For musicians, engineers, and audiophiles alike, the pursuit of pristine sound reproduction often leads to the examination of every link in the signal chain, and one of the most overlooked yet critical components is the microphone cable. While the allure of a top-tier microphone and an acoustically perfect room can be intoxicating, a subpar cable can quickly degrade that hard-earned sonic quality, introducing noise, signal loss, and unwanted coloration. This is precisely why understanding and investing in the best high end microphone cables is not a luxury, but a fundamental necessity for anyone serious about capturing the purest audio possible.
Navigating the vast and often technical landscape of high-end audio cables can be a daunting task. Factors like conductor material, shielding, termination quality, and even the dielectric insulation all play a significant role in how accurately and cleanly your precious audio signal travels from your microphone to your preamplifier. This guide aims to demystify these elements, offering insightful reviews of the leading contenders and providing a comprehensive buying guide to help you make an informed decision. Whether you’re setting up a professional studio, a home recording haven, or simply seeking to elevate your live performance sound, discovering the perfect cable to complement your equipment will undoubtedly make a world of difference.
Before we get to our review of the best high end microphone cables, let’s browse through some relevant products on Amazon:
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The Pinnacle of Sonic Purity: An Overview of High-End Microphone Cables
In the pursuit of pristine audio, every component in the signal chain plays a crucial role. While the microphone itself often garners the most attention, the unassuming microphone cable is equally vital in translating the subtle nuances captured by your transducer into a usable electrical signal. High-end microphone cables are not merely conduits; they are sophisticated instruments designed to preserve sonic integrity, minimize noise, and ensure the highest fidelity from source to destination.
At this elevated tier, the construction and materials move beyond basic functionality. Expect to find meticulously crafted conductors, often oxygen-free copper (OFC) with very high purity levels, arranged in geometries specifically designed to shield against electromagnetic interference (EMI) and radio frequency interference (RFI). This superior shielding is paramount in preventing unwanted noise from creeping into your recordings, especially in live or electrically charged environments.
The connectors are another area where significant investment is made. High-end cables typically feature robust, gold-plated or rhodium-plated XLR connectors that offer superior conductivity and corrosion resistance, ensuring a secure and reliable connection over countless insertions and removals. The soldering and assembly are often performed with extreme precision, further minimizing signal loss and potential points of failure.
Ultimately, investing in the best high end microphone cables is an investment in the clarity, detail, and dynamic range of your audio. They are the silent guardians of your sound, ensuring that the delicate signals generated by your microphone are delivered to your preamplifier or interface without compromise, allowing the true character of your performance or recording to shine through.
The Best High End Microphone Cables
Mogami Silver Series Quad High-Z Microphone Cable, 20ft
Mogami has a well-deserved reputation for creating some of the finest audio cables in the industry, and the Silver Series Quad High-Z is a prime example of their meticulous craftsmanship. Designed for professional studio and live sound applications, this cable truly shines when used with high-impedance microphones, delivering an exceptionally clean and noise-free signal. The quad-conductor design effectively combats electromagnetic interference, ensuring that the subtle nuances of your instrument or voice are preserved, even in challenging RF environments. The substantial gauge of the conductors contributes to its robust build, promising a long lifespan of reliable performance.
Beyond its technical prowess, the Mogami Silver Series Quad High-Z is a pleasure to handle. The outer jacket is flexible yet durable, making cable management a breeze without the stiffness often found in other high-end cables. The connectors, typically Neutrik XLRs, are flawlessly fitted and provide a secure, reassuring connection. For engineers and musicians who demand the absolute best in signal integrity and are looking for a cable that can withstand the rigors of professional use while delivering unparalleled sonic clarity, the Mogami Silver Series Quad High-Z is an investment that pays dividends.
Canare L-4E6S Star-Quad Microphone Cable, 25ft
The Canare L-4E6S is a workhorse in the professional audio world, and for good reason. This cable offers an incredible balance of performance, durability, and value, making it a go-to choice for countless studios and live sound engineers. Its star-quad construction is highly effective at rejecting external noise, providing a remarkably quiet background for even the most sensitive microphones. The oxygen-free copper conductors ensure excellent signal transfer, allowing the full spectrum of your audio source to come through with clarity and definition.
