The lightning flash with arrowhead symbol, within an equilateral triangle, is intended to alert
ÿ
Ÿ
This appliance has a serial number
located on the rear panel. Please record
the model number and serial number
and retain them for your records.
Model number
Serial number
the user to the presence of uninsulated “dangerous voltage” within the product’s enclosure
that may be of sufficient magnitude to constitute a risk of electric shock to persons.
The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature
accompanying the appliance.
CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT
REMOVE COVER (OR BACK). NO USER-SERVICEABLE PARTS
INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL.
WARNING: TO PREVENT FIRE OR SHOCK
HAZARD, DO NOT EXPOSE THIS
APPLIANCE TO RAIN OR MOISTURE.
Important Safety Precautions
IMPORTANT (for U.K. Customers)
DO NOT cut off the mains plug from this equipment.
If the plug fitted is not suitable for the power points in your home or
the cable is too short to reach a power point, then obtain an appropriate safety approved extension lead or consult your dealer.
If nonetheless the mains plug is cut off, remove th
of the plug immediately, to avoid a possible shock hazard by inadvertent connection to the mains supply.
If this product is not provided with a mains plug, or one has to be
fitted, then follow the instructions given below:
IMPORTANT: DO NOT make any connection to the larger terminal which is marked with the letter E or by the safety earth symbol
ç or coloured GREEN or GREEN-and-YELLOW.
The wires in the mains lead on this product are coloured in accordance with the following code:
BLUE: NEUTRAL
BROWN: LIVE
As these colours may not correspond with the coloured markings
identifying the terminals in your plug proceed as follows:
The wire which is coloured BLUE must be connected to the terminal
which is marked with the letter N or coloured BLACK.
e fuse and dispose
For U.S.A
TO THE USER
This equipment has been tested and found to
comply with the limits for a Class B digital device,
pursuant to Part 15 of the FCC Rules. These
limits are designed to provide reasonable
protection against harmful interference in a
residential installation. This equipment generates, uses, and can radiate radio frequency
energy and, if not installed and used in
accordance with the instruction manual, may
cause harmful interference to radio communications. However, there is no guarantee that
interference will not occur in a particular
installation. If this equipment does cause harmful
interference to radio or television reception,
which can be determined by turning the
equipment off and on, the user is encouraged to
try to correct the interference by one or more of
the following measures.
a)Reorient or relocate the receiving antenna.
b)Increase the separation between the
equipment and receiver.
The wire which is coloured BROWN must be connected to the terminal which is marked with the letter L or coloured RED.
When replacing the fuse only a correctly rated approved type should
be used and be sure to re-fit the fuse cover.
IF IN DOUBT — CONSULT A COMPETENT ELECTRICIAN.
c)Connect the equipment into an outlet on a
circuit different from that to which the
receiver is connected.
d)Consult the dealer or an experienced radio/
TV technician for help.
CAUTION
Changes or modifications to this equipment not
expressly approved by TEAC CORPORATION
for compliance could void the user’s authority to
operate this equipment.
2 TASCAM 788 Digital Portastudio
IMPORTANT SAFETY INSTRUCTIONS
CAUTION:
…Read all of these Instructions.
…Save these Instructions for later use.
…Follow all Warnings and Instructions marked on the audio
equipment.
1) Read Instructions — All the safety and operating instructions should
be read before the product is operated.
2) Retain Instructions — The safety and operating instructions should
be retained for future reference.
3) Heed Warnings— All warnings on the product and in the operating
instructions should be adhered to.
4) Follow Instructions— All operating and use instructions should be
followed.
5) Cleaning— Unplug this product from the wall outlet before cleaning.
Do not use liquid cleaners or aerosol cleaners. Use a damp cloth for cleaning.
6) Attachments— Do not use attachments not recommended by the
product manufacturer as they may cause hazards.
7) Water and Moisture— Do not use this product near water — for
example, near a bath tub, wash bowl, kitchen sink, or laundry tub; in a wet
basement; or near a swimming pool; and the like.
8) Accessories— Do not place this product on an unstable cart, stand,
tripod, bracket, or table. The product may fall, causing serious injury to a
child or adult, and serious damage to the product. Use only with a cart,
stand, tripod, bracket, or table recommended by the manufacturer, or sold
with the product. Any mounting of the product should follow the manufacturer’s instructions, and should use a mounting accessory recommended by
the manufacturer.
9) A product and cart combination should be moved with care. Quick stops,
excessive force, and uneven surfaces may cause the product and cart combination to overturn.
10)Ventilation— Slots and openings in the cabinet are provided for ven-
tilation and to ensure reliable operation of the product and to protect it from
overheating, and these openings must not be blocked or covered. The openings should never be blocked by placing the product on a bed, sofa, rug, or
other similar surface. This product should not be placed in a built-in installation such as a bookcase or rack unless proper ventilation is provided or
the manufacturer’s instructions have been adhered to.
11) Power Sources— This product should be operated only from the
type of power source indicated on the marking label. If you are not sure of
the type of power supply to your home, consult your product dealer or local
power company. For products intended to operate from battery power, or
other sources, refer to the operating instructions.
12) Grounding or Polarization— This product may be equipped with a
polarized alternating-current line plug (a plug having one blade wider than
the other). This plug will fit into the power outlet only one way. This is a
safety feature. If you are unable to insert the plug fully into the outlet, try
reversing the plug. If the plug should still fail to fit, contact your electrician
to replace your obsolete outlet. Do not defeat the safety purpose of the
polarized plug.
13) Power-Cord Protection— Power-supply cords should be routed so
that they are not likely to be walked on or pinched by items placed upon or
against them, paying particular attention to cords at plugs, convenience
receptacles, and the point where they exit from the product.
14) Outdoor Antenna Grounding— If an outside antenna or cable
system is connected to the product, be sure the antenna or cable system is
grounded so as to provide some protection against voltage surges and builtup static charges. Article 810 of the National Electrical Code, ANSI/NFPA
70, provides information with regard to proper grounding of the mast and
supporting structure, grounding of the lead-in wire to an antenna discharge
unit, size of grounding conductors, location of antenna-discharge unit, connection to grounding electrodes, and requirements for the grounding electrode.
