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Product: Direct drive turntable with tonearm Denon DP3000NE
Manufacturer: Denon - Japan
Test sample kindly supplied by: Home Vision
List price: €2300
Reviewer: Piero Canova - TNT-Audio Italy
Reviewed: January, 2026

A moment of history to begin

In Europe, and particularly in Italy, where I live, the Denon brand became popular in the early 1960s when MC cartridges for broadcast use appeared that sounded really good: it was 1963 and the Denon DL 103 was born. The company was founded in 1910 and already had a long history of producing electronic products, including for consumer use. For our purposes today, in the late 1960s, Denon began working on the possibility of producing direct-drive electric motors. Today, even washing machines have direct-drive motors, but Denon was interested in two applications: turntables and digital tape recording. At around the same time, the Matsushita group was also working on the same type of motor, and the first direct-drive turntable was the Technics SP 10, the second was the Denon DN 302F.

The DN 302F was a machine for professional use but given the success of the SP10 also in the consumer market, Denon introduced the DP 5000 in 1971, which you see below next to the new DP 3000ne. After more than 50 years, it still works very well and holds its own against its contemporaries, the Technics SP 10 and Sony TTS 4000.

In the 1980s, the decline in interest in vinyl caused Denon to stop producing expensive turntables, which it resumed today with the DP 3000ne that we are going to test.

How it's made

I've had several Denon models in my hands, both as motor bases and as complete turntables, and when I opened the box, my first impression was of something familiar. The designer wanted to recall the old aesthetic of the DK 100 or DK 200 bases, but the second difference you immediately notice is that this turntable weighs a lot. The complete unit weighs 19 kg, which puts it among the heavyweights; my belief is that if you want to extract the full potential of a direct-drive motor base, go generous with the weight and you'll see the sound gain in detail and authority. Another flashback is the S-shaped tonearm: Japanese manufacturers have always had a passion for this geometry, although I can't explain why. Perhaps they dug out the old designs and simply updated them.

The base is black and appears to be made of a rather dull and heavy composite. Inside we find the switch mode power supply, the direct-drive motor, the two buttons for power and speed selection (33 or 45 rpm), the tonearm housing and on the back, the two RCA connectors for the signal, the ground terminal and an IEC socket for the power cable.

The build quality is truly excellent; aesthetically, the only surprising choice is that the Denon logo and the turntable's initials are in tone-on-tone gray, making them difficult to read. I understand the understatement, but it's almost impossible to tell who the manufacturer is and what the model is.

Speaking of the motor, the technological evolution compared to older models is evident; a permanent magnet is integrated into the platter instead of the magnetic strip on the platter’s inner edge which was read by tape-recording head. Denon states that one of the innovative features is motor control via Space VectorModulation (SVM) which allows advanced control of torque and desired speed.

If you have a degree in Electronic or Electrical Engineering, or if you're averse to technical details, you can skip the next chapter, and you won't have missed anything. If you're even slightly curious about how to control the rotational speed of a motor, I've tried to simplify a complex topic.

You're driving your car and you must maintain a speed of 50 km/h with absolute precision: how do you do it? There's a sensor that measures the rotations of the wheels and shows you a number on the dashboard. Your eyes read this number and transmit it to your brain, which acts on your muscles to accelerate or slow down. Technically, it's called a control loop; replace your brain with a microprocessor and motors to accelerate or slow down, and you'll have an electronic control system. After trying to maintain 50 km/h for a while, you'll notice that your speed fluctuates around 50 km/h because, when you reach the target speed, your response isn't instantaneous, so you'll only slightly exceed it, and similarly when you slowdown. To overcome this, the processor is taught to stop accelerating an instant earlier, and so on. All this is called PID, and there's a fair amount of rather annoying math behind it. Finally, we need to send an electrical signal to the motor to make it do what we want, and we use a system that sends on/off signals to the motor. This technique is called PWM, and its more advanced evolution, which allows for much more precise modulation, is Vector PWM.

Denon therefore chose a switching power supply because a linear power supply has a transformer that is a source of vibration, and it implemented the most advanced logic on the market for controlling the rotation speed. Unlike older Denons where the motor was completely enclosed, in this case the two main components of the motor are separated, as you can see below.

The plinth is significant in terms of dimensions; it measures 500mm wide, 394mm deep, and 185mm high, including the legs and lid. I say "legs" because they consist of four 72mm diameter legs that are adjustable in height. The included lid is well-made, but it makes quite a bit of noise when closed and touches the base.

