Unleash Your iPad’s Potential: The Ultimate Power &amp; Data Solution

Unleash Your iPad’s Potential: The Ultimate Power & Data Solution

Have you ever tried to mount an iPad on a wall for a smart home controller, or set one up as a check-in kiosk, only to be limited by where you can find an outlet? Or perhaps you’ve struggled with spotty Wi-Fi in a critical business setting?

There is a professional solution often used by IT experts that solves both of these problems at once: Power over Ethernet (PoE) to Lightning Adapters.

Based on the insights from this YouTube video, this guide will teach you what this technology is, how it works, and how you can use it to create the ultimate reliable iPad setup.

What is the Problem?

When using an iPad for a permanent installation (like a Point-of-Sale system, digital signage, or a Zoom room controller), you face two main hurdles:

1. Power: You’ll never have AC power where you need it and USB cannot run more than about 10 ft reliably.

2. Connectivity: Wi-Fi can be unstable and unsecure for building applications.

The Solution: Power over Ethernet (PoE)

Power over Ethernet (PoE) is a technology that lets network cables carry electrical power alongside data. It’s the same technology used to power office desk phones and security cameras with just one cable.

The video showcases a PoE to Lightning Adapter. This small device acts as a bridge, allowing you to run a single Ethernet cable (up to 328 feet / 100 meters) to your iPad to provide both continuous power and a hardwired internet connection.

Educational Deep Dive: How It Works

1. The Source (PoE Switch/Injector): You plug an Ethernet cable into a PoE-enabled switch or a “PoE Injector” plugged into your wall. This sends 48V of power and data down the Ethernet cable.

2. The Run: You can run this Ethernet cable through walls or ceilings for up to 100 meters. This is significantly longer than the limit of a standard USB cable.

3. The Adapter: At the iPad end, you plug the Ethernet cable into the GAF-Lightning-PD. This device performs two critical educational functions:

- Voltage Step-Down: It converts the 48V from the Ethernet cable down to the 5V required by the iPad.
- Data Integration: It integrates data so the iPad recognizes it as a wired Ethernet connection.

4. The Result: You plug the Lightning connector into the iPad. The iPad instantly starts charging and switches its internet connection from Wi-Fi to “Ethernet” (you will actually see an “Ethernet” tab appear in your iPad Settings!).

Instructional: How to Set It Up

Visit our Online Manual for Detailed Set Up Instructions. Or if you want to replicate the setup from the video, here is a step-by-step guide:

Step 1: Gather Your Gear

iPad (with a Lightning port).
PoE Switch or Injector (IEEE 802.3af/at compliant).
Cat5e or Cat6 Ethernet Cable (Length as needed).
PoE to Lightning Adapter (Look for one that supports data, not just power).

Step 2: Run Your Cable Run your Ethernet cable from your router/switch location to the spot where you want the iPad. Because it’s low voltage, you often don’t need a certified electrician to run this cable behind walls (check your local codes).

Step 3: Connect the Source Plug the Ethernet cable into your PoE Switch. If you don’t have a PoE switch, plug the cable into the “Data+Power” port of a PoE injector, and plug the injector into the wall.

Step 4: Connect the Adapter Plug the other end of the Ethernet cable into the PoE Adapter. Then, plug the adapter’s Lightning connector into your iPad.

Step 5: Verify Connectivity On your iPad, open Settings. Look below “Wi-Fi”—you should see a new menu item titled Ethernet. Tap it to see your IP address and connection details. Disable Wi-Fi to confirm you are browsing via the wired connection.

Why Is This “The Best” Option?

As mentioned in the video, this setup offers specific advantages:

High Speed: Some premium adapters support up to 300 Mbps (or more commonly 100 Mbps) data transfer, which is faster and more consistent than many Wi-Fi connections.
Low Latency: A wired connection responds faster, which is crucial for things like controlling smart lights or processing credit card payments.
Clean Installation: You don’t need a bulky power brick behind the iPad. You can easily hide the small adapter in a wall box or mount.

Visit our Manual for more detailed instructions and wiring information.

Ready to simplify your wireless deployment?

Using the right converter ensures your high-capacity backhauls stay powered and protected. For more technical details, you can visit the PoE Texas website for the full manual.

