Varukorg 0 kr
Cambridge Audio Alva MC
5 990 kr
Cambridge Alva MC hos Lefflers Ljud & Bildupplevelser i Norrköping
'Alva MC - High-output Moving Coil Cartridge
UNITED KINGDOM, JULY 2019
Verdict: Hi-Fi Choice Highly Recommended
"The Alva MC is seriously impressive."
High-output Moving Coil – Outstanding musical detail.
Exposed Cantilever Design – Reduces unwanted resonance and vibration.
Elliptical Stylus – Improved frequency response and lower distortion.
Designed and Engineered in the UK – Bespoke Cambridge Audio design.
Alva MC High-Output Moving Coil Cartridge
With its exposed cantilever design and elliptical stylus, our engineers custom-designed Alva MC, a high-output Moving Coil cartridge for Alva TT to deliver stunning levels of musical detail. The 68° angled cantilever is a call-back to our founding year of 1968 and a celebration of over 50 years of innovation.
Vinyl as it Should Sound
Whether you’re dusting off your record collection or new to vinyl, there’s a unique sensation from the moment you lower the stylus onto an album, it clicks into place and the opening bars ring out. We've designed Alva to help you enjoy every note and nuance, from every record. Alva preserves the cutting engineer’s mastery – so that records sound as they should.
High-Output Moving Coil
Moving Coil cartridges are known for high-precision and detailed music reproduction during playback.
Exposed Cantilever Design
Alva MC utilises an exposed cantilever design. This cuts down on unwanted resonance and vibration that can be a downside of conventional enclosed designs.
Designed and Engineered in London
Finished in our custom lunar-grey to compliment Alva TT V2, the bespoke Cambridge Audio design adopts the patterned knurling found on our premium Edge hi-fi. The 68° angle seen running top to bottom is a call-back to our founding year of 1968. A playful touch that reminds us of our roots
CARTRIDGE TYPE High-output Moving Coil
FREQUENCY RESPONSE +/- 1dB 30Hz-20kHz
OUTPUT LEVEL 2mV @1kHz
TRACKING FORCE 2g
RECOMMENDED LOAD 47kΩ
SEPARATION 25dB @ 1kHz