Meze 109 Pro & Liric Balanced Copper Premium Cable
|Cable material||Braided Furukawa PCUHD copperwiresOxygen Free Copper purity is 99.99% (5 ppm or less)|
|Conductors||0.04mm* 140 conductors in 8 wire to 4 wire continuous braid|
|Soldering||Jensen 4% silver soldering|
|TPE Sleeve||Made in USA|
|Headphone termination||Mono 3.5mm|
|Source termination & length||2.5 mm balanced gold-plated jack (1.3m)3.5 mm gold-plated jack (1.3m)4.4 mm balanced gold-plated jack (1.3m)6.3 mm gold-plated jack (2.5m)4 pin XLR balanced jack (2.5m)|
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The perfect match for your Meze Liric & 109 Pro headphones
This headphone cable upgrade is compatible with the 109 Pro & Meze Liric headphones & is a wonderful way to take your audio performance to the next level. To ensure compatibility with most audio sources, 5 options of jack connectors are available: 2.5 mm balanced, 3.5 mm, 4.4 mm balanced, 6.3 mm, standard 4-pin XLR balanced. Just pick and play.
Enhance the sound that is already there
Hand-braided from scratch by our team in Romania, the COPPER PREMIUM CABLES are meant to emphasise the sonic performance of your headphone, creating a full-bodied, musical experience. Bass is tighter, imaging and separation are improved and vocals stand out. A state-of-the-art conductor for audiophile cable manufacturing, PCUHD copper offers increased flexibility and is highly resistant to damage.
Made with high-grade Furakawa PCUHD copper
By combining a moulding process that uses no heat-resistant materials with post-processing free from hot extrusion or rolling processes, the product can be mass-produced in a way that excludes inclusions and impurities. It possesses high malleability and drawability that allows processing up to superfine wires.
Hand-braided in Romania
Featuring a proven twisted design, each cable is made of 140 conductors with 0.04mm in diameter, in an eight-wire to four-wire braid configuration. Twisting the wires minimises the energy of the magnetic fields created by each wire, allowing us to achieve proper noise and signal interference reduction. This technique accomplishes two main objectives: reduces outgoing noise and reduces incoming noise related to electromagnetic interference.
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