【古殿唱片音樂故事】一張必須從「最後一圈」開始聽的黑膠唱片——卡拉揚(Herbert von Karajan,1908-1989)《波麗露》「逆進行」45轉
古殿殿主
請把唱針放在終點
每一個放過黑膠的人都知道：唱針落在最外圈，然後一路往中心走。這個動作做了一輩子，從來不需要想。
但這張唱片的側標上，印著一行小字：
「※このレコードは内側から針を降してお聴き下さい。」——本唱片請從內側落針。
不是印錯。打開內頁，下方又用粗體框起來，再提醒一次；接著補上一句：線性循軌唱臂無法使用。
你必須把唱臂抬起來，越過整面音溝，小心翼翼地降在靠近標籤的地方。然後看著唱臂，一圈一圈，往外走。
1981年秋天，日本一群音響狂熱者，用赫伯特·馮·卡拉揚(Herbert von Karajan,1908-1989)與柏林愛樂的《波麗露》，做了一件唱片工業幾十年來沒有人在一般市場上做過的事：把唱片整個倒過來刻。
這也是卡拉揚與柏林愛樂的《波麗露》，在全世界唯一的一張45轉黑膠——當然，也是唯一一張「逆進行」黑膠。
會這樣做，完全不是商業考量——一張只給會員預訂、發行不到一千張的唱片，談不上什麼市場。驅動它的，只有對音樂與錄音音響效果的極致發燒追求。
他們為什麼要這樣做？答案，藏在每一張黑膠都逃不掉的一個物理宿命裡。
黑膠的宿命：最精彩的地方，偏偏刻在最差的位置
唱片以固定轉速旋轉。同樣轉一圈，外圈走過的距離遠比內圈長，所以唱針劃過音溝的速度——也就是「線速度」——在外圈快、在內圈慢。
以45轉來算，最外圈的線速度約每秒69公分，到了靠近標籤的內圈，只剩每秒28公分左右，不到一半。
這個差距意味著什麼？本盤附冊的作者、音響評論家三井啓打了一個所有發燒友都懂的比方：開盤機每秒38公分的帶速，音質遠勝每秒19公分。唱片的外圈，就是38；內圈，就是19。線速度一慢，高頻難以重現，失真倍增，循軌越來越吃力。
偏偏，古典音樂的高潮幾乎都在結尾。
一首交響曲、一首序曲，往往在最後一分鐘爆發出全曲最大的音量——而那一分鐘，在傳統唱片上，正好被刻在音質最差、唱頭最難循軌的最內圈。附冊的製作委員會說得很坦白：這是唱片「無法避免的宿命」。業界的對策，只能是盡量不把大音量刻到太裡面。
DAM 的想法簡單到近乎魯莽：既然如此，為什麼不倒過來？
為什麼是《波麗露》？
要驗證這個想法，世界上找不到比拉威爾(Maurice Ravel,1875-1937)的《波麗露》更完美的曲子。
1928年，舞蹈家伊達·魯賓斯坦(Ida Rubinstein,1883-1960)委託拉威爾寫一首芭蕾音樂，同年11月22日在巴黎首演。整首曲子只做一件事：漸強。小鼓那個著名的節奏型，在約340個小節裡一成不變地重複；旋律從長笛開始，交給單簧管、低音管、降E調單簧管、柔音雙簧管、小號、薩克斯風，一件接一件，音響越堆越厚，最後全樂團轟然齊奏，結束。
從極弱到極強，單向增長，沒有回頭。
把這首曲子刻成逆進行，奇妙的事發生了：開頭幾乎聽不見的小鼓，落在內圈；最後那一聲撼動全場的全奏，落在線速度最快的最外圈。音樂越來越大聲，唱片的物理條件也越來越好——音樂的結構與唱片的結構，第一次完全同向。
附冊的曲目解說作者石井宏還提醒了另一面：這首曲子讓每一個管樂首席輪流獨奏同一段旋律，等於一場團內的殘酷「競演」，日本人稱之為「讓樂團哭泣的曲子」。要經得起這種逐段暴露的考驗，需要卡拉揚時代那支獨奏家級別的柏林愛樂。
B面的小約翰·史特勞斯(Johann Strauss II,1825-1899)《蝙蝠》序曲，附冊坦承它「不像《波麗露》那麼適合逆進行」——高潮散落全曲，不是單向漸強。DAM 沒有假裝，而是老實寫出來。兩面合在一起，反而成了一組對照實驗：A面是理想狀態，B面讓你自己聽，當音樂不配合時，倒過來還剩下多少好處。
為什麼是卡拉揚？
1981年秋天，卡拉揚率柏林愛樂第八度訪日。側標上那枚綠色的「來日記念盤」，說的就是這件事。
但選卡拉揚，不只是因為時機。
