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5-STRING PROFESSIONAL CARNATIC MANDOLIN - U .SRINIVAS CONFIGURATION + PADDED GIGBAG + EXTRA STRING SET
How is the Carnatic Mandolin different? Mandolin Srinivas (a) chose the electric solid block (Mandolin) as the basis; (b) used single strings instead of pairs, and (c) also added a fifth string (on the suggestion of his father U Satyanarayana), which enhanced the acoustic range of the instrument. As such the acoustic range of the instrument is now three complete octaves and a half octave. Besides the above, U.Srinivas also established a unique style in handling the instrument i.e. developed new fingering techniques and also established the hammer-on playing and also the gamaka playing techniques on the mandolin, all of which required deisgn and form changes from the western style Mandoline.
VIDEO LINK: http://www.youtube.com/watch?v=qCc6PTg6pGs
In Indian classical music and Indian light music, the mandolin, which bears little resemblance to the European mandolin, is likely to be tuned to E-B-E-B. As there is no concept of absolute pitch in Indian classical music, any convenient tuning maintaining these relative pitch intervals between the strings can be used. Another prevalent tuning with these intervals is C-G-C-G, which corresponds to Sa-Pa-Sa-Pa in the Indian carnatic classical music style. This tuning corresponds to the way violins are tuned for carnatic classical music.
Construction: It usually has four pairs of strings that run over a fretted neck. However, the Indian version of Mandolin, which is not the conventional mandolin, uses just 5 strings. The strings are played with the fingers of the left hand and plucked with a plectrum held in the right hand.
Tuning: A few minor changes have been incorporated in the tuning, to suit the requirements of Carnatic music. It is tuned to the pitch of 1 kattai or C.
Posture: In accordance with the Indian custom, the artiste sits cross-legged and keeps the instrument across his lap.
1. The use of the truss rod: Truss rod is wedged inside the neck and brings with it the benefit of increased sustenance of notes and greater rigidity. In case of a minor warp in the neck, a truss rod helps to correct the warp. It also offers resistance to warping tendencies of the instrument's neck. The truss rod also helps improve the sustenance of the instrument.
2. The unique tailpiece: Ideally, the thickness of the Mandolin strings (as also for any other stringed instrument) should progressively increase from the thinnest (1st) string to the thickets (5th) string. Since the original Mandolin has 4 (pairs of) strings, one can procure strings in only 4 gauges which anyway suits the original Mandolin. With the 5-string version of the Mandolin, one is therefore forced to use the 4th string for the 5th string also. This entails using strings of the same gauge for two scales which are seven notes apart - for the lower (Panchama) and lower (Shadja) - with the inherent problem of the 4th string being tightened to a more than normal tension. A neat way of overcoming this difficulty is by using matching guitar strings of a suitable gauge. But guitar strings are ball-ended while Mandolin strings are loop-ended and the tailpiece of the Mandolin will not accept ball-ended strings.
3. The flexi-bridge: The all-metal height adjustable bridge has individual movable bits (one for each string) with notches through which the strings pass. This design of the bridge (i) gives scope for adjusting the action (distance between the strings and the fingerboard) of the strings for varying requirements, (ii) helps achieve a better intonation (matching or equivalent frequencies on equivalent positions on different strings), and (iii) improves the sustenance of the instrument.
4. The neck has a screw-on detachable type neck instead of a glued-on neck. A glued-on neck has to have a bigger constriction at the point where the neck is glued on to the body as compared to a screw-on type neck. The screw-on type neck thus allows a better reach around the twelfth fret region (called down-the-staff region in guitar terminology). The neck is also angled at approximately 4 degrees to the body. This also improves sustenance and tonal quality.
5. The frets: German silver frets also add to the rich tone and improve the sustenance of the instrument while playing gamakas. These also enable better handling of microtones.
Tuning the Carnatic Mandolin
|String number||Key/Scale to which tuned (Western notation)||Equivalent note in Carnatic music|
|1||C||Sa - Tara sthayi|
|4||G||Pa - Mandra sthayi|
|5||C||Sa - Mandra sthayi|
Changing the tuning from that of the standard Mandolins not only enhanced the range of the instrument, but also the enabled the player to avail of the advantage of having the resonance of the Sa and/or Pa on tap by default. This helps the player fill the void, the emptiness which could sometimes creep into a rendition.
With Sa-Pa-Sa tuning as the base, Mandolin Srinivas devised very ingenious fingering techniques for playing intricate gamakas and for enhancing the expressive potential of the Mandolin.
Some of the patent 'Srinivas techniques' are discussed below.