How to Terminate Cat 6 Cables with Pass-Through Connectors

DIY Networking: How to Terminate Cat 6 Cables with Pass-Through Connectors

If you’ve ever struggled to crimp your own Ethernet cables, you know the pain: trying to cut the wires to the exact perfect length, guessing if they reached the end of the plug, and praying the tester lights up green.

In our latest video feature, we looked at PoE Texas’s Cat 6 RJ-45 Pass-Through Connectors, a game-changer for anyone building custom network cables. Whether you are a pro installer or a home lab enthusiast, these “Pass-Through” style plugs make the job significantly easier and faster.

Here is your step-by-step educational guide to mastering these connectors.

What is a “Pass-Through” Connector?

Standard RJ-45 plugs are closed at the end. You have to trim your wires perfectly before inserting them. If you cut them too short, they don’t reach the contacts; too long, and the cable jacket doesn’t get secured.

Pass-Through connectors (like the ones in the PoE Texas 100-pack) are open at the front. This allows the individual wires to feed completely through the connector and stick out the other side. This simple design change solves two major problems:

Verification: You can clearly see the wire colors coming out the front to ensure you haven’t crossed any wires.
Positioning: You can push the cable jacket far into the plug for a secure crimp without worrying about wire length.

Important Note: While pass-through connectors make cable termination easier, they are not recommended for outdoor use. Exposure to moisture, sunlight, or extreme temperatures can degrade performance or cause failure over time. Additionally, proper wire trimming is essential, using sharp snips ensures each conductor is cut cleanly for reliable contact and prevents common mistakes that can lead to connection issues.

Tools You Will Need

Before you start, ensure you have the proper gear. While you can improvise with standard tools, the right tools make a huge difference:

Cat 6 Cable (Solid or stranded UTP).
Pass-Through Connectors: The video features the PoE Texas Cat 6 RJ-45 plugs.
Pass-Through Crimper: A crimping tool designed to crimp and slice off excess wire at the same time.
Cable Stripper & Sharp Snips.

Step-by-Step Instructions

1. Strip the Cable Jacket

Use your cable stripper to remove about 1.5 to 2 inches of the outer blue (or gray) jacket.

Tip: Be careful not to nick the copper wires inside. If you do, cut it off and start over. Nicked wires can cause speed issues and failure over time.

2. Untwist and Straighten

Cat 6 cable has a plastic “spline” (divider) in the center to separate the pairs. Snip this flush with the jacket. Then, untwist your four pairs of wires. Smooth them out with your fingers or the shaft of a screwdriver so they are perfectly straight.

3. Arrange Your Order (T-568B)

The most common wiring standard is T-568B. Arrange your wires from left to right in this order:

1. Orange-White

2. Orange

3. Green-White

4. Blue

5. Blue-White

6. Green

7. Brown-White

8. Brown

Educational Note: You may see T-568A used in some government or legacy installs. The only difference is that the Green and Orange pairs swap places.

4. The “Pass-Through” Insertion

This is where the magic happens. Hold the connector with the clip facing down (gold pins facing you).

1. Push the wires firmly into the connector.

2. Let them slide all the way through the open front.

3. Verify: Look at the wires sticking out the front. Are they still in T-568B order? If they crossed over, pull them out and fix them.

4. Push the cable jacket all the way into the connector so it sits under the strain relief tab.

5. Crimp and Trim

Insert the connector into your Pass-Through Crimper. Squeeze the handles firmly. The tool will do two things simultaneously:

1. Push the gold pins down into the wires to make contact.

2. Slice off the excess wire sticking out of the front of the plug.

Tip: Using sharp snips before crimping ensures that each wire is trimmed cleanly. This helps prevent shorts, loose contacts, or other common issues with pass-through connectors.

6. Test Your Cable

Always use a continuity tester to verify your work. Even with pass-through connectors, mistakes happen. A simple tester will save you hours of troubleshooting later.

Why This Matters for Education

Learning to terminate your own cables is a fundamental IT skill. It allows you to:

Save Money: Bulk cable is much cheaper than buying pre-made patch cords.
Clean Up Clutter: Create cables that are the exact length you need, eliminating coils of messy wire behind your desk.
Fix Broken Links: Repair a damaged Ethernet end in under 5 minutes without re-running the whole cable.

By following these steps and using the right tools, pass-through connectors can be a reliable and efficient solution for your indoor network installations , while avoiding the pitfalls that have caused controversy among some installers.

Check out the full video linked above to see these connectors in action!