What sets the L-4E6S apart is its ruggedness. The durable PVC outer jacket is resistant to abrasion and kinking, and the internal construction is designed to withstand repeated coiling and uncoiling without compromising its integrity. When paired with reputable connectors, the L-4E6S creates a connection that feels solid and reliable, giving you confidence in your signal chain. For those seeking a high-performance microphone cable that doesn’t break the bank but consistently delivers professional results, the Canare L-4E6S is an outstanding option.
Analysis Plus Silver Oval Studio Microphone Cable, 15ft
Analysis Plus is renowned for its innovative cable designs, and the Silver Oval Studio microphone cable is a testament to their forward-thinking approach. Utilizing a unique hollow-oval silver conductor geometry, this cable aims to minimize dielectric interference and skin effect, allowing for an exceptionally pure and uncolored signal transmission. The silver conductor material itself is known for its superior conductivity, which translates into a very detailed and articulate sound, particularly noticeable in the high frequencies.
The construction of the Silver Oval Studio cable is as impressive as its sonic potential. The meticulous weaving and the use of high-quality shielding create a cable that is both robust and aesthetically pleasing. While perhaps not as universally available as some other brands, for those seeking the pinnacle of detail and transparency in their microphone signal, especially in critical recording environments where every nuance matters, the Analysis Plus Silver Oval Studio microphone cable is a truly exceptional choice that can reveal new dimensions in your audio.
Gotham GAC-4/1 Double Reussen Shield Microphone Cable, 30ft
Gotham Cables are revered in audiophile and professional circles for their uncompromising commitment to sonic purity and their distinctive construction methods. The GAC-4/1 Double Reussen Shield microphone cable embodies this philosophy. Featuring a double Reussen shielding design, which involves two helically wound shields running in opposite directions, this cable offers an extraordinary level of protection against RFI and EMI. This exceptional shielding means an exceptionally low noise floor, allowing even the most delicate microphone signals to pass through unhindered.
The GAC-4/1 also employs a highly pure copper conductor and a sophisticated dielectric material that contributes to its remarkably neutral and accurate sonic signature. It’s a cable that doesn’t add its own character but rather faithfully reproduces the sound of the microphone and the source. The build quality is typically excellent, with robust connectors that ensure a reliable connection. For the discerning audio professional or enthusiast who prioritizes absolute transparency and noise rejection above all else, the Gotham GAC-4/1 is an investment in a truly premium audio experience.
Klotz AIS MY206 Star-Quad Microphone Cable, 20ft
Klotz Cables have a long-standing reputation for producing high-quality cables that are favored by many touring professionals and recording studios. The MY206 Star-Quad microphone cable is a standout offering that combines excellent sonic performance with rugged durability. Its star-quad construction provides superior rejection of external noise, ensuring that your microphone signal remains clean and free from interference, even in electrically noisy environments. The oxygen-free copper conductors contribute to a clear and balanced audio reproduction across the entire frequency spectrum.
The MY206 is built to endure the demands of frequent use. The outer jacket is tough and flexible, making it easy to manage and resistant to damage from being stepped on or dragged. The internal wiring is meticulously assembled, ensuring long-term reliability and consistent performance. When paired with high-quality connectors, the Klotz MY206 Star-Quad microphone cable presents a compelling package for anyone seeking a professional-grade cable that delivers reliable, noise-free audio reproduction and is built to last through countless sessions and performances.
The Unseen Advantage: Why Invest in High-End Microphone Cables
While many may overlook them, microphone cables play a crucial role in capturing pristine audio. These often-forgotten conduits carry the electrical signals from your microphone to your preamplifier or recording interface. The quality of these signals, and ultimately the fidelity of your recorded sound, can be significantly impacted by the materials and construction of the cable itself. Cheaper cables often suffer from poor shielding, leading to electromagnetic interference (EMI) and radio frequency interference (RFI) that can introduce unwanted hum, buzz, and static into your recordings. This noise floor can degrade the clarity and detail of even the most sophisticated microphones.
High-end microphone cables are engineered with superior shielding and high-purity conductors that minimize signal loss and external noise. This meticulous construction ensures that the delicate audio signal travels unimpeded, preserving the nuances and dynamics that professional microphones are designed to capture. For musicians, podcasters, and audio engineers who demand the highest level of sonic accuracy, investing in these cables is not a luxury but a necessity. The subtle differences they make can translate into a more professional, polished final product that truly stands out.