"Note to CATV system installer:
This reminder is provided to call the CATV system installer’s attention to
Section 820-40 of the NEC which provides guidelines for proper grounding
and, in particular, specifies that the cable ground shall be connected to the
grounding system of the building, as close to the point of cable entry as
practical.
Example of Antenna Grounding as per
National Electrical Code, ANSI/NFPA 70
ANTENNA
LEAD IN
WIRE
GROUND
CLAMP
ANTENNA
DISCHARGE UNIT
(NEC SECTION 810-20)
ELECTRIC
SERVICE
EQUIPMENT
NEC - NATIONAL ELECTRICAL CODE
G
ROUNDING CONDUCTORS
(NEC SECTION 810-21)
GROUND CLAMPS
POWER SERVICE GROUNDING
ELECTRODE SYSTEM
(NEC ART 250. PART H)
15) Lightning— For added protection for this product during a lightning
storm, or when it is left unattended and unused for long periods of time,
unplug it from the wall outlet and disconnect the antenna or cable system.
This will prevent damage to the product due to lightning and power-line
surges.
16) Power Lines— An outside antenna system should not be located in
the vicinity of overhead power lines or other electric light or power circuits,
or where it can fall into such power lines or circuits. When installing an
outside antenna system, extreme care should be taken to keep from touching such power lines or circuits as contact with them might be fatal.
17) Overloading— Do not overload wall outlets, extension cords, or
integral convenience receptacles as this can result in risk of fire or electric
shock.
18) Object and Liquid Entry— Never push objects of any kind into
this product through openings as they may touch dangerous voltage points
or short-out parts that could result in a fire or electric shock. Never spill
liquid of any kind on the product.
19) Servicing— Do not attempt to service this product yourself as open-
ing or removing covers may expose you to dangerous voltage or other
hazards. Refer all servicing to qualified service personnel.
20) Damage Requiring Service— Unplug this product from the wall
outlet and refer servicing to qualified service personnel under the following
conditions:
a) when the power-supply cord or plug is damaged.
b) if liquid has been spilled, or objects have fallen into the product.
c) if the product has been exposed to rain or water.
d) if the product does not operate normally by following the operating
instructions. Adjust only those controls that are covered by the operating
instructions as an improper adjustment of other controls may result in
damage and will often require extensive work by a qualified technician to
restore the product to its normal operation.
e) if the product has been dropped or damaged in any way.
f ) when the product exhibits a distinct change in performance – this
indicates a need for service.
21) Replacement Parts— When replacement parts are required, be sure
the service technician has used replacement parts specified by the manufacturer or have the same characteristics as the original part.
Unauthorized substitutions may result in fire, electric shock, or other
hazards.
22) Safety Check— Upon completion of any service or repairs to this
product, ask the service technician to perform safety checks to determine
that the product is in proper operating condition.
23) Wall or Ceiling Mounting— The product should be mounted to a
wall or ceiling only as recommended by the manufacturer.
24) Heat — The product should be situated away from heat sources such
as radiators, heat registers, stoves, or other products (including amplifiers)
that produce heat.
If you are new to disk-based recording or to multitrack recording generally, there may be some ideas
with which you are slightly unfamiliar. This section
briefly introduces you to some of the concepts
Multitrack recording (general)
Multitrack recording allows you to make recordings
of many different signals separately, allowing a high
degree of control over the finished sound.
Tracking The signals of the first tracks to be
recorded as part of the song are fed through a mixing
console, and recorded on many different tracks on a
multitrack recorder (“tracking”)
Overdubbing New material can be recorded on a
track while listening to previously-recorded tracks—
this is known as “overdubbing”. For instance, the
vocal parts of a song can be recorded after all the
backing instruments have been recorded, allowing
the singer to concentrate on getting the best vocal
performance. While tracking or overdubbing, effects
can be added to enhance the recorded sound.
Punching Most recorders have silent “punch-in”
and “punch-out” facilities, i.e. if you make a mistake
in only a short passage, you don’t have to re-record
regarding the 788 and its operation. Even if you are
familiar with the idea of multitrack recording and
disk-based recording, you may find this to be a useful
introduction.
the whole piece—you can re-record only the part
where the mistake occurred.
Mixdown These recorded tracks are then “mixed
down”—this means that the volumes, tonal balance
(the amount of bass and treble, etc.) of the different
recorded tracks are adjusted and fed to a stereo
recorder (a DAT recorder can be used for this purpose). At this stage, additional effects such as echo,
reverb, etc. may be added to individual tracks, to help
produce a “feel” to the piece.
Alternatively, with the 788 it is possible to mix to
CD. First the song is mixed to a special stereo mastering track and then written to CD, using a CD-R or
CD-RW drive connected to the SCSI port of the 788.
Mastering If the mixdown has not already been
done to CD, then an audio CD (or an analog cassette)
may be then mastered and duplicated from the master
stereo recording.
Recording
("tracking") and
overdubbing
Mixdown
8 TASCAM 788 Digital PortaStudio
1 – Introductory concepts–Disk vs. tape recording
Multitrack recorders can be analog (for example, the
TASCAM PORTASTUDIO cassette series) or digital
(for example, the TASCAM series of DTRS recorders), and likewise mixing consoles can be analog or
digital. The 788 is digital, that is, after the signals
enter the 788, the mix, recording process, the internal
effect processors and mixdown are all digital. This
Disk vs. tape recording
The 788 uses a disk for recording, but traditionally,
multitrack recording has been done on tape. The
Multitrack tapes
A tape is divided into a number of different “tracks”;
usually either 4, 8, 16 or 24.
A typical arrangement of tracks used during a tapebased recording session is shown below:
Track 1Bass (kick) drum
Track 2Snare drum
Track 3Drum Kit (left)
Track 4Drum Kit (right)
Track 5Bass Guitar
Track 6Guitar
Track 7Vocals (backing)
Track 8Lead vocals
avoids any possible loss of quality caused by
repeated conversion between analog and digital.
