Turn Existing Light Fixtures Into PoE Lighting

Learning Center, Learning Center Featured

Home

Adding smart, network-powered lighting does not always mean replacing an entire lighting system. The AT-LED-24V makes it possible to connect compatible 24V DC light fixtures to a PoE+ network, giving you a simpler way to bring Ethernet-powered lighting into a space. The driver converts PoE+ power into a 24V DC output for compatible lighting fixtures, while requiring only one PoE connection at the driver. With a plug-and-play approach, it can help simplify installations where traditional electrical wiring would otherwise add complexity.

One PoE+ Connection. 24V DC Lighting.

The AT-LED-24V is designed to work with PoE+ or IEEE 802.3at and delivers up to 24 watts of 24V DC power. That makes it a practical option for compatible LED fixtures that operate on 24V DC.

Instead of running a dedicated power connection to every fixture, the basic setup is straightforward:

  • Connect a PoE+ Ethernet cable to the AT-LED-24V
  • Connect the compatible 24V lighting fixture to the driver
  • Pair the wireless light switch
  • Turn the light on or off with the switch

    For networked environments, a managed PoE+ switch or injector can also provide another layer of control by allowing power to the driver to be turned on or off at the network source.

Built for Flexible Lighting Installations

The AT-LED-24V is not limited to a single fixture style. PoE Texas offers kits using bulbs, LED strips, disc lights, and COB lighting, while the driver can also be used with other 24V DC fixtures where compatibility requirements are met. PoE Texas reports compatibility with approximately 80% to 90% of 24V DC light fixtures tested, although fixture compatibility should always be verified before installation.

The system also uses a wireless, battery-free light switch, giving installers more flexibility when deciding where controls should be placed. A single switch can control multiple drivers, while each AT-LED-24V can pair with up to 42 switches. The switch can be mounted using an adhesive strip or installed for a more permanent flush-mount configuration.

See the AT-LED-24V Driver in Action

A Simpler Path to PoE-Powered Lighting

For IT teams, integrators, and building projects looking to bring lighting onto the same infrastructure as other network-powered devices, the AT-LED-24V offers a straightforward starting point. It combines PoE+ power delivery with 24V DC lighting, helping reduce the need for complicated control wiring while keeping the lighting installation flexible. For projects that need more advanced capabilities such as dimming, zoning, remote access, or commercial-grade automation, the AT-LED-24V can also serve as an entry point into a broader PoE lighting and building automation strategy.

Ready to see how the AT-LED-24V works?

See the AT-LED-24V Technical Details for wiring requirements, mounting instructions, pairing procedures, troubleshooting, and complete product specifications.

If you find this learning center helpful, like and subscribe on your social channels to learn when we post new guides!

Would You Like More Help? Drop Us a Line to Schedule a One-on-One Consultation

4 + 8 =

How to Shop for High-Power PoE++ Injectors

How to Shop for High-Power PoE++ Injectors

Learning Center, Learning Center Featured

As networks power more demanding devices, from PTZ cameras and high-performance WiFi access points to PoE lighting and A/V equipment, choosing the right PoE injector requires more than looking at the wattage.

Before you buy, there are four key specifications to check: form factor, per-port power, total power budget, and the power required by the injector itself.

 

What Can You Power With High-Power PoE++?

With up to 90W available per port, the GBT-12-53V1200W is built for applications that demand more than standard PoE can provide.

PTZ Cameras: Support high-power cameras with features such as heaters, blowers, and infrared.

High-Performance WiFi: Power demanding wireless access points while keeping data and power on the same Ethernet connection.

PoE Lighting: Connect and power networked LED lighting for smart building applications.

A/V Over IP: Power network-connected displays, touch panels, controllers, and other A/V equipment.

Check the Form Factor

First, make sure the injector fits your installation.

Rack-mounted PoE injectors are typically measured in rack units, or U. A 1U unit takes up one rack unit of vertical space, while a 2U unit takes up two. If rack space is limited, a compact design can make a significant difference.

The GBT-12-53V1200W, for example, uses a 1U rackmount form factor while providing 12 PoE and data ports.

Check Per-Port Power for 4-Pair PoE and PoE++

Next, determine how much power each connected device requires.

Standard PoE and PoE+ are suitable for many everyday devices, but higher-power applications may require IEEE 802.3bt PoE++. Check your device specifications to determine the required wattage per port.

Calculate Your Total Power Budget

Per-port power is only part of the equation. You also need to calculate how much power all your connected devices will require at the same time.

For example:

  • 4 devices × 60W = 240W

  • 4 devices × 30W = 120W

  • 4 devices × 15W = 60W

    Total required power: 420W

    Your injector needs a total power budget that can handle the combined load.

Check the Injector’s Power Requirements

Finally, don’t forget to look at the power requirements of the injector itself.