Ready to simplify your wireless deployment?

Using the right converter ensures your high-capacity backhauls stay powered and protected. For more technical details, you can visit the PoE Texas website for the full manual.

A Guide to Portable PoE Testing

A Guide to Portable PoE Testing

Power over Ethernet (PoE) has revolutionized how we deploy network devices, allowing us to power IP cameras, VoIP phones, and WiFi access points with a single cable. But when a device fails to power up, troubleshooting can be a guessing game. Is it the switch? The cable? Or the device itself?

In this guide, based on the PoE Texas Gen 2 PoE Tester, we’ll walk you through how to stop guessing and start diagnosing PoE problems instantly using a portable inline tester.

Why You Need a PoE Tester

Most network technicians have a cable tester, but standard cable testers can’t tell you how much power is actually reaching your device. A dedicated PoE tester is essential because it allows you to:

Verify Voltage: Ensure the switch is delivering the correct voltage (e.g., 48V-56V for standard PoE).
Measure Power Draw: See exactly how many watts your camera or phone is consuming.
Identify PoE Standards: Distinguish between passive 24V, 802.3af/at/bt, and check polarity (Mode A vs. Mode B).

The Tool: PoE Texas Gen 2 Tester

The video highlights the PoE Texas Gen 2 Tester, a pocket-sized tool that requires no batteries. It draws the tiny amount of power it needs directly from the PoE line you are testing. It features a bright scrolling LCD display that shows Volts, Amps, and Watts in real-time.

Key Features

Inline Testing: Pass data and power through the tester to see what’s happening while the device is running.
PoE Simulation: A switch on the side can “simulate” a device to trigger a PoE switch port to turn on.
Universal Support: Works with standard PoE (802.3af/at/bt) and passive PoE.

Step-by-Step Instructions

Here is how to use the tester to troubleshoot three common scenarios.

Scenario 1: The “Inline” Test (Active Device Troubleshooting)

This is the most common way to use the tool. You have a camera that isn’t working, or you want to know how much power it uses.

1. Unplug the Device: Disconnect the Ethernet cable from your IP camera or VoIP phone.

2. Connect “Power In”: Plug the Ethernet cable coming from the wall (switch/injector) into the “Power In” port on the tester.

3. Connect “Power Out”: Use a short patch cable to connect the “Power Out” port on the tester to your device (camera/phone).

4. Read the Display:

- Voltage: Confirm you have roughly 48V–56V for standard PoE. If you see 24V, you have a passive system.
- Amps/Watts: Watch the power draw as the device boots up. If the wattage spikes and then drops to zero repeatedly, your device might be boot-looping due to insufficient power.

Scenario 2: Testing a Switch Port (No Device Connected)

Sometimes you just want to know if a specific Ethernet jack in the wall is “live” with PoE, but you don’t have a camera handy to plug in.

1. Locate the Simulation Switch: Find the switch on the top or side of the tester labeled “Simulate PoE Device.”

2. Set to “ON”: Flip the switch to the ON position.

3. Connect to Network: Plug the Ethernet cable from the wall into the “Power In” port.

4. Observe: The tester will now “negotiate” with the switch (just like a camera would) and ask for power. If the switch is working, the display will light up and show you the voltage available on that port.

Note: Always turn the simulation switch back to OFF when you are done.

Scenario 3: Identifying Mode A vs. Mode B

PoE can be delivered over different pairs of wires.

Mode A: Power and data are on the same pairs (Pins 1,2 and 3,6).
Mode B: Power is on the “spare” pairs (Pins 4,5 and 7,8).

The Gen 2 Tester will automatically detect and display which mode is in use. This is critical if you are installing older equipment that might only support one specific mode. If your device requires Mode A but your injector is sending Mode B, the device won’t power up.

Ready to simplify your wireless deployment?

Using the right converter ensures your high-capacity backhauls stay powered and protected. For more technical details, you can visit the PoE Texas website for the full manual.

Use IEEE PoE for Ubiquiti Wave Radios

Use IEEE PoE for Ubiquiti Wave Radios

If you are deploying Ubiquiti Wave or other high-performance wireless bridges, you’ve likely run into a common frustration: most modern network switches use Active PoE (802.3at), while many high-end outdoor radios require 48V Passive PoE.

