PoE PD Modules for OEM Integration

PoE PD Modules for OEM Device Integration

Extract reliable power from Ethernet networks for your embedded systems. Corecon provides isolated PoE PD modules supporting IEEE 802.3af/at/bt standards, delivering 13W to 90W with regulated 3.3V to 48V DC outputs. Validate thermal and electrical performance early with our dedicated evaluation boards.

Request Evaluation Board Send Power Requirements
Corecon PoE PD module series for OEM device integration

Power Range

13W - 90W

Standards

802.3af/at/bt

IEEE Compliant

Supports 802.3af, at, bt Type 3 & Type 4.

Broad DC Output

Verified options for 3.3V, 5V, 12V, 24V, 48V.

Evaluation Board

Test electrical and thermal behavior instantly.

Engineering Review

Validate pinout, space, and load before layout.

What Is a PoE PD Module?

A PoE Powered Device (PD) module extracts power from an Ethernet cable connected to Power Sourcing Equipment (PSE), such as a PoE switch or injector. It handles the IEEE standard detection, classification, and isolated DC-DC conversion, providing a stable, regulated DC voltage to power the OEM device's mainboard.

Learn how Power over Ethernet works

Simplified PoE Integration Flow

Source PSE (Switch/Injector)
Corecon PoE PD Module
Load OEM Device (DC Input)

PD vs. PSE: Clarifying Your Requirement

Component Function Provided by Corecon?
PoE PD Module Receives power, integrates into end device. Yes
PoE Switch Sources power (PSE) across network. No
PoE Injector Adds power to single Ethernet line (PSE). No

PoE PD Module Series Selection

Match your power envelope and IEEE standard requirements. Corecon provides verified output options from 13W to 90W for diverse OEM integrations.

View all PoE products
Series Power IEEE Standard Verified Output Options Typical Integration Action
CT-1300 13W 802.3af 3.3V / 5V / 12V Sensors, access control, IoT Request
CT-3000 30W 802.3at 5V / 12V / 24V IP cameras, APs, POS Request
CT-4500 45W 802.3bt Type 3 5V / 12V / 24V Smart displays, terminals Request
CT-6000 60W 802.3bt Type 3 12V / 24V / 48V Industrial IoT, edge devices Request
CT-7500 75W 802.3bt Type 4 12V / 24V / 48V Automation equipment Request
CT-9000 90W 802.3bt Type 4 12V / 24V / 48V High-power PoE devices Request
Send Your Voltage & Power Requirements

How to Choose a PoE PD Module

1

Select IEEE Standard

Determine the available PSE capability on site. Is your infrastructure limited to 802.3af (15.4W source), or does it support 802.3bt Type 4 (90W source)?

2

Confirm Load Profile

Device nominal power differs from startup or peak power. Consider cable length losses and ensure the module rating covers maximum continuous and peak loads.

3

Match Rail & Space

Align the 5V, 12V, 24V or 48V output with your mainboard architecture. For 60W or 90W projects, evaluate enclosure space and thermal paths for heat dissipation.

What Should Engineers Check Before Integrating a PoE Module?

Avoiding PCB layout revisions requires checking mechanical and electrical constraints early. Corecon reviews these parameters to ensure the module fits your OEM device.

  • PCB Space & Module Height

    For compact IP camera enclosures, PCB area is restricted. Corecon checks available footprint and height against [DATA REQUIRED: module dimensions] to prevent mechanical interference.

  • Thermal Path & Peak Load

    Continuous high loads generate heat. We assess your peak load and enclosure airflow to recommend the right power series, reducing the risk of thermal derating in the field.

  • Pinout & Connector Compatibility

    Verify input/output grounding and isolation requirements. Confirming pinout data early ensures seamless electrical integration with your mainboard design.

Upload Your PCB Drawing
Engineering check for PoE module PCB integration

OEM Application Scenarios

PoE module for IP PTZ cameras

IP & PTZ Cameras

Constraint: Sealed enclosures limit heat dissipation. Motor startup requires high peak current.

Solution: Corecon 30W/60W modules provide stable 12V/24V output while maintaining manageable thermal profiles within IP-rated housings.

PoE module for Wireless Access Points

Wireless Access Points (WAP)

Constraint: Ceiling installations require long cable runs, causing voltage drops.

Solution: 802.3at/bt compliant modules ensure reliable DC regulation despite cable losses, eliminating the need for external AC adapters.

PoE module for POS terminals

Smart Displays & POS

Constraint: Screen backlights and processors demand stable, continuous power without ripple interference.

Solution: 45W 12V/24V modules deliver clean power, simplifying retail terminal wiring to a single Ethernet cable.

PoE module for Industrial IoT gateways

Industrial IoT Gateways

Constraint: Factory environments require isolation and wide operating temperature ranges.

Solution: Isolated PoE modules protect sensitive controller logic from ground loops in industrial setups.

PoE module for access control

Access Control & Intercoms

Constraint: Magnetic locks and relays require distinct voltage rails (e.g., 12V or 24V) compared to the logic board.

Solution: 13W-30W modules provide the required DC output to drive both the lock mechanism and the communication board.

PoE module for network lighting

Network-Powered LED

Constraint: High power requirements (up to 90W) and strict efficiency targets for smart building lighting.

Solution: CT-9000 series (802.3bt Type 4) delivers up to 48V DC, maximizing power delivery for LED drivers.