Check its input voltage, power supply configuration, and total capacity to make sure your installation can support the injector and its connected devices.

Meet the GBT-12-53V1200W

Once you’ve determined your rack space, per-port requirements, total power budget, and available power infrastructure, you can start comparing specific injectors.

The GBT-12-53V1200W brings these requirements together in a high-density PoE++ midspan:

  • 1U rackmount form factor
  • 12 PoE + data ports
  • Up to 90W per port
  • 1200W shared power budget
  • IEEE 802.3bt Type 4 PoE++
  • Dual 53V 600W UL-approved power supplies
  • Active PoE negotiation

It can add high-power PoE to an existing network without requiring you to replace your entire network switch.

Key Features of the 1200W GBT-12 Injector

  • High Density: 12 ports in a compact 1U rackmount form factor.

  • Massive Power Budget: A total shared capacity of 1200 Watts, ensuring you don’t run out of “juice” when all devices are active.

  • Active Negotiation: This is critical. The injector “talks” to the device before sending power. If you accidentally plug in a laptop or a non-PoE device, the injector won’t send high voltage, protecting your hardware.

  • Redundancy: The kit includes two UL-approved 53V 600W power supplies, providing a layer of safety for mission-critical applications.

Installation Tips: How to Upgrade Your Rack

Installing the 12-Port Injector is straightforward, but follow these steps for the best results:

Mounting: Use the 1U rackmount ears to secure the injector in your server rack.

The “Midspan” Connection: Connect your non-PoE switch to the “Data In” ports on the injector.

Powering Up: Connect the “PoE + Data” ports to your end devices (cameras, lights, etc.).

Cable Quality: For 90W power delivery, always use high-quality Cat6 or Cat6A copper cabling. Avoid CCA (Copper Clad Aluminum) cables, as they can overheat under high PoE loads.

Final Thought

The GBT-12-53V1200W is a game-changer for IT managers and system integrators. It offers a cost-effective way to transition to the 802.3bt standard without the massive expense of buying a brand-new PoE++ enterprise switch.

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.

If you find this learning center helpful, like and subscribe on your social channels to learn when we post new guides!

Would You Like More Help?

Drop Us a Line to Schedule a One-on-One Consultation

14 + 15 =

WTS-125A

Display, Technical Center, Technical Center Featured

Home

iPad Wall Mount Plus PoE Power Kits

Welcome to the PoE Texas Manual for the WTS-125A, aluminum Wall mounts for the iPad Mini 6 model.  You can now have a surface mounted iPad enclosure with a single cable and no holes in your wall!

The purpose of the manual is to help you quickly and effectively navigate the installation and functions of your new iPad mount kit. 

Our goal is to make our products as intuitive and simple to use as possible. If you have any questions or comments, please email us at success@poetexas.com or give us a call at +1-512-479-0317.

Or you’re always welcome to leave questions or comments on our product page: WTS-125A

What’s Inside

WTS-125A-BK

PARTS LIST:

  • 1 X iPAD WALL MOUNT
  • 4 X WALL ANCHORS
  • 1 X TOOLS

Additional tools and supplies you’ll want to make sure you have are:

  • Drill and 3/8″ drill bit
  • Category Cable wiring tools or some device to strip the shielding off the CAT cable at the tablet end
  • Laser or bubble level
  • Marker or pencil
  • Oh, and don’t forget your iPad!

    WTS-125A-BK and AF-USBC-JB (PoE Adapter Kit)

    PARTS LIST:

    • 1 X iPAD WALL MOUNT
    • 4 X WALL ANCHORS
    • 1 X TOOLS
    • 1 X AF-USBC-JB

    Additional tools and supplies you’ll want to make sure you have are:

    • Drill and 3/8″ drill bit
    • Category Cable wiring tools or some device to strip the shielding off the CAT cable at the tablet end
    • Laser or bubble level
    • Marker or pencil
    • Oh, and don’t forget your iPad!

      General Installation

      This fix-wall mount stand is designed specifically for the iPad mini 6 and features an integrated light indicator component that pairs with our DASH App which you can install at this link. The minimalist design conceals the light display inside the stand, which illuminates with different colors to correspond with various software functions on the tablet.

      1

      2

      3

      4

      5

      6

      7

      8

      9

      10

      11

      12

      13

      14

      15

      16

      17

      18

      19

      20

      21

      Installation Steps

      1 Route PoE compatible Ethernet cable to desired drop site.

      2 Cut and install wall gang box specific for your POE adapter. Double gang box will fit most adapters while the single gang box fits our AF-USBC-JB.

      3 Route Cable through wall gang box.

      4 Mount the desired plate using either the drywall anchor screws provided or mounting directly the Gang Box, (Flush Wall Mount, Angle Wall Mount, Glass Mullion Mount). If Flush mounting, ensure PoE cable and USB-C cable are manageable and no kinks are damaging internal cabling.

