Aristona AR-9106 (1967)

The Aristona AR-9106 reel-to-reel tape recorder from 1967 was actually a rebadged version of the Philips N4302. Philips frequently marketed its consumer audio gear under alternative brand names to target different price points and European markets. The exact same machine was sold across three distinct brand labels with identical internal hardware: Philips N4302 (The original design), Aristona AR-9106, Erres RS6603. This is a 2-Track, Automatic Mono Tape Recorder. A family tape recorder, a high performance machine built to quality standards without frills or complications. Ease of operation. Good strong sound, and a sensible price. Simple as it is, though, you can still record with it from the radio, record player or another recorder. Whatever it records, your family or ... Discover More

PHILIPS LHH-800R (1995) | Reference CD Player

Built for Natural, Precise Music Reproduction the Philips LHH-800R represents an uncompromising approach to CD playback, designed to extract the musical information recorded on the disc while pursuing a natural, highly responsive sound. Developed as a luxurious refinement of the technology used in Philips' Reference Series, the LHH-800R combines advanced digital circuitry with carefully engineered analog stages.

Philips LHH-800R Main Specifications

Frequency response: 20–20,000 Hz ±0.5 dB

Dynamic range: 96 dB

Signal-to-noise ratio: 100 dB or more

Channel separation: 96 dB or more at 1 kHz

Harmonic distortion: 0.005% or less at 1 kHz

Dimensions: 474.5 × 143 × 359 mm (W × H × D)

Weight: approximately 18.5 kg

Accessories: RC800R LHH remote control

Original sale price in Japan: 450.000 Yen

A newly developed discrete amplifier is one of the defining elements of the LHH-800R. Philips removed the operational amplifier from the DAC7 I/V stage and replaced it with a wideband discrete amplifier designed for very high speed. The amplifier is specified with a 200 V/µs slew rate, allowing the circuit to respond rapidly to musical transients while maintaining a wide dynamic range. The design goal was not simply higher speed. Philips aimed to combine fast response with what the company described as a warm and natural sound quality. Philips DAC7: A Direct, Music-Focused Approach. The DAC7 is the heart of the digital-to-analog section. Philips used its proprietary Bitstream D/A converter in a deliberately simple single differential configuration. Rather than surrounding the DAC with a complicated circuit, the design concentrates on bringing out its characteristics directly. The stated result is a direct presentation intended to preserve the energy and dynamism of the music. The following differential amplifier also avoids conventional op-amps. Instead, Philips uses a discrete, low-negative-feedback configuration designed to provide excellent phase characteristics, wide dynamic range, high speed, and strong instantaneous current capability. The LHH-800R uses a fully balanced four-channel output arrangement, with the positive and negative phases kept aligned without relying on transformers or inverting amplifiers. This approach was intended to maximize the advantages of balanced transmission while achieving extremely linear operation. The balanced outputs also provide compatibility with BTL drive amplifiers, giving the LHH800R additional flexibility for advanced systems. Separate Power Supplies for Digital and Analog Sections. Power supply design receives considerable attention. The LHH800R employs two independent power transformers, with separate transformers assigned to the analog and digital sections. Philips also describes independent power-supply arrangements for individual stages, including the display section, in an effort to minimize interference caused by the power supply. The analog and DAC sections therefore receive dedicated power treatment rather than relying on a single shared transformer arrangement. Simple Analog Output Filtering. The analog low-pass filter uses a simple third-order CR configuration. Philips emphasizes its phase characteristics and the intention to minimize its influence on the audio signal. This reflects the overall philosophy of the LHH800R: use straightforward circuit arrangements where possible while concentrating engineering effort on the sections that directly influence signal conversion and transmission. High-End Construction and Styling. The LHH-800R is built as a substantial high-end component. At approximately 18.5 kg, its construction reflects the ambitious position of the model within Philips' CD player range. The chassis incorporates aluminum die-cast construction, while the front panel combines wood and a gold-like material in a distinctive design influenced by European aesthetic. The unit also uses fully integrated RCA pin jacks designed for durability, together with a so called Nafuron material for the connections. What Makes the Philips LHH-800R Special? The LHH-800R was created as a refined development of Philips' Reference Series philosophy: a straightforward concept intended to bring digital and analog technology together as naturally as possible. Its most distinctive technical choices are the DAC7 Bitstream converter, discrete I/V conversion, fully balanced four-channel output, separate digital and analog transformers, and extensive attention to power-supply isolation. Rather than relying on specifications alone, Philips positioned the LHH-800R around the pursuit of natural sound, accurate timing, wide dynamics, and faithful reproduction of the musical energy contained on the CD.