附冊裡收了一段卡拉揚的往事。戰後，他和威廉·福特萬格勒(Wilhelm Furtwängler,1886-1954)一樣，被盟軍送上去納粹化審查，一度不准登台。面對這場他認為荒謬的審判，三十多歲的卡拉揚放話：你們可以把我禁一年，甚至十年——但我擁有的，是大把的未來。
接著是1947到48年的維也納。他與年長二十三歲的福特萬格勒輪流執棒維也納愛樂，曲目針鋒相對：卡拉揚演柴可夫斯基第五，福特萬格勒立刻以《悲愴》回敬。附冊描寫卡拉揚在台上的樣子：閉著雙眼背譜指揮，曲終後總要維持片刻的絕對沉默，不讓掌聲響起，然後才像從恍惚中醒來，垂著頭離開舞台。
把卡拉揚從戰後的泥淖裡拉出來的，是 EMI 的製作人華爾特·李格(Walter Legge,1906-1979)。附冊記載，兩人曾在冬天的阿爾卑斯山村基茨比厄爾，為了貝多芬第九的錄音，把總譜一小節一小節地爭論。
一個把聲音控制到極致、把錄音當成藝術本身來經營的指揮家；一個閉著眼睛、連曲終那幾秒的寂靜都要掌握的人。當一群日本工程師要把「聲音」推到物理極限時，他們選了他，一點也不意外。
本盤 A 面用的是1977年1月卡拉揚在柏林愛樂廳為 EMI 錄的版本，製作人米歇爾·格洛茲(Michel Glotz,1931-2010)。這個版本速度穩定、不急不徐，不靠加速推進張力，而是讓配器一層一層堆上去——一個長達十六分鐘、平穩而不可逆的漸強。對逆進行刻片來說，這正是最能被聽見的那種漸強。
不計成本：每一個環節都押上去
逆進行只是這張唱片最顯眼的部分。翻開附冊最後一頁，你會發現 DAM 在每一個看不見的環節，都押上了能押的一切。
轉速：45轉。 一面只放一首曲子，換取比33⅓轉高出三成多的線速度。
電平：比一般唱片高約 +5dB。 刻得更大聲、更深、更寬，代價是對唱頭的循軌能力提出近乎挑釁的要求。
盤型：重量增加30%的「厚手平盤」。 一般唱片在標籤與邊緣有凸起的防磨邊框，DAM 認為這會讓唱片與唱盤墊貼合不良、誘發盤身共振，於是把它幾乎磨平——邊緣與音溝的厚度差從0.6公釐壓到0.2公釐；最厚處加厚15%，最薄處加厚65%。側標宣稱，這是「音響界首張45轉厚手平盤」。
中心孔：特意縮小。 他們調查了市售唱盤中心軸的實際尺寸，重新設計模具，把偏心晃動壓到最小。
盤材：專業錄音室用料。 重新調配耐熱穩定劑與新型抗靜電劑。
刻片：1981年9月16日，東芝EMI 御殿場工廠。 刻片工程師山岸克、平衡工程師原清介。Studer A-80 放音、Neumann SAL-74 驅動、Neumann VMS-70 刻片機配 SX-74 刻片頭，石英鎖定直驅馬達，天然鑽石刻刀。
最後還有一個藏在工序裡的秘密。聆聽時，唱針從最內圈落下，一路由內往外走；但在刻片室裡，依附冊的說法，刻刀仍照慣例由外往內進刀——真正倒過來的是母帶：把 EMI 的原始母帶從尾端倒著播放。這樣刻出來的音溝，放上唱盤，就成了一條從標籤邊出發、向外緣延伸的路。三井啓在附冊裡還透露，倒帶轉拷能讓打擊樂的起音更乾淨俐落，這是少數專業錄音師在製作工作母帶時，私下沿用已久的手法。
換句話說，你在唱盤上聽到的是正向的《波麗露》，但在御殿場那天，刻片室裡響起的，是一首從最強奏開始、逐漸消失在小鼓聲中的《波麗露》。
誰會做這種事？
做這張唱片的，不是唱片公司，而是一家電器量販商——第一家庭電器。
1975年，他們成立了「第一家庭電器聲音會員俱樂部」（Daiichi-kateidenki Audio Member's Club），簡稱 DAM。會員繳會費、預訂出版品，DAM 就用這筆穩定的錢，委託唱片公司做市面上不可能出現的唱片。側標上那句瘋狂的口號——「マニアを追い越せ！大作戦」，超越狂熱！大作戰！——不是廣告詞，是這個俱樂部的真實性格。
最讓我佩服的，是附冊裡的一句坦白。
DAM 推進委員會寫道：技術上，仍有尚未解決的部分；但為了給音響迷們提供一個話題，還是決定做了。
明知不完美，依然去做。不是等技術成熟了才出手，而是把一個想法本身，當成值得保存的東西。