Plugging a passive device directly into an active switch often results in no power at all, or worse, hardware damage. In this guide, we’ll show you how to use a PoE+ to Passive 48V converter to make these systems play nice together.

The Problem: Active vs. Passive PoE

Active PoE (802.3af/at/bt): The switch “talks” to the device to confirm it needs power before sending it.
Passive PoE: The power is “always on.” Ubiquiti Wave devices typically require this “always-on” 48V power, which standard managed switches don’t provide out of the box.

The Solution: The GPOE-48V25W Converter

The GPOE-48V25W acts as a translator. It takes the “Active” handshake from your switch and converts it into a steady “Passive” 48V stream suitable for Ubiquiti Wave hardware.

Key Specifications:

Input: IEEE 802.3at (PoE+)
Output: 48V Passive (Up to 25 Watts)
Data Speed: 10/100/1000 Gigabit passthrough
Form Factor: Inline (small, dongle-style)

Step-by-Step Installation

1. Identify Your Power Source

Ensure your network switch supports the IEEE 802.3at (PoE+) standard. Since the converter outputs up to 25W, your switch must be able to provide at least that much per port.

2. Connect the “Input” Side

Plug the male RJ45 connector of the converter into your PoE+ switch.

Pro Tip: If you are using a managed switch, you can now use the switch’s software interface to power-cycle the port, effectively rebooting your outdoor radio from your desk.

3. Connect the “Output” Side

Using a high-quality Cat5e or Cat6 ethernet cable, connect the female RJ45 port on the converter to your Ubiquiti Wave device (or other 48V passive device).

4. Verify Power and Data

Once connected:

The LED indicators on the converter will light up to show power is flowing.
The Ubiquiti device will begin its boot sequence.
Check your switch management console to confirm a Gigabit data link has been established.

Why Use an Inline Converter Instead of an Injector?

While a traditional “wall-wart” PoE injector works, it has several downsides:

No Remote Management: You can’t reboot the device via the switch.
Clutter: You need an AC outlet near the switch.
Point of Failure: More cables and power bricks lead to a messier rack.

By using the GPOE-48V25W, you keep your installation clean, centralized, and fully manageable via your existing PoE+ switch infrastructure.

Ready to simplify your wireless deployment?

Using the right converter ensures your high-capacity backhauls stay powered and protected. For more technical details, you can visit the PoE Texas website for the full manual.

GPOES-8-7; POES-8-7

Switch, Technical Center

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Passive PoE Switches Series Manual for GPOES-8-7 and POES-8-7

Welcome to the Manual for POE Texas Passive POE Switch Series. This series of Switches cost effectively upgrades any non-PoE switch or PoE switch to passive PoE!

The purpose of the manual is to help you quickly and effectively navigate the installation and functions of your new Power Over Ethernet Switch.

Our goal is to make our products as intuitive and simple to use as possible, so we value your feedback and questions directly to us at service@poetexas.com. Phone +1-512-479-0317.

Navigation

PLEASE DO NOT READ THIS MANUAL STRAIGHT THROUGH!

We have divided this manual up into sections to make it easier and faster for you to navigate. You can simply pick what you’re doing below and get the information you need quickly.

What's Inside

General Installation

Configuration

Accessories, Technical Center, Technical Center Featured

What’s Inside

poe-texas-switch-8-port-gigabit-poe-switch-with-7-poe-ports-and-1-uplink-30105351094431_571x571

GPOES-8-7AB

We do offer this switch with a variety of power supplies so you can select a power supply to fit your application needs.

AVAILABLE POWER SUPPLY OPTIONS:

GPOES-8-7AB-56v120w [Includes 56 volt 120 watts Power Supply]
GPOES-8-7AB-48v60w-Bundle [Includes 48 volt 60 watt Power Supply]
GPOES-8-7AB-48v120w-Bundle [Includes 48 volt 120 watt Power Supply]

Additional items you’ll need not included:

1 – Screws for mounting

2 – Power supply [see available options above]

NEED HELP PICKING A POWER SUPPLY? USE OUR POE CALCULATOR TO CREATE A POWER BUDGET OR CONTACT A POE-GURU 512-479-0317.

POES-8-7

We also offer this switch with a variety of power supplies so you can select a power supply to fit your application needs.

