Sewell HL10 HDMI Over Cat5e/6 Extender User Manual
- June 12, 2024
- Sewell
Table of Contents
Sewell HL10 HDMI Over Cat5e/6 Extender
DESCRIPTION
The Sewell HL10 HDMI Over Cat5e/6 Extender is a piece of hardware that has been developed specifically for the purpose of extending the range over which high-definition audio and video signals may be transmitted using Cat5e or Cat6 Ethernet connections. It is beneficial in situations where the source device (such a computer, Blu-ray player, or gaming console) needs to be linked to a remote display or projector since it enables users to extend HDMI signals beyond the conventional restrictions of standard HDMI connections. The HDMI signal is converted by the extender into a format that is suitable for transmission via Ethernet cables. This enables the dependable and efficient transfer of audio and video material while keeping its original high quality. This can be of great use in home theaters, conference rooms, classrooms, or any other environment that requires the flexible arrangement of audiovisual equipment.
SPECIFICATIONS
- Brand Name: Sewell
- Item Weight: 1.23 pounds
- Package Dimensions: 8.3 x 5.9 x 2.5 inches
- Connector Type: HDMI
- Connector Gender: Female-to-Female
- Finish Type Hdmi
- Item Weight: 0.56 Kilograms
WHAT’S IN THE BOX
- HDMI Over Cat5e/6 Extender
- User Manual
FEATURES
The following functions and features are commonly included with the Sewell HL10 HDMI Over Cat5e/6 Extender:
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Extension of the HDMI Signal:
With the help of the extender, you’ll be able to transmit HDMI signals over greater distances than are possible with standard HDMI connections. -
Compatibility with Cat5e and Cat6:
It is compatible with conventional Cat5e or Cat6 Ethernet cables, which, in comparison to long HDMI cables, are less expensive and simpler to install across greater distances. -
Support for 1080p Full HD (HD):
The extender supports the Full HD (1080p) video resolution, which guarantees that the video signal will be of good quality. -
The Transmission of Sound:
It allows for the transmission of audio information in addition to video, making it possible to enjoy a whole multimedia presentation. -
Simple Plug-and-Play Configuration:
The extender often has an easy plug-and-play setup that only requires a minimal amount of preparation before it can begin operating. -
Control through Infrared (IR) Radiation in Both Directions
Some models may contain support for bi-directional infrared control, which enables you to operate your source device from the distant display location and vice versa. If you have one of these models, check the manual to see if it has this feature. -
Management of the EDID:
Some extenders are equipped with EDID management, also known as Extended Display Identification Data management. This facilitates effective communication between the source device and display, thereby improving both the resolution and the video quality. -
Conveniently Sized:
The extenders, in general, are made to be small and unobtrusive in form, which enables them to be easily included into a variety of different setups. -
Housing Made of Metal:
The housing of the extender may be constructed out of a hardy metal, which shields the internal components from damage and ensures the device will last for a long time. -
Pairing of a Transmitter and Receiver:
The extender is typically composed of a transmitter (which is connected to the source device) and a receiver (which is attached to the distant display), which together establish a stable connection between the two locations. -
The Range of the Distance:
The extender may be able to accommodate varied distance ranges depending on the model, such as up to 150 feet (45 meters), or even beyond than that. -
PoC Support, also known as Power Over Cable Support:
There is a possibility that certain models will offer Power over Cable (PoC), which enables the transmitter to supply power to the receiver over the Ethernet cable. As a result, there is no longer a requirement for an external power source at the display end. -
Compatibility with a Large Number of HDMI Sources:
In most cases, the HDMI extender is compatible with a wide variety of HDMI sources, such as Blu-ray players, gaming consoles, PCs, and many more. -
LED Indicators:
LED indicators on both the transmitter and receiver units provide visual feedback on the condition of the connection as well as the transmission of the signal. -
Solution That’s Easy on the Wallet:
When connecting devices over longer distances, it may be more cost-effective to use the existing Ethernet infrastructure (Cat5e/6 cables) than to make an investment in lengthy HDMI connections.