      5 Once Wall Mount or Glass mount is in place, attach the iPad mount to the front of the wall mount plate and connect to your device.

      Connecting to Dash App LED

      1 Go to Settings Icon

      2 Click on the Integrations Tab

      3 Select Scan and Choose your device.

      4 You’re ready to start scheduling.

      CONFIGURATION

      The iPAD Mini 6 Wall Mount requires no configuration and should begin charging as soon as you connect it to your iPad.

      iPad Pro and 10th Gen

      Configuring Your iPad for Wired Data

      There are a couple easy steps for configuring your iPad to get the best results when working with wired data.

      First, we’re going to enable USB devices to allow charging even when the iPad is “off” or the screen is locked.

      If you you don’t have the most up to date iOS software, take this time to update to iOS 12.2 or later.  Otherwise, it will prevent any connected device from charging or communicating with it after the screen has been locked for an hour.  Here’s how to fix that:

      • Navigate to the Settings tab
      • Select Face ID & Passcode
      • Ensure the USB Accessories button is toggled to “On” meaning you see the green

      You can still set up your iPad to not automatically lock on a timer.  When the screen locks if you would like the screen always on.

      • Go to the Settings icon on your iPad
      • Select Display & Brightness
      • Select Auto Lock
      • Set the limit to Never

       

       

      The splitter will auto-configure the IP settings to default as soon as you connect it up including Dynamic IP addressing.

      1. Navigate to General Settings, then you’ll see a symbol for the LAN <…>
      2. Select this and you’ll see the option for PoE Texas LAN, select it

      You’ll see your IPV4 IP address information.  If it shows “Automatic”, that means your getting a dynamically assigned IP address.

      If you’d like to reconfigure the IP address, DNS, and HTTP Proxy settings, you can do that by selecting these options.  

      The most used option will be fixing your IP address by selecting the “Automatic” button.

      For the other networks settings, we’d recommend talking to a service provider or give us a call: 512-479-0317 or service@poetexas.com.

      Best Practices for iOS Updates

      Despite Apple’s excellent reputation for ensuring backward compatibility with their iPads and iPhones, practical experience with a recent iOS update has revealed that even they can miss things which can temporarily lead to disruption of service for your device.   If your device must be reliable 24/7, we recommend these following best practices:

      • Go to Settings -> General -> Software Updates -> Automatic Updates
      • Deselect “Install iPadOS Updates”
      • Before choosing to install the next update, please check into our iOS Compatibility Table to check whether we have finished testing the performance of an new iPadOS version

      iOS Compatibility Table

      • Finally, to get emailed live updates on iOS compatibility, subscribe to our mailing list for iOS compatibility

      TROUBLESHOOTING

      The iPAD Mini 6 Wall Mount is designed to function right out of the box with all the parts necessary to do so.  However, if you are having an issue, here are a couple things to check:

      Not receiving power? 

      1. Check to make sure the integrated USB-C cable is fully connected to the tablet, and to the POE Texas adapter. 
      2. Is your switch/injector rated for the right amount of power? 
        1. The AF-USBC-JB is for 802.3af (15W) POE. The AC-USBC requires 100 to 240 VAC power. Please refer to the adapter’s technical manual for wiring instructions.
        2. For adapter-specific troubleshooting, please refer to the following online manual links:
          1. AC-USBC
          2. AF-USBC-JB
      3. If these steps didn’t solve the problem, give us a call or send us an email so our team can help. 

      Not receiving power and data, or experiencing data issues? 

       

      1. Let’s check to make sure the adapter in your kit is the right one for what you need. 
        1. AC-USBC: Power only
        2. AF-USBC-JB: Power + 10/100 data
      2. For adapter-specific specifications, please refer to the following online manual links:
        1. AC-USBC
        2. AF-USBC-JB
      3. Ensure your Ethernet cable run is under 100 meters (328 feet). 
      1. Under the iPad settings > ‘Face ID & Passcode’ or ‘Touch ID & Passcode’, please make sure the ‘USB Accessories’ or ‘Accessories’ option is turned on. If you are on iOS 26, this has moved to Settings > Privacy & Security > Wired Accessories > Set to Always Allow.
      2. If these steps didn’t solve the problem, give us a call or send us an email so our team can help. 

       

      WARRANTY AND RETURNS
      You can also check out our warranty,  including the free optional extended warranty, and returns on these pages:

      Still Have Questions?  Want Configuration Help?

      Our Customer Success team can always help verify compatibility with your current network infrastructure, our wall mount kits, and your tablet. Feel free to call us at +1 (512) 479-0317 or email us at success@poetexas.com to speak with our POE experts. 