Establishment of the basic fingering pattern:
In the basic fingering pattern, the left index finger is designated for Ri and Dha, the left middle finger for Ga and Ni, and the left ring finger for Ma regardless of the type of Ri, Ga, Dha and Ni. Sa and Pa are open strings, meaning, those notes can be played without pressing the strings against any fret.
The basic fingering pattern is broken while playing gamakas - this is because the very essence of gamakas lie in the continuity of notes, the graceful curves of frequencies. Gamaka playing, therefore, essentially involves using any of the three fingers identified herefore and sliding the finger down on the string whilst pressing them on the fingerboard and emphasizing only the required notes.
Evolving the gamaka techniques suitable to the Mandolin:
Making the Mandolin sing - the 'gayaki' style:
Since Carnatic music is sahitya-pradhana (meaning, importance is given to lyrics), the ultimate goal of every instrumentalist is to make the music played on the instrument as close to singing as possible. This process, however, becomes difficult because of the technical limitations posed by the instruments. A lot of work has been done by Mandolin Srinvas, and in turn, by Suresh Kumar, vis-a-vis Mandolin, towards realization of this ultimate goal on Mandolin and making it sing.
When one sings, the transition across two or more notes is usually seamless. The same cannot always be translated onto instruments. Speaking specifically of the Mandolin, oftentimes one is forced to break the continuity of a sequence of notes because the sequence is so long in its musical range that it cannot be practically played without switching from one string to another. Both Mandolin Srinivas and Suresh Kumar have evolved different ways of getting around the technical limitation.
a. Bridging the gap between the strings: Suresh Kumar's nomenclature. This is a technique which is used to play a series notes virtually seamlessly even though such playing would involve switching across two or more strings. This technique essentially involves an analysis of the series of notes sought to be played and the identification of "breathing points" in the series of notes and fixing the exact points where the switchover can be made virtually seamlessly, plus the manner in which the switchover is to be played.
To play the series Ri-Ma-Ri-Sa (all Tara sthayi notes) Ni-Da-Ma-Pa-Ni-Sa (corresponding to "Yagayoga tyaaga, bhogaphalamosangay" - lyrics of "Ragasudharasa", a composition of Tyagaraja in raga Andolika), the phrase would, in the ordinary course, be played in the following manner:
Ri-Ma-Ri-Sa - on the 1st string; Ni-Da on the 2nd string; and Ma on the 3rd string; Pa-Ni-Sa on the 2nd string.
However, "bridging the gap between the strings" technique would involve playing notes in the following manner:
Ri-Ma-Ri-Sa - on the 1st string; Ni-Da-Ma on the 3rd string; Pa-Ni-Sa on the 2nd string. Playing this way would ensure that the continuity is not broken.
b. Vocalisation: When one sings, it is easy to pronounce the syllables like Ra, Bha, as also the vowels like aa,oo,e,ee. To achieve vocalisation on the Mandolin however, there are some evolved techniques:
The syllable "Ra" can be played by plucking equivalent/harmonising notes on two strings simultaneously. "Bha" can be played with a heavy slide and pluck, while playing the desired gamaka. The open string would give the "aa" (as in the pronouncement of the word "part") or "a" (as in "pat") sounds (depending on where the note is plucked - near the bridge or away from the bridge), while the same note when played not as-an-open string, would give the oo-ee sounds.
These are other standard and non-standard gamakas and /or fingering techniques which help in achieving the gayaki style. Conservatively speaking, the extent of gayaki achievable on the Mandolin is at least 85%.
One may be inclined to think that since Mandolin can be classified into the Vina family (if classified with Indian musical instruments ), the Dasa-gamakas of Vina may be applicable to the Mandolin without much of a change in the fingering technique. It needs to be stressed that most of the fingering techniques of the Vina cannot be planted to the Mandolin verbatim, because of the structural differences in the construction of both these instruments.
Importance of the amplifier:
Without an amplifier, not only is the audible range of the sound of the Mandolin restricted to a radius of two feet, but the color of the sound is also not reflected in the correct perspective. So what the amplifier ("amp") does is (i) amplify the low electrical signals tapped from the output (from the pickup) of the Mandolin (ii) gives a color to the sound of the Mandolin while amplified.
The color of the sound depends heavily on the type of amplifier and the purpose for which it is built. The best amplifier makers in the world together probably offer at least 500 models suitable to guitar /Mandolin to choose from.
The color of the sound given by an amplifier depends on whether the amplifier is IC (Integrated Circuit) based, transistor-based or a tube (valve) based amplifier. No, transistors and valves are not extinct in the guitar-amplifier world - many guitarists prefer the extra-mellow tone of the tube / transistorised amplifiers.
For a Mandolin amplifier, an audio output of 10 to 30 watts is preferred. The wattage is sufficient. As for concerts, there is always the secondary amplification - in the form of the auditorium address system components.
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