HX-PD024BT
BT Protocol PoE Splitter
- Output
- DC24V/3A
- Connector
- 5.5×2.1mm
Product category
PoE Splitters
Quick answer
A PoE splitter turns a 48 V PoE line into data plus a DC output — 12 V, 9 V, 5 V or 24 V — for a device that has no PoE port. Match the voltage first, then the current: 12 V / 1.2 A is 14.4 W, 12 V / 2 A is 24 W, and the 802.3bt models reach 72 W. The splitter cannot output more than the PoE port supplies.
A splitter sits at the device end and separates the 48 V PoE feed into data plus a regulated DC output, for equipment that has no PoE port of its own: a relay board, a small switch, a non-PoE camera, an access point with a barrel jack.
The 22 models here cover 12 V, 9 V, 5 V and 24 V outputs, standard and non-standard input, isolated and non-isolated versions, and waterproof housings for outdoor poles.
Compare all 22 models
Every figure below comes from the current product data. Click a model to open its full specification page.
| Model | Output | PoE Input | Output Connector | Speed |
|---|---|---|---|---|
| HX-PD024BTBT Protocol PoE Splitter | DC24V/3A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100/1000Mbps |
| HX-PD02S48V to 12V Standard PoE Splitter | DC12V/1.2A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100Mbps |
| HX-PD02S-G48V to 12V Standard Gigabit PoE Splitter | DC12V/1.2A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100/1000Mbps |
| HX-PD02SAT48V to 12V 2A Standard PoE Splitter | DC12V/2A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100Mbps |
| HX-PD02SBTBT Protocol PoE Splitter | DC12V/6A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100/1000Mbps |
| HX-PD02SFSWaterproof 48V to 12V Standard PoE Splitter | DC12V/1.2A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100Mbps |
| HX-PD03S48V to 12V PoE Splitter (Non-isolated) | DC12V/1.2A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100Mbps |
| HX-PD04S48V to 9V Standard PoE Splitter | DC9V/1.3A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100Mbps |
| HX-PD05S48V to 5V Standard PoE Splitter | DC5V/2.4A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100Mbps |
| HX-PD05SM48V to 5V Standard PoE Splitter | DC5V/2.4A | DC44V-57V(compatible with non-standard DC48V) | 3.5×1.35mm | 10/100Mbps |
| HX-PD06SFSWaterproof 48V to 12V PoE Splitter (Non-isolated) | DC12V/1A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100Mbps |
| HX-PD06SFS-BWaterproof 48V to 12V Standard PoE Splitter | DC12V/1A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100Mbps |
| HX-PD06SFS-GWaterproof 48V to 12V Gigabit PoE Splitter (Non-isolated) | DC12V/1A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.1mm | 10/100/1000Mbps |
| HX-PD07S48V to 5V Standard PoE Splitter | DC5V/2.4A | DC44V-57V(compatible with non-standard DC48V) | Micro USB | 10/100Mbps |
| HX-PD07S-G48V to 5V Standard Gigabit PoE Splitter | DC5V/2.4A | DC44V-57V(compatible with non-standard DC48V) | Micro USB | 10/100/1000Mbps |
| HX-PD08S48V to 5V Standard PoE Splitter | DC5V/2.4A | DC44V-57V(compatible with non-standard DC48V) | Type-C | 10/100Mbps |
| HX-PD08S-G48V to 5V Standard Gigabit PoE Splitter | DC5V/2.4A | DC44V-57V(compatible with non-standard DC48V) | Type-C | 10/100/1000Mbps |
| HX-PD08SAT-G48V to 5V Standard Gigabit PoE Splitter | DC5V/3.5A | DC44V-57V(compatible with non-standard DC48V) | Type-C | 10/100/1000Mbps |
| HX-PD09S48V to 5V Standard PoE Splitter | DC5V/2.4A | DC44V-57V(compatible with non-standard DC48V) | USB female | 10/100Mbps |
| HX-PD10SFSWaterproof 24V to 12V Non-standard PoE Splitter | DC12V/1A | DC15V-24V | 5.5×2.1mm | 10/100Mbps |
| HX-PDG0548V to 5V Standard Gigabit PoE Splitter | DC5V/4A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.5mm(other connector available) | 10/100/1000Mbps |
| HX-PDG1248V to 12V Standard Gigabit PoE Splitter | DC12V/2A | DC44V-57V(compatible with non-standard DC48V) | 5.5×2.5mm(other connector available) | 10/100/1000Mbps |
How to choose
- Match the output voltage to the device, not to the switch. A 12 V dome needs 12 V; a 5 V access unit needs 5 V. No amount of wiring fixes a voltage mismatch.