Corecon PoE module lab testing and validation

Verified Electrical Performance

We don't just supply modules; we validate them against real-world OEM conditions. Corecon performs rigorous internal testing to ensure stability before you integrate.

Internal Test Example (50W Load)

  • Input: 48.02V / 1.127A
  • Output: 24.01V / 2.082A
  • Load: Approx. 50W
  • Ambient Temp: 50°C
  • Measured Efficiency: Above 92%

*This is one internal test condition for reference. Results vary by module series, output voltage, load profile and system design.

Electrical load test
Efficiency test
Thermal test
Output ripple test
Isolation test
Request Test Data Discuss Load Profile

From Evaluation to Mass Production

1

Share Reqs

Voltage, load, space

2

Select Series

IEEE standard match

3

Evaluate

Input, output, temp

4

Review

Pinout & mechanical

5

Approve

Sample approval

6

Production

Batch consistency

We maintain strict revision control from sample approval to production BOM. Any changes to the approved specification are communicated clearly to ensure batch consistency for your OEM builds.

OEM Integration Boundaries

Clear expectations on what is standard, what can be reviewed, and what is outside our scope.

Standard Options

  • • Existing CT-1300 to CT-9000 series
  • • Verified output voltage options (3.3V-48V)
  • • Standard evaluation boards
  • • Standard engineering review

Project-Specific Review

  • • Output voltage adjustment
  • • Pinout modifications
  • • Connector variations
  • • Board size adjustments
  • • Application-specific form factor
Send Custom Requirement

Out of Scope

  • • Any custom size without review
  • • Unverified final system certifications
  • • Unlimited engineering changes
  • • Guaranteed compliance in final system

PoE Evaluation Board & Documentation

Validate electrical and thermal behavior before committing to PCB layout. Our evaluation board is suitable for evaluating CT-1300 through CT-9000 series modules.

Evaluation Board Features:

  • RJ45 PoE input
  • DC output terminal
  • Load test interface
  • Output ripple test point
Datasheet
Mechanical Drawing
Pinout
Request Evaluation Board Request Datasheet
Corecon PoE module evaluation board
RJ45 Input
DC Output
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Building B, No. 2, Songlin East Road,
Chang'an Town, Dongguan City, China
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About Corecon PoE Engineering Resources Contact Corecon

Frequently Asked Engineering Questions

What is a PoE PD module?
A PoE PD (Powered Device) module extracts power from a PoE switch or injector (PSE). It performs IEEE standard detection, classification, and isolated DC-DC conversion to provide a regulated voltage (e.g., 12V or 24V) to power an OEM device's mainboard.
What is the difference between a PoE PD module and a PoE injector?
A PoE PD module receives power and is integrated inside the end device (like a camera). A PoE injector is a PSE (Power Sourcing Equipment) that injects power into the Ethernet cable to send to the PD. Corecon manufactures PD modules for embedded OEM use.
Which IEEE PoE standards does Corecon support?
Corecon PoE modules support IEEE 802.3af (up to 13W), IEEE 802.3at (up to 30W), IEEE 802.3bt Type 3 (up to 60W), and IEEE 802.3bt Type 4 (up to 90W), determining the available power classification for your device.
How do I choose between a 13W, 30W, 60W and 90W module?
Selection depends on your device's maximum continuous and peak load requirements, plus cable length losses. You must supply your maximum load, required DC output, available space, and expected operating temperature for an accurate engineering recommendation.
Which Corecon PoE modules provide 5V, 12V, 24V or 48V output?
Output availability depends on the power series. For example, CT-1300 offers 3.3V/5V/12V, while CT-6000 and CT-9000 series typically provide 12V, 24V, or 48V outputs to support higher power industrial and networking loads.
Does a PoE module carry Ethernet data?
The PoE PD module extracts DC power from the Ethernet pairs but typically passes the high-speed data signals through to the OEM device's PHY/MAC via a built-in or external transformer, depending on the specific integration design.
How do I check whether the module fits my PCB?
Send us your available PCB space and height restrictions. We will provide the specific mechanical drawing, pinout, and [DATA REQUIRED: module dimensions] for the selected series so your engineers can verify the footprint before layout.
Is an evaluation board available?
Yes, Corecon provides evaluation boards equipped with an RJ45 PoE input and DC output terminals. This allows your team to test the actual load, measure ripple, and observe thermal behavior for the CT-1300 through CT-9000 series.
Can Corecon review a custom output voltage or pinout?
Yes, project-specific reviews for output voltage adjustments, pinout modifications, and connector compatibility are available. However, feasibility depends on the requested specs and project volume.
What information is required for module selection?
Please provide your target IEEE standard, required DC output voltage, maximum continuous load, peak startup load, available PCB/enclosure space, isolation requirement, and operating temperature range.
How is PoE module pricing determined?
Pricing depends strictly on the power series (13W vs 90W), output voltage selection, sample quantity, estimated annual forecast, and the scope of any mechanical or electrical customization required for your project.
Can I request thermal, ripple or load-test data?
Yes, Corecon conducts internal electrical load, efficiency, thermal, and output ripple tests. You can request test data relevant to your selected series and load profile to aid your engineering validation.

Send Your PoE Module Requirements for Engineering Review

Provide your load profile and space constraints to receive accurate module selection, datasheets, or an evaluation board.

Output Voltage Match
Thermal Profile Check
Pinout Verification
Corecon engineers reviewing PoE module specifications