This also allows a consistent frequency response (i.e.
there is no loss of the very high or very low frequencies) and dynamic range (from quiet to loud), since
all the components in the integrated 788 system are
designed to work with each other.
methods of recording with tape and disk recording
systems differ in a number of ways.
• If there are more instruments than tracks, it is possible to do a “mini-mixdown” from some existing
tracks to a spare track or tracks. This is known as
“track bouncing” or “ping-pong”.
Track 1Bass (kick) drum
Track 2Snare drum
Track 3Drum Kit (left)
Track 4Drum Kit (right)
Track 5Bass guitar
Track 6Rhythm guitar
Track 7Click track (disposable)
Track 8Guide vocals (disposable)
If more tracks are required in the course of a session,
there are a number of alternatives:
• It is possible to record on unused parts of a track
(for instance, if there is a saxophone part which is
never played at the same time as the backing
vocals, you can use the spare portions of track 7 for
recording the saxophone).
• By sacrificing a track of audio, special synchronizing timecode can be recorded on the “sacrificed”
track, allowing sequenced MIDI instruments to
play along with the audio tracks.
Multitrack disks
On an analog tape deck, the number of tracks available is determined (mainly) by the width of the tape.
By contrast, in a disk system, the power of the processor determines how many tracks can be recorded
and played back at one time. On the 788, eight tracks
can be recorded and played back at one time.
• In the example above, the four recorded tracks
incorporating the drum parts will be bounced and
combined onto tracks 7 and 8. Tracks 1 through 4
may now be reused for other purposes.
Track 1Was bass (kick) drum - now reusable
Track 2Was snare drum - now reusable
Track 3Was drum kit (left) - now reusable
Track 4Was drum kit (right) - now reusable
Track 5Bass guitar
Track 6Rhythm guitar
Track 7New mixed drums (left)
Track 8New mixed drums (right)
While a tape’s tracks are recorded side-by-side along
the length of the tape, a disk track may be placed
anywhere on the disk.
If you could see the magnetic patterns that are
recorded on a hard disk, you might find that the
TASCAM 788 Digital PortaStudio 9
1 – Introductory concepts–What do “16-bit” and “24-bit” mean?
tracks recorded in a session would look something
like:
Track 2
Track 3
Track 6
Track 5
Track 7
Track 1
Track 4
Actually, the arrangement of tracks on a disk is more
complicated than this, but the diagram above gives
you an idea of how tracks don’t need to live side by
side as they do on tape.
Another thing to notice is that the tracks are of different lengths. Unlike a multitrack tape, where the
length of the track has to be equal to the length of the
tape, a disk recorder can be “smart” enough to recognize when nothing is recorded, and use that space for
other tracks, if necessary. This means that it’s difficult to say that you can record a song of a certain
length on a disk of a given size (unlike a cassette, say,
which is clearly labelled with the length of material
that can be recorded on it).
When recording or playing back material, the processor (“brain”) of the 788 must collect all the tracks
together and play them simultaneously, so that you
hear them playing together in perfect timing with
each other.
This is what we meant when we talked earlier about
the number of tracks that can be replayed at one time.
If we asked the 788 to play back hundreds of tracks
together, it would end up having to do too much
work, and the tracks would be out of time with each
other.
The “song”
On the 788, as on many MIDI sequencers, etc., a
piece of music is referred to as a song (whether or not
it has a vocal part). Because on a multitrack tape system, a piece of music takes up a fixed length of all
tracks of the tape—no more, no less, there is no need
to pre-divide a tape into songs.
On a disk-based system, however, before you start
recording a piece, you must “tell” the recorder that
you are recording a new song.
What do “16-bit” and “24-bit” mean?
The 788 is capable of recording at 16-bit and 24-bit
resolution. Basically speaking, in digital audio, the
more bits, the better. This is because in a digital
audio device like the 788, incoming sound is digi-tized, that is, converted into numbers, which in the
case of the 788 are stored on the disk.
When it is time to replay the sound, the 788 reads the
numbers from hard disk and converts them back into
sound.
In each second, the 788 takes a “snapshot” of the
incoming sound 44,100 times. By playing back these
snapshots one after the other at the same speed
(44.1 kHz, in technical terms), the 788 provides you
To the 788, a song is all the audio data you record,
together with the playlist which allows you to select
parts of the song for playback, until you start working on another song.
You can copy songs to other songs (or to another
disk), erase them, protect them against further
changes, and so on.
Since the song is a collection of digital data, there is
no loss of quality when a song is stored or copied to
another disk.
with an accurate reproduction of the sound, in much
the same way as a movie camera takes a series of still
pictures (frames) 24 times a second, which are
replayed by the movie projector to give you the feeling of a continuously moving picture.
However, the speed at which the sampling is carried
out is only half the story. The depth at which the sampling is carried out is also important.
To illustrate this, let’s think of a black and white photograph. In such a photograph, there can be an infinite number of grays, all the way from complete
white to total blackness.
10 TASCAM 788 Digital PortaStudio
1 – Introductory concepts–Real and virtual tracks on the 788
If we sample this photograph, which originally contains pure white, pure white and almost every shade
of gray in between, we must convert it to a fixed
number of gray levels. Here, we can see that the more
grays we use to represent the picture, the more realistic the photo appears.
2-bit resolution
(4 gray levels)
8-bit resolution
(256 gray levels)
3-bit resolution
(8 gray levels)
Note that we use the number of bits (a bit is either
“on” or “off”) to show how many grays are used to
make up the picture. The number of grays can be
given as 2
So: 2 bits give us 2
grays, and 8 bits give us 2
n
, where n = the number of bits.
2
= 4 grays, 3 bits give us 23 = 8
8
= 256 grays,
For our eyes, 256 grays is just about enough, but our
ears need a little more quality. If you listen to sound
recorded at 8-bit resolution, you’ll notice that it
sounds somewhat rough, especially in the quieter
passages.
CDs are therefore produced at 16 bits (2
16
= 65,536
“grays”) and this is fine for playback. For recording,
though, when sound is being manipulated and processed, it’s a good idea to have more bits available.
