PoE HAT (C): Difference between revisions

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 {{GD Template Impl}}
-[[F|thumb|X15-POE1]]
+[[File:PoE-HAT-C-01.jpg|thumb|PoE HAT (C) ]]
-[[|thumb|X15-POE1]]
+[[File:PoE-HAT-C-03.jpg|thumb|PoE HAT (C) Output]]
-[[|thumb|X15-POE1]]
+[[File:PoE-HAT-C-04.jpg|thumb|PoE HAT (C) Fan]]
-[[|thumb|X15-POE1]]
+[[File:PoE-HAT-C-06.jpg|thumb|PoE HAT (C) Stackable Expansion]]
-[[|thumb|X15-POE1]]
 ==Overview==
-The '''X15-POE1''' is a dedicated Power over Ethernet (PoE) add-on board (HAT) designed for the Raspberry Pi Compute Module 5 (CM5) when used with the '''[[X1500]]''' or '''[[X1501]] '''IO Boards. Compliant with the IEEE 802.3af/at PoE standards, this HAT can receive up to 25W of power from a compatible PoE network switch. It delivers both reliable operating power and network connectivity to the CM5 through a single Cat5e/Cat6 cable.
-Featuring an advanced dual-output design, the board supplies 5V power to the CM5 while providing an independent 12V output. This output can drive peripherals such as fans, displays, or motors. This eliminates the need for an additional external power supply, simplifying system integration and reducing clutter.
+The'''  PoE HAT (C) ''' is a'''  Power over Ethernet (PoE+) expansion board'''  designed specifically for'''  Raspberry Pi 3B+ and 4B''' . When used with'''  802.3af/at ''' compliant power sourcing equipment (such as PoE switches or routers), it delivers ''' both network connectivity and power supply'''  through a single Ethernet cable, eliminating the need for an additional power adapter and simplifying cabling for IoT, cluster, and industrial deployments.
 ==Features==
+* Based on standard''' Raspberry Pi 40-pin GPIO interface''', compatible with '''Raspberry Pi 3B+/4B'''; stackable pass-through design supports mounting '''additional HATs'''
+* Supports '''PoE power over Ethernet''', compliant with IEEE 802.3af/at PoE/PoE+ network standards
+* Adopts fully isolated switch mode power supply (SMPS)
+* Onboard original MP8676 buck chip, providing up to''' 4.5A '''total output for Raspberry Pi mainboard and USB-A port
+* Onboard USB Type-A interface: ensures stable power supply for Raspberry Pi while supplying power for additional external devices, with 5V 4A maximum output  <span style="color:red">'''(power only, no data transmission)'''</span>
+* Onboard 2-pin 12V header with 12V 2A maximum output (2.54mm Dupont)
+* Equipped with high-speed active cooling fan for better heat dissipation (Fan switch: EN for auto running on powerup, DIS for disabling the fan)
+*  <span style="color:red">Please note: '''25W maximum''' combined output power for 12V pin header and 5V USB-A port</span>
-* ''' Standard Compliance ''': IEEE 802.3af & 802.3at (PoE+)
+== Technical Specification==
-*  '''Input Voltage Range ''': 36–57V DC
+{| class="wikitable"
-*  '''Device Classification ''': Class 4
+|-
+| POE input voltage|| 37V ~ 57V DC input
-*  '''Dual Output Power Rails ''':
+|-
+|Raspberry Pi mainboard output|| Up to 4.5A (via MP8676 buck chip)
-V DC / 5A (25W max) delivered via the 40-pin GPIO header.
-V DC /2.1A (25W max) delivered via a dedicated 2-pin XH2.54 connector.
+|-
+| POE-USB Type A output|| 5V 4A (MAX)
-<span class="tb_red">Note:Total maximum combined output is 25w (subject to input power limits).</span>
-* Fully Isolated Power Supply: Utilises isolated Switching Mode Power Supply (SMPS) topology for safety and reliability
+|-
+| POE-Pin header output|| 12V 2A (MAX)
-* Simplified Cabling: Single cable simultaneously addresses power delivery and network connectivity, providing robust power for peripherals
+|-
+| Total combined peripheral output power|| 25W MAX (12V pin header + 5V USB-A port)
-== Technical Specification==
+|-
+| Network standard || Support IEEE 802.3af/at PoE/PoE+
-{| class="wikitable"
+|-
+| Product size || 56.5 × 65mm
 |-
-| Power supply || 36-57VDC powering over Ethernet
+| Cooling || Active cooling fan with EN/DIS control switch
-|-
+|}
-| Power output ||
-.1V 2.5A/12V 1.1A @IEEE 802.3af
-.1V 5.0A/12V 2.1A @IEEE 802.3at
+==Examples==
-|-
+'''Hardware connection'''
-| Ports & Connectors || '''PoE input interface''':
+You need to connect the PoE HAT to Raspberry Pi as picture:
-x2-pin header x1
-'''GPIO expansion interface''':
+[[File:PoE-HAT-C-02.jpg|900px]]
-x20-pin header x1
+'''Heat sink'''
+Heat sink installation:
-'''12V output interface''':
+[[File:PoE-HAT-C-07.jpg|900px]]
--pin XH2.54 connector x1
+==Dimensions & Package Contents==
-|-
-| Dimension || 65×43.2×22.1mm (L×W×H)
-|}
-==Packing List==
+* 1 × PoE HAT (C)
+* 4 × Brass standoffs
+* 4 × Mounting screws
+* 4 × Nuts
-* X15-POE1 board x1
+[[File:POE-HAT-C-05.jpg | 650px]]
-* screw pack x1(for securing to IO Hat)
-[[File:X15-POE1-IMG-0015-Packing-List.jpg|600px]]
-==User Manual==
-* Hardware Installation: [https://suptronics.com/Raspberrypi/cm5/x15-poe1-v1.1_hardware.html X15-POE1 Hardware]
 ==FAQ==
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 <div class="toccolours mw-collapsible mw-collapsed">
 <div style="font-weight:bold;line-height:1.0;">
-Q1: Question 1
+Q1:Can USB devices be connected to the USB interface on the POE HAT?
+</div>
+<div class="mw-collapsible-content">
+A: No, the USB interface on the POE HAT can only output power and has no USB function.
+</div>
+</div>
+<div class="toccolours mw-collapsible mw-collapsed">
+<div style="font-weight:bold;line-height:1.0; color:Black;">
+Q2: What is the part number of the matching connector for the 12V plug on the PoE HAT C? Do you sell a cable suitable for connecting to a nearby product?
 </div>
 <div class="mw-collapsible-content">
-A: Place the answer here.
+A: It's 2.54mm Dupont wire.
 </div>
 </div>
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