What brand of connectors does this cable use?

This cable uses connectors from Ningbo Neutrik, which is a member of the trusted Neutrik group known for professional audio components.

What is the benefit of the oxygen-free copper used in this cable?

Oxygen-free copper (OFC) provides a low-loss transmission path, ensuring that the audio signal remains clean and free from degradation over the 5-metre length.

How does the cable prevent accidental disconnection?

The female XLR connector includes a retention clip that locks into the male socket of microphones or equipment, preventing it from being pulled out accidentally.

What type of shielding does this cable have?

The cable features a spirally wound screen designed to block interference and ensure a clean signal transmission even in electrically noisy environments.

Is the cable durable enough for live performance?

Yes, the connectors are housed in zinc diecast shells and feature POM strain relief and a PVC boot to withstand the stresses of frequent use on stage.

What is the specific length of this model?

This specific model of the Studiospares Plus XLR cable is 5 metres long, which is approximately 16.4 feet.

Does this cable help with signal integrity at the connection point?

Yes, the female end of the cable includes a soft seal designed to maintain signal integrity when connected to a microphone or input.

What is the internal cable grip design?

It uses a chuck cable grip, a classic Neutrik-style design that firmly holds the cable to prevent internal wires from snapping if the cable is pulled.

Who is the primary audience for the Studiospares Plus range?

The range is designed for performers, podcasters, and engineers who require professional reliability and high-quality signal transfer without a premium price.

How does this cable differ from a standard XLR lead?

Compared to standard leads, the Plus version features higher-quality Ningbo Neutrik connectors and more robust strain relief for increased longevity.

What materials are used for strain relief?

The cable utilizes a POM (Polyoxymethylene) strain relief mechanism along with a PVC boot to protect the cable from excessive bending and stress.

Can this cable be used for both microphones and line-level signals?

Yes, as a balanced XLR cable, it is suitable for both microphone-to-preamp connections and line-level signal routing between balanced studio equipment.

Gear article

Studiospares Plus XLR (M) to XLR (F) Cable 5m

The Studiospares Plus XLR (M) to XLR (F) Cable (5m) is a high-reliability balanced audio lead designed for performers, podcasters, and studio engineers. It features connectors from Ningbo Neutrik to provide robust signal integrity and mechanical durability at an accessible price point.

See live prices

Overview and Design

The Studiospares Plus series represents a mid-tier solution for professional audio connectivity, bridging the gap between basic utility leads and premium boutique cables. This 5-metre variant is specifically engineered for high-quality signal transfer in environments where dependability is paramount, such as live stages and recording booths.

The cable construction utilizes low-loss oxygen-free copper (OFC) to ensure signal purity across the frequency spectrum. To combat electromagnetic interference and radio frequency noise, the cable employs a spirally wound screen, making it suitable for use in busy electrical environments.

Connector Technology

A defining feature of the Studiospares Plus cable is the integration of connectors from Ningbo Neutrik, a subsidiary of the established Neutrik group. These connectors incorporate several design elements from classic Neutrik hardware:

Chuck Cable Grip: Provides a firm hold on the cable jacket to prevent internal solder joints from failing under tension.
Soft Seal: Located on the female end to maintain signal integrity and provide a snug fit with input sockets.
Retention Clip: An integrated mechanism to prevent accidental disconnection during use.
Zinc Diecast Shells: Offer high impact resistance and a long working life in demanding setups.
Strain Relief: Uses a combination of POM (Polyoxymethylene) and a PVC boot to distribute mechanical stress.

Sound Character and Performance

The primary goal of the Studiospares Plus XLR cable is transparent transmission. By utilizing oxygen-free copper, the cable minimizes resistance and capacitive loss, ensuring that the character of the microphone or output source remains unaltered. The spirally wound screen is effective at rejecting hum and buzz, resulting in a clean, interference-free signal path that is essential for both high-gain podcasting setups and critical studio tracking.

Applications and Compatibility

The 5-metre length is a versatile standard, providing enough reach for vocalists to move around a stage or for connecting microphones to an interface in a home studio. It is ideal for:

Podcasters: Ensuring a noise-free vocal chain.
Live Performers: Withstanding the rigours of setup and tear-down thanks to the zinc diecast shells.
Engineers: Providing a reliable alternative to budget 'Standard' cables without the high cost of flagship Neutrik-branded leads.

Comparison with Alternatives

Compared to the 'Studiospares Standard' range, the Plus series offers superior mechanical reliability due to the Ningbo Neutrik components. While standard cables may use generic shells, the Plus series benefits from the chuck-style strain relief usually found in more expensive models. It provides a more robust alternative to instrument-style cables like the Ernie Ball P06049 or patch-length leads like the Studiospares 30cm XLR, specifically targeted at users who need the balanced signal and locking security of an XLR connection for microphone-level or line-level signals.

Related gear

Frequently asked questions

What brand of connectors does this cable use?: This cable uses connectors from Ningbo Neutrik, which is a member of the trusted Neutrik group known for professional audio components.
What is the benefit of the oxygen-free copper used in this cable?: Oxygen-free copper (OFC) provides a low-loss transmission path, ensuring that the audio signal remains clean and free from degradation over the 5-metre length.
How does the cable prevent accidental disconnection?: The female XLR connector includes a retention clip that locks into the male socket of microphones or equipment, preventing it from being pulled out accidentally.
What type of shielding does this cable have?: The cable features a spirally wound screen designed to block interference and ensure a clean signal transmission even in electrically noisy environments.
Is the cable durable enough for live performance?: Yes, the connectors are housed in zinc diecast shells and feature POM strain relief and a PVC boot to withstand the stresses of frequent use on stage.
What is the specific length of this model?: This specific model of the Studiospares Plus XLR cable is 5 metres long, which is approximately 16.4 feet.
Does this cable help with signal integrity at the connection point?: Yes, the female end of the cable includes a soft seal designed to maintain signal integrity when connected to a microphone or input.
What is the internal cable grip design?: It uses a chuck cable grip, a classic Neutrik-style design that firmly holds the cable to prevent internal wires from snapping if the cable is pulled.
Who is the primary audience for the Studiospares Plus range?: The range is designed for performers, podcasters, and engineers who require professional reliability and high-quality signal transfer without a premium price.
How does this cable differ from a standard XLR lead?: Compared to standard leads, the Plus version features higher-quality Ningbo Neutrik connectors and more robust strain relief for increased longevity.
What materials are used for strain relief?: The cable utilizes a POM (Polyoxymethylene) strain relief mechanism along with a PVC boot to protect the cable from excessive bending and stress.
Can this cable be used for both microphones and line-level signals?: Yes, as a balanced XLR cable, it is suitable for both microphone-to-preamp connections and line-level signal routing between balanced studio equipment.