AVAILABLE POWER SUPPLY OPTIONS:

POES-8-7-24v60w [Includes 24 volt 60 watts Power Supply]

Additional items you’ll need not included:

1 – Rack Mount screws

2 – Power supply [optional- see available options above]

NEED HELP PICKING A POWER SUPPLY? USE OUR POE CALCULATOR TO CREATE A POWER BUDGET OR CONTACT A POE-GURU 512-479-0317.

General Installation

GPOES-8-7

Connect the uplink port to your Router or Ethernet switch. Connect the POE ports to your devices – it should power up and connect – and you are all set. The WS-POES-8-7 detects 568A and 568B cabling – so no crossover cables are required. Note below for Power Supply Options

We offer 56, 48, 24, 18 and 12 volt power supplies – if you need a power supply, please call – If your device data sheet shows “48v 350ma” please understand that this is not the power your device needs, but the max power that is available according to the 802.3af spec. For example, a Polycom VOIP phone is 802.3af compatible, but needs about 4 watts to operate. Therefore, one 8 port switch and a 30 watt power supply can power 7 phones with a lower power draw.

POES-8-7

Connect the uplink port to your Router or Ethernet switch. Connect the POE ports to your devices – turn the PoE switch on for ports in use. It should power up and connect – and you are all set. The WS-POES-8-7 detects 568A and 568B cabling – so no crossover cables are required. Note below for Power Supply Options

We offer 56, 48, 24, 18 and 12 volt power supplies – if you need a power supply, please call – If your device data sheet shows “48v 350ma” please understand that this is not the power your device needs, but the max power that is available according to the 802.3af spec. For example, a Polycom VOIP phone is 802.3af compatible, but needs about 4 watts to operate. Therefore, one 8 port switch and a 30 watt power supply can power 7 phones with a lower power draw.

CONFIGURATION

GPOES-8-7 has configuration switches on the back for PoE: Mode A – Off – Mode B.

Technical Specifications

GPOES-8-7AB

Product Specifications

Data + PoE Ports	7
Data Ports	1
Data Rate	Gigabit
Dimensions	7.5 x 3.25 x 1.25 inches
Input Voltage Range	12-56 Volts DC / 12-56 Volts PoE (Mode B via Uplink)
Max. Amps Per Port	650 mA
Mount Type	Wall / Optional 1U Rack POES-RACK-MOUNT (sold separately)
Operating Humidity	5% to 90%
Operating Temperature Range	-10 - 60C
PoE Method	Passive
PoE Mode/Pinout	Mode A (-1,2 +3,6)/Mode B (+4,5 -7,8)
Power Input	2.1 x 5.5 mm DC

GPOES-8-7AB-56v120w

Product Specifications

Certifications	UL/CE/FCC
Data + PoE Ports	7
Data Ports	1
Data Rate	Gigabit
Dimensions	7.5 x 3.25 x 1.25 inches
Input voltage	48 Volts
Max Amps Per Kit	2.5 Amps
Max Power for Kit	120 Watts
Max. Amps Per Port	650 mA
Mount Type	Wall / Optional 1U Rack POES-RACK-MOUNT (sold separately)
Operating Humidity	5% to 90%
Operating Temperature Range	-10 - 60C
Output Voltage	48 volts
PoE Method	Passive
PoE Mode/Pinout	Mode A (-1,2 +3,6)/Mode B (+4,5 -7,8)
Power Input	2.1 x 5.5 mm DC

GPOES-8-7AB-24v60w

Product Specifications

Certifications	UL/CE/FCC
Data + PoE Ports	7
Data Ports	1
Data Rate	Gigabit
Dimensions	7.5 x 3.25 x 1.25 inches
Input voltage	24 Volts
Max Amps Per Kit	2.5 Amps
Max Power for Kit	60 Watts
Max. Amps Per Port	650 mA
Mount Type	Wall / Optional 1U Rack POES-RACK-MOUNT (sold separately)
Operating Humidity	5% to 90%
Operating Temperature Range	-10 - 60C
Output Voltage	24 Volts
PoE Method	Passive
PoE Mode/Pinout	Mode A (-1,2 +3,6)/Mode B (+4,5 -7,8)
Power Input	2.1 x 5.5 mm DC