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PHILIPS FR-980 (1988) | World-Class technology, European Excellence

If you're searching for one of the most ambitious early A/V receivers, the Philips FR980 deserves serious attention. Combining high-powered amplification, Dolby Surround decoding, advanced video switching, and one of the most sophisticated learning remotes of its time, the Philips FR980 was designed to be the centerpiece of a premium home entertainment system. Unlike many receivers of its generation, the FR980 wasn't simply built to follow industry trends. Philips engineered it to anticipate future technologies while delivering audiophile-grade sound quality, making it one of the company's most technically advanced receivers ever produced.

Philips FR980 Technical Specifications

Amplifier Power: 125 watts per channel into 8Ω (FTC, 20Hz–20kHz, 0.01% THD)

Rear Surround Power: 15 watts per channel (FTC)

High-current, low-impedance amplifier design

Built-in Dolby Surround decoder and amplifier

Listening Modes: Dolby Surround, Matrix, Spatial, Stereo, Mono

Ambience Modes: Jazz, Rock, Movie, Orchestra

7-band graphic equalizer

Equalizer Memory: 4 factory presets + 5 user memories

Motorized electronic volume control

Digitally synthesized AM/FM tuner with 19 station presets

Universal learning remote with LCD display

Controls up to 10 audio/video components

37 programmable keys plus master command functions

Display illumination adjustment

Weight: 15.9 kg

Dimensions (W/H/D): 430x150x390 mm

Rather than creating another conventional stereo receiver, Philips designed the FR-980 from 1988 as an early complete audio/video control center. At a time when Dolby Surround was rapidly transforming home entertainment, the FR-980 integrated both the decoder and dedicated rear-channel amplification into a single chassis. This eliminated the need for external processors while providing a genuine cinema experience at home. Its generous connectivity also prepared owners for emerging formats including CD, CD Video (CD-V), DAT, multiple VCRs, and various audio sources. High-current amplifier architecture. Power delivery is where the FR-980 truly distinguished itself. Instead of focusing solely on continuous power ratings, Philips engineered a high-current output stage capable of driving demanding 4-ohm and even 2-ohm loudspeakers. The substantial dynamic power reserve allowed the amplifier to reproduce explosive musical peaks and movie soundtracks without audible compression. This robust design contributed to effortless dynamics and impressive speaker control. Dolby Surround with Music and Movie optimization. Philips enhanced the standard Dolby Surround experience by introducing dedicated equalization profiles. Movie Mode emphasized dramatic sound effects and cinematic impact. Music Mode applied gentler equalization to improve Dolby Surround-encoded concerts and music videos. Additional Matrix, Spatial, Stereo and Mono modes gave listeners considerable flexibility depending on program material. 7-band graphic equalizer with Acoustic Memory. Unlike conventional tone controls, the FR-980 incorporated a fully electronic 7-band graphic equalizer. Frequency bands at 64Hz, 150Hz, 400Hz, 1kHz, 2.5kHz, 6.3kHz and 15kHz allowed precise room correction. The Acoustic Memory system stored four factory curves while giving users five programmable presets for different speakers, rooms, or listening preferences. Motorized precision volume control. Professional-grade volume adjustment was another premium feature. The motor-driven analog potentiometer maintained excellent signal-to-noise performance while allowing remote adjustment with exceptional precision—a luxury feature rarely found on receivers of its era. One of the smartest remotes of its generation. The supplied remote was years ahead of most competitors. Its large LCD display, learning capability, programmable buttons and memory for more than 700 infrared commands allowed it to replace multiple remote controls. Owners could operate amplifiers, CD players, televisions, DAT decks, tape decks, VCRs and more using a single handheld controller. The FR-980 incorporated video enhancement circuitry together with a split-screen comparison mode, allowing users to instantly compare processed and unprocessed images. This was an unusually advanced feature during the early days of home theater receivers. The Philips FR-980 combines the warmth expected from premium late-1980s receivers with excellent dynamic authority. Stereo playback remains clean, powerful and highly detailed, while Dolby Surround material benefits from convincing ambience and stable imaging. Its substantial current capability also makes it surprisingly comfortable driving large vintage loudspeakers that challenge many modern AV receivers.