The 788 therefore gives you 24 bits of resolution (2
24
= 16,777,216) which allows complete precision and
sonic quality at all stages of the production process.
At the final stages, when the mix is transferred to CD
or to any other digital medium, the 24 bits are
reduced to 16 for compatibility with other audio
equipment.
Note, though, that when you record using 24 bits
rather than 16, more space is used on the hard disk
(50% more, as you might well expect). In practice,
given the size of the hard disk in the 788, this should
make little or no difference to the way you work with
your recordings.
Real and virtual tracks on the 788
When you use the 788, you can record “spare”
tracks; for instance, different versions of the lead
vocals, and pick and choose between the different
versions to find the one which works best.
These “spare tracks” are known as virtual tracks.
With the 788, you can record up to 250 tracks per
song. From those 250 tracks, you pick the eight that
you want to fit together to make your finished mixed
song. This can be re-takes of the same material (for
instance, many attempts by a singer to capture the
perfect vocal line), or alternative tracks (different
guitar lines or effect settings, etc.). This allows you
much more freedom to experiment than a tape
recorder can provide.
Different harmony arrangements for
backing vocals
Lead vocal attempts
Bass line played on different instruments
Saxophone takes
Rhythm guitar experiments with
different effect settings
Different takes of lead guitar line
Virtual
tracks
Here, we pick the best
takes from the virtual
tracks and assign them to
the eight assigned play-
back tracks.
Track 1: Drums Left
Track 2: Drums Right
Track 3: Lead Guit ar
Track 4: Rhythm Guitar
Track 5: Saxophone
Track 6: Bass line
Track 7: Lead voc als
Track 8: Backing vocals
Assigned
playback
tracks
TASCAM 788 Digital PortaStudio 11
1 – Introductory concepts–Real and virtual tracks on the 788
Editing
One of the most useful features of a disk-based
recorder such as the 788 is the ability to edit material.
When working with a stereo tape recorder, the usual
way of editing was with a white pencil, a razor blade
and sticky splicing tape. In this way, unwanted parts
of tape could be removed, and parts of a song (e.g.
verses, choruses, intros) could be moved from one
part of the song to another. However, there were
many disadvantages to this (and it didn’t work with
multitrack recorders).
The other way of tape editing is assembly from one
recorder to another—you need two recorders, and
some very precise (and often expensive!) synchronization equipment to do this.
Nondestructive editing on the 788 By con-
trast, the 788 allows you to use a wide variety of
sophisticated editing techniques with no additional
equipment.
If you have ever used a computer for word-processing, you will know that you can cut and copy parts of
a document, and paste them into other locations in
the document, saving you a lot of boring, repetitive
work.
Since the 788 stores its information as digital data,
just as a word-processor stores your documents as
digital data, parts of a song can be cut, copied and
pasted to other locations in the song. You can cut,
copy and paste all the tracks which have been
recorded to make a song, or just one or a few tracks.
As a practical example, let’s suppose that you’re
recording a song that has three chorus sections, with
an identical, rather complex, guitar hook at the end of
each of them. If you were recording to tape, you
would record the hook for these three sections three
times, each one in the appropriate place. Because this
is a slightly tricky passage to play, you might only
get it right once or twice. You’d have to go through
the process of punching in and out at the places
where you made the mistake, until you got it right
three times.
With the 788, this becomes easier. You can copy and
paste the part which was recorded properly, and
replace the bad versions. This makes life a lot simpler and quicker, as you only have to get the hook
right once—the other times are simply “clones” of
the perfect recording.
Good
take
Good
take
Good
take
Good
take
Good
take
Good
take
Bad takeBad take
Bad takeBad take
Copy the good version and
overwrite the bad takes
Good
take
There are other ways you could use this feature—
used with care, it could be used to correct timing
problems with an out-of-time player, or signals from
microphones which are widely separated.
788 editing On the 788, you can copy, move,
paste, add silence, close up gaps, wipe whole tracks,
etc. in very simple operations. See “Track editing” on
page 65 for details of the track editing operations
available with the 788.
Undo and redo Furthermore, compared with a
tape recording system, disk offers one very big
plus—the ability to undo changes. For instance, if
you make a mistake and copy a bad take of the chorus over a good copy, you can undo it and restore
what you originally recorded. You can’t do this with
tape. This is why we call editing with disk “non-
destructive”—you don’t actually destroy the data
immediately when you write over it, cut it or delete
it, but you have a “safety net” to catch your mistakes.
However, the undo function is not available for every
operation, though. For instance, there is no way to
undo formatting a disk (and destroying all data on it).
This is an operation from which there is no escape,
once it has started (there are a few other non-undoable operations, such as erasing a song—these functions are explained as being non-undoable when they
are described in this manual).
12 TASCAM 788 Digital PortaStudio
Multi-take punch-ins on the 788
1 – Introductory concepts–Assignment
Similar to the concept of “virtual tracks”, and also to
the editing procedure above, is the idea of multi-take
punches.
The 788 allows you to repeat a punch-in section,
playing or singing the same phrase many times until
Instant location on the 788
With a tape recorder, you must always wait a certain
amount of time before moving from one part of a
song to another. This is because it takes time for tape
to be wound or rewound (even with the fast DTRS or
DAT systems, moving between the start and end of a
repeated section takes a definite amount of time).
However, a disk-based system like the 788 does not
need to rewind, and therefore if a section is being
Recording technique
Remember, the 788 is a tool which helps you create
recordings. Although it has many features which will
assist you in making high quality recordings easily,
the use of a 788 (or indeed, of any piece of equipment) does not in and of itself guarantee a perfect
recording.
you stop the punch procedure. All the successive
takes of this phrase are stored on disk, and you can
audition them all, and pick the best one to insert into
the track.
looped, the start can follow immediately after the end
section. This can be a little unnerving for musicians
brought up on tape systems, and so the 788 allows
you to set the period between the end and the start,
simulating a tape rewind time.
You can set many location marks throughout a 788
song, allowing you to jump instantly around even the
longest pieces of music.
Above all else, we encourage you to learn to listen
critically to your recordings—this will enable you to
make the most from your equipment and add to your
ultimate enjoyment.
Assignment
When recording signals on a multitrack system, the
outputs of the signal sources (microphones, instruments, effect returns or previously-recorded multitrack tape tracks) must be plugged into the
appropriate channels of the mixing console and
assigned or routed to the appropriate destination.
When recording the first tracks, the destination will
usually be the track or tracks of the multitrack
recorder on which the signal will be recorded.
In the mixdown phase of a project, the destination
will usually be the stereo pair to which the tracks will
be mixed (usually on another recorder).
The 788 internal patchbay
With the 788, no external patchbay is necessary. The
unit incorporates its own digital patchbay with many
advanced features. The techniques of actually making the assignments in this internal patchbay are
explained in more detail in “Assignment on the 788”
on page 36. This section provides a brief overview of
In a conventional system, to change (say) a microphone signal from input channel 1 of the mixer to
input channel 4, it is either (in a small setup) necessary to unplug the microphone from the mixer and
reconnect or (in larger setups) to use a patchbay,
where all the inputs and outputs are permanently
connected at the rear of a “patch panel” and links are
made using patch cords on the front. Digital patch-
bays are also available for the connection of digital
signals.
the facilities available when using the assignment
patchbay of the 788.
The illustration here tries to show that although the
sound sources may be connected to the same inputs
of the 788 throughout a session, the signals from
TASCAM 788 Digital PortaStudio 13
1 – Introductory concepts–Assignment
these inputs may be assigned to different mixer channels as required during the recording process.
AUX
ABCDLR
1
2
3
4
5
6
7
8
INPUTS
Although only a few dashed lines are shown here for
simplicity, it is possible to connect any of the shown
inputs to any of the eight mixer channels.
feeds recording track 1, mixer channel 3 always feeds
track 3, etc. This cannot be changed.
However, when mixing down or track bouncing, the
tracks themselves, which are usually the destination
of the signals, become signal sources. In this case,
tracks are assigned to channels, becoming the signal
source. Again, track 1 is always assigned to channel
1, track 2 is always assigned to channel 2, etc. In this
case, however, there are 250 virtual tracks per song
(see “Real and virtual tracks on the 788” on page 11)
to choose from, and the virtual track that is currently
assigned to a real track will be sent through the mixer
channel to the
STEREO outputs.
1
2
3
4
5
6
7
8
Every mixer channel is tied directly to the associated
recording track on disk. This means that when
recording, the output of mixer channel 1 always
Track bouncing
As a further refinement, it is also possible to send the
stereo output signal to a track or pair of tracks, allowing track bouncing to take place, as described in
“Multitrack tapes” on page 9.
In this illustration tracks 7 and 8 are used to receive
the mixed stereo tracks, which are fed by tracks 1
through 6:
1
2
3
4
5
6
7
8
14 TASCAM 788 Digital PortaStudio
Note that the stereo fader does not actually affect the
volume of the mixed tracks—it is placed in this diagram for illustrative purposes only.
1 – Introductory concepts–Synchronization and the 788
Quick setup and the assign screen
The 788 allows you to see your current assignments
easily in two ways (as explained in more detail in
“Assignment on the 788” on page 36):
Firstly, when you press a mixer channel’s
SELECT
key, it flashes, along with the inputs that have been
assigned to it.
Secondly, to see the whole map of the current assignments, press and hold down the
SHIFT key while
pressing the ASSIGN MAP key:
Inputs are listed down the left side of the screen, and
destinations along the top. A black mark at the inter-
Synchronization and the 788
One of the other key features of the 788 is its ability
to synchronize with other equipment. This is especially useful when working with MIDI equipment, as
the MIDI instruments do not actually need to be
recorded until the final mixdown stage.
Instead, one way of working is to record the basic
MIDI tracks (say a bass and drums sequence) on a
sequencer, and play it back as a guide “click” or
backing track while recording guitars, vocals, etc.
Alternatively, the acoustic tracks may be recorded
first, and MIDI tracks added later as atmosphere.
In either case, at mixdown, the 788 provides you with
a sub mix facility, that allows the inputs to be routed
section of the input and destination means an assignment of the input to the destination.
As well as this map, the 788 also allows you to set up
different commonly-used assignment maps using the
QUICK SETUP key.
The assignment maps that you can set up in this way
are:
RECORDING (where the inputs are
assigned to the mixer channels (and hence to the
tracks on a one-to-one basis),
MIXDOWN, where
the recorded tracks are routed to the stereo output
bus, and
BOUNCE 7/8 where tracks 1 through
6 are routed to the stereo bus, which in its turn is
routed to channels 7 and 8.
There is also a special library, as described elsewhere
in this manual, where custom routing patterns can be
stored and retrieved (as well as a library for storing
the whole of the mixer’s settings).
through to the master stereo mix in addition to the
tracks recorded on disk.
There is no “right” or “wrong” way of working—you
should choose the method that works best for you
and your material.
Note that in either case, the MIDI must be accurately
synchronized to the acoustic recorded material at all
times.
There are three basic methods of synchronization
between the 788 and a MIDI system, briefly
explained below. Full details of how to use these synchronization facilities are provided in “Synchroniza-
tion” on page 94.
Timecode synchronization
Timecode is a way of specifying an absolute position
in a recording. It is expressed in hours, minutes, seconds, frames and bits. The number of frames in a second depends on the timecode type—these are related
to the audio-visual industry where timecode (sometimes known as “SMPTE” or “SMPTE/EBU” time-
code originated. There are five major “flavors” of
timecode supported by the 788:
Frames/
second (fps)
24Movie
25PAL/SECAM TV
29.97 dropNTSC color for broadcast
29.97 non-dropNTSC color TV
30 non-dropNTSC mono TV
Timecode type
The 788 converts internal timecode so that it can be
transmitted over MIDI (MIDI Time Code or MTC)
and this is the way in which the 788 transmits and
receives timecode.
