversion between 10/100/1000Base-T and 100/1000Base-X
• Dual-rate SFP for flexible fiber selection (Fast/Gigabit)
• PoE+ 30 W output with voltage up to 55 V DC
• Link Fault Pass Through (LFPT) and DIP switch for mode selection
• 16 K jumbo frames supported
• In-band SNMP management via FMC-1800 rack
• Compact and wall-mountable housing

Advantages

•  Supports both Fast and Gigabit fiber speeds
•  Enables centralized monitoring through SNMP
•  Integrated PoE+ simplifies deployment of powered devices
•  Wide compatibility with 100/1000 SFP modules

Disadvantages

•  Requires FMC-1800 chassis for advanced management
•  Limited to 30 W PoE+ power (no 90 W support)
•  Not suitable for extreme temperature industrial conditions

Applications

Ideal for telecom cabinets, enterprise PoE backbones, IP surveillance systems, and FTTx infrastructure where fiber and copper integration with remote device power is needed.

CTC Union IMC-1000S-PB — Industrial PoE++ Gigabit Media Converter

The IMC-1000S-PB is a rugged, industrial-grade media converter that supports both Gigabit Ethernet and high-power PoE++ (IEEE 802.3bt) output up to 90 W.

It’s tailored for industrial automation, surveillance, and energy applications requiring high reliability in harsh environments.

Key Features

• 10/100/1000Base-T to 100/1000Base-X (SFP) conversion
• IEEE 802.3bt PoE++ up to 90 W output
• Dual DC power inputs (46–57 V DC) with redundancy
• Wide operating temperature: −40 °C to +75 °C
• Compact DIN-rail/wall mount design
• Supports LFPT and hardware DIP configuration
• Fanless operation for noise-free environments

Advantages

•  Industrial-grade design with extended temperature range
•  High-power PoE++ (90 W) for PTZ cameras or access points
•  Dual redundant power ensures reliability
•  Compact and energy-efficient

Disadvantages

•  Unmanaged device (no SNMP or VLAN configuration)
•  Slightly higher power draw due to PoE++ module
•  Single-pair connectivity (one copper, one fiber port)

Applications

Perfect for industrial PoE camera systems, remote outdoor enclosures, factory automation networks, and energy sector monitoring, where power delivery and data bridging are needed across long distances.

CTC Union IMC-1000MS — Industrial Gigabit Media Converter (Non-PoE)

The IMC-1000MS is a non-PoE version of the industrial converter series, combining simplicity, durability, and high performance.

It converts 10/100/1000Base-T Ethernet to 100/1000Base-X SFP, designed for harsh industrial conditions where only data (no power) needs to be transmitted over fiber.

Key Features

• Dual-speed fiber: 100 Mbps or 1 Gbps (auto-detect)
• 1× RJ45 copper + 1× SFP slot
• −40 °C to +75 °C temperature range
• Fanless, IP30 metal enclosure for DIN-rail or wall mounting
• LFPT support for link integrity
• Low power consumption (< 3 W typical)

Advantages

•  Compact, cost-effective industrial converter
•  Wide-temperature operation and high EMC protection
•  Plug-and-play functionality
•  Ideal for installations where PoE is not required

Disadvantages

•  No management or SNMP interface
•  Lacks PoE for powered devices
•  One-to-one link only (no redundancy ports)

Applications

Used in factory automation, transportation systems, renewable energy sites, and process control networks, ensuring stable fiber communication between field devices and control centers.

Conclusion: CTC Union Lineup Summary

The three CTC Union converters form a scalable lineup for different deployment needs:

Media Converter Models Comparison

Model	PoE Support	Temperature Range	Management	Use Case
PMC-1000S	PoE+ (30 W)	0 °C – 50 °C	Managed (SNMP)	Telecom, enterprise edge
IMC-1000S-PB	PoE++ (90 W)	−40 °C – 75 °C	Unmanaged	Industrial outdoor, automation
IMC-1000MS	None	−40 °C – 75 °C	Unmanaged	Fiber backbone, control systems

Each converter provides a tailored solution—from managed telecom applications to rugged industrial installations—offering users flexibility, reliability, and optimal connectivity in fiber-to-Ethernet conversion.

Comparative Overview

Feature	Leonton MPT2-0201-M	Planet IGTP-815AT	CTC Union PMC-1000S
Device Type	Industrial Fast Ethernet Media Converter with PoE+	Industrial Gigabit Media Converter with PoE+	Managed Gigabit PoE+ Media Converter
Ports	1 × 10/100Base-TX (RJ45, PoE+) + 1 × 100Base-FX (SC Fiber)	1 × RJ45 10/100/1000Base-T (PoE+) + 1 × SFP (100/1000Base-X)	1 × RJ45 10/100/1000Base-T (PoE+) + 1 × SFP (100/1000Base-X)
PoE Standard / Output	IEEE 802.3at (PoE+) up to 30 W	IEEE 802.3at (PoE+) up to 36 W	IEEE 802.3at (PoE+) up to 30 W
Speed	100 Mbps (Fast Ethernet)	1 Gbps (Gigabit Ethernet)	1 Gbps (Gigabit Ethernet)
Power Input	48–55 V DC (dual input with alarm relay)	48–56 V DC	48–55 V DC
Temperature Range	−10 °C … +70 °C (standard), −40 °C … +80 °C (-T)	−40 °C … +75 °C	0 °C … +50 °C
Housing / Mounting	IP30 metal case, DIN-rail / wall mount	IP30 industrial case, DIN-rail / wall mount	Compact housing, desktop or rack with FMC-1800 chassis
Management	Unmanaged	Unmanaged	Managed (SNMP, in-band control)
LFP Support	Yes (Link Fault Pass-Through, alarm output)	Yes (LLCF / LLR selectable via DIP)	Yes (LFPT configurable)
Primary Application	Industrial automation with 100 M fiber links	Harsh-environment Gigabit PoE applications	Enterprise / telecom cabinets with centralized management

Individual Characteristics

Comparative Insights

Performance

Planet IGTP-815AT and CTC PMC-1000S both provide Gigabit performance, whereas Leonton remains Fast Ethernet only. Planet’s design emphasizes ruggedness and field flexibility, while CTC’s focus is on managed telecom installations.

Power & PoE

All three deliver PoE+ (30–36 W), but Planet slightly leads with 36 W capacity. CTC offers SNMP-based monitoring for PoE status — absent in the other two.

Temperature Tolerance

Planet and Leonton-T operate down to −40 °C, ideal for outdoor/industrial use. CTC PMC-1000S is limited to moderate indoor conditions (0 °C to +50 °C).

Management Capability

Only CTC PMC-1000S supports in-band SNMP management. Leonton and Planet are plug-and-play unmanaged devices with DIP-switch-based LFP controls.

Conclusion

• Leonton MPT2-0201-M → Best for budget-friendly, rugged Fast Ethernet networks where power redundancy and reliability matter more than speed.
• Planet IGTP-815AT → Best for industrial Gigabit PoE+ applications, combining performance and extreme environmental tolerance.
• CTC Union PMC-1000S → Best for enterprise or telecom environments requiring centralized SNMP management and rack integration.

In short:

• Choose Leonton for simple field PoE conversion.
• Choose Planet for Gigabit performance in outdoor or heavy-duty installations.
• Choose CTC Union for managed, centralized PoE fiber networks.

Comparative Overview

Feature	Leonton MBG2-0201-SFP-24	Planet IGUP-805AT	CTC Union IMC-1000S-PB
Device Type	Industrial Gigabit Media Converter with PoE++ (95 W)	Industrial Gigabit PoE+ Media Converter	Industrial Gigabit PoE++ Media Converter
Ports	1×10/100/1000Base-T (PSE) + 1×100/1000Base-X SFP	1×RJ45 10/100/1000Base-T (PSE) + 1×SFP (100/1000Base-X)	1×RJ45 10/100/1000Base-T (PSE) + 1×SFP (100/1000Base-X)
PoE Standard / Output	IEEE 802.3bt (PoE++) up to 95 W	IEEE 802.3at (PoE+) up to 30 W	IEEE 802.3bt (PoE++) up to 90 W
Speed	Gigabit (1000 Mbps)	Gigabit (1000 Mbps)	Gigabit (1000 Mbps)
Power Input	50 – 57 V DC redundant inputs + relay alarm	46 – 57 V DC	46 – 57 V DC dual redundant
Temperature Range	−40 °C … +75 °C	−40 °C … +75 °C	−40 °C … +75 °C
Housing / Mounting	IP30 metal case, DIN-rail / wall	IP30 metal case, DIN-rail / wall	IP30 metal case, DIN-rail / wall
Management	Unmanaged	Unmanaged	Unmanaged
LFP Support	Yes (LFP / LLCF / LLR)	Yes (Link Fault Pass-Through)	Yes (Link Pass-Through mode)
Primary Application	High-power PoE devices (PTZ cameras, 5G APs, PoE lighting)	Mid-range PoE+ industrial applications	High-power PoE++ industrial installations

Individual Characteristics

Comparative Overview

Feature	Leonton MEG2-0201-SFP	Planet IGT-805AT	CTC Union IMC-1000MS
Device Type	Industrial Gigabit Media Converter	Industrial Gigabit Ethernet Media Converter	Managed Gigabit Ethernet Media Converter
Ports	1×10/100/1000Base-T (RJ45) + 1×100/1000Base-X (SFP)	1×10/100/1000Base-T (RJ45) + 1×100/1000Base-X (SFP)	1×10/100/1000Base-T (RJ45) + 1×100/1000Base-X (SFP)
PoE Support	No PoE	No PoE	No PoE
Speed	1 Gbps (Gigabit Ethernet)	1 Gbps (Gigabit Ethernet)	1 Gbps (Gigabit Ethernet)
Power Input	Dual 12–48 V DC (redundant)	12–48 V DC (redundant)	12/24/48 V DC (redundant)
Temperature Range	−10 °C … +70 °C (standard), −40 °C … +80 °C (-T model)	−40 °C … +75 °C	−40 °C … +75 °C (-E model)
Housing / Mounting	IP30 metal case, DIN-rail / wall mount	IP30 rugged industrial case, DIN-rail / wall mount	IP30 metal case, DIN-rail / wall mount
Management	Unmanaged	Unmanaged	Managed (SNMP, EMS software)
LFP / LFPT Support	Yes (configurable via DIP switch)	Yes (LLCF / LLR)	Yes (LFPT via management)
Primary Application	Simple copper-to-fiber conversion in harsh environments	Rugged Gigabit conversion for outdoor or industrial use	Intelligent, managed conversion for monitored industrial networks

Individual Characteristics