Final Verdict

The Philips FR980 represents Philips engineering at its most ambitious. Rather than simply producing another stereo receiver, Philips created a complete entertainment control center capable of handling demanding loudspeakers, sophisticated surround processing, extensive source management and future-ready connectivity. Today, the FR980 stands as an impressive reminder of the period when manufacturers competed not only on power output, but on innovation, versatility and engineering excellence.

...and then one final note: there was a later and completely different Philips FR-980 Matchline model from 1998...  

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Aristona TR 8845 CD Soundmachine (1986)

 

The Aristona TR 8845 CD Soundmachine is a rare European boombox from 1986, sold primarily in the Netherlands under the Aristona brand but actually built by Philips. It was also marketed in Germany as the Schneider TR 8845, both versions being rebadged variants of the original Philips D8854 manufactured in Austria. The model became famous after appearing in the James Bond film The Living Daylights, where Q demonstrates it as a missile-launching "ghetto blaster" disguised as a portable stereo. Featured during a Q Branch demonstration, the seemingly ordinary boombox is revealed to be a disguised weapon capable of ... Read More

PHILIPS/marantz DPM7 (1987) | Digital Processing

 

The Philips/marantz DPM7 Digital Processing Pre-Main Amplifier Prototype is an exceptionally rare piece of Philips and Marantz digital audio history. Developed in Eindhoven, The Netherlands, and hand-built in a limited run of approximately 60 units, the DPM7 was never officially released to the market, making it one of the most sought-after Philips/Marantz prototypes ever created. Designed by the same engineering team behind the legendary Philips MFB and later DSS Digital Speakers, the DPM7 showcased an ambitious vision of digital audio years ahead of its time. At its heart is the renowned Philips TDA1541A HHH8714 1Y DAC, while the power amplifier section shares much of its design philosophy with the acclaimed Marantz PM64mkII, delivering the warm, detailed and musical sound for which classic Marantz components are famous. The innovative digital control stage incorporated the world's first ASP (Audio Signal Processor) developed specifically for hi-fi equipment, allowing fully digital processing of volume, tone and sound-shaping functions without compromising audio quality. Features include a digital graphic equalizer, adjustable room acoustics settings, digital reverberation, dynamic range control, special sound effects, acoustic memory presets and multiple digital and analog inputs, making the DPM7 a true precursor to later room-correction and digital sound-processing technologies. From the planned user manual: "The Philips/Marantz DPM-7 is an pre-main amplifier comprised of both a digital control amplifier and a 100W x2 high power amplifier. The digitalized control amplifier portion includes the world's first ASP (audio signal processor) developed exclusively for audio equipment. The functions of the control amplifier are processed digitally, thus totally eliminating any chance for diminished sound quality. Furthermore, the digital sound processing concept has been incorporated in every aspect of the control functions. The DPM-7 is equipped for a great variety of functions, including digital reverberation, a digital graphic equalizer, and many controls for creating the perfect sound field." Specifications: ASP (Sound Signal Processor): Sampling frequency: 44.1kHz, Quantization: 16-bit linear | Digital inputs: CD1, CD2/DAT 2, DAT 1 | Digital Sound Processing: Reverberation: 1sec - 9sec, Reverberation/Absorption: 3 positions: hard/medium/soft, Graphic equalizer: +/-12dB (2dB steps), Variable frequencies: 32Hz, 64Hz, 125Hz, 250Hz, 500Hz (1/3 octave from central frequency) 1kHz, 2kHz, 4kHz, 8kHz, 16kHz | Dynamic range control: compression/expansion - release time: 3 positions long/medium/soft | Special effects: 5 positions | Acoustic memory: 4 memories | Volume preset: 2 presets | Analog inputs: Phono (MM/MC), CD, Tuner, Tape 1, Tape 2 | Power Amplifier Section: Rated output: 100W x 2 (20Hz - 20kHz - 6ohm) | Frequency response: 20Hz - 20kHz (+0, -0.3dB) | Dimensions: 420x146x334mm (wxhxd) | Weight: 14.5kg