TASCAM 788 Digital PortaStudio 15
1 – Introductory concepts–MIDI external control (MMC, etc.)
When synchronizing acoustic recordings to MIDI
instruments using MTC, the 788 can act as a timecode master or a slave with respect to your MIDI system. Of course, your sequencer must be able to use
MTC in order to do this.
In other words, when the 788 acts as a timecode master, the sequencer determines its playback/record
position from timecode received from the 788.
Tempo map synchronization
As well as timecode, there is another way in which
the 788 can be synchronized to MIDI sequencers,
which depends on the position in bars (measures) and
beats of a song .
The 788 is provided with a “tempo map”, which
allows it to recognize that bar 1 starts at timecode
Sync track recording
In this method of synchronization, the 788 records a
MIDI timing clock data from the sequencer, and can
When the 788 acts as a timecode slave, the sequencer
sends out MTC to locate the 788 playback/record
position. Note that many computer sequencers are
not very accurate timecode masters, though—using
the 788 as a timecode slave is probably best if you
are going to use a stable MTC source, such as
another 788.
time 00:00:00.00, and bar 2 starts 2 seconds later (for
example).
To use this method of synchronization, it is first necessary to set up this tempo map, so that musical positions can be mapped to timecode times.
later use this information for synchronization and
song positioning.
MIDI external control (MMC, etc.)
As well as synchronization, the transport controls of
a sequencer can be used to control transport, etc.
functions on the 788.
Or, if you want to work the other way, MIDI commands sent from the 788 can be used to control the
sequencer.
These commands are known as MIDI Machine Control commands (MMC). Any machine capable of
transmitting or responding to MMC may be provided
with a unique ID, from 0 to 127.
Note that it is possible for a machine such as the 788
to be a timecode slave at the same time that it is a
MMC master (i.e. MTC timing information is
obtained from an external source, but the transport
controls of the 788 are used to control other devices,
including possibly the timecode source) or vice versa.
In the illustration below, the MIDI interface of the
computer is fitted with two outputs, one of which
provides the slaved 788 with the MMC transport
commands, and the other driving the synthesizer
bank, etc. The sequencer takes its timing from the
MTC output by the 788.
Carries MMC commands
to control 788 transport,
etc.
MIDI OUT (2)
MIDI IN
MIDI OUT (1)
MIDI IN
Carries MIDI
musical data to
synths, etc.
Carries MTC to
synchronize
sequencer
MIDI IN
MIDI OUT
When starting synchronized playback, the sequence
of events is therefore that the sequencer first sends an
MMC Play command to the 788, which then locates
to that position and starts playback. Meanwhile, the
sequencer is waiting for MTC so that it can “lock in”
and start playback. When the 788 starts playing, this
MTC is received by the sequencer which then finally
starts playback to the synthesizer.
16 TASCAM 788 Digital PortaStudio
MIDI remote control
1 – Introductory concepts–SCSI issues
In addition to the transport control described above,
the 788 is able to accept MIDI Program Change messages to change mixer scenes, and routing tables, etc.
as well as previously-set effector settings.
SCSI issues
SCSI (usually pronounced “scuzzy”) stands for
Small Computer Systems Interface, and is a way of
connecting computers and peripheral devices (e.g.
hard disks, removable disk drives, scanners, tape
drives, etc.).
SCSI connections
The 788 uses the SCSI-2 protocol, which is used by
most modern hard disk drives, and storage devices.
You can connect almost any SCSI storage device to
the 788, and use it for data storage.
Any CD-R or CD-RW drive that you use with the
788 must be a SCSI drive. Contact your TASCAM
It can also accept Control Change messages, which
allow a sequencer, for example, to control mixer
parameters as well as individual effector parameters,
so that remote control of the sound can be carried out
in real time for the final mix.
The 788 uses SCSI to communicate with its hard
disk, since SCSI is a reliable, efficient way of sending data between devices.
You can connect different types of SCSI device to the
788, for example external hard disks, magneto-optical disks or other types of removable media, as well
as SCSI-equipped CD-R and CD-RW drives.
dealer or consult the TASCAM Web site for details
of which drives are known to work well with the 788.
NOTE
You should never plug or unplug SCSI devices from the
chain with the power to any of them switched on. If you do,
there is a real risk that you will damage the devices beyond
repair.
SCSI IDs
SCSI devices are connected together in a “daisy-
chain” arrangement. The total length of the chain
should be less than 3 m (about 10 ft.).
Within each chain, each device must have its own
unique identifier, known as a “SCSI ID”.
There may be up to eight devices within a SCSI
chain, including the main SCSI controller (the 788 is
a SCSI controller). Numbering of devices typically
starts at 0 (zero) and goes up to 7.
SCSI termination
At each end of a SCSI chain, there must be a terminator. This may either be a separate plug, or may be
built into the SCSI device.
The internal disk in the 788 has SCSI ID 0, and the
788 itself has SCSI ID 7.
Make sure that every device in your SCSI chain,
including the controller (788) has a different ID. If
you create a SCSI chain with more than one device
using the same ID, you will find that you have problems with the setup.
Consult the documentation for your other devices to
find out how to set the ID (it may be a set of switches
or a rotary switch).
Consult the documentation for your other devices to
find out how to set the termination for them.
The 788 is always at the end of its SCSI chain, and is
always terminated.
TASCAM 788 Digital PortaStudio 17
1 – Introductory concepts–Further reading
SCSI devices and backing up
The 788 contains a large, fast hard disk, which allows
the recording of many songs on the same disk.
However, if you keep all your material, eventually
this disk will fill up, and you must do some “house-
cleaning” to sweep away the unwanted material.
The 788 incorporates a very useful feature which
allows you to back up a song to CD-R or CD-RW
media. These discs can hold a lot of data. In the case
of a song being too big to fit on a single disc, the 788
will automatically create multi-disc archives on
which you can store your work. This, of course, is in
addition to you being able to use a CD-R/RW disc as
Further reading
This section does not pretend to be a comprehensive
listing or explanation of all these issues. If you have
the time and interest, reading about these subjects is a
very good way to add to your practical experience
with the 788.