      Technical Specifications

      Product Specifications

      Compatible devices iPad Mini 6 only
      Dimensions 268mm × 184mm × 12mm
      Color Silver and Black
      Cable Type USBC
      Material Aluminium Alloy
      Lights RGB LED
      Data Rate 10/100 mbps
      Efficiency 90%
      Input Voltage Range AC Adapter: 100 – 200V, PoE Adapter 48V – 56V
      Max Power for Kit 15 – 25W Depending on kit selected
      Mount Type Wall and Mullion Mount
      Operating Humidity 5% to 90%
      Operating Temperature Range -10 – 60C
      PoE Method POE-Kit: IEEE 802.3af GAT-Kit: IEEE 802.3af and IEEE 802.3at
      PoE Mode/Pinout GAT-Kit: Mode A/B

      If you find this learning center helpful, like and subscribe on your social channels to learn when we post new guides!

      Cisco Spanning Tree Protocol (STP): When Loop Prevention Becomes Port Flapping

      Cisco Spanning Tree Protocol (STP): When Loop Prevention Becomes Port Flapping

      Learning Center, Learning Center Featured

      Cisco Spanning Tree Protocol (STP): When Loop Prevention Becomes Port Flapping

      Answering how Spanning Tree Protocol and Flapping Affect your PoE Texas Device

      Home
      Are You Seeing Devices Drop Randomly from Your Network?  What to check and why.

      Spanning Tree Protocol (STP) is a foundational network protocol used in modern switched networks to prevent logical loops and ensure a loop-free topology. While its primary goal is to maintain network stability by blocking redundant paths, certain environmental factors or configurations can lead to a frustrating phenomenon known as “port flapping”—where switch ports rapidly cycle between “Up” and “Down” states.

      What is Spanning Tree Protocol?

      In a typical network, redundant links are often added to ensure that if one cable or switch fails, data can still reach its destination. However, these redundant paths can create “loops,” where data packets (especially broadcast traffic) circulate indefinitely, leading to broadcast storms and complete network congestion.

      STP prevents this by designating a single Root Bridge and dynamically blocking all other redundant paths. This ensures there is only one active path between any two devices at any given time.

      Visualizing the Logic

      The Network Loop (Without STP)

      • Switch A connects to Switch B.
      • Switch B connects to Switch C.
      • Switch C connects back to Switch A.
      • Result: Broadcast traffic circles endlessly, crashing the network.

      The Loop-Free Topology (With STP)

      • STP identifies the loop.
      • One port on Switch C is placed in a “Blocking” state.
      • Result: A logical “Star” or “Tree” architecture is created from a physical “Ring”.

      Why Do Ports “Flap”?

      “Flapping” occurs when the switch port interface changes state from UP to DOWN and back again repeatedly. In the context of Cisco and Meraki environments, this is often visible in the event logs as a sequence of STP status changes.

      Common Causes of STP Flapping

      Event Type

      Typical Log Detail

      Result

      Port STP Change

      Port designated → disabled

      Port stops forwarding traffic

      Port Status Change

      1Gfdx → down

      Physical link is lost

      Port Status Change

      down → 1Gfdx

      Physical link re-established

      1. Power Negotiation & Overload

      A common cause of flapping that mimics an STP issue is actually a PoE (Power over Ethernet) negotiation failure. For instance, if an Access Point (like a Meraki MR76) negotiates a 15W power profile via LLDP, but the actual draw (including any PoE extenders) reaches 17-18W, the switch may detect an “overload” condition. The switch then cuts power to protect the hardware, causing the port to drop (DOWN), which triggers a fresh STP negotiation once the port attempts to come back (UP).

      2. Firmware Incompatibility

      Outdated firmware can sometimes cause ports to exhibit flapping behavior. In some cases, upgrading to a stable firmware release has been shown to “calm down” or resolve flapping issues that were previously attributed to physical cabling.

      3. Missing LLDP Configuration

      On some IOS-powered switches, LLDP (Link Layer Discovery Protocol) must be manually enabled to allow proper power negotiation. If the switch only speaks CDP (Cisco Discovery Protocol) by default, it may fail to negotiate the higher wattage required by modern devices, leading to power cycles that appear as STP port changes in the log.

      4. STP Re-prioritization & MAC Table Flushing

      When an STP topology change occurs—often triggered by root bridge re-election or re-prioritization—the switch must flush its MAC address table. This action clears stale path information, ensuring frames are not forwarded along obsolete routes. While necessary for reconvergence, this process forces the switch to re-learn addresses, which can result in a temporary spike in broadcast traffic as the network stabilizes as well as resetting the communication on that port.

      Diagnostic Steps for Flapping Ports

      If you notice ports on your switch are flapping, follow these steps:

      • Check the Event Logs: Look for the specific sequence of Port STP change and Port status change.
      • Verify Power Budgets: Confirm if the device is drawing more power than the negotiated PoE profile (e.g., 802.3af vs 802.3at).
      • Check Firmware Versions: Ensure both switches and end devices are running stable, modern firmware.
      • Inspect Physical Links: While often blamed on software, faulty cabling or extreme heat can also cause intermittent link loss.