而且，做出來之後，DAM 並不拿去市場上賣。「FOR VIP」企劃有一條鐵律：不論成本多高、製作多難，最後只開放給 VIP 會員提前預訂，發行量限定在1000張以內。這張卡拉揚是 VIP 系列的第4作——花了最貴的工、用了最好的料，卻只讓不到一千個人拿到。
這也解釋了一件事：為什麼這麼重要的一張唱片，世界上知道的人卻這麼少。八年後，同一位平衡工程師原清介，為 DAM 刻出了福特萬格勒1951年拜魯特第九的世界首次45轉——同樣是 VIP 限定、同樣只有1000套，每套編號。
最好技術的使用
由內往外的刻紋，其實不是 DAM 發明的。二十世紀初百年前的法國百代留聲機唱片就是從中心起播；1930到50年代，美國電台的廣播轉錄盤也常用由內往外的刻法，好讓節目的開頭與結尾落在音質最好的外圈。
在黑膠時代那些都是電台內部的技術，聽眾從來拿不到唱片。附冊說，這張卡拉揚，應該是逆進行唱片第一次以一般流通的形式，送到愛樂者手上。
更巧的是時間點。三井啓在附冊最後寫道：一年後，1982年秋天，CD 就要問世——而 Sony 與 Philips 的光碟規格，正是由內向外讀取訊號。這張類比黑膠，在數位時代來臨的前一年，先走了一遍那個方向。
然後，CD 來了，高音質的戰場全面轉向數位，這條路就斷了。
三十一年後的2012年，德國 Tacet 唱片推出一張逆進行 LP，曲目同樣是《波麗露》，宣傳文案說：從來沒有人見過倒著播放的 LP。
這不能全怪他們。Tacet 做的是一般商業發行，要在市場上被看見；DAM 做的，卻是一張只給會員預訂、不到一千張、從未進過唱片行的唱片。Tacet 很可能真的不知道它存在。
不過話說回來，一家以發燒錄音為本業、專門在刻片與聲音上做文章的廠牌，對三十年前日本同好做過的同一件事一無所知，還敢在文案裡寫「從來沒有人見過」——這功課，多少還是做得不太夠。
但正因如此，這件事才更耐人尋味：同樣的物理想法、同樣的一首曲子，一個在1981年被鎖在不到一千個家庭的唱片櫃裡，三十一年後，被另一群人重新「發明」了一次。
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【Gudian Music Stories】A Record That Must Be Played from the "Final Groove": Herbert von Karajan’s (1908–1989) Boléro on Inside-Out 45 RPM Vinyl
Please Lower the Stylus at the Finish Line
Anyone who has ever spun vinyl knows the ritual by heart: the needle descends onto the outermost rim, slowly tracing its way inward toward the label. A reflex honed over a lifetime, carried out without a second thought.
Yet across the obi strip of this record, a line of modest Japanese type reads:
※このレコードは内側から針を降してお聴き下さい。
(Please lower the stylus from the inside to listen to this record.)
It is no misprint. Opening the gatefold insert, the instruction is framed in bold borders as a stark warning, followed by a mechanical caveat: Linear-tracking tonearms cannot be used.
You must cue the tonearm, swing it across the modulated grooves, and gently lower it beside the spindle hole. Then you stand and watch the arm travel outward toward the edge, revolution by revolution.
In the autumn of 1981, a dedicated circle of Japanese audiophiles took Herbert von Karajan (1908–1989) and the Berlin Philharmonic’s recording of Maurice Ravel’s Boléro and executed something unseen in the commercial vinyl industry for decades: they cut the disc completely in reverse.
This release represents Karajan and the Berlin Philharmonic’s Boléro on its only 45 RPM vinyl issue anywhere in the world—and, naturally, its only "inside-out" pressing.
This was never a commercial calculation. A private subscription issue restricted to club members in an edition of fewer than one thousand copies barely constitutes a consumer market. The project was driven by a single-minded pursuit of acoustic and mechanical limits.
Why go to such lengths? The answer lies in an inescapable physical law of the vinyl record.
The Dilemma of Vinyl: The Climax Etched into the Compromised Zone
A turntable platter spins at a fixed rotational speed. Across a single complete revolution, the distance traversed along the outer perimeter is vastly greater than that near the center. Consequently, the speed at which the stylus moves through the groove—its linear groove velocity—is high along the outer edge and drops significantly toward the label.
At 45 RPM, the linear velocity at the outer edge clocks in at roughly 69 centimeters per second. By the time the groove reaches the run-out near the center, that speed drops to roughly 28 cm/s—less than half.
What does that drop mean for fidelity? In the accompanying monograph, audio critic Kei Mitsui offered an analogy familiar to tape enthusiasts: a reel-to-reel running at 15 ips (38 cm/s) delivers resolution far superior to 7.5 ips (19 cm/s). The outer rim of a record behaves like 15 ips; the inner groove behaves like 7.5 ips. As linear speed falls, high frequencies compress, tracing distortion climbs, and the stylus struggles to track the physical modulations.
Yet classical music routinely places its emotional and sonic peaks at the very end of a score.
A symphony or an overture typically unleashes its full orchestral power in the final sixty seconds—the precise window that, on a standard disc, is etched into the inner diameter, where fidelity is lowest and tracking error is highest. The engineering committee stated it plainly: this is the "unavoidable dilemma" of the microgroove. The conventional compromise was simply to avoid cutting high modulation levels too close to the label.
DAM’s solution was disarmingly radical: If that is the case, why not turn the record inside out?
Why
Boléro?
To test this hypothesis, no work in the symphonic repertoire fits the bill better than Maurice Ravel’s (1875–1937) Boléro.
Commissioned in 1928 by dancer Ida Rubinstein (1883–1960) and premiered in Paris on November 22 of that year, the score pursues a singular formal design: a continuous crescendo. Across roughly 340 bars, the snare drum repeats its ostinato rhythm without dynamic deviation; the melody enters on a solo flute, passed in turn to clarinet, bassoon, E-flat clarinet, oboe d'amore, trumpet, and saxophone. Timbral layers accumulate, building density until the full orchestra erupts in a concluding roar.
From whisper-quiet pianissimo to fortissimo: a unidirectional ascent with no turning back.
Cutting this work in reverse geometry yields an alignment of form and physics: the opening snare drum, hovering at the threshold of audibility, sits at the inner diameter; the concluding orchestral wall of sound lands on the outer edge, where linear groove velocity is highest. As the music swells, the physical capacity of the vinyl expands in tandem—musical architecture and disc physics moving in identical directions.
Liner note commentator Hiroshi Ishii pointed out another dimension: because the score forces wind principals to step into the spotlight with the same solo line in succession, it serves as an unforgiving orchestral showcase—a piece Japanese musicians colloquially call "the score that makes orchestras weep." To withstand that solo exposure required an ensemble of individual virtuosos: the Berlin Philharmonic of the Karajan era.
On Side B sits Johann Strauss II’s (1825–1899) Overture to Die Fledermaus. The booklet admits candidly that it is "far less suited to inside-out cutting than Boléro," because its dynamic peaks are distributed across the score rather than focused in a linear crescendo. DAM chose not to hide this, laying it out in print. Heard together, the two sides function as a controlled experiment: Side A illustrates the ideal match, while Side B allows the listener to assess how much benefit reverse cutting retains when a composition does not follow a linear crescendo.