If you have Internet access, the Web is an excellent
source of information. The following books are also
useful reference sources, if you wish to explore these
subjects in more depth.
Sound & Recording, 2nd edition 1994, Francis Rumsey & Tim McCormick, Focal Press, Oxford, is a
good general introduction to recording theory and
practice, starting from basic principles. However, the
section on hard disk recording is not very long.
For detailed information on digital audio, including
disk recording theory, The Art of Digital Audio, 2nd
the final mastering device (mixdown of the final mastered stereo tracks to CD-R/RW via SCSI).
In case you do not have a CD-R/RW drive, we suggest the use of an external SCSI device which uses
removable disks: the Iomega® zip® and jaz® drives
can hold large amounts of data, as can magneto-optical (MO) disk drives. The songs on the internal hard
disk can be copied to the external media for archival.
Note that you should not attempt to install an internal
disk drive (either hard disk or removable) in your
788. This is an operation that should be performed
only by authorized TASCAM service agents.
Edition 1994, John Watkinson, Focal Press, Oxford,
is invaluable, but is somewhat technical in places.
MIDI Systems and Control, 2nd Edition 1994, Francis Rumsey, Focal Press, Oxford, has an excellent
section on synchronization and machine control
(chapter 6).
There are also many resources regarding SCSI. It’s
not a subject that you usually need to know in enormous detail, but an Internet search for “SCSI primer”
will probably give you all the information you need.
If you are using your 788 with a sequencer, make
sure that you read and understand the relevant sections of the sequencer manual, as well as the 788
manual. This will probably avoid many problems
with regard to synchronization.
18 TASCAM 788 Digital PortaStudio
2 – Getting started
This section explains some of the principles of using
your 788. It is not a “tutorial”—there are so many
different ways in which the 788 can be used that it
would probably not be useful for us to give you step-
Precautions, etc.
Treat the 788 with the same care and respect that you
would treat a notebook or laptop computer, and it
will last for a long time, and act as a useful creative
tool to help you in your music-making.
However, there are a few precautions you should take
with the 788:
•
always operate the 788 on a firm level surface. Do
not locate it where it can be knocked or shaken—
hard disks are more sensitive than tapes.
•
always take note of any special instructions regard-
ing the care and maintenance of removable media,
if you are using such media with the 788.
•
never eat or drink over the 788. Spilled liquid or
food crumbs will not improve its performance!
Also, smoke particles are the enemy of studio
equipment. If possible, we suggest that you make
your 788 work area a no-smoking area.
•
always allow the 788 to adjust to room temperature
if you are bringing it from a cold to a warm place.
This may take between 1 and 2 hours.
by-step instructions here covering every possibility.
Instead, we have provided you with general instructions that will work in most cases.
•
never connect or disconnect audio equipment with
the monitoring levels turned up. This can cause
damage to speakers (and ears!). Always turn down
levels before making or breaking such connections.
•
always shut down the 788 before turning it off (see
the following section).
•
never move the 788 while it is powered on. Take
special care never to move it while recording or
playback is taking place, in order to avoid any possible damage to the disk. Shut down and power off
the unit before moving it.
•
never make external SCSI connections with the
power to the 788 or the external SCSI device turned
on. Making SCSI connections with the power
turned on can cause damage to the units, including
the 788, which is expensive to repair! Shut down
the unit and turn it off before making or breaking
these connections.
Shutting down the 788
It may seem strange that the first thing we explain is
how to turn off the 788. This is important, though,
and you should get into the habit of always turning
off the 788 in this way, as this will avoid any possible
loss of data.
42
3
1
1 Stop playback or recording (you cannot shut
down the 788 while playback or recording is
taking place).
2 Turn down the level of the monitoring ampli-
fier (to avoid speaker “thumps”).
3 Press the
EJECT/SHUT key.
4 The indicator lights, and a message appears on
screen asking if you are sure. Press
to shut down the 788.
YES
ENTER/
5 As the 788 “tidies up” before closing down,
appropriate messages appear on screen. At the
end of the shutdown process, the message:
is shown and the indicator flashes. Turn off the
788 with the power switch on the rear panel.
TASCAM 788 Digital PortaStudio 19
2 – Getting started–Power-on
Power-on
When the power is turned on, the display shows the
power-up screen. All the front panel indicators light
briefly.
The disks are then scanned, and the 788 performs
internal self checks.
You will probably be able to hear the sound of the
disks as the startup progresses. Depending on the
number of disks connected to the 788, this may take a
little time.
After the check is complete, the 788 loads the song
you were last working on.
NOTE
When you first purchase the 788, a demonstration song
(“Liquor Store”) is already recorded on it. See the “Brief
Guide” for details of how to load this song.
The song is recorded in 24-bit resolution and is protected.
If you want to edit this song, or change parts of it, you must
unprotect it, or make an unprotected copy of it first.
About the demonstration song
When the “home” screen (“The “home” display” on
page 26) is shown, you can start to use the 788.
NOTE
There may be some noise output through the monitoring
system while the 788 is turned on. For this reason, we
strongly suggest that you follow the power-on order
described previously (i.e. turn on the 788 before the monitoring system. If the monitoring system is already turned on
when you need to turn on the 788, make sure the monitoring system volume is turned down before you turn on the
788.
Remember that you must always turn off the 788 “prop-
erly”, that is, using the method described in “Shutting down
the 788” on page 19.
Do not simply press the power switch to turn off the 788—
there is a risk of possible loss of your recording if you do
this.
We suggest that you use this song “Liquor Store” to
experiment with some of the features of the 788.
However, before you start editing and experimenting
with the song, you may want to make a copy (if only
A few notes about this manual
When we refer to a control or a connector on the 788,
the name of the control, as printed on the front panel,
is written like this: the
controls are called “keys”). We refer to the cursor
keys as §, ¶, Ó and Á or sometimes as
DOWN, LEFT or RIGHT.
When we refer to a control or connector on another
unit, it is written like this: the sequencer’s MIDI OUT connector.