       

      By understanding the relationship between loop prevention and hardware requirements, network administrators can better distinguish between a genuine STP reconvergence and a port flapping under power or firmware stress.

      Haven’t Found What You Need?  We’re Happy To Help Solve Your Problem.

      Drop Us a Line to Schedule a One-on-One Consultation

      3 + 14 =

      Tired of Dead iPads? Power Your USB-C Devices Without Hunting for Outlets

      Tired of Dead iPads? Power Your USB-C Devices Without Hunting for Outlets

      Learning Center, Learning Center Trending

      Tired of Dead iPads? Power Your USB-C Devices Without Hunting for Outlets

      If you’ve deployed a 10th Gen iPad or another USB-C device in your business, you’ve likely run into a common problem: keeping it powered continuously.

      Whether it’s mounted on a wall as a room scheduler, used as a customer kiosk, or installed as a digital display, many devices are placed where they work best, not where a power outlet happens to be located.

      For years, businesses have relied on nearby outlets, charging bricks, extension cords, or expensive electrical work to solve the problem. Fortunately, there’s a cleaner and more efficient alternative.

      With a PoE-to-USB-C power splitter, you can use your existing Ethernet infrastructure to deliver reliable power directly to compatible USB-C devices, including the 10th Gen iPad.

      Power Devices Where You Need Them

      The biggest challenge with permanently installed tablets is location. The ideal mounting spot is often nowhere near an available outlet.

      Instead of redesigning your space around power access, PoE allows you to power devices through the same network cable already being used for connectivity.

      This gives you more flexibility when installing:

      • iPad room schedulers
      • Visitor check-in stations
      • Retail kiosks
      • Digital signage
      • Information displays

      Eliminate Charging Headaches

      A device with a dead battery can’t do its job.

      When tablets are used for scheduling, customer interactions, or business operations, relying on battery charging can create unnecessary downtime and maintenance.

      Providing continuous USB-C power helps keep devices running around the clock without requiring staff to recharge them or manage charging cables.

      Simplify Installation

      Running new electrical circuits can add cost, complexity, and delays to a project.

      By leveraging PoE, businesses can often avoid additional electrical work and use the network infrastructure already in place.

      This can help reduce:

      • Installation costs
      • Deployment time
      • Cable clutter
      • Ongoing maintenance

      Build a Cleaner Deployment

      Visible charging adapters and power cables can make even the most modern installation look unfinished.

      Using PoE to power USB-C devices helps create a cleaner, more professional appearance while reducing the number of components that need to be managed over time.

      A Smarter Way to Power iPads

      As more business devices move to USB-C, reliable power becomes increasingly important.

      A PoE-to-USB-C solution gives organizations a simple way to keep iPads and other USB-C devices powered continuously without depending on nearby outlets.

      If you’re planning an iPad deployment, don’t let power limitations dictate where your devices can go. With PoE, you can install them where they make the biggest impact while keeping them powered and ready to work.

      Less clutter. Fewer limitations. Reliable USB-C power where you need it.

      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.

      If you find this learning center helpful, like and subscribe on your social channels to learn when we post new guides!

      Would You Like More Help?

      Drop Us a Line to Schedule a One-on-One Consultation

      3 + 9 =

      Stop Letting Power Challenges Delay Your Projects

      Stop Letting Power Challenges Delay Your Projects

      Learning Center, Learning Center Trending

      Stop Letting Power Challenges Delay Your Projects

      Every network installation starts with the same question: how do you get power to the device?

      For many businesses, the answer involves:

      • additional electrical work

      • higher installation costs

      • longer project timelines

      • more cable clutter

      • added maintenance headaches

      These challenges can turn a simple deployment into a costly and time-consuming project.

      Power over Ethernet (PoE) helps eliminate those obstacles by simplifying how devices receive power and connectivity.

      Reduce Installation Costs

      Traditional deployments often require separate electrical infrastructure for every device.

      That means paying for:

      • additional labor

      • extra wiring

      • electrical upgrades

      • longer installation times

      PoE helps businesses avoid many of these costs by simplifying the installation process and reducing the amount of infrastructure required.

      The result is a faster and more affordable deployment.

      Get Devices Online Faster

      The more moving parts involved in an installation, the longer it takes to complete.

      PoE streamlines deployments by reducing complexity and allowing installers to work more efficiently.

      Businesses benefit from:

      • faster project completion

      • reduced downtime

      • quicker device deployment

      • fewer installation delays

      Getting systems online sooner means getting value from them sooner.