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PHILIPS D8080 (1988) | Le Cube

 

This stereo radio cassette recorder was part of the "Moving Sound" series of portable units from Philips introduced in 1988. This particular unit was called "Le Cube" because of it's...cube shape. It features FM Stereo and AM radio section, Peak Music Power...Read More

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PHILIPS N5846 (1981) | MC-micro computer

 

The Philips N5846 was a genuinely forward-thinking cassette recorder — one of those rare designs where ambition and engineering meet in a very distinctive way. It offered a rich set of recording and playback features that made it especially appealing to tape enthusiasts: a built-in mixer with master control, adjustable tape speed (pitch control), and advanced post-fading with customizable fade-in and fade-out times. One of its most unusual features was the MC-CCS (Micro Computer Controlled Search) system, a computer-coded track search and programming function that was far ahead of its time. Originally introduced as the N2554, this model later evolved into the N5846, gaining eye-catching fluorescent VU meters. Many original brochures describe it as a “3-head” deck and while that is technically accurate, it can be misleading. Unlike true 3-head monitoring decks, the N2554 and N5846 are fundamentally 2-head machines. The third head is dedicated exclusively to the MC-CCS system, not for real-time monitoring during recording. In practice, this sophisticated programming system was likely too complex for most users to fully embrace. A quick look through the user manual makes it clear that mastering its capabilities required patience—and probably limited its widespread use. However, where the N5846 truly excels is in its build quality. Beneath the experimental features lies a remarkably solid and precise machine: a high-quality die-cast, 2-motor transport, a direct-drive capstan motor from PAPST (Germany), and durable FSX heads. This is not just a feature-driven deck, it is a seriously well-engineered piece of hardware. For those who prefer a more purist, performance-focused approach, Philips also offered a compelling alternative: the excellent N2552. This model features a true 3-head configuration with full monitoring capability, built on the same outstanding transport and equipped with ferrite heads. If you’re curious about the "real" 3-head design using this platform, you can explore the N2552 in detail as part of the 1001 Hi-Fi Collection.

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PHIILIPS High-Fidelity (1981)

 

Top Hi-Fi audio components from the 1981 range of Philips products. More details of individual components seen in this brochure photo can be found: here , here and here.

PHILIPS CD-850 (1991) | Bitstream Conversion

 