Furthermore, the durability and reliability of premium cables are often significantly better than their budget counterparts. Professional audio setups are frequently moved, set up, and torn down, and cables can experience considerable wear and tear. High-end cables are typically constructed with robust connectors, flexible yet tough outer jackets, and internal strain relief systems designed to withstand the rigors of frequent use. This translates to fewer replacements and a more dependable performance, saving both time and money in the long run by avoiding intermittent connection issues or complete cable failures during critical recording sessions.
Ultimately, the pursuit of superior sound quality often hinges on the details, and microphone cables are a prime example of this principle. While a great microphone and preamplifier form the foundation of excellent audio capture, the cable acts as the vital link that ensures that quality is not compromised. For those seeking the absolute best high end microphone cables, the investment pays dividends in the form of cleaner, more detailed, and more reliable audio, contributing significantly to the overall professionalism and artistic integrity of any audio project.
Understanding Cable Construction and Materials
The foundation of any high-end microphone cable lies in its construction and the materials used. This includes the core conductors, shielding, insulation, and outer jacket. High-quality conductors, typically oxygen-free copper (OFC) with a high purity percentage, ensure minimal signal degradation and a clear, uncolored sound. The stranding of these conductors, whether solid core or finely stranded, also plays a role in flexibility and durability.
Shielding is paramount in preventing unwanted electromagnetic interference (EMI) and radio frequency interference (RFI) from creeping into your audio signal. Look for cables with dense, braided shielding made from OFC or a high-conductivity alloy. Some premium cables may even incorporate multiple layers of shielding, such as foil and braid, for maximum protection. This attention to shielding is what separates a professional-grade cable from a hobbyist one.
The insulation around the conductors and the outer jacket are also critical. High-quality dielectric materials, like polyethylene or Teflon, are used for insulation to minimize capacitance, which can affect high-frequency response. The outer jacket needs to be durable, flexible, and resistant to abrasion and environmental factors. Materials like PVC, rubber, or even specialized polymers contribute to the cable’s longevity and ease of use in various recording environments.
The Impact of Connectors and Soldering
Beyond the cable itself, the quality of the connectors and the soldering technique are equally vital components of a high-end microphone cable. Neutrik XLR connectors are widely regarded as the industry standard for their robust build quality, secure locking mechanism, and excellent conductivity. However, even within reputable brands, there can be different tiers of quality and features, such as gold-plated contacts for superior corrosion resistance and signal integrity.
The soldering job is where many otherwise good cables falter. Professional-grade cables utilize meticulous hand-soldering techniques, ensuring a clean, strong connection between the conductors and the connector pins. This involves proper tinning of both the wire and the connector terminals, followed by a quick, clean solder joint that creates a continuous, low-resistance pathway. Avoid cables that appear to have messy or cold solder joints, as these are prone to failure and signal loss.
When examining connectors, pay attention to the overall fit and finish. The housing should be sturdy and free from sharp edges. The strain relief within the connector, which prevents the cable from pulling directly on the solder points, is also a crucial detail. High-end cables will feature well-engineered strain relief that accommodates the cable’s diameter effectively, significantly increasing the cable’s lifespan and reliability in demanding situations.
Cable Length and Its Sonic Implications
While it might seem straightforward, the length of a microphone cable can have subtle but discernible sonic implications, particularly with longer runs. For shorter distances, the impact of cable length is generally negligible. However, as cable length increases, so does the overall capacitance and resistance. These factors can lead to a slight roll-off of high frequencies, resulting in a less bright or detailed sound, especially when dealing with high-impedance microphones.
To mitigate these effects, high-end cable manufacturers often employ specific design choices. This can include using lower-capacitance dielectrics, higher-purity copper with larger gauge conductors, or specialized stranding techniques. The goal is to maintain the integrity of the audio signal over longer distances, ensuring that the nuances captured by your premium microphone are not lost in transmission.
When choosing a cable length, it’s always best to err on the side of caution and select a length that comfortably suits your studio setup without being excessively long. While premium cables do an excellent job of minimizing signal degradation, there’s still a point where physics dictates a noticeable impact. For most typical studio applications, lengths between 15 and 30 feet are often ideal, striking a balance between practicality and sonic preservation.
