Aktyna ENO
Perfect for digital sources, preamplifiers, or small amplifiers, the ENO model offers optimal isolation for light loads (up to 9 kg).
Technical Specifications:
Adaptation: Suitable for both electronics and speakers.
Load Capacity: Supports loads up to 9 kg per foot.
Dimensions: 40 x 33 mm.
Packaging: Available in sets of three or four pieces.
Maximum Recommended Load: 9 kg per foot.
Aktyna EGO
Versatile and suitable for a wide range of devices (up to 27 kg), the EGO is ideal for integrated amplifiers, CD players, or turntables.
Technical Specifications:
Adaptation: Suitable for both electronics and speakers.
Load Capacity: Supports loads up to 27 kg per foot.
Dimensions: 50 x 36 mm.
Packaging: Available in sets of three or four pieces.
Maximum Recommended Load: 27 kg per foot.
Aktyna EGO
Versatile and suitable for a wide range of devices (up to 27 kg), the EGO is ideal for integrated amplifiers, CD players, or turntables.
Technical Specifications:
Adaptation: Suitable for both electronics and speakers.
Load Capacity: Supports loads up to 27 kg per foot.
Dimensions: 50 x 36 mm.
Packaging: Available in sets of three or four pieces.
Maximum Recommended Load: 27 kg per foot.
E40 Integrated Amplifier
Neat, small-footprint, fully discrete AB Sanken-based amplifier, with phono, headphone, stereo pre-out & usb dac connectivity
Features
50 watts per channel @ 8 Ohm
Favorite volume memory with remote control button
Superb sounding headphone jack
Phono input for MM with 47k ohm
2 pairs of RCA line level analog inputs
Pre-amp output for adding a subwoofer
USB 2.0 supports PCM up to 48kHz/16-bit
3mm thick aluminum chassis, to effectively block EMI/RFI interference
Full-metal constructon for both vibration control and elegant styling
Half-size chassis enables desktop placement and fits a small stereo system
MC10
Reference Grade Rubidium-Based 10MHz Master Clock Generator
MC20
Timing is everything
Reference Grade Master Clock & Word Clock Generator
Rubidium Module 10 MHz Master Clock
Discrete OCXO Word Clock Outputs for Universal Connectivity