- Then check the current. The device label gives a rated current; the splitter must cover it plus margin for inrush.
- Isolated or non-isolated. Non-isolated keeps input and output grounds tied — fine when camera and switch share a building earth. Isolated breaks that path, which is safer on poles and separate structures.
- Connector size. 5.5 × 2.1 mm is the CCTV default, but 5.5 × 2.5 mm and Type-C appear on smaller units. A loose barrel plug works on the bench and drops out on a vibrating pole.
All 22 models
All products
HX-PD02S
48V to 12V Standard PoE Splitter
- Output
- DC12V/1.2A
- Connector
- 5.5×2.1mm
HX-PD02S-G
48V to 12V Standard Gigabit PoE Splitter
- Output
- DC12V/1.2A
- Connector
- 5.5×2.1mm
HX-PD02SAT
48V to 12V 2A Standard PoE Splitter
- Output
- DC12V/2A
- Connector
- 5.5×2.1mm
HX-PD02SBT
BT Protocol PoE Splitter
- Output
- DC12V/6A
- Connector
- 5.5×2.1mm
HX-PD02SFS
Waterproof 48V to 12V Standard PoE Splitter
- Output
- DC12V/1.2A
- Connector
- 5.5×2.1mm
HX-PD03S
48V to 12V PoE Splitter (Non-isolated)
- Output
- DC12V/1.2A
- Connector
- 5.5×2.1mm
HX-PD04S
48V to 9V Standard PoE Splitter
- Output
- DC9V/1.3A
- Connector
- 5.5×2.1mm
HX-PD05S
48V to 5V Standard PoE Splitter
- Output
- DC5V/2.4A
- Connector
- 5.5×2.1mm
HX-PD05SM
48V to 5V Standard PoE Splitter
- Output
- DC5V/2.4A
- Connector
- 3.5×1.35mm
HX-PD06SFS
Waterproof 48V to 12V PoE Splitter (Non-isolated)
- Output
- DC12V/1A
- Connector
- 5.5×2.1mm
HX-PD06SFS-B
Waterproof 48V to 12V Standard PoE Splitter
- Output
- DC12V/1A
- Connector
- 5.5×2.1mm
HX-PD06SFS-G
Waterproof 48V to 12V Gigabit PoE Splitter (Non-isolated)
- Output
- DC12V/1A
- Connector
- 5.5×2.1mm
HX-PD07S
48V to 5V Standard PoE Splitter
- Output
- DC5V/2.4A
- Connector
- Micro USB
HX-PD07S-G
48V to 5V Standard Gigabit PoE Splitter
- Output
- DC5V/2.4A
- Connector
- Micro USB
HX-PD08S
48V to 5V Standard PoE Splitter
- Output
- DC5V/2.4A
- Connector
- Type-C
HX-PD08S-G
48V to 5V Standard Gigabit PoE Splitter
- Output
- DC5V/2.4A
- Connector
- Type-C
HX-PD08SAT-G
48V to 5V Standard Gigabit PoE Splitter
- Output
- DC5V/3.5A
- Connector
- Type-C
HX-PD09S
48V to 5V Standard PoE Splitter
- Output
- DC5V/2.4A
- Connector
- USB female
HX-PD10SFS
Waterproof 24V to 12V Non-standard PoE Splitter
- Output
- DC12V/1A
- Connector
- 5.5×2.1mm
HX-PDG05
48V to 5V Standard Gigabit PoE Splitter
- Output
- DC5V/4A
- Connector
- 5.5×2.5mm
HX-PDG12
48V to 12V Standard Gigabit PoE Splitter
- Output
- DC12V/2A
- Connector
- 5.5×2.5mm
Output voltage and current, by model
The output is fixed per model — a splitter does not have selectable voltages. Read the device label for the voltage and the rated current, then choose the model that matches both.
| Output | Max power | Models | Typical device |
|---|---|---|---|
| DC 5 V / 2.4 A | 12 W | HX-PD05S, HX-PD05SM, HX-PD07S, HX-PD08S, HX-PD09S | Small switches, sensors, USB-powered boards |
| DC 5 V / 3.5 A | 17.5 W | HX-PD08SAT-G | Gigabit devices with a higher 5 V draw |
| DC 5 V / 4 A | 20 W | HX-PDG05 | Gigabit 5 V devices at the top of the range |
| DC 9 V / 1.3 A | 11.7 W | HX-PD04S | Routers and recorders expecting a 9 V input |
| DC 12 V / 1.2 A | 14.4 W | HX-PD02S, HX-PD02S-G, HX-PD02SFS (waterproof), HX-PD03S | Fixed cameras, small switches, NVRs |
| DC 12 V / 2 A | 24 W | HX-PD02SAT, HX-PDG12 | Cameras and PTZ heads on a 12 V input |
| DC 12 V / 6 A | 72 W | HX-PD02SBT — 802.3bt input | High-power 12 V equipment on a bt line |
| DC 24 V / 3 A | 72 W | HX-PD024BT — 802.3bt input | 24 V equipment on a bt line |
| DC 12 V / 1 A from 24 V passive in | 12 W | HX-PD10SFS (waterproof) | Non-standard 24 V systems, 4/5(+) 7/8(−) wiring |
Gigabit models carry a G in the model number (HX-PD02S-G, HX-PD06SFS-G, HX-PD07S-G, HX-PD08S-G, HX-PD08SAT-G, HX-PDG05, HX-PDG12, HX-PD02SBT, HX-PD024BT). A 10/100 splitter in front of a gigabit camera caps that link at 100 Mbps and nothing on the switch will show it.
PoE splitter vs injector
The two are often confused because both involve a separate power path, but they sit at opposite ends of the cable. An injector pushes power onto a run from the switch side; a splitter takes power off a run at the device side and converts it to the DC the device needs.
In practice they are used together on a passive system: a passive injector puts a fixed 48 V on the cable and a splitter turns it back into 12 V at the camera. On a PoE switch the injector is unnecessary — the switch already supplies 48 V and the splitter is the only part required. Full comparison: splitter vs injector.
Frequently asked
Does a splitter limit network speed?
It does not decode or store frames — it separates the DC component from the data pairs. What limits the link is the magnetics rating: a 10/100 splitter in front of a gigabit camera silently caps it at 100 Mbps.
Can a splitter output 48 V?
No — a splitter steps down. Devices that need the 48 V rail on a barrel plug are fed by a passive injector or a direct PoE cable instead.
What happens if the device draws more than the splitter is rated for?
The splitter runs hot and the voltage sags, which usually shows up as a camera that reboots at night when the IR illuminator switches on. Size for the peak draw on the device label plus margin.
Will it work with a non-standard passive injector?
Only if the input range covers what the injector sends. Passive 24 V and 48 V systems are not the same thing, and a mismatch is a hardware failure rather than a negotiation failure.
What is the difference between a PoE splitter and a PoE injector?
Position on the cable. An injector adds power from the switch side; a splitter removes power at the device side and converts it to 5 V, 9 V, 12 V or 24 V. On a passive run both are used together; on a PoE switch only the splitter is needed.
How much power can a splitter pass through?
What the PoE port supplies, minus conversion loss. In practice the model rating is the ceiling: 12 V / 1.2 A is 14.4 W, 12 V / 2 A is 24 W, and the 802.3bt models reach 72 W. A splitter cannot create watts that the switch did not send.
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