      Build Cleaner, More Organized Infrastructure

      Messy installations create problems long after deployment is complete.

      Multiple power adapters, extra cables, and scattered power sources make systems harder to manage and maintain.

      A simplified PoE deployment helps create:

      • cleaner installations

      • easier troubleshooting

      • more organized infrastructure

      • simpler maintenance processes

      Less clutter means less time spent tracking down problems later.

      Make Future Growth Easier

      Technology needs rarely stay the same.

      As businesses add more cameras, access points, displays, and smart devices, infrastructure can become difficult and expensive to expand.

      PoE makes growth more manageable by helping businesses deploy additional devices without dramatically increasing installation complexity.

      That means:

      • easier upgrades

      • faster expansion

      • lower deployment costs

      • more scalable infrastructure

      Final Thoughts

      Businesses should not have to choose between growing their technology and controlling costs.

      PoE helps remove many of the challenges that make deployments expensive and complicated.

      By simplifying installations, reducing infrastructure requirements, and making future growth easier, businesses can spend less time managing cables and more time focusing on their operations.

      Less complexity. Faster deployments. Lower costs. Smarter growth.

      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.

      If you find this learning center helpful, like and subscribe on your social channels to learn when we post new guides!

      Would You Like More Help?

      Drop Us a Line to Schedule a One-on-One Consultation

      11 + 2 =

      10GATS-8-L23 Switch

      10GATS-8-L23 Switch

      Switch, Technical Center

      Home

      Welcome to the PoE Texas Manual for the 10GATS-8-L23 PoE+ Layer 3 Managed Switches!

      The purpose of the manual is to help you quickly and effectively navigate the installation and functions of your new IEEE 802.3at Layer 3 Managed PoE switch.

      Our goal is to make our products as intuitive and simple to use as possible.  We value your feedback and questions.  You can reach us directly at service@poetexas.com and +1-512-479-0317.

      Or you’re always welcome to leave questions or comments on our product pages: 10GATS-8-L23

      What’s Inside

      PARTS LIST:

      • 1 X SWITCH
      • 2 X RACK MOUNT BRACKETS
      • 8 X SCREWS (FOR RACK MOUNT)

      WHAT YOU NEED:

      • 4 X RACK MOUNTING SCREWS AND NUTS
      • 24 X 6″ PATCH CABLES TO CONNECT TO THE SWITCH PORTS
      • POWER SUPPLY* AND/OR TERMINATION CABLES

      * The 10GATS-8-L23 includes an integrated AC-DC power supply for your convenience.

      GENERAL INSTALLATION

      Your new PoE switch is designed to be simple to install and set up.  You should only need at most a Philips head screw driver and rack screws and/or nuts.

      NOTE: The switch does not include the rack mounting nuts or screws.  So, you’ll want to grab some of those.

      Put it together:

      RACK MOUNTING:

      If you plan to mount this into a rack, simply use the small screws to attach the rack mount wings.  You’ll need a small philips head screwdriver for this.

      The kit does not come with the hardware to mount it to the rack, so don’t forget to pick those up.

      Product Manual

           CLI User Manual                                 Web Interface User Manual

      Technical Specifications

      Product Specifications

      Certifications CE, CB, PFC, FCC, RoHS
      Data + PoE Ports 8
      Data Rate 1000Mbps/2.5G/10G
      Dimensions 333*195*45m
      Downlink Ports 8*10M/100M/1000M/2.5G/5G/10G AUTO
      Input Voltage 100-240 VAC 50/60 Hz
      Installation Desk/Rack Mountable
      Jumbo Frame 12KB
      LED Indicator PWR: Power LED, Port: 10M/100M LED; 1G LED; 2.5G LED; 5G/10G LED
      MAC Address Table 16K
      Management Port Web Management Portal
      Max Power for Kit 250 Watts
      Mount Type Desk Mount/ Rack Mount
      Operating Humidity 5%-90% (Non-condensing)
      Operating Temperature -10-55℃
      Packet Forwarding Rate 115.84Mpps
      PoE Line Pair 12+, 36-
      PoE Output Power PoE output power for single port≤30W, Total PoE power budget≤ 250W
      PoE Standard 802.3af/at(PSE)
      Standard and Protocols IEEE802.3 , IEEE802.3u, IEEE802.3ab, IEEE802.3Z, IEEE802.3X, IEEE 802.3ad, IEEE 802.3q, IEEE 802.3q/p, IEEE802.1w, IEEE 802.1D, IEEE 802.1s IEEE 802.1af/at/bt
      Storage Temperature -40-75℃
      Weight 2.95kg

      If you find this learning center helpful, like and subscribe on your social channels to learn when we post new guides!