CONNECTIONS
In most cases, the connections for the Sewell HL10 HDMI Over Cat5e/6 Extender require both the transmitter (also known as the sender) and receiver (also known as the receiver) devices.
The following is a high-level summary of how the connections are established:
Unit of the Transmitter (Sender):
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Input through HDMI:
Using a regular HDMI cable, connect the HDMI output port of your video source (such as a computer, Blu-ray player, or gaming console) to the HDMI input port on the transmitter unit. Your video source might be anything from a gaming console to a computer. -
Extension of the IR:
Connect the IR extension cable to the IR port on the video source if your model allows bi-directional IR control. If your model does not support bi- directional IR control, connect the IR port on the video source to the IR port on the transmitter unit. This allows for remote control of the source device to be exercised from the location of the display. -
Output on Ethernet (Cat5e/6), as follows:
You can connect the Ethernet output port on the transmitter unit to an accessible Ethernet port on the local network or directly to the Ethernet input port on the receiver unit using a Cat5e or Cat6 Ethernet cable. -
The power to:
Plug the power adapter into a power outlet after it has been connected to the power input port located on the transmitter unit. This provides power to the transmitter as well as electricity to the reception unit via the Ethernet cable (if Power over Cable is supported).
Unit of the Receiver (Receiver):
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Input over Ethernet (Cat5e or 6):
Make the connection between the Ethernet input port on the receiver unit and the other end of the Ethernet wire that is coming from the transmitter unit. -
Output through HDMI:
Establish a connection between the HDMI output port on the receiver unit and the HDMI input port on your remote display (TV, projector, monitor, etc.). This can be done by using an HDMI cable. -
Extension of the IR:
If your model allows bi-directional infrared control, connect the IR extension cable from the IR port on the receiver unit to the IR port on the display. This will allow you to operate the display from the receiver unit. This permits control of the display to be exercised remotely from the position of the source. -
The power to:
Connect the power adapter to the power input port located on the receiver unit, and then plug the receiver unit into a power outlet. This is necessary if your model does not support Power over Cable.
The Complete Setup:
- Make sure that every connection is made in a safe manner.
- Turn on the power to the transmitter and the receiver simultaneously.
- Confirm that both the power supply and the connection are working by looking for LED indicators on both of the devices.
- Activate both the video source and the display on your device. It is expected that the signal will be carried across the Cat5e/6 cable from the source to the display.
PRECAUTIONS
It is vital to take certain measures when using the Sewell HL10 HDMI Over Cat5e/6 Extender. This will guarantee that the equipment continues to perform properly, that it is safe, and that it lasts as long as possible.
Take into consideration the following safety measures:
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Cables of the Appropriate Quality:
For the best possible signal transmission, Cat5e or Cat6 Ethernet cables of high quality should be used. Signal deterioration and performance problems might be caused by cables of poor quality or that have been damaged. -
Things to Consider Regarding Distance:
It is important to be aware of the maximum distance that can be supported by the extender that you are employing. If you try to transmit signals further than the distance specified, you risk losing the signal or causing it to become unstable. -
Routing of Cables:
When working with Ethernet connections, you should try to avoid severe bends, kinks, and tight twists. Maintaining signal integrity can be helped along by using the correct cable layout. -
Stay away from interference:
Maintain a safe distance between the extender and any potential sources of electromagnetic interference, including power lines, routers, and other electronic devices. -
Line of Sight infrared:
Make sure there is a clear line of sight between the devices the IR extension cables are connected to and the IR extension cables themselves before using the functionality that allows for bi-directional IR control. Transmission of infrared signals can be hampered by obstructions. -
Updates to the Firmware:
Check to see whether there are newer versions of the extender’s firmware available, and if that’s the case, follow the manufacturer’s instructions for updating the extender’s firmware. -
Safe and Sound Connections:
Check that all of the connections are safe and that they are plugged in correctly. Loose connections might result in a loss of the signal or performance that is sporadic. -
A Source of Power:
Make use of the power adapters and cables that have been given. It is possible to cause harm to the extender or degrade its effectiveness if you use unapproved sources of power. -
Heat Transfer and Dissipation:
To prevent the extender units from becoming overheated, ensure that they have appropriate ventilation around them. It is best not to store them in confined areas or in close proximity to sources of heat. -
Electricity that is Static:
Before handling any of the equipment or making any connections, you should ground yourself to prevent any potential damage from static electricity. You can either touch a grounded metal object or wear a wrist band that prevents static buildup. -
Cycling at High Speed:
If you are having problems with the performance of the extender, you should attempt power cycling (turning the transmitter and receiver units, as well as the attached source and display, off and then on again) all of the components. -
Providing Documentation:
Always refer to the user manual or paperwork that was given by Sewell in order to obtain instructions for specific installation, usage, and troubleshooting. -
To be compatible with:
Make sure that the source device and the display you are using are both compatible with the extender’s requirements, including the resolutions and audio formats that are supported. -
Repairs and upkeep:
Inspect the wires and connections at regular intervals for signs of wear and strain. If necessary, clean the connectors in order to preserve the highest possible signal quality. -
Installation Done by Professionals:
If you have a complicated setup or an installation that requires considerable cable routing, you should seriously consider getting help from a professional to ensure that it is installed and configured correctly.
FREQUENTLY ASKED QUESTIONS
What is the Sewell HL10 HDMI Over Cat5e/6 Extender?
The Sewell HL10 HDMI Over Cat5e/6 Extender is a device that allows you to extend HDMI signals over longer distances using Cat5e or Cat6 Ethernet cables.
What is the purpose of using this extender?
The extender is used to transmit HDMI audio and video signals over longer distances than traditional HDMI cables allow, making it useful for applications where the source and display are far apart.
How does the extender work?
The extender takes the HDMI signal from the source device, converts it into a format suitable for transmission over Ethernet cables, and then converts it back to HDMI at the display end.
What is the maximum transmission distance supported by the HL10 extender?
The maximum transmission distance typically supported by the Sewell HL10 extender is around 196 feet (60 meters) using Cat6 cables.
What type of Ethernet cables are compatible with the extender?
The extender is compatible with both Cat5e and Cat6 Ethernet cables.
Can it transmit 4K or Ultra HD signals?
Yes, many HDMI extenders, including the Sewell HL10, are designed to support 4K and Ultra HD resolutions, but the maximum distance might be reduced for higher resolutions.
Is the extender compatible with HDMI 2.0 standards?
Yes, it is generally compatible with HDMI 2.0 standards and backward compatible with previous HDMI versions.
Does the extender require an external power source?
Yes, the extender typically requires an external power source to function. It usually comes with power adapters for both the transmitter and receiver units.
Can it transmit audio along with video signals?
Yes, the extender can transmit both audio and video signals over the Ethernet cables.
What is the setup process for the extender?
The setup process involves connecting the transmitter unit to the source device using an HDMI cable, connecting the receiver unit to the display using another HDMI cable, and then connecting both units with Cat5e/6 Ethernet cables.
Does the extender support bidirectional communication?
No, most HDMI extenders, including the HL10, are designed for unidirectional transmission, meaning they transmit from the source to the display, not the other way around.
Are there any special considerations for cable quality?
Using high-quality Cat5e or Cat6 Ethernet cables is recommended to ensure reliable signal transmission over longer distances.
Is there any signal degradation when using the extender?
Signal degradation can occur over very long distances or with poor-quality cables, resulting in reduced video or audio quality.
Can I use the extender for other types of signals, such as VGA or DVI?
No, the Sewell HL10 extender is specifically designed for HDMI signals and is not compatible with other signal types.
Are there any troubleshooting tips if the extender isn't working correctly?
Common troubleshooting steps include checking cable connections, ensuring the power sources are connected and working, and verifying that both the source and display devices are set up correctly.