POES-8-7

Product Specifications

Data + PoE Ports	7
Data Ports	1
Data Rate	10/100
Dimensions	7.5 x 3.25 x 1.25 inches
Input Voltage Range	12-56 Volts DC / 12-56 Volts PoE (Mode B via Uplink)
Max. Amps Per Port	650 mA
Mount Type	Wall / Optional 1U Rack POES-RACK-MOUNT (sold separately)
Operating Humidity	5% to 90%
Operating Temperature Range	-10 - 60C
PoE Method	Passive
PoE Mode/Pinout	Mode A (-1,2 +3,6)/Mode B (+4,5 -7,8)
Power Input	2.1 x 5.5 mmDC

POES-8-7-24v60w

Product Specifications

Certifications	UL/CE/FCC
Data + PoE Ports	7
Data Ports	1
Data Rate	10/100
Dimensions	7.5 x 3.25 x 1.25 inches
Input voltage	24 Volts
Max Power for Kit	60 Watts
Max. Amps Per Port	650 mA
Mount Type	Wall / Optional 1U Rack POES-RACK-MOUNT (sold separately)
Operating Humidity	5% to 90%
Operating Temperature Range	-10 - 60C
Output Voltage	24 Volts
PoE Method	Passive
PoE Mode/Pinout	Mode A (-1,2 +3,6)/Mode B (+4,5 -7,8)
Power Input	2.1 x 5.5 mm DC
Power Supplies	PS-24v60w; 24 Volt, 1.25 Amp, 60 Watt

POE-Detector

Home » Page 5

Welcome to the PoE Texas Manual for the PoE Detector!

The purpose of the manual is to help you quickly and effectively navigate the functions of your new Power Over Ethernet Detector.

Our goal is to make our products as intuitive and simple to use as possible, so we value your feedback and questions directly to us at service@poetexas.com. Phone +1-512-479-0317.

Or you’re always welcome to leave questions or comments on our product page: POE Detector Tool.

Navigation

PLEASE DO NOT READ THIS MANUAL STRAIGHT THROUGH!

We have divided this manual up into sections to make it easier and faster for you to navigate. You can simply pick what you’re doing below and get the information you need quickly.

What's Inside

Product Feature

Product Specifications

Reading the Display

Simulate PoE Device

Injector, Technical Center

What’s Inside

PARTS LIST:

POE DETECTOR

PoE Powered inline device – No batteries necessary

Product Features:

Quickly detect IEEE 802.3af, IEEE 802.3at, 24 Volt Passive and Reverse Polarity Mode B
Ergonomic and small for easy carry and use – great for any IT professional
Bright LEDs with easy to read indicator chart located on the product
PoE Powered inline device – No batteries necessary

NO BATTERIES REQUIRED

SERIOUSLY, NEVER

READING THE DISPLAY

As the display scrolls left, you see in order: volts (V), amps (A), and watts (W)

The display shows only voltage for PoE and DC power supplies if no powered device is connected. It will “turn on” an IEEE 802.3aft or at PoE port when the “Simulate PoE device” setting is ON and no powered device connected.

The display shows volts, amps, and watts for 802.3af, 802.3at, passive PoE, and DC power supplies when the tester is connected to a powered device.

Mode A or Mode B indicates which wire pairs transmit the power. See below.

Technical Specifications

Product Specifications

Connector Types	Female RJ45
Data Rate	N/A
Dimensions	2x1x0.75 in
Mount Type	Pocket size
Operating Humidity	5% to 90%
Operating Temperature Range	-10 - 60C
PoE Method	Powered by PoE
PoE Standard	IEEE 802.3af, at, 24 Volt Passive, 48/56 Volt Passive, Reverse Mode B
Power Input	Not Required
Weight	0.11 lb

GPOE-4B; GPOE-8B

Home » Page 5

Gigabit PoE Injector Series Manual

Welcome to the Manual for POE Texas Passive Mode B Gigabit PoE Injector Series.

The purpose of the manual is to help you quickly and effectively navigate the installation and functions of your new Power Over Ethernet Gigabit PoE Injector.

Our goal is to make our products as intuitive and simple to use as possible, so we value your feedback and questions directly to us at service@poetexas.com. Phone +1-512-479-0317.

Navigation

PLEASE DO NOT READ THIS MANUAL STRAIGHT THROUGH!

We have divided this manual up into sections to make it easier and faster for you to navigate. You can simply pick what you’re doing below and get the information you need quickly.

What's Inside

General Installation

Drawing Set

Configuration

What’s Inside

GPOE-4B

We do offer this injector with a variety of power supplies so you can select a power supply to fit your application needs.