Why Karajan?
In the autumn of 1981, Karajan led the Berlin Philharmonic on his eighth tour of Japan, commemorated by the green "Tour Commemorative Issue" medallion printed on the obi strip.
Yet the choice of Karajan rested on more than tour timing.
The booklet recounts a formative episode from his post-war years. Like Wilhelm Furtwängler (1886–1954), Karajan underwent Allied denazification proceedings, temporarily barred from public performance. Facing what he viewed as an absurd interlude, the thirty-something conductor remarked: You may ban me for a year, or even a decade—but what I hold is an abundance of future.
Then came Vienna in 1947 and 1948, where he and Furtwängler—twenty-three years his senior—alternated on the podium of the Vienna Philharmonic in pointed programming duels: Karajan mounted Tchaikovsky’s Fifth; Furtwängler answered with the Pathétique. The booklet describes Karajan on the podium: eyes shut, conducting from memory, holding the hall in silence after the final cutoff, refusing applause until he stepped away as if emerging from a trance.
The figure who pulled Karajan out of that post-war limbo was EMI producer Walter Legge (1906–1979). The text recalls the two men secluded in the Alpine village of Kitzbühel during winter, debating the score of Beethoven’s Ninth measure by measure ahead of their recording sessions.
Here was a conductor who exercised absolute control over acoustic balance, treating the recording studio as an autonomous art form; an artist who kept his eyes closed, commanding the silence after the final chord. When a team of Japanese audio engineers sought to push the physics of analog sound to the limit, their selection of Karajan was inevitable.
Side A features Karajan’s January 1977 recording made for EMI inside the Philharmonie in Berlin, produced by Michel Glotz (1931–2010). This interpretation is measured and deliberate, building tension not by accelerating the pulse, but by layering orchestral colors—a sixteen-minute, irreversible crescendo. For an inside-out cut, it was the exact trajectory needed to showcase the engineering concept.
Sparing No Expense: Every Link in the Chain Maximized
The reverse cut was merely the most visible departure. Examining the technical specifications in the booklet reveals that DAM pushed every variable across the mastering chain:
- Rotational Speed: 45 RPM. A single work per side, securing more than a thirty percent increase in linear groove speed over 33⅓ RPM.
- Modulation Level: Roughly +5 dB Over Standard Commercial LPs. Cut hotter, deeper, and wider, placing uncompromising tracking demands on the playback cartridge.
- Disc Profile: 30% Heavier "Flat Profile." Conventional pressings incorporate raised lips and label areas to prevent surface scuffing during automatic stacking. DAM argued this geometry degraded turntable mat coupling and introduced mechanical resonances, so they flattened the profile—reducing the thickness differential between edge and groove from 0.6 mm to 0.2 mm, while increasing vinyl mass by 15% at the thickest section and 65% at the thinnest. The obi heralded it as "The Audio Industry's First 45 RPM Heavyweight Flat Profile Disc."
- Center Spindle Hole: Precision Sized. The team measured spindle tolerances across commercial turntables, re-machining their stamping dies to minimize eccentric wow and flutter.
- Compound: Professional Studio-Grade Resin. Reformulated with heat-resistant plasticizers and antistatic compounds.
- Mastering Lathe: September 16, 1981, Toshiba-EMI Gotemba Plant. Cut by mastering engineer Masaru Yamagishi and balance engineer Kiyosuke Hara. The signal chain comprised a Studer A80 transport, Neumann SAL-74 drive electronics, and a Neumann VMS-70 lathe fitted with an SX-74 cutterhead, driven by a quartz-locked direct-drive motor using a natural diamond cutting stylus.
The process concealed an engineering trick. During playback, the stylus drops near the center and moves outward. In the mastering suite, however, the lathe carriage followed its standard mechanical feed, cutting from the outside in. What ran in reverse was the tape transport: EMI’s master tape was played backward from tail to head. Cut in this fashion, the resulting microgroove on the pressed vinyl flows from the label outward. Mitsui noted in the booklet that backward tape dubbing had long been used by select engineers to preserve cleaner transient attacks on percussion—a proprietary studio technique applied here to vinyl mastering.