For those who want to enjoy the purest, undistorted digital sound. For those who desire even more accurate reproduction of the weaker passages, and for those who opt for the most advanced user-friendly features. After one of the most renowned Japanese Hi-Fi magazines has named this innovation (PHILIPS ONE-BITSTREAM) the greatest sound innovation since the invention of the Compact Disc, Stereo Sound magazine named Philips' new CD player with this technology "Component of the Year." Radio Technology magazine of Japan gave it the title of "Component Grand Prix" - and Stereo magazine promptly named it "Best Buy." It's all about the small but crucial part of the CD player: the D/A converter. Its job is to convert the CD's 16-bit digital signals into analog. BIT-STREAM CONVERSION. If the signals are not converted accurately by the standard 16-bit D/A converter, there are 65,536 possibilities for distortion to occur. In an attempt to develop the technique, some have gone from 16-bit to 18-bit and so on. The ability to control the sound curve increases, but unfortunately so does the risk of error. This is where Philips found the philosopher's stone. By converting the 16-bit signals to a 1-bit data stream with 256 times oversampling, the risk of both nonlinearity and distortion is eliminated. This unique Philips technology One-Bitstream is the only system on the market that works with true 1 bit resolution. You will hear the difference immediately; smoother midrange, a better defined sound image and a firmer bass reproduction. For the top model, the CD 850, Philips have developed a sophisticated high-end solution. Equipped with two One-Bitstream D/A converters that work differentially, the signal-to-noise ratio is increased by a further 4 dB. With this remote controlled CD player you can play your favorite songs or passages from your entire collection. Store CDs in two separate FTS memories. For example, split them into classical or pop, his music or her music. You can also program the tracks. This is very convenient, because as soon as you play a CD, the name of the track, composer, soloist, or singer automatically appears on a display. This extensive display also provides information about the extensive operating options. Besides FTS, you can also play directly or pre-program a specific playing sequence using 10 numeric keys. Music Scan gives you a quick overview of a CD's contents by playing the first 10 or 20 seconds of each track. Another new feature is the ability to customize playback mode and display brightness. This CD player also features all of this, including a headphone jack with volume control and all the classy features of every Philips CD player. Specifications: Laser unit Philips CDM4/19 | D/A converter 1-bit Bitstream | Size (W/H/D) 420x110x280 mm | Weight 4 kg | Original sale price in Germany 1.000 DM

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PHILIPS FA-960 MK II (1989) | Excellent Audio

The Philips FA-960 MK II amplifier from 1989 is a top-of-the-line device for those who demand the highest standards. A nominal output of 180 watts, combined with its channel-separated design, provides ample power to powerfully unleash the unparalleled dynamics of CDs. The 4-band volume potentiometer amplifies the signal level in two stages, resulting in superb signal-to-noise ratios even at low volumes. Highly effective heat sinks and heat dissipation ensure excellent stability under all load conditions: a dynamic amplifier that delivers top performance in every detail! Power rating is: 2 x 180 watts nominal output at 4 ohms with strictly channel-separated design, power bandwidth (-3 dB) 10-30,000 Hz. There are two separate power supplies each for the preamplifier and power amplifier. Direct CD switch for direct routing of the CD signal to the volume control. Also there is a recording selector switch with independent source selector and power amplification with discrete transistors in cascade circuit. There is provision for for phono input switchable for MM or MC cartridges and Gold-plated connectors for CD and phono. Specifications: 2x118W @ 8ohm and 2x180W @ 4ohm | Power bandwidth 18-70.000Hz | THD 0,008% | Size (W/H/D) 420x146x334mm | Weight 14kg

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PHILIPS F9638 MFB (1983) | Motional Feedback

 

The MFB loudspeaker F 9638 from 1983 incorporated Philips' latest scientific findings in active loudspeaker technology. While these are "super-high-tech" loudspeakers they went fairly unnoticed in the world of high fidelity. The main problem these loudspeakers went unnoticed is the fact that Philips brochures presented them as just another Philips product. These however incorporated a series of features that were unknown/revolutionary while the way they were presented created confusion in understanding what they really are. 

Revolutionary, that's what they were. In todays language these features are as follow: 

- Active loudspeaker technology. Built-in amplifier with dedicated 75W bass amplifier and 55W mid-high range amplifier and active crossover network.

- Automatic power on-off when used with a pre-amplifier

- Pre-set audio level adjustment on the front

- Side selector switch to assign which speaker is left and which is right channel

- Increased acoustic reproduction power possible by connecting several MFB speakers in series. 

- Flat diaphragm woofer and midrange

- Isophase ribbon tweeter

- MFB (Motional Feedback System). A built-in accelerometer detects movement of the bass loudspeaker while it's feedback results in less distortion.