AVAILABLE POWER SUPPLY OPTIONS:

GPOE-4B-24V30W [Includes 24 volt 30 watt Power Supply]

Additional items you’ll need not included:

1 – Screws for mounting on a wall (optional)

2 – Power supply [see available options above]

3 – Patch cables to the switch and home run cables to the device

NEED HELP PICKING A POWER SUPPLY? USE OUR POE CALCULATOR TO CREATE A POWER BUDGET OR CONTACT A POE-Shifu 512-479-0317.

GPOE-8B

We do offer this injector with a variety of power supplies so you can select a power supply to fit your application needs.

AVAILABLE POWER SUPPLY OPTIONS:

GPOE-8B-24V60W [Includes 24 volt 60 watt Power Supply]

Additional items you’ll need not included:

1 – Screws for wall mounting [optional]

2 – Power supply [optional- see available options above]

3 – Patch cables to the switch and home run cables to the device

NEED HELP PICKING A POWER SUPPLY? USE OUR POE CALCULATOR TO CREATE A POWER BUDGET OR CONTACT A POE-Shifu 512-479-0317.

General Installation

POE Injectors are a simple device to add into any network, and the purpose is to add or increase the PoE of your network without having to upgrade or pick a less optimal switch.

With this wall mounted device, simply mount it near the networking switch you’d like to pair it with. Then, using a short Ethernet patch cable from the switch’s data port to the LAN port on the PoE midspan.

NOTE: a midspan adds PoE to one data port at a time. So if you connect LAN 1 to a data port on your switch you’ll have Mode A POE on port 1 of the midspan [wait . . . what’s Mode A mean?]. To get POE on port 2, you need to add a patch cable on LAN 2 back to the switch, And so on.

Then connect the POE port to your PoE enabled device.

This is a ACTIVE PoE midspan, meaning it negotiates the IEEE 802.3af/at standard before delivering power. Connecting it to a laptop or other non-PoE device is SAFE for the network card on your device.

Drawing Set

GPOE-4B

GPOE-8B

CONFIGURATION

There is no configuration necessary with this device. Simply plug it in.

The green LED indicates power on. If the green light begins to blink at any time, it is an indication that one of the POE ports has shorted out or overloaded.

STEPS:

1 – Unplug the POE ports one at a time to determine which port is having the issue

2 – Troubleshoot the port to determine whether the cable or the device is grounded

Technical Specifications

GPOE-4B

Product Specifications

Data + PoE Ports	4
Data Ports	4
Data Rate	Gigabit
Dimensions	4 x 1.75 x 1 inches
Max. Amps Per Port	1A
Mount Type	Wall
Operating Humidity	5% to 90%
Operating Temperature Range	-10 - 60C
PoE Method	Passive
PoE Mode/Pinout	Mode B (+4,5 -7,8)
Power Input	2.1mm DC

GPOE-8B

Product Specifications

Data + PoE Ports	8
Data Ports	8
Data Rate	Gigabit
Dimensions	7.2 x 2.5 x 1 in.
Input Voltage Range	24 - 56 Volts DC
Max. Amps Per Port	1 Amp
Mount Type	Wall
Operating Humidity	5% to 90%
Operating Temperature Range	-10 - 60C
PoE Method	Passive
PoE Mode/Pinout	Mode B (+4,5 -7,8)
Power Input	2.1 x 5.5 mm DC

GPOE-8B-24v60w

Product Specifications

Certifications	UL/CE/FCC
Data + PoE Ports	8
Data Ports	8
Data Rate	Gigabit
Dimensions	7.2 x 2.5 x 1 in.
Input voltage	24 Volts
Max Amps Per Kit	2.5 Amps
Max Power for Kit	60 Watts
Max. Amps Per Port	1 Amp
Mount Type	Wall
Operating Humidity	5% to 90%
Operating Temperature Range	-10 - 60C
Output Voltage	24 Volts
PoE Method	Passive
PoE Mode/Pinout	Mode B (+4,5 -7,8)
Power Input	2.1 x 5.5 mm DC
Power Supplies	PS-24v60w

GBT-65W

Technical Center

Home » Page 5

Welcome to the PoE Texas Manual for the GBT-65W POE ++ (802.3BT) Splitter

The purpose of the manual is to help you quickly and effectively navigate the installation and functions of your new Power Over Ethernet Splitter.

