Tasker Tas-1mf128zw03 Xlr 3-pin M-f Speaker Cable 3 M Silver . TASKER TAS-1MF128ZW03 Professional Balanced XLR Cable (3m). Experience uncompromising audio fidelity with this robust 3-meter male-to-female XLR cable. Featuring Oxygen Free Copper conductors and dual shielding, it ensures exceptional signal purity and superior noise rejection for pristine sound transmission. Built with genuine Neutrik connectors and durable construction, it´s the reliable link for studio, broadcast, and live performance audio. TASKER TAS-1MF128ZW03 Professional Balanced XLR Cable (3m) | M-FExperience uncompromising audio fidelity with the TASKER TAS-1MF128ZW03, a professional-grade balanced microphone and signal cable engineered for pristine sound transmission in studio, broadcast, and live performance environments. This 3-meter male-to-female XLR cable is meticulously crafted to deliver your audio signal with absolute purity, ensuring that every nuance of the original performance is captured and reproduced without interference or degradation. Whether connecting a high-end microphone to a preamp, linking mixers to active monitors, or patching together your studio rack, this cable is the reliable link your professional audio chain deserves.Key Benefits:* Exceptional Signal Purity: Featuring Oxygen Free Copper (OFC) conductors, this cable provides maximum conductivity and minimizes signal loss. This results in a transparent, uncolored audio path that preserves the natural tone and dynamics of your instruments and vocals, ensuring what you record is exactly what you hear.* Superior Noise Rejection: In an environment filled with potential electronic interference (EMI/RFI), the dual-shielding design is your best defense. A 100% tinned copper braided shield provides robust, flexible protection against hum, buzz, and radio frequency noise, guaranteeing a silent background for your critical audio work.* Industry-Standard Reliability: Equipped with genuine Neutrik XLR connectors (NC3MX and NC3FX), this cable offers a secure, locking connection that you can trust. Renowned for their durability and consistent performance, these connectors prevent accidental disconnections and ensure a flawless electrical contact every single time.* Built for Durability: Designed for the rigors of professional use, this cable features a robust construction with internal fillers that protect the conductors from stress, reduce handling noise (microphonics), and maintain the cable´s structural integrity through countless uses, twists, and turns.Main Features:This premium assembly is a balanced microphone cable designed for superior performance. At its core is the renowned Tasker C128 shielded cable, which boasts a substantial 2x0.35 mm² conductor cross-section. The cable is built with braided shielded OFC (Oxygen Free Copper 99.99% pure copper), providing unparalleled signal clarity and longevity. The shielding is further enhanced with a 100% tinned copper braid for complete coverage against interference. A specially designed filler between the conductors adds to its mechanical strength and reduces unwanted noise. The conductors themselves consist of one red copper and one tinned copper wire, a testament to its meticulous engineering. The cable is terminated with the globally recognized Neutrik NC3FX (female) and NC3MX (male) connectors, setting the standard for professional audio connections.Technical Specifications:* Product Code: TAS-1MF128ZW03* Product Type: Balanced Microphone / Line-Level Audio Cable* Length: 3 meters (approx. 10 feet)* Connectors: Neutrik NC3MX (3-pin Male XLR) to Neutrik NC3FX (3-pin Female XLR)* Cable Model: Tasker Super-Shielded C128* Conductor Gauge: 2x0.35 mm²* Conductor Material: 1x Oxygen Free Copper (red) and 1x Tinned Copper* Shielding: 100% Coverage Tinned Copper Braided Shield* Application: Microphones, Audio Interfaces, Mixers, Preamps, Effects Units, Active SpeakersAttributes: Cables, Sonido. tradeinn Techinn
Product specifications
| Brand | Tasker |
|---|---|
| EAN |
|
| Color |
|
| Size |
|
| Gender |
|
| MPN |
|
Price History
Prices were last updated on: