Yes, it’s kind of anachronistic that a pair of jazz albums both recorded and released within weeks of each other in 1959 still continue to set the benchmark of audiophile standards some 60 years later.
Both Kind of Blue and Time Out are fine examples of what could be done by with what would now be viewed as primitive technology.
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I am with you @cycles2, Time out is stunning and does sound like they are there with you. Recorded in 1958 from memory but not sure when it was released., and no dolby (plus no hiss). It is superb.
Merry Christmas to one and all from New Zealand and hopefully we all have a better year in 2022. Cheers.
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I recently scored a double LP of Maynard Ferguson at the Goodwill for $3. It's on Mercury-The EmArcy Jazz Series. Various recordings from Capitol Studios from '54-56. All mono but it sounds absolutely amazing.
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"EMI’s Abbey Road Studio equipped itself with a TG12345 Mk I transistor recording console. The Beatles had recorded all their earlier albums on thermionic valve-based REDD desks. At first, Engineer Geoff Emerick didn’t like the solid-state transistor sound, according to Womack’s book. He thought it tamed aspects of the sound, like low-end distortion, which came through stronger with tube equipment. Emmerick came around, concluding the transistor softened the overall sound but brought out definition, clarity, and a deeper low-end."
Let’s not also forget that most of the Beatles output (and most everyone else’s during that era) was created via 4 track tape decks. This usually meant an increasing amount of ’bounce down’ record additional instruments and create a sonic effect Spector style. Brian Wilson was a big fan of this (anti audiophile) technique too.
It was the only way to create musical collages back then and some bands took it too far, eg The Mamas and Papas. On many of their records the background instrumentation is a mush that no system could untangle.
Perhaps another turning point was the switch to stereo. Most recordings up til 1965 would be primarily mono recordings. The Beatles themselves focussed on mono primarily up til The White album in 1968. It wasn’t just Phil Spector who preferred mono, John and George seemed to be fans too.
Until recently I usually preferred stereo recordings but I now have to admit that mono recordings can sometimes display a greater perceived sense of tonal density.
So the 3 major suspects when it comes to changes in sound quality might be the change from mono to stereo, the switch from tubes to transistors, and the increasing use of ’bouncing down’ tracks from tape to tape where each successive generation would mean a loss in fidelity.
Then we might also consider whether the change to 16/24 track machines was a plus or a minus. The musicians seemed to love the increase in versatility and more tracks equalled less bounce down, but they also equalled less tape width per track.
The introduction of digital recording in the late 1970s must be another factor.
We could argue forever whether these changes were a good thing or not, but surely we can agree that they all made a sonic difference.
There’s also little doubt that some of these simple recordings made pre-1965 can easily stand the test of time some 55 years later.
Depending upon your outlook that might be a slightly depressing thought or perhaps even an uplifting one.
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Hi @bdp24 ,
The record engineer of Rubber Soul was Norman Smith and Revolver was Geoff Emerick.
Norman did all The Beatles albums from beginning up to Rubber Soul. And Geoff did Revolver, Sargent Pepper, partially White Album and Abbey Road.
Geoff did a lot of experiments with recording and changed rock music recording technology dramatically. But all these new technologies included more sound processing.
In 2006, Emerick released his memoir, Here, There and Everywhere: My Life Recording the Music of the Beatles, co-authored by music journalist Howard Massey. You can read this book. It is very interesting reading.
Regards,
Alex.
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I always found the difference in sound character between Rubber Soul (1965) and Revolver (1966) dramatic---very, very different. I later read that Abbey Road switched from tubes to transistors between the recording of those two LP’s. Who knows if it’s true.
Revolver contains many more tracks than does Rubber Soul, accomplished by more "bouncing" of finished tracks onto one channel of a second 4-track recorder. That can definitely affect the sound quality of the 2-track mixdown tape and resulting LP’s and CD’s.
To further muddy the waters, The Beatles at the same time switched from Vox amps and Gretsch and Rickenbacker guitars to Fender amps and Epiphone Casino guitars. It is also rumoured that Ringo switched from calfskin to plastic heads at the same time, but I think that is probably myth. What I do know is that his drums on Rubber Soul sound much better than those on Revolver. IMO, anyway.
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Tube recording gear, for one.
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Cd318,
I absolutely agree with you about the timbre change from tubes to solid state.
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@rvpiano
Openness was the major quality I looked for in a system up all the way up til my 30s.
One wonderful discovery was finding out that tape decks usually had an adjustable screw which enabled you to fine tune the azimuth.
In my experience most needed adjusting, and I used to wonder how many people were listening to cassette decks which had less than optimal tracking.
Somehow, I gradually discovered that Naim amps 1980s/1990s) weren't renowned for tone and timbre and these qualities became more important than even openness and brightness.
I can't prove it but I tend to feel that the change from the old tube mixing desks to transistor may have been a gain for resolution but it was also a loss for timbre.
I'm guessing also that most of the Beatles albums were mixed on tube powered desks and most if not all of their solo work on transistor ones.
Swings and roundabouts, as usual.
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Because I believe the other factors (except for mini miking) don’t have as much to do with openness and sound staging.
A major component of sonic enjoyment.
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Why the fixation on Dolby? So many other factors contributed to the changes in sound quality that to single out Dolby is misguided. Just my opinion.
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I don’t think I have any modern digital recording, whether it’s DSD, hi rez PCM, or an LP from a hi rez digital source, that are as involving as my better analog based LPs. A few examples I don’t like:
1) Saint Saens Symphony 3, Reference Recordings LP, 2015. I don’t understand all the accolades. This is one of the most lifeless, airless recordings I’ve heard.
2) Mahler 2nd, Benjamin Zander, digital, played through my PS Audio Directstream DAC. Sounds lifeless and unsatisfactory.
Some excellent examples
1) Colin Davis Sibelius cycle LPs on Philips, 1979. Absolutely thrilling and engaging sound and performances.
2) Grieg Peer Gynt suite, Philips LP 1968. At the very top of sound quality. Competes with anything I’ve heard.
Notice that these two are not heavy weight vinyl, plus they’re QUIET.
3) NHK, Transcription. I got lucky enough to pick up #124 recently. These were made from live performances for Japanese broadcast. I don’t know the year, probably mid ‘70s. Technically superior to anything I’ve heard. This was a holy s__ moment when I first heard it.
4) Reiner Sound, Chesky Reissue. Excellent air, very fine detail, very enjoyable with source tape overloading on peaks notwithstanding.
There are many more excellent older recordings in my collection. Some of it is the recording chain: RCO in Amsterdam under Bernard Haitink, all analog is exemplary. Fritz Reiner with Chicago Symphony is also great.
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I see that some in this thread are doubtful of the effect Dolby had on the sound post 1965. If you listen to acoustic instruments, such as in classical chamber music and orchestral music the difference can clearly be discerned.
Manipulation of the natural order of overtones, no matter how skillfulI, had an effect on the final product.
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Great thread. Seems to boil down to simple vs. overdone recording/processing and tube vs. SS equipment. The switch to SS probably mandated by the recording/processing complexity.
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This topic is very good and it clearly demonstrate that the tube is better choice in transmit the sounds.
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@rvpiano Great post. I was listening to Dave Brubeck's 'Time Out' vinyl album (Columbia CS8192) which I believe is from 1961 and likely cost a couple dollars back then. The 1st cut on side 1 (Blue Rondo a La Turk) is so lifelike you swear the musicians are in the room performing for you. I've never heard instruments sound so real such as the bell of the cymbal used extensively on this song. That's a sound not captured correctly on most current recordings.
Everyone's comments about the process and equipment to record back in the 50's & 60's being so different than today's recordings is likely why no current recordings I'm aware of have the same lifelike sound qualities.
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Old vinyl has a lot more detail that we can retrieve now that we couldn’t 10 or 20 yrs ago unless maybe with $50K of equip. Today a ttbl for a few thou, arm the same, cartridge too, we or at least me can hear lots of music not heard before.
Not true.
Best turntables, tonearms and cartridges from 80x can compete with any gear of today.
For example, Micro Seiki 5000, 8000, Yamaha 2000, Technics sp10mk3, EMT 950,... turntables. Fidelity Research tonearm.
The same story with more affordable gear.
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to cd3181 Old vinyl has a lot more detail that we can retrieve now that we couldn't 10 or 20 yrs ago unless maybe with $50K of equip. Today a ttbl for a few thou, arm the same, cartridge too, we or at least me can hear lots of music not heard before. And yes good engineers using proper equip helps too. If you read Pete Townsends autobiography "Who I Am" he goes thru a lot of equipment development that he did to record for The Who. I read interview with Jim Messina who recorded and engineered some Buff Spring and POCO etc. Poco 1st album. Picking Up the Pieces, sounds lousy. Tthe next one just title Poco sounds great. He did it. When vocalist is recorded separately in a sound booth, the ambience is all gone and you can tell he is not singing with the band.
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I just popped onto the ttbl the first ? James Taylor vinyl , The Original Flying Machine. Circa 1967. I think tubes, no dolby, no fancy mixing multi track consoles all are part of it. This vinyl sounds like it was recorded in a real place, not a sound booth, and if I were a musician I could tell you if the geetars had gut or steel strings. How big the kick drum is. I have been digging thu hundreds of vinyls from around the world. It is amazing what is on some of them before SS consoles. Quality vinyl helps. Not reground vinyl. Mastering for AM radio certainly lowered the bar. Mastering for CD changed the bar, but did not really raise it back up too high. Some CDs are great tho. Any opera fans, I recommend any CD from Inessa Galante. Chansons Yiddish Tendresses et Rage on Ocora / Harmonia Mundi CD or Harm Mund LP. Back to LP, John Mayall live in a cafe famous The Turning Point 1a stamper is justifiably famous. Probably w/o ss console. Elektra LP there is a photo of the studio and mikes on the back of Theodore Bikel Sings Jewish Folk Songs. I don't know the brand names but these are the great mikes that Elektra, Jac Holzman, Fred Hellerman, recorded with. Have fun!
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Good point @cleeds. The dynamic element in Dolby makes it more difficult to pull of perfectly than does the static RIAA. I was speaking in terms of the boosting and cutting of frequency bands, used in both Dolby and RIAA filters.
When I bought my first Revox A77 in 1973 (a Mk.3), I bought an Advent 100A stand-alone Dolby unit, but found the Revox quiet enough (I had my dealer---Walter Davies, later known for his LAST record preservative---bias the deck with the reel of Maxell tape I provided him with) so as to make Dolby unnecessary.
I bought myself a pair of the small-capsule condenser mics J. Gordon Holt had very positively reviewed in Stereophile, along with the little Sony mixer he himself used for his live recordings (he was a good engineer), and made live recordings myself. It was shocking to hear how much better they sounded than did almost all my LP’s!
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@onhwy61 has it right. Done correctly, Dolby does NOT change the original tonal structure (timbre) of instruments or vocalists. It takes the original signal and boosts the high frequencies for recording, in playback reducing the high frequencies by the same amount, thereby restoring the original tonal structure. And the hiss encoded into the recording is simultaneously reduced by the same amount, the very rationale for the Dolby process.
I absolutely agree. Dolby gets a bad rap because it was often so poorly implemented. Because of the way Dolby dynamically applies compression on a sliding band, the system requires tight calibration between the recorder and the exact tape formulation used. This includes the correct level of bias while recording to ensure a flat response. Further, the recorder and Dolby circuit must be aligned so that the tape sees the proper Dolby level. If any of these calibrations are off, the circuit can’t work properly.
Many cheap consumer recorders were so poorly made that they could not reliably maintain alignment. And many users used various tape formulations without consideration of whether they were appropriate to their decks. So results were all over the place.
I still have my Nak deck and outboard NR-200 Dolby B/C encoder/decoder. It’s amazing how good some of my old tapes can still sound. Of course it’s mostly just a novelty now.
By the way, the RIAA recording and playback curve was invented and employed in much the same way ...
Hmmm, yes and no. The RIAA curve is fixed. Dolby NR is a dynamic process.
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They don't sound better to me, because I don't like most music recorded before 1965! 😁
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Just listening to a monophonic recording of violin and piano from 1951, on Idagio. The openness and air around the instruments is more pronounced than on many stereo recordings made of the same forces after 1965.
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I never understood why multi generation mix downs were accepted as means to an end without any consideration of downgrading quality.
Consideration was given to generational loss, but it was balanced against the extra freedom allowed to the artists/producers/engineers by the technology. Here's a link to how Queen's "Bohemian Rhapsody" was recorded. In practice this type of music can only be created one track at a time and then mixed into the final song.
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I didn’t read every word above, but I don’t think anyone mentioned the proliferation of digital reverb. I worked in the recording industry and there used to be 1 reverb - a plate reverb kept in a separate room away from vibration. That was it. You either used it in various amounts or not. When the digital reverb era hit, we all went crazy, putting different reverbs on each instrument to get them to sound their best in isolation, not realizing that we were putting every instrument in a different acoustic space by using a different reverb. That sound became the norm throughout the 80’s and nobody ever seemed to realize the fact because the reverbs sounded so great. But we lost the humanity of the music that the older recordings made with the 1 reverb often had.
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There are many factors entering into the possible answer to the question, "Why do recordings made before 1965 sound better (than, I assume, those made in more recent years)?"
I’ll add my guess to the mix: At that time the electrical grid we relied on was much simpler and less cluttered with appliance-generated noise than there is now - there was no digital hash in the atmosphere or entering our power lines - thus the idea that we needed power-conditioning hadn’t yet entered anyone’s mind (to my knowledge anyway) as an issue to contend with when making recordings. Besides, everything audio was purely analog, so there was no extraneous digital noise being generated. Recordings were pressed onto vinyl discs and/or magnetic-tape reels, and there was simply NO digital processing of any kind anywhere in the recording chain.
1965 was simply a less electrically-polluted era, resulting in purer recordings (when they were done conscientiously, with scrupulous attention to detail at every step in the recording process).
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I never understood why multi generation mix downs were accepted as means to an end without any consideration of downgrading quality.
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They sound better because engineers back then had real talent. Today, it is a lost art, like everything else nowadays...pretty sad. Most, not all, recordings today sound like garbage.
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cleeds,
thanks for the info about cartridges, I have read in several places over the years that 8 tracks were developed by Lear, for radio ads, so I am guilty of repeating bad info, it's good to know more.
consumer pre-recorded 8 tracks, bad as they are, were a revolution because of portability. the 1st time I took one apart, I couldn't believe the mechanism. how does tape come off the inner diameter and go on the much larger outer diameter? 1 revolution, very different lengths of tape on and off??? took me a while to understand the slip sheet and gradual tightening involved. then yanking the tape up and over the top of the spool of tape, OMG.
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@onhwy61 has it right. Done correctly, Dolby does NOT change the original tonal structure (timbre) of instruments or vocalists. It takes the original signal and boosts the high frequencies for recording, in playback reducing the high frequencies by the same amount, thereby restoring the original tonal structure. And the hiss encoded into the recording is simultaneously reduced by the same amount, the very rationale for the Dolby process.
By the way, the RIAA recording and playback curve was invented and employed in much the same way, with the addition of a generous bass cut in LP mastering (to reduce bass-induced groove modulation size), a generous boost in LP playback via your phono stage’s RIAA compensation filter.
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It is not just tubes vs SS.
Before 1965 year record were made with a small amount of microphones, console schematics were much simpler with shorter signal path. The signal path become longer in number of times! And each addition electronic stage adds distortions, deteriorate micro dynamics, transparency and tone of instruments.
Moreover they use natural reverberation of hall or studio room before, but started mix signals from different microphone and add artificial reverberation after.
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No doubt the conversion from tubes to transistors affected the TIMBRE of the sound, but I don’t think it had a lot of bearing on the openness.
I think the openness is the result of the aforementioned mini miking, and the absence of Dolby.
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@emrofsemanon,
Interesting points.
Perhaps it is the heavy handedness of certain jobbing engineers that’s the real problem.
I’ve got a couple of oxygen deprived CDs (Nat King Cole and Marilyn Monroe) that have almost been ’nonoised’ to death.
There’s no hiss remaining on either of them - nor is there is wish for me to ever play them back again.
Despite all of the acclaim for the Steve Hoffman Nat King Cole remasters, and they are good, I still prefer some of the versions on the slightly hissy Bear Family box set.
It's borderline sacrilegious to say it, but there's simply more natural bloom and air on some of the tracks.
"ya just gotta do the job right in the first place."
Perhaps someone should have told that to the Beatles remastering team!
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From the book of Geoff Emerick "Here, There and Everywhere". About a new SS mixing consol:
"As it happened, the first week of the Abbey Road sessions were quite peaceful without John and Yoko's presence, though a bit tentative because of equipment problems. The new mixing console had a lot more bells and whistles on it than the old one, and it gave me the opportunity to put into practice many of the ideas I'd had in mind for years, but it just didn't sound the same, mainly because it utilized transistor circuitry instead of tubes. George Harrison had a lot of trouble coming to terms with the fact that there was less body in the guitar sound, and Ringo was rightfully concerned about the drum sound-he was playing as hard as ever, but you didn't hear the same impact. He and I actually had a long conversation about that, which was quite unusual, but after a good deal of experimentation I came to the conclusion that we simply couldn't match the old Beatles sound we had be- come used to; we simply had to accept that this was the best we could achieve with the new equipment. Personally, I preferred the punchier sound we had gotten out of the old tube console and four-track recorder; every- thing was sounding mellower now. It seemed like a steр backward, but there was nothing we could do-there was an album to record and we simply had to get on with it.
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I agree with oldaudioopjile. Dolby recording was OK. Playing your deck with Dolby on took all the air out of your music. Does anyone want to buy my cassette deck?
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Haven't read this whole thread but just though I'd chime in with this ditty.
Back when I had a pretty good Denon cassette recording machine... you know, when dinosaurs roamed the land... I used to record cassettes to play in my car's cassette player and for other folks who wanted to play tunes in their car's cassette players. My machine had Dolby B & C and something, as I recall, that was called HX Pro? Can't remember for sure. Anyway, I quickly learned that recording (usually from vinyl but sometimes I used mics and recoding live stuff, too) in Dolby was better than not but playing back without Dolby was much better than playback in Dolby. Compress once; not twice.
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elliotbnewcombjr and onhwy61,
What melm says.
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Dolby noise reduction solved several problems that plagued early analog magnetic recording. Prior to Dolby, it was of critical importance to maximize record levels in order to avoid excessive amounts of tape hiss and to achieve the greatest dynamic range that the tape was capable of. Unfortunately, this came at a price. If you hit the tape too hard, the tape would get saturated and would clip (although gently) the loudest portions of the signal. Then you had the problem of print through, the propensity of loud portions of the program to impart a ghost image of itself on the next layer of tape (a bit like magnetizing a screw driver by rubbing it on something magnetic). There was also the issue of additional distortion experienced at higher levels of modulation. When Dolby was introduced, it was then possible to increase the dynamic range possible by lowering the noise floor (tape hiss) amongst other things. Tape manufacturers were introducing new, more highly doped oxide coatings that could withstand higher levels of modulation before clipping and backing treatments that would reduce static and print through to a degree. It was a technological race to reduce noise and expand the dynamic range possible. This was even more important in small tape formats like the compact cassette where slow speed and narrow track width presented even more of a challenge. Of course when digital recording became a reality, so many of the problems of analog magnetic recording were at last overcome. The constant maintenance and alignment needed and the associated cost thereof were certainly not missed.
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... similarly 8 track cartridges, before cassettes, the ultimate piece of crap, were initially made for use in radio stations for advertisements (not much tape (i.e. less weight thus less force/abuse involved), And a moving head with serious alignment problems. But, their PORTABILITY was a revolution! 8 tracks were meant to be thrown away when that ad campaign was over ...
That is not correct. Broadcast carts are similar to 8-track cartridges but have some distinct differences. First, they run at 7.5 ips. (And some ran at 15 ips.) Unlike the 8-track, the broadcast cart has no rubber roller. Instead, the roller pivots up into the cart from the player itself, and then presses the tape against the capstan. Also unlike 8-track, tape heads are fixed in cart machine.
Most cart machines were either mono with a second track reserved for cue tones, or 2-track stereo with a third track for the cue tones. And they weren’t disposable, but were bulk erased and re-used.
The best cart machines were very, very good.
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Dolby WAS for LPs. The tapes on which the music was recorded, before being cut to LP, were done with Dolby A. The extra two processing steps could not help but to compromise SQ, but for the reduction in hiss. What rvpiano has described has been written of over a long number of years.
Dolby A is very complicated and works on the entire spectrum.
On the older recordings, whether in LP or CD form, you can hear the tape hiss. On the later ones you cannot. Of course, there are other post-production anti-hissing devices that may be in use to mitigate this.
Of course, as has been said, earlier recordings were made with much simpler techniques, to wit, fewer and very carefully placed microphones. That may also account for an airier presentation.
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rvpiano, from your comments I'm not sure you understand how Dolby works. It boosts selected low level signals during recording and lowers them during playback. There's no replacing of high frequencies.
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Dolby was for TAPES, particularly Cassette Tapes, NOT LPs.
And, prior to improvements in tape formulations and tape mechanisms.
All Tapes make Hiss, and Dolby B was developed for the noisiest: small 1/8" wide Cassette Tapes, running at very slow 1-7/8" IPS.
The narrower the track (less magnetic material) and/or the slower the speed (also less magnetic material), the higher amount of noise i.e. Signal to Noise Ratio!!!
Master Example: 1" wide 30 IPS. Some used 35mm 1-3/8" wide.
Cassettes were originally made for dictation, they ran 1 mono track one direction at 1-7/8 IPS. Then manually reverse, 2 mono tracks at 1-7/8 IPS.
Next: 2 forward tracks: Stereo; and then 4 even narrower tracks on 1/8" wide tape two forward and two reverse, still only 1-7/8 IPS.
Next, auto reverse, and either a 2 track head that spun around, or separate forward and separate reverse heads.
A piece of crap format to begin with, made acceptable, and even better than that by all subsequent advances, and the ability to make your own tapes was a genuine treat. Dual decks, dubbing, OMG the freedom was intoxicating.
similarly 8 track cartridges, before cassettes, the ultimate piece of crap, were initially made for use in radio stations for advertisements (not much tape (i.e. less weight thus less force/abuse involved), And a moving head with serious alignment problems. But, their PORTABILITY was a revolution!
8 tracks were meant to be thrown away when that ad campaign was over). essentially same width track as cassettes (8 tracks on 1/4" wide tape), and twice the speed of cassettes, 3-3/4 IPs. Never advanced like Cassettes did.
The beloved consumer loved portability and like mp3, accepted reduced quality for quantity, reduced cost.
improvements along the way: better tape formulations, different bias types, more precise mechanisms, 6 heads AND Dolby or DBX noise reduction combined to yield ’better and better’ results from Cassettes
..................................
So, regarding Dolby, as it relates to LPs, is not so easy to decipher.
Let’s not forget, early auto systems weren’t great either.
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When Dynaflex records appeared, I recall
their sound quality was thinner. That was the mid
60’s.?
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Hypoman nailed it. I once shared a house with an amateur recordist who recorded a local orchestra for his own personal library of master tapes. He used a Nakamichi Tri-mic setup with CP1 omni capsules, a Revox A77 and a DBX compander. Those tapes sounded amazing on my system then featuring Maggie MG3s and an array if DIY subs. No noise, no gain-riding, no overload during crescendos, fantastic string and brass tone. He was an early adopter of PCM too, switching to a Nak version of the Sony PCM-F1 and a portable Betamax.
No appreciable loss of quality with that rig. It’s all in the micing.
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Early stereo recordings of orchestral material might sound better because a few of the best recording engineers of that era were simply trying to capture what the conductor and musicians were creating within the great sounding venues of that time as opposed to "creating" something of their own. The more simplistic miking techniques they employed went a long way to capturing the spatial quality of the performance. Most of the early stereo recordings were mastered on triple track 1/2" recorders like the Ampex 300 or RCA RT-21 machines and were very carefully mixed down to the 2 channel sub-masters used to cut the LP's. Tape hiss and speed variations were audible, but not objectionable with most performances. In an effort to minimize these issues, 35mm magnetic film recorders were modified to record three 200 mil tracks which were over twice the track width of those on tape, increasing the S/N ratio significantly. The film moved at 18" per second by means of a sprocket driven drive system that virtually eliminated wow and flutter. The media for that technique was prohibitively expensive, but LP's cut from those masters are pretty impressive. I'll avoid the tube vs. solid state debate, but maintain that it was mostly miking technique that made the difference. 2 or 3 well placed mics were all that, in most instances, were needed to do the job. Every additional mic added could potentially spoil the Vichyssoise and guys like Lewis Layton, Bob Fine and Ken Wilkinson knew this well. The maestro and musicians did the best job of balancing everything. The job of the recording engineer was simply to capture the performance.
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it is a common misperception that digital noise reduction [sonic solutions NONOISE, CEDAR et al] per se, "harms the music" - it ONLY does so when it is misapplied by a cloth-eared ham-handed audio restoration technician. having used these tools for 3+ decades now i can tell you that they are godsends for musical enjoyment of crackly hissy rumbly old phonograph recordings esp. those on 78. this rant out of the way, i can say that it is the ART of recording and not just the TOOLS of recording that matters more in terms of sound quality. i've heard well-done dolby A recordings that had just as much "air" as ones made a few years before dolby A came on the scene. ya just gotta do the job right in the first place.
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When did the vinyl become thinner? Hard to believe that didn't impact the sound.
Neither Amos nor Andy.
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Sns,
You raise a fair point. My feeling, though, is that the tubes produced a warmer sound than solid state, whereas the spatial element in recordings was compromised by Dolby interfering with the natural overtones of the music. By compressing and replacing the high frequencies the result is an artificial recreation of the natural sound.The openness of pre Dolby recordings is witness to that. It’s simply more real.
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