Our goal is to make our products as intuitive and simple to use as possible, so we value your feedback and questions directly to us at success@poetexas.com or give us a call at 512-479-0317 to speak with our expert support team.

Or you’re always welcome to leave questions or comments on our product page:

GBT-65W

Navigation

PLEASE DO NOT READ THIS MANUAL STRAIGHT THROUGH!

We have divided this manual up into sections to make it easier and faster for you to navigate. You can simply pick what you’re doing below and get the information you need quickly.

What's Inside

General Installation

Configuration

What’s Inside

GBT-65W

PARTS LIST:

1 X 802.3bt (POE++) to 5-24 VDC 65 watt outputs

Additional items you’ll need not included:

1 – Screws for mounting

2 – 802.3 bt Compatible POE Switch or Midspan Injector

Looking for a solution? Try our BT-1-55V60W, BT-1-55V60W-IN, or GPOE-1AB-56V60W

3 – Home run cable from POE Switch or Injector to GBT-65W

General Installation

The GBT-65w is a PoE Splitter/ Converter. The purpose send 40-57 volts POE ++ to the input and allow GBT-65w to converts POE++ to 5-26 Volts, up to 65 Watts or 6 amps – Adjustable via screw terminal with 5% tolerance, with Gigabit data available on the LAN port.

While fully backward compatible with 802.3af/at PoE, to get full power this unit must be used with 802.3bt compliant PoE switch or injector, capable of providing at least 72 watts on the PoE output (4 pair PoE). Designed for Indoor use only.

Use a patch cable to run from your powering equipment to this wall mounted splitter and simply mount it near the device your powering.
Plug your PoE cable to the ‘PoE’ port on GBT-65w.
Using your existing DC cable (or cable purchased from us -DC-21MM) hard wire into GBT-65w —[Red is (+) on the left, White is ground on the middle, and Black is (-)on the right] see below.
Use a patch cable to connect from LAN on the splitter to LAN on your powered device.

Drawing Set

CONFIGURATION

The only configuration required is to adjust the output voltage to the required level. Our best practice is:

Connect the PoE side to a PoE switch/injector
Connect a multi-meter to the screw terminal output and set to measure DC voltage <200 volts.
Use a precision head screw driver to adjust the screw port near the output. Clockwise increases the voltage, counteclockwise decreases the voltage

Note: Contact success@poetexas.com if you would like our help to set your devices voltage before it ships.

The green LED indicates power on. If the light turns blue, it indicates the device is drawing more than 60 watts of power.

If the green light begins to blink at any time, it could indicate there is a short in the circuit or a compatibility issue.

STEPS TO TROUBLESHOOT:

1 – At the injector, disconnect the PoE port from your device. Use a PoE Tester to confirm the device is able to power on using a short jumper cable.

2 – At the other end of the PoE cable to your device, disconnect the device and use the PoE Tester to confirm it is able to negotiate PoE.

3 – Connect the PoE Tester in line with the end device to monitor power consumption.

Please contact us at service@poetexas.com (512-479-0317) if you have any questions or need help troubleshooting.

Technical Specifications

GBT-65w

Product Specifications

Data Rate	(Input) 10/100/1000 Gigabit / (Output) 10/100/1000 Mbps
Input voltage	48-56V
Max Power for Kit	65 Watts
Mount Type	Wall or Inline
Operating Humidity	-10 - 60C
Output Voltage	5-26V
PoE Method	IEEE 802.3bt
PoE Standard	IEEE 802.3bt
Weight	3 oz.

GPOE-48v25w

Powered Devices

Home » Page 5

POE+ Converter for 48 Volt Passive PoE at 25 Watt

Reflect the Right Product! PoE Texas Manual for the PoE+ to 48 volt passive PoE Series Converter!

The purpose of the manual is to help you quickly and effectively navigate the installation and functions of your new Power Over Ethernet Converter.

Our goal is to make our products as intuitive and simple to use as possible, so we value your feedback and questions directly to us at success@poetexas.com. Phone +1-512-479-0317.

Or you’re always welcome to leave questions or comments on our product page: GPOE-48v25w

Navigation

PLEASE DO NOT READ THIS MANUAL STRAIGHT THROUGH!

We have divided this manual up into sections to make it easier and faster for you to navigate. You can simply pick what you’re doing below and get the information you need quickly.

What's Inside

Learn More

Configuration