Tekton MOAB Floor Standing Speakers with Paradigm Servo15 Sub Once I realized the full spectrum potential of the GENOS factory demos I decided to play them on a pair of floor standing Tekton MOABs.
Tekton Design MOAB Speakers Each speaker has two 12” Eminence bass drivers from the Pro Audio Neodymium series along with an array of 15 Wavecor Tweeters. All of these tweeters besides the center one acts like a low mass mid-range driver. This design has been patented by Eric Alexander, President of Tekton Design.
These speakers are tall measuring 69 inches in height. Each one weighs 135 lbs and can handle a maximum power rating of 900W. I have the 4ohm version.
I am using a Parasound A21+ Stereo Power Amp. This is a Class A/AB power amp that delivers 500W/channel into 4 ohms.
Parasound A21+ Power Amp Stereophile Magazine listed this amp under their Class A Recommended Components. It lives up to its promise.
To smoothen and tighten up the bass response down to 20Hz, I paired the Tekton MOABs with a Paradigm Servo 15 servo controlled seal sub.
To feed the cleanest signal possible to this setup I connected the Coax Digital Output of the GENOS to the Coax Digital Input of an RME ADI-2 DAC.
RME ADI-2 DAC The RMI ADI-2 DAC is a stellar product. This professional 2-channel digital to analog converter works equally well in mastering studios as well as in high-end audiphile rigs.
I was so impressed with its performance that I was compelled to leave a 5-star review on B&H:
My Review of the RMI ADI-2 DACI connected the Analog RCA Output of the RME ADI-2 DAC to the Analog RCA Inputs of the Parasound A21+ Power Amp.
The Mackie 1604VLZ mixer was out of the loop.All outputs (analog/digital) plus the headphone output is always active on the GENOS. The Master Volume controls the Analog and Headphone outputs. However, it has no effect on the Digital Output. This is something to take into consideration.
When you are connecting the Digital Output of the GENOS to a DAC you must have a way to control the output volume from your DAC before it reaches the power amp. Luckily the RME ADI-2 DAC allows you to control the output volume thus eliminating the need for a preamp.
After double checking all the connections, I started the Orchestral Demo on the GENOS and gradually raised the output volume on the DAC to 0dB.
WOW!!!
The soundstage opened up wide and clear. There are some deep notes on this Orchestral Demo. They energized the Servo-15 sub pressurizing the room. I could hear every nuance of each instrument from the thunderous dynamics to the faintest twinkling of the wind chimes.
THE MUSIC CAME ALIVE.So, this is how the GENOS was meant to sound.
The presentation was effortless with crystalline clarity with no trace of congestion. It sounded just like a soundtrack from a Hollywood blockbuster movie.
It is hard to believe all these sounds are coming from a single Arranger Keyboard, each instrument enhanced with studio quality effects. The realism of all these synthesized voices in the GENOS is quite startling when you hear how close it sounds to real instruments.
The GENOS benefits from the best quality playback system you can throw at it. You are only limited by the capability of your audiophile setup.
I have replaced the stock Wavecor center tweeters on the MOABs with state of the art Scanspeak Illuminator Beryllium Dome Tweeters.
Scanspeak Illuminator Beryllium Dome Tweeters These Beryllium Tweeters brings the smoothness and delicacy of the finest Electrostatic Speakers.
I used a miniDSP UMIK-1 mic with the Room EQ Wizard (REW) Software to get the best frequency response in my studio.
You can read about my journey into setting up a far field monitoring system using the Tekton MOABs on this thread on AVS Forum.
AVS Forum - Tekton Owners Thread While the Digital Output from your GENOS feeding into your Power Amp via a DAC will yield the cleanest signal and arguably the best performance, it is not practical in a studio setting.
The reason being, you would most likely be using a family of sound modules and synthesizers along with your GENOS.
You would need to combine the outputs of each device and sum down to stereo. The smart and economical way is to use an all Analog Mixer like the Mackie 1604VLZ4. This maintains the warmth and clarity of the final mix.
Digital mixers in this price range just do not sound as good. The final mix sounds brittle and flat.
You would have to spend mega bucks to get a digital console to sound as good as an analog Mackie 1604VLZ4 mixer.
I disconnected the RMI ADI-2 DAC and connected the Main Analog Output of the GENOS to the Mackie 1604VLZ4 which fed the Parasound A21+ power amp.
This is how the GENOS will be used alongside other devices. The Mackie 1604VLZ4 offers a ton of controls with 4 Aux busses per channel. I tried twiddling with the EQ knobs. I tried inserting a Sony DPS-R7 Reverb on Aux Busses 1 and 2. I tried inserting a Lexicon PCM92 on Aux Busses 3 and 4.
I was trying to see if I could further enhance the sound of the GENOS factory demos.
The factory demos are perfect. They have been polished with just the right EQ, Compression, and studio effects by Yamaha engineers.
There is absolutely no need to alter them via outboard gear. Just set the Input Gains to Unity, set EQ to flat, push up the Fader Levels to Unity, Pan the Left Channel hard left, Pan the Right Channel hard right and you are good to go.
Yes, the Yamaha GENOS is an expensive device. However, one should compare how much money one would need to spend to create a project that would rival the factory demos on the GENOS.
The GENOS marks an important milestone in Yamaha’s illustrious R&D history.