- Designed to be used directly with a preamplifier in a multi-speaker configuration

- Designed for Digital Audio. These were introduced when CD was just introduced and the "for Digital Audio" badge (as used by many manufacturers) induced the fact that you absolutely need these loudspeaker for perfect audio from CD. This was of course just an exaggerated term. 

- Frequency range 27-40,000 Hz

- Total amplifier power (DIN): 105 watts nominal, 130 watts music

- Size: 31x63x24cm

And just as a final notice. Let's not forget that these loudspeakers were simply presented as a special kind of Hi-Fi loudspeakers not some kind of Ultra High-End out of this world Exotic creatures.

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PHILIPS N7300 (1980)

HiFi technology continually offered surprising innovations that significantly improved the quality level of a device. This is the case with the tape recorder N7300 from Philips. The core of this newly developed design is a rigid injection-molded chassis for the absolutely precise alignment of the drive elements, the tape guide, and the tape head carrier plate. This ensures maximum stability, accurate tape guidance, and optimal tape-head contact. The result: precise functions, consistent HiFi quality. Servo Control: a new functional technology with decisive advantages. A servo motor controls the pinch roller and tape feed functions. In the "Stop" position, the pinch roller is retracted, allowing the tape to be inserted quickly and easily. In the "Pause" position, the pinch roller has a short travel from "Pause" to "Play" or "Record". This results in gentle Tape Tension and fast movement. The tape lift pins remain retracted in the "Pause" position, and the tape lies firmly and smoothly in front of the tape heads: recording or playback can begin immediately. The tape is stopped using the "Pause" button; the "Stop" button is only used when changing tapes or turning off the unit. The tape tension is controlled inductively, as with professional devices. The respective position of the tape tension sensing lever influences the motor current of the winding motors. This ensures that the tape is always taut in front of the tape heads. Both motors react evenly, smoothly, and precisely when starting and stopping. Tape stretching and looping are eliminated. Long-Life-Heads - Extremely smooth metal surfaces characterize the newly developed long-life tape heads. They become dirty less quickly and thus offer improved sound performance. The frequency response and crosstalk attenuation are positively influenced. Adjustable cueing volume - It is easy to monitor the forward or rewind winding of the reels, whether turned by hand or by motor power. The cueing volume can be individually adjusted. Main features: 3 hi-fi long-life tape heads, 4-track technology, 3-motor drive with electronic control, retractable pinch roller, adjustable cueing level, inductive tape tension control, 2 illuminated level meters. LED overload indicator, separate channel level control via rotary controls, microphone and headphone connection on the front panel, built-in headphone amplifier with volume control, push-button control with smooth-action short-stroke keys, start-stop remote control connection for LFD 3414 remote control (accessory), intermix operation, safety circuit with electronic locking. Switch at tape end and tape break 4-digit counter, Button for automatic zero stop, memory (N 7300) Suitable for 26.5 cm reels (N 7300) Fine adjustment of the tape speed (pitch control) with LED display (N 7300) Transparent cover available as an accessory. Specifications: 4-motors, Direct Drive | Speeds: 4,75/9,5/19 cm/s | Frequency response 35-25.000Hz | Dimensions 442x430x206mm (W/H/D) | Weight: 9 kg | Original sale price in Germany 1998 DM

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PHILIPS DCC850 (1991) | Welcome DCC

 

Based on a revolutionary new (in 1991) digital audio encoding developed by Philips Consumer Electronics, DCC technology used advanced digital signal processing technology to to create CD-like sound quality using 75% less data recorded on magnetic tape. This new technology was combined with backwards compatibility with the Analog Compact Cassette (also a Philips invention) to create a new generation of Hi-Fi audio components. The DCC850 from Philips was the first model of this kind. While it was styled so that it would perfectly match the famous 800 Series Hi-Fi components from Philips this remained a prototype/small series (approx. 100 units) model only. While the original model was the DCC850 from Philips one has to note that there was also a marantz (a Philips division in 1991) and a OPTIMUS branded version as well. While the marantz model was presented as a luxury model of the Philips the OPTIMUS version was specially created to conquer the US market.

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