Maintenance and Care for Longevity
Even the best high-end microphone cables require proper maintenance and care to ensure their longevity and continued optimal performance. The most basic, yet crucial, aspect is careful handling. Avoid yanking or pulling cables by the connector; instead, grasp the connector housing itself when plugging or unplugging. This protects the solder joints and the internal wiring from undue stress.
Storage is another important consideration. When not in use, coil your cables neatly using the “over-under” method to prevent internal twisting and kinking. This technique creates loose, figure-eight loops that are easy to uncoil without creating knots or damaging the conductors. Storing cables in a dedicated cable bag or drawer, away from sharp objects and moisture, will further protect them from damage.
Regularly inspect your cables for any signs of wear and tear, such as frayed jackets, bent pins on the connectors, or loose connections. If you encounter any issues, it’s often best to have them professionally repaired rather than attempting a DIY fix, especially for expensive cables. A skilled technician can ensure that repairs are done correctly, preserving the cable’s audio quality and structural integrity.
The Definitive Guide to Choosing the Best High-End Microphone Cables
Selecting the right microphone cables is an often-overlooked, yet critical, aspect of achieving pristine audio quality. While the microphone itself garners much attention, a subpar cable can easily compromise its performance, introducing noise, signal degradation, and a loss of dynamic range. For those serious about capturing the purest possible sound, investing in high-end microphone cables is not a luxury, but a necessity. This guide will illuminate the key factors to consider when embarking on the journey to find the best high-end microphone cables that will elevate your audio productions.
1. Conductor Material: The Foundation of Signal Integrity
The material used for the conductors within a microphone cable is paramount to its sonic performance. Oxygen-Free Copper (OFC) is the industry standard for high-quality cables, and for good reason. OFC boasts a significantly lower percentage of oxygen impurities compared to standard copper, which minimizes oxidation and corrosion over time. This, in turn, ensures a cleaner and more consistent signal path. The fewer impurities in the copper, the less resistance the electrical signal encounters, leading to a more transparent transfer of your microphone’s nuanced sound.
Within the realm of OFC, you’ll encounter different purities, often expressed as “99.99%” or “99.999%” pure. While the difference might seem negligible on paper, in high-end applications, these incremental improvements can translate to a more defined and less colored sound. Higher purity copper allows for greater conductivity, reducing the minute signal losses that can occur over longer cable runs or when dealing with complex impedance matching. Ultimately, the conductor material sets the stage for how accurately your microphone’s voice is transmitted.
2. Shielding: Your Defense Against Interference
Microphone cables are constantly exposed to a barrage of electromagnetic interference (EMI) and radio frequency interference (RFI) from various sources, including power supplies, lighting rigs, digital equipment, and even ambient radio waves. Effective shielding is the cable’s primary defense against these sonic contaminants, preventing them from being induced into the audio signal. Without adequate shielding, these unwanted noises can manifest as hum, buzz, or crackling, severely impacting the clarity and usability of your recordings.
High-end microphone cables typically employ advanced shielding techniques. The most common and effective is a tightly woven braided shield, often made of copper or tinned copper. This dense weave creates a Faraday cage around the conductors, effectively diverting interfering signals away from the audio path. Some premium cables also incorporate a layer of foil shielding beneath the braid for an extra layer of protection, ensuring maximum noise rejection. The quality and coverage of the shielding are critical determinants of a cable’s ability to maintain signal purity in challenging environments.
3. Connector Quality: The Gateway to Connectivity
While the cable itself is important, the connectors at either end are the direct interface between your microphone and your audio equipment. Substandard connectors can introduce poor contact, oxidation, and ultimately, signal degradation or complete signal loss. High-end microphone cables utilize connectors from reputable manufacturers known for their robust construction and reliable performance.
Look for connectors with gold-plated contacts. Gold is highly resistant to oxidation and corrosion, ensuring a stable and low-resistance connection over time. This prevents signal “fading” or intermittent dropouts that can plague cables with cheaper, less durable connector materials. Furthermore, the mechanical integrity of the connector housing and the strain relief mechanism are crucial. A well-designed connector will feel solid, securely engage with the microphone and audio interface, and effectively prevent the cable from being pulled or stressed at the connection point.