In other words, while you hear a forward-moving Boléro on your turntable, the air inside the Gotemba mastering suite that morning was filled with a Boléro that began with an orchestral explosion and faded into the ticking of a lone snare drum.
Format: 12-inch 45 RPM, reverse-cut geometry (plays inside-out)
Master Tape Source: EMI 1977 Berlin Philharmonie recording (Michel Glotz, prod.)
Mastering Chain: Studer A80 (played in reverse), Neumann SAL-74, VMS-70 lathe, SX-74 cutterhead
Modulation: Cut at approximately +5 dB over standard commercial levels
Profile: Heavyweight Flat Profile (suppressed raised lips, reduced eccentricity)
Pressing: Limited private subscription edition under 1,000 copies (DAM VIP Series No. 4)
Who Engineered This Project?
This disc was not issued by a commercial record label, but by a consumer electronics retail chain: Daiichi Katei Denki.
In 1975, they established the Daiichi-kateidenki Audio Member’s Club, abbreviated as DAM. Members paid annual dues and pre-ordered scheduled releases. Armed with that capital, DAM commissioned major labels to press titles that commercial marketing departments would never greenlight. The slogan on the obi strip—“マニアを追い越せ！大作戦”(Surpass the Audiophile! Operation Masterpiece)—reflected the operational identity of the club.
What commands respect is an honest admission in the booklet.
The DAM Promotion Committee wrote candidly: From a technical standpoint, several unresolved variables remain; yet to provide audio enthusiasts with a worthy subject of exploration, we resolved to proceed.
Moving forward despite known limits: treating a bold conceptual experiment as something worth preserving in physical form.
Once pressed, DAM kept these discs away from commercial store shelves. Their "FOR VIP" series maintained an ironclad rule: regardless of manufacturing cost or technical hurdles, copies were available exclusively to VIP members via advance subscription, with total production capped strictly under one thousand copies. This Karajan release was the fourth entry in the VIP series—produced with top-tier materials and mastering time, yet distributed to fewer than a thousand homes.
That explains why an extraordinary vinyl experiment remains little known internationally. Eight years later, the same balance engineer, Kiyosuke Hara, would master Furtwängler’s 1951 Bayreuth Ninth Symphony at 45 RPM for DAM—similarly restricted to a numbered VIP edition of 1,000 sets.
The Evolution of the Technique
Cutting grooves from the inside out was not invented by DAM. In the early twentieth century, French Pathé vertical-cut discs played from the center outward. Between the 1930s and 1950s, American broadcast transcription services frequently used inside-out cuts so that consecutive fifteen-minute sides could be crossfaded without an audible shift in fidelity between inner and outer diameters.
Yet during the microgroove era, those were studio-only transcription discs, never sold to consumers. As the booklet observes, this Karajan release stands as perhaps the first time an inside-out microgroove disc was placed directly into the hands of music lovers.
The historical timing is striking. In his closing remarks, Kei Mitsui pointed out that one year later, in the autumn of 1982, the compact disc would make its public debut—and the optical specification developed by Sony and Philips read its digital pit spiral from the inside out. This analog LP traversed that mechanical path one year before the dawn of the digital era.
When the CD arrived, audiophile priorities shifted to digital encoding, and this line of mechanical experimentation closed.
Thirty-one years later, in 2012, the German audiophile label Tacet released an inside-out vinyl LP of Boléro, with marketing copy proclaiming: No one has ever seen an LP that plays backward.
The oversight is understandable. Tacet was orchestrating an international commercial retail release. DAM was pressing a private subscription run of fewer than a thousand copies that never entered a retail shop. Tacet likely had no idea the 1981 Japanese artifact existed.
Yet it remains a fascinating historical footnote: an identical physical concept, applied to the exact same musical score, was locked in the record cabinets of a few hundred Japanese homes in 1981, only to be "reinvented" three decades later.
The Ancient Palace preserves this original copy of DAM DOR-0103—Karajan's Boléro on 45 RPM inside-out vinyl (the 1981 VIP subscription edition, limited to 1,000 copies, complete with original obi and four-page technical monograph, in pristine NM/NM condition). Inquiries from interested collectors and music lovers are always welcome.
Want me to break down the technical differences between Tacet's and DAM's reverse-cut Boléro?