      Simplify Device Installations and Reduce Maintenance Headaches

      Simplify Device Installations and Reduce Maintenance Headaches

      Learning Center, Learning Center Trending

      Simplify Device Installations and Reduce Maintenance Headaches

      By reducing the amount of infrastructure needed to deploy network devices, businesses can dramatically simplify installations. Instead of coordinating multiple contractors and running additional electrical circuits, devices can be brought online faster and with less effort.

      This streamlined approach helps organizations:

      • Reduce installation costs
      • Minimize downtime during deployments
      • Expand networks more efficiently
      • Simplify ongoing maintenance
      • Keep projects on schedule and within budget

      Save Time Today and Money Tomorrow

      The benefits go beyond the initial installation.

      A cleaner, simpler deployment means fewer components to manage and fewer issues to troubleshoot later. IT teams spend less time maintaining infrastructure and more time focusing on strategic initiatives that drive the business forward.

      For organizations with multiple locations or plans for future growth, these savings can add up significantly over time.

      Scale with Confidence

      As businesses continue to add connected devices, having a cost-effective deployment strategy becomes increasingly important. A simpler installation process makes it easier to expand operations, support new technology, and respond to changing business needs without incurring unnecessary costs.

      The goal isn’t just to connect devices. It’s to do so in a way that saves time, reduces expenses, and keeps operations running smoothly.

      When network deployments become easier, businesses can focus less on infrastructure challenges and more on achieving their goals.

      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.

      If you find this learning center helpful, like and subscribe on your social channels to learn when we post new guides!

      Would You Like More Help?

      Drop Us a Line to Schedule a One-on-One Consultation

      14 + 5 =

      Hate Messy Cables and Spotty Wi-Fi on Your Wall-Mounted Tablet? Fix It with PoE+ to USB-C

      Hate Messy Cables and Spotty Wi-Fi on Your Wall-Mounted Tablet? Fix It with PoE+ to USB-C

      Learning Center, Learning Center Trending

      Hate Messy Cables and Spotty Wi-Fi on Your Wall-Mounted Tablet? Fix It with PoE+ to USB-C

       

      If you have ever tried to install a wall-mounted tablet for a conference room scheduler, a smart home control panel, or a commercial kiosk, you likely ran into a common problem: How do you get a reliable power source and a secure data connection to a device mounted on a wall without ugly wires or spotty Wi-Fi?

      The solution lies in a technology you might already be using in your office network: Power over Ethernet (PoE). Based on the insightful video on PoE+ to USB-C: 25W Power & Data Delivery, this educational blog will walk you through exactly how you can power and network your USB-C devices flawlessly.

      What is PoE to USB-C?

      Power over Ethernet (PoE) allows a single standard Ethernet cable (like Cat5e or Cat6) to provide both data connection and electrical power to devices. Traditionally, this was used for IP cameras or Wi-Fi access points.

      However, modern tablets—like the Apple iPad, Microsoft Surface Go, Google Pixel, and Samsung Galaxy Tab—utilize USB-C. By using a specialized PoE+ to USB-C adapter, you can convert the power and data from your network switch directly into a single USB-C cable that plugs right into your tablet.

      Key Benefits of the In-Wall PoE+ to USB-C Adapter

      The video highlights a patented, in-wall solution (U.S. Patent No. 11627004) specifically designed to solve tablet mounting challenges. Here is why this setup is a game-changer:

      • Continuous 25-Watt Output: It safely delivers the specific power profile your device needs (5V, 9V, 12V, 15V, or 20V) to keep it charged 24/7 without degrading the battery.

      • Simultaneous Fast Ethernet: Along with power, the adapter delivers wired 10/100 Mbps data. Wired connections offer far greater network security and stability compared to relying on local Wi-Fi.

      • Massive Distance Limits: Standard USB cables lose power over a few feet. By using PoE technology, you can extend your power and data up to 328 feet (100 meters) from the power source!

      • Discreet & Aesthetic: The adapter is engineered to fit perfectly inside standard US and European wall junction boxes, meaning the bulky conversion hardware stays completely hidden behind your tablet enclosure.

      Instructional Guide: How to Install and Set It Up

      Setting up this solution is incredibly straightforward thanks to its plug-and-play design.

      Step 1: Run Your Ethernet Cable Run an Ethernet cable (Cat5e or Cat6) from your networking closet or server room to the location where you want to mount your tablet.

      Step 2: Connect to a Power Source Plug the source end of that Ethernet cable into an IEEE 802.3at (PoE+) Network Switch or a standalone PoE+ Injector. This pushes both the internet data and the necessary electrical current through the cable.

      Step 3: Install the Adapter in the Junction Box At the tablet location, pull the Ethernet cable through the wall and plug it into the RJ45 port on the PoE+ to USB-C adapter. Tuck the adapter neatly into the in-wall junction box.