4. Cable Construction and Flexibility: Durability Meets Usability
The physical construction of a microphone cable plays a significant role in its longevity and ease of use. High-end cables are built to withstand the rigors of frequent use, whether in a studio environment or on the road. This often means utilizing robust outer jackets made from durable yet flexible materials like PVC or proprietary rubber compounds. A cable that is too stiff can be cumbersome to manage and more prone to kinking or damage.
Beyond durability, flexibility is also key for practical application. A cable that drapes well and doesn’t kink easily makes setup and tear-down a smoother process. Good strain relief at the connector points is also a vital aspect of cable construction, preventing the wires from being stressed or broken at their most vulnerable points. These construction elements contribute not only to the cable’s lifespan but also to its overall user experience, ensuring it remains a reliable tool rather than a source of frustration.
5. Capacitance: The Silent Sonic Sculptor
Capacitance refers to the measure of how much electrical charge a cable can store. In audio cables, capacitance is an important, albeit often misunderstood, factor. Higher capacitance can lead to a subtle roll-off of high frequencies, making the sound appear “duller” or less “airy.” This effect can be more pronounced with longer cable runs. High-end microphone cables are designed with low capacitance, meaning they have been engineered to minimize this unwanted high-frequency attenuation.
The capacitance of a cable is influenced by several factors, including the dielectric material surrounding the conductors and the proximity of the conductors to each other. Cables designed with a low dielectric constant material and optimized conductor spacing will exhibit lower capacitance. While the audible difference might be subtle to some ears, for critical listening and professional recording, minimizing capacitance is essential for preserving the full-frequency response and the intricate details captured by your microphone.
6. Overall Sonic Character: Transparency and Fidelity
Ultimately, the “best” high-end microphone cables are those that contribute to a transparent and faithful reproduction of your audio source. While conductor material, shielding, and connectors lay the groundwork for this, the overall design and quality of components combine to create a distinct sonic character. High-end cables aim for neutrality, meaning they color the sound as little as possible, allowing the true character of your microphone and performance to shine through.
This sonic character isn’t about adding “warmth” or “brightness” in an artificial way, but rather about preserving the micro-dynamics, transient response, and harmonic richness of the original sound. When you listen to music through a truly high-end microphone cable, you shouldn’t be consciously aware of the cable’s presence. Instead, you should perceive a clearer, more detailed, and more impactful rendition of the audio. It’s about achieving a level of fidelity that allows you to hear every nuance and subtlety captured by your microphone.
Frequently Asked Questions
What makes a microphone cable “high-end”?
High-end microphone cables differentiate themselves through superior construction, materials, and shielding. This typically translates to thicker gauge conductors made from pure, oxygen-free copper (OFC), which minimizes signal loss and ensures a cleaner audio signal. The dielectric material surrounding the conductors is also crucial, with high-quality cables using materials like polyethylene or PTFE to reduce capacitance, further enhancing signal integrity.
Beyond the internal components, the connectors and overall build quality are paramount. High-end cables feature robust, gold-plated XLR connectors that provide excellent conductivity and corrosion resistance, ensuring a secure and reliable connection every time. The outer jacket is usually made from durable, flexible materials like PVC or a braided sleeve, designed to withstand wear and tear while remaining easy to manage and resistant to tangling.
Are expensive microphone cables truly worth the investment?
For professional audio engineers, musicians, and audiophiles, the investment in high-end microphone cables can be significant. The improved signal-to-noise ratio, reduced interference, and enhanced clarity offered by premium cables can directly impact the quality of a recording or live sound performance. In critical listening environments where subtle details are paramount, the difference in audio fidelity can be readily apparent and justify the higher cost.
However, for casual users or those working in less demanding environments, the sonic benefits might be less pronounced. While even budget cables offer decent performance, the discerning ear and specialized applications are where the true value of high-end cables shines. Ultimately, the worth of an expensive cable depends on your specific needs, equipment, and expectations for audio quality.
What are the key factors to consider when choosing a high-end microphone cable?
When selecting a high-end microphone cable, pay close attention to the conductor material, gauge, and shielding. Pure OFC conductors are a must for optimal conductivity, and a thicker gauge generally means less resistance and better signal transmission over longer distances. Effective shielding, such as double-shielding with a spiral wrap and a conductive layer, is vital to protect your audio signal from electromagnetic interference (EMI) and radio frequency interference (RFI), which can introduce unwanted noise and hum.