Finally, the tonearm, which is a classic gimbaled “S”-shaped arm with an effective length of 10.4”. A hollow main counterweight is supplied, to which an additional counterweight can be added if very heavy shells or cartridges are used. Let's say that 10.4” is a halfway point between the classic 9” and 12”; I admit I've never understood the advantages of an “S”-shaped arm; perhaps in this case you get an effective mass that I measured around 12.5g and therefore it fits well with the compliances of most MC cartridges.

The antiskating is magnetic and can be adjusted with the knob in the foreground; it's very sensitive and needs to be calibrated carefully. The main counterweight rotates to increase or decrease the vertical tracking force (VTF); it works well, but if you want precision down to the hundredth of a gram, you'll have to spend some time. The vertical tracking angle (VTA) is adjusted with the lever you see protruding under the main pivot. It has a travel of about 9mm in height and is very practical to use. Let's say that the tonearm seems to be the component that has remained most in the past and where much more advanced products are found today. Suffice it to say that between the cartridge contacts and the connectors on the preamp phono there are 7 or 8 solder joints which means at least 5 more than the best products on the market.

How does it sound?

On these occasions, I always try to understand what determines the overall sound: we're testing a turntable and a tonearm, and each perhaps deserves its own review. Obviously, for team reasons, we're starting with a Denon DL 103 S. The first impression is of a stratospheric PRAT. The reference for this parameter (no offense, Denon) is my Technics SP 10 MK II, and I must say we're very, very close here. Compared to the DP 6000, it's more dynamic and faster. Measurements with the RPM app show excellent wow and flutter data; in absolute terms, they're comparable to the DP 6000 or the SP 10 MK II, but the shape of the curve is different, in that the oscillation around the nominal speed is softer in shape. One of the criticisms levelled at direct-drive turntables from the mid-1970s onward is that, in some cases, this constant correction and pursuit of the nominal value is noticeable. In this case, the intervention seems much more analogue.

The soundstage is very wide, but depth is a bit lacking, as almost all the instruments and voices are pushed forward. This is a turntable with powerful bass; the lower registers are truly prominent and sometimes even overly authoritative. I'd say it's the classic component that needs a bit of a dry-out in the bass, while the mids and highs are truly excellent. It's incredibly simple to use: on/off button on the left, 33 or 45 on the right, lower the cartridge, and you're ready to listen. Like all DD turntables, it reaches its rated speed in less than one revolution; in this respect, it seems a bit slower than its predecessors, but I don't think they overdid the motor torque as they did in the past.

Some Tweaking

With a great engine and potential, I certainly couldn't be satisfied with how it sounds -as is-. Here are some tips:

• mat over the stock rubber mat and in this case I used the Millennium Audio mat reviewed in the big mat shootout, or eliminate it and the HD graphite sounded best. I used the 400g version from Audiosilente; it's expensive, but it's a big step forward.
• Of the cartridges I have, the ones that sounded best were the Dynavector The Karat 23R and the Lyra Clavis DC. Both are dry and moderately bass-heavy, greatly improving the overall tonal balance. Koetsu and Shelter didn’t work well; ZYX was also good but I have one with silver wiring. I can’t judge the DL 103 since my own has too many modifications. By memory also some Benz or Clearaudio could perform well.
• The big feet didn't convince me much: four nice toes here are a godsend.
• Adjust the head so that it is either horizontal or at most slightly raised at the back. VTF at the bottom of the recommended window.
• A graphite shell is another great solution: my 103S with a graphite body sounded better than the Shelter 901 with a metal body.

Obviously, be careful not to overdo it with the adjustments, but the unit is very transparent and revealing, so you can immediately tell if you're overdoing it. Once you've found the right balance, the unit soars and delivers top-notch performance. Regardless, it's a turntable with its own distinct character that, in my opinion, deserves careful attention. The result of these simple refinements elevates the DP 3000ne to the level of a top-tier turntable; with a good cartridge, it can become the definitive turntable in many systems.

Conclusions

The asking price is around €2,300; not a small amount, but, in my opinion, it's worth every penny. If you want to get the most out of it (which is a lot), you'll have to work a bit, but you'll see that you'll have fun and get a lot of satisfaction.

P.S. Dear Denon, I hope you read this review. If so, would you sell me the motor, platter, and control and power electronics separately? Or could you remake a separate motor base like you used to, to mount on a custom plinth? I think there are plenty of enthusiasts out there who could make some truly exquisite turntables. Thanks. Piero

A heartfelt thanks to Home Vision and to Mrs. Alessia for her kindness and speed in sending me the turntable to test.

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© Copyright 2026 Piero Canova - piero@tnt-audio.com - www.tnt-audio.com

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