      Step 4: Connect Your Device Connect a high-quality USB-C to USB-C (or USB-C to Lightning) cable from the adapter to your tablet. Your tablet will instantly register that it is charging and recognize the hardwired Ethernet data connection. Mount your enclosure over the box, and you are done!

      Best Practices and Compatibility Checks

      Before you begin your installation, keep a few crucial things in mind:

      • Cable Quality Matters: Always use a high-quality, data-capable USB cable. Low-quality USB cables (and even some stock cables) can be inconsistent and fail to deliver the simultaneous data and power needed.

      • Verify Tablet Compatibility: While this works seamlessly for iPads, Surface Gos, and Pixels, Android tablet features can vary. For example, some newer Samsung Tabs (like the 2020 Tab A7 SMT500) do not support concurrent power and data connections, though models like the SMT510 and SMT515 do. Always verify your device supports USB-C data transfer.

      • Proprietary Devices: Keep in mind that some smart hubs (like the Amazon Echo Hub) require very specific, non-standard power delivery profiles and may not be compatible with standard adapters.

      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.

      If you find this learning center helpful, like and subscribe on your social channels to learn when we post new guides!

      Would You Like More Help?

      Drop Us a Line to Schedule a One-on-One Consultation

      2 + 15 =

      Upgrading Your Network: A Deep Dive into the 24-Port Active PoE Injector

      Upgrading Your Network: A Deep Dive into the 24-Port Active PoE Injector

      Learning Center, Learning Center Trending

      Upgrading Your Network: A Deep Dive into the 24-Port Active PoE Injector

       

      If you are expanding your network infrastructure, setting up advanced security cameras, or deploying enterprise-grade Wi-Fi, you have likely run into the challenge of powering all those devices. Running separate electrical wires to every single access point or camera is expensive, time-consuming, and often impractical.

      Enter Power over Ethernet (PoE).

      In this post, we’ll explore the ins and outs of using AT-24-48V 700W Active PoE Injector (like the popular model highlighted by PoE Texas) to power your high-demand devices safely and efficiently.

      What is a PoE Injector?

      A Power over Ethernet (PoE) injector is a device that seamlessly merges power and data into a single Ethernet cable (Cat5, Cat5e, or Cat6). It takes power from a DC power source and injects it into your data cables.

      A 24-port midspan injector sits between your standard, non-PoE network switch and your end devices. This allows you to instantly upgrade your existing network switch to deliver PoE power without having to completely rip and replace your current switch infrastructure.

      Why Go “Active”?

      When shopping for PoE equipment, you’ll hear the terms “Active” and “Passive.”

      An Active PoE Injector uses IEEE 802.3af/at standards to negotiate power delivery. Before it sends any power down the line, the injector performs a “handshake” with the connected device. It asks, “Do you need power? And if so, how much?” * If the device is a PoE-compatible camera, the injector sends the power.

      • If the device is a non-PoE laptop or standard desktop, the injector will not send power, acting purely as a data pass-through.

      Active negotiation is critical because it protects your non-PoE devices from being accidentally burned out by unwanted voltage.

      Key Features of a Premium 24-Port Active PoE+ Injector

      If you are looking at enterprise-grade injectors like the 24-Port 802.3at PoE+ injector from PoE Texas, here are the standout features that make it an infrastructural powerhouse:

      • High Power Output (PoE+): Standard PoE (802.3af) delivers up to 15.4W per port. However, a PoE+ (802.3at) injector can deliver up to 30 Watts per port, making it ideal for power-hungry devices.

      • Massive Power Budget: High-end models often feature dual power supplies (such as two UL-approved 48v, 350w power bricks) to offer a shared power budget of up to 700 watts across all 24 ports.

      • Gigabit Data Capability: You shouldn’t have to sacrifice speed for power. These injectors support 10/100/1000 Gigabit data speeds, ensuring zero bottlenecks for high-throughput devices.

      • 1U Rackmountable: Designed for the server room, these kits are easily rack-mountable to keep your cable management clean and professional.

      Ideal Use Cases: What Can You Power?

      A 24-port PoE+ injector is designed for scalability and high-powered applications. It is the perfect solution for powering:

      1. High-Powered Wi-Fi Access Points: Enterprise APs (like modern Cisco Aironet or Meraki devices) require significant power to broadcast dual-band signals to dozens of users simultaneously.

      2. PTZ (Pan-Tilt-Zoom) Cameras: Security cameras with motorized physical movement and built-in heaters for outdoor use require the full 30W offered by PoE+.

      3. VoIP Phone Networks: Deploying an office full of IP phones becomes incredibly simple when all power is handled centrally at the server rack.

      4. Access Control Systems: Keypad and badge-swipe entry systems for smart buildings.

      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.

      If you find this learning center helpful, like and subscribe on your social channels to learn when we post new guides!

      Would You Like More Help?

      Drop Us a Line to Schedule a One-on-One Consultation

      7 + 11 =