This Club 3D HDMI 2.0 Hybrid Active Optical Cable features both fiber and copper conductors, provi...This Club 3D HDMI 2.0 Hybrid Active Optical Cable features both fiber and copper conductors, providing a lighter, more flexible cable construction, which makes it ideal for installation in narrow spaces and over longer distances. The perfect solution for conference rooms, classrooms, digital signage displays, and more. This CAC-1391 features a built-in booster circuit that is self-powered through the HDMI ports, allowing you to connect your HDMI-enabled devices at a distance of up to 50 meters with no signal loss. The cable is Halogen Free, and produced according to the International Electrochemical Commission's Restriction Use of Halogen (IEC 61249-2-21) directive. This cable features unidirectional architecture, which requires that the cable is installed in the correct direction. Please refer to the source and display labels on the HDMI connectors, in order to ensure that the cable is connected correctly.
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Product Information
Full details
This Club 3D HDMI 2.0 Hybrid Active Optical Cable (CAC-1391) is designed for users needing to transmit high-quality video and audio signals over long distances without signal degradation. Its lightweight, flexible hybrid fiber and copper construction makes it ideal for installations in tight spaces or where bending is required, such as in conference rooms, classrooms, or digital signage setups. A key benefit is its built-in, self-powered booster circuit, ensuring a stable connection up to 50 meters. The primary caveat is its unidirectional architecture, requiring careful installation according to source and display labels.
All features
Colour
Black
Model Part Number
CAC-1391
Brand
CLUB3D
Extended Product Information
FAQs
Is this cable active or passive?
This is an active optical cable (AOC) featuring a built-in booster circuit to maintain signal integrity over long distances.
Does the cable require external power?
No, the built-in booster circuit is self-powered through the HDMI ports of the connected devices.
What is the maximum resolution and refresh rate supported?
The cable supports up to 7096 x 2160 pixels (4K UHD) at 60Hz with HDR, thanks to its 18 Gbps data transfer rate (HDMI 2.0b).
Can I use this cable for shorter distances, like 1 meter?
Yes, while optimized for long runs, the cable will function correctly for shorter distances. However, for very short runs, a standard passive HDMI cable might be more cost-effective.
What does 'unidirectional' mean for this cable?
It means the cable must be connected in a specific direction. The connector labeled 'Source' must go to the output device, and the connector labeled 'Display' must go to the input device. Incorrect installation will result in no signal.
Is this cable compatible with older HDMI versions?
The cable is designed for HDMI 2.0b but is backward compatible with previous HDMI versions (1.4, 1.3, etc.), though it will operate at the limitations of the older standard.
What is the benefit of the hybrid fiber/copper construction?
The hybrid construction makes the cable significantly lighter and more flexible than traditional all-copper cables, simplifying installation in tight spaces and reducing the risk of damage from repeated bending.
Troubleshooting
No signal or intermittent signal loss
Verify the cable is installed in the correct direction (Source to Display). Ensure both HDMI ports on the connected devices are providing sufficient power. Try connecting to different HDMI ports on your devices. Check if the connected devices and the cable support the desired resolution and refresh rate. Inspect connectors for any damage or debris.
Video resolution or refresh rate is lower than expected
Confirm that both the source device and the display support the desired resolution (e.g., 4K @ 60Hz) and the HDMI 2.0b standard. Ensure the connected devices are configured to output the desired resolution. The cable itself supports up to 7096x2160 @ 60Hz.
No audio transmission
Ensure that audio output is enabled on the source device and configured correctly. If using ARC, confirm that ARC is enabled on both the TV/display and the connected audio receiver/soundbar, and that the correct HDMI ports are used.
Cable does not fit securely into ports
Gently ensure the connectors are fully inserted. Check the HDMI ports on the source and display devices for any obstructions or damage.
Pros and Cons
Pros
Supports long-distance HDMI 2.0 transmission up to 50 meters without signal loss.
Flexible and lightweight hybrid fiber/copper design eases installation.
Self-powered booster circuit requires no external power source.
Compatible with high resolutions (up to 7096x2160) and HDR content.
Halogen-free construction for environmental and safety compliance.
Cons
Unidirectional architecture requires careful attention to source and display connections.
Not suitable for situations requiring bidirectional communication at the connector level.
Hybrid optical nature may require careful handling compared to pure copper cables.
Higher cost compared to standard passive copper HDMI cables for shorter runs.
Setup, Compatibility & Care
Setup:
Identify Direction: Crucially, this is a unidirectional cable. Locate the 'Source' or 'Display' labels on the HDMI connectors.
Connect Source: Connect the connector labeled 'Source' to your HDMI output device (e.g., PC, Blu-ray player).
Connect Display: Connect the connector labeled 'Display' to your HDMI input device (e.g., TV, monitor, projector).
Power: The cable is self-powered via the HDMI ports. Ensure both connected devices are powered on.
Compatibility:
HDMI Version: Compliant with HDMI 2.0b standard.
Resolutions: Supports up to 7096 x 2160 pixels at 60Hz (4K UHD).
HDCP: Compliant with HDCP standards for protected content.
Audio: Supports Audio Return Channel (ARC).
Connectors: Standard HDMI Type A (male) on both ends.
Care:
Cleaning: Use a soft, dry cloth to clean the connectors and cable jacket. Avoid liquids or abrasive materials.
Storage: Store in a cool, dry place. Avoid sharp bends or kinks, especially near the connectors, to protect the fiber optic elements.
Handling: While more flexible than copper, avoid excessive pulling or twisting of the cable.