The quality of the connectors and the overall construction of the cable are equally important. Look for reputable brands known for their durable, gold-plated XLR connectors that offer a tight fit and reliable connection. The cable’s flexibility, durability, and resistance to kinks and tangles are also practical considerations that contribute to ease of use and longevity.
How does cable length affect sound quality?
The length of a microphone cable can influence sound quality, particularly concerning signal degradation and susceptibility to interference. As cable length increases, the signal has to travel a longer distance, which can lead to a slight loss in signal strength and a potential increase in electrical resistance. This can manifest as a subtle attenuation of high frequencies or a slight reduction in overall clarity, especially with lower-quality cables.
Moreover, longer cables act as larger antennas, making them more prone to picking up external electromagnetic interference (EMI) and radio frequency interference (RFI). This unwanted noise can manifest as hum, buzz, or static in your audio signal. High-end cables, with their superior shielding and materials, are designed to mitigate these effects, ensuring that signal integrity is maintained even over extended lengths, but there will always be a theoretical limit to perfect signal transmission.
What is the importance of shielding in a microphone cable?
Shielding is a critical component of any microphone cable, especially in high-end models, as its primary function is to protect the delicate audio signal from external noise. Electromagnetic interference (EMI) and radio frequency interference (RFI), emanating from sources like power cables, lighting equipment, and wireless devices, can easily infiltrate unshielded or poorly shielded cables, introducing unwanted hum, buzz, or static into your recordings or live sound.
High-end cables typically employ robust shielding techniques, such as a dense spiral wrap of copper or aluminum foil, often combined with a conductive inner layer. This multi-layered approach creates a Faraday cage effect, effectively diverting external electrical noise away from the signal conductors. Without effective shielding, even the best microphone and preamplifier can be compromised by the introduction of unwanted artifacts, significantly degrading the overall audio quality.
Are there specific types of microphone cables for different applications?
While the fundamental design of a balanced XLR microphone cable remains consistent, certain specialized cables cater to specific applications. For instance, some cables are designed for extreme environments, featuring more rugged outer jackets and reinforced connectors to withstand physical abuse or varying temperatures. Others might be optimized for very long runs, employing thicker gauge conductors and enhanced shielding to minimize signal loss and interference over extended distances.
In professional studios, digital audio snakes are often used, which carry multiple channels of digital audio over a single cable, reducing the need for numerous analog mic cables. However, for traditional analog microphone connections, the core principles of good shielding and conductor quality remain paramount across most applications, whether it’s for live performance, studio recording, or broadcast.
How should I care for and maintain my high-end microphone cables?
Proper care and maintenance are essential to ensure the longevity and optimal performance of your high-end microphone cables. After each use, gently coil the cables, avoiding tight kinks or sharp bends that can damage the internal conductors and shielding. Store them in a dry, protected environment, away from direct sunlight and extreme temperatures, to prevent material degradation.
Regularly inspect your cables for any signs of wear and tear, such as frayed jackets or damaged connectors. Clean the XLR connectors with a soft, dry cloth to remove any dust or debris that could impede conductivity. If you encounter any persistent noise or signal issues, it’s often best to have the cable professionally inspected or repaired, as attempting DIY fixes on high-end cables can sometimes cause more harm than good.
Conclusion
In conclusion, investing in the best high end microphone cables is not merely about acquiring accessories; it’s about investing in the purity and integrity of your sound. As we’ve explored, superior shielding, advanced conductor materials, and meticulous construction are the hallmarks of cables that elevate your audio from good to exceptional. These premium components minimize noise, preserve sonic detail, and ensure the faithful transmission of every nuance captured by your microphones, thereby unlocking the full potential of your recording or live performance environment. By understanding the critical differences that set high-end cables apart, you can make an informed decision that directly impacts the quality and professionalism of your audio output.
Ultimately, the discerning audio professional recognizes that every element in the signal chain contributes to the final product. Choosing the right high-end microphone cables is a strategic decision that offers tangible benefits, from improved signal clarity and reduced interference to enhanced durability and long-term reliability. Our comprehensive review and buying guide have armed you with the knowledge to navigate this specialized market, empowering you to select the cables that best suit your specific needs and budget. Embrace the opportunity to refine your audio, eliminate unnecessary compromises, and experience the distinct advantage that only the best high end microphone cables can provide.