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VEVOR's cables are perfect for sending audio signals in the home or at work. They offer audio and video cables for flexible AV connectivity, as well as XLR cables, balanced XLR cables, and XLR microphone cables, designed to send signals clearly and without interference for live sound, broadcasting, and studio recording. VEVOR makes high-quality cables that keep the signal strong at every connection in your setup, whether you're wiring a home recording studio, connecting a live stage rig, or building a reliable AV system in a home theater or meeting room.
Are you unsure which cables will deliver the best, most reliable signal for your music or video setup? You can get audio and video cables, combination audio/video cables, XLR cables, balanced XLR cables, and XLR microphone cables from VEVOR. The cables come in a useful range of lengths and connector types to fit a wide range of needs, from small home studios to full professional live sound and broadcast installations.
Knowing the different types of cables and connectors is important to ensure the signal chain works reliably with all of them. VEVOR's cables cover the most common types of professional and home audio connections. They include flexible audio/video cables for general-purpose AV connectivity as well as precision-engineered balanced XLR cables and XLR microphone cables made for professional-grade noise rejection and signal integrity in noisy environments.
Audio and video cables are the most basic way to connect audio and video equipment in a home, business, or production setting. They carry audio and video data between source components, amplifiers, displays, and recording equipment. You can get VEVOR's audio and video cables in a variety of connector configurations, including RCA, TRS, HDMI, and combination audio/video, so you can use them with a wide range of equipment without adding any extra hardware at the point of connection.
A single cable run can carry both audio and video signals simultaneously, making it easier to manage cables and reducing the number of separate cable runs needed between components. This is especially useful in home theaters, conference rooms, and presentation settings. VEVOR's audio/video cables feature robust connector bodies that withstand frequent connections and disconnections in active AV systems. The oxygen-free copper conductors keep resistance low and the signal clear throughout the cable.
In recording studios, live sound systems, broadcast facilities, and other professional audio settings where signal quality, noise rejection, and secure connections are musts, XLR cables are the standard for connecting and sending balanced audio signals. Based on a three-pin XLR connector, VEVOR's XLR cables carry a balanced audio signal on two conductors with opposite polarity. This preserves the noise-canceling benefits of balanced transmission that are lost with unbalanced cables over longer cable runs.
One useful feature that distinguishes XLR cables from other audio connectors is that the female connector locks securely onto the male pin housing with an audible click. To disconnect, press and hold the connector release tab so you can't accidentally cut off the signal during a live performance or recording session, where a disconnected cable could ruin a take or stop the show.
You can get the best noise rejection from balanced XLR cables by using individually shielded conductor pairs, high-coverage braided outer shielding, and precision-terminated connector assemblies that keep the electrical symmetry between the two signal conductors that common-mode noise rejection needs.
The difference in performance between a well-made, balanced XLR cable and a poorly made one is most noticeable at the ends of the cable. When a cable runs for a long time in an electrically noisy area, poor shielding and poor termination let common-mode noise turn into annoying hum and interference that a well-made balanced cable would have completely blocked.
A lot of people use XLR microphone cables, and they have to work reliably to deliver a low-level microphone signal from the capsule to the preamp. However, noise pickup, signal loss, and the reliability of the connector can all significantly affect the quality of recorded or amplified sound.
Durability under the physical demands of active microphone use is also important in XLR microphone cables. VEVOR addresses this issue with heavy-duty outer jacket materials that resist abrasion and crushing on stage floors and in cable management systems, as well as flexible jacket compounds that make coiling and uncoiling easier in cold venues without stiffening the jacket, which can make cheaper cables harder to handle.
Cable length and construction quality directly affect how well a cable works in its intended application. If the cable is the wrong length, it will cause fitting problems. If the construction is poor, the signal will not be stable, regardless of the routing path. EEVOR engineers its cables to come in a useful range of lengths and with uniform build quality that ensures clean signal transfer across all professional and home audio connections.
Choosing the right cable length is a practical decision that balances the requirements of the signal path with those of cable management. If the cable is too short, it puts stress on the connector, accelerating wear and increasing the risk of disconnection. If the cable is too long, it causes management issues and adds extra capacitance to the signal path.
Shorter XLR microphone cable lengths, like 3 to 6 meters, work well for most recording booth-to-preamp runs in studios without cluttering the floor or microphone stand with extra cables. There should be 6 to 10-meter XLR cables for vocal microphone runs from the stage to the closest stage box in live sound applications. For drum kit or instrument microphone spots farther from the stage box, use 20-meter XLR cables.
The quality of construction affects both electrical performance (such as signal clarity, noise rejection, and frequency response) and physical durability over many years of frequent use. Oxygen-free copper conductors in VEVOR cables keep resistance low and ensure a clear signal throughout the cable. High-coverage braided shielding blocks electromagnetic interference from lighting systems, power cables, and wireless equipment that are common in live performance and recording settings.
The most likely part of any cable to break over its lifetime is the connector assembly. VEVOR addresses this problem with strain-relieved connector bodies, secure conductor termination, and strong shell materials that can withstand the physical stresses of repeated connection cycles, coiling, and the everyday impacts cables experience in use.
In every audio and video application, VEVOR's cables provide reliable signal transfer and long-lasting build quality. Their range includes audio and video cables, flexible AV cables for AV connectivity, XLR cables, balanced XLR cables, and XLR microphone cables designed for professional-grade noise rejection and signal integrity in studio, stage, and broadcast settings. VEVOR ensures every cable line has high-quality conductors, effective shielding, and long-lasting connector assemblies that keep working for years.
All XLR cables carry a balanced signal by virtue of the three-pin balanced connector format. The term "balanced XLR cable" specifically refers to cables constructed with higher-grade shielding, precision conductor geometry, and tighter termination standards that maximize the noise rejection the balanced format provides, making them the preferred choice for long cable runs and electrically noisy environments where signal integrity is critical.
Yes. VEVOR's XLR microphone cables are compatible with both dynamic and condenser microphones. Condenser microphones also require 48V phantom power supplied through the XLR cable from the connected preamp or mixing desk, a voltage that the XLR three-conductor format carries alongside the audio signal without requiring any additional cable type or adapter hardware.
For a typical live vocal setup where the microphone stand is positioned near the front of a stage and connects to a stage box or direct preamp input, a 6-meter XLR cable is suitable for most configurations. Larger stages or setups with the stage box positioned further from the performance area may need 10-meter or longer balanced XLR cables for a comfortable, untensioned run.
Compatibility with 4K video signals depends on the specific cable type and version. VEVOR's HDMI-based audio/video cables support 4K signal transmission on models rated for HDMI 2.0 or higher specifications. Always verify the specific bandwidth and specification rating of the cable model against your source and display equipment's resolution and refresh rate requirements before purchasing for a 4K application.
Use the over-under coiling technique, alternating the coiling direction with each loop to prevent the cable from developing a natural twist that causes kinks and internal conductor stress over time. Store coiled XLR microphone cables and balanced XLR cables vertically on hooks or flat in a cable bag, rather than compressing them under other equipment, which can deform the jacket and stress the conductor geometry over extended storage periods.