On-screen messages are written like this:
Always take note of the notes and tips if things aren’t
working quite the way you might expect—they may
RECORD key (front panel
UP,
Go.
for comparison purposes), even though the 788
includes a sophisticated undo function. Use the song
copy function described in “Copying songs” on
page 29.
contain information that you need to make things
work properly.
Do take note of warnings and cautions—these contain information which advises you of possible damage to you and the equipment!
NOTE
Notes like this are useful additional information which
explain features and other matters, etc. that affect the
working of the 788.
TIP
may help you to get the best out of your 788.
Tips like this provide additional information to help you use
the 788 to its best advantage.
20 TASCAM 788 Digital PortaStudio
2 – Getting started–A few notes about this manual
“Roadmap” to this manual
Each section of this manual deals with a different
topic:
1 “Introductory concepts” (page 8) This
section provides an introduction to some of the theory behind the 788.
Read this section to: familiarize yourself with the
ideas behind multitrack recording and disk recording.
2 “Getting started” (page 19) This section
provides you with basic information regarding the
first use of the 788, and the basic principles regarding
menu operations, etc.
Read this section to: become familiar with the basic
principles of operating the 788’s menu system, etc.
3 “Before recording” (page 34) This section
helps you get started before actually recording using
the 788.
Read this section to: understand how to assign inputs
to mixer channels, and to listen to your work.
4 “Mixer” (page 41) The digital mixer which is
part of the 788 allows you to control equalization,
level, pan, etc.
Read this section to: understand the mixer functions
of the 788.
8 “Mastering and backup (CD-R)” (page
72)
You can use a CD-R or CD-RW drive connected
to the 788 to create master stereo recordings on disc,
as well as backing up and restoring song data for
future use.
Read this section to: understand how to use recordable CDs with your 788.
9 “Effects” (page 81) The effectors in the 788
can be used for many different purposes: as multieffect processors, dynamics processors, and single
stereo effect processors. You can make your own settings for these effectors, and can store them on the
788 disk.
Read this section to: make the most of the effectors
built into the 788, and for reference to the parameters
you can set.
10 “Routing and scene libraries” (page
The 788 allows you to store mixer settings and
91)
routing settings into libraries.
Read this section to: learn how to store and recall
commonly-used scenes, etc.
11 “Synchronization” (page 94) You can
synchronize the 788 with other equipment, allowing
you to play along with MIDI instruments, etc.
5 “Recorder operations” (page 49) The
other major component of the 788 apart from the
mixer is the disk recorder, which allows you to
record, punch in and out, play back, perform repeat
playback, etc.
Read this section to: understand the recorder functions of the 788.
6 “Location operations” (page 60) The 788
allows you to set and move to location marks
throughout your song, for convenience.
Read this section to: find out how to use these location functions effectively.
7 “Track editing” (page 65) The 788 provides
you with a wide range of editing tools to help you in
your work.
Read this section to: find out how to select, copy,
move and paste sections of recorded material, as well
as other editing features.
Read this section to: learn how to synchronize the
788 with other equipment.
12 “MMC and MIDI functions” (page 101)
Various parameters of the 788 can be controlled by
MIDI messages. In addition, the 788 transport can be
controlled by MIDI Machine Control commands.
Read this section to: learn how to control the 788
using MIDI.
13 “Specifications, etc.” (page 119) As
well as the specifications of the 788, this section also
contains a lost of error messages.
Read this section to: understand what to do if an
error message appears, or for hard facts and figures
about the 788.
TASCAM 788 Digital PortaStudio 21
2 – Getting started–Connecting other equipment to your 788
Connecting other equipment to your 788
For a typical recording session, you will need:
• the 788 itself
• some sound sources (instruments and/or micro-
phones)
• a stereo mastering recorder (cassette, DAT, MD).
Alternatively, you can use a CD-R or CD-RW drive
which will allow you to master the song, and also
to back up and restore your working material.
• an external effects unit (optional)
• a monitoring system (this is a grand name for a
good amplifier and a pair of good speakers which
you will use to listen to your recorded material—
this can be your stereo system)
• if you are using microphones in the same room as
the 788, you should use headphones (headphones
are also sometimes useful for general monitoring
purposes as well)
• cables to connect everything together, with the
appropriate connectors
• if you are using MIDI instruments, you will almost
certainly be using a sequencer (either as a standalone unit, as a computer program, or built into a
workstation instrument)
1 Find a stable level surface on which to put your
788 and place the 788 on it.
2 Make sure that all equipment is switched off.
3 Connect the
a pair of inputs of the monitoring system.
4 Connect the
the inputs of the mastering recorder (if it is an
analog-connected recorder). Connect the out-
MONITOR OUTPUTs of the 788 to
STEREO OUTPUTs of the 788 to
puts of the mastering recorder to another pair
of inputs on the monitoring system (if they are
available).
Alternatively, if you are using a DAT, CD
recorder or MD recorder with a digital (coaxial) audio input, connect the 788’s
OUTPUT
device. Set the input selector of the recording
device appropriately.
As yet another alternative, you can make a
SCSI connection (see “SCSI issues” on
page 17) to a suitable CD-R or CD-RW drive.
Even though no audio connection is made, the
drive will be able to accept audio data through
the SCSI cable, and to transfer it back to the
788 for replay.
5 If you are using an external effects unit, con-
nect the
of the effects unit, and the outputs of the effects
unit to the
6 Connect the MIDI OUT of the sequencer to the
MIDI IN of the 788 and the MIDI IN of the
sequencer to the MIDI OUT of the 788.
7 Connect the audio outputs of your instruments
to the inputs of the 788.
8 Connect the PS-P788 AC adaptor supplied
with your 788 to the 788.
9 Turn on the power, starting with the instru-
ments, and finishing with the monitoring
system.
to the COAXIAL IN of the recording
AUX OUTPUTs of the 788 to the inputs
AUX INPUTs of the 788.
DIGITAL
Additional connection notes
• Make sure that you have enough space to plug and
unplug cables, etc. and that you can reach the controls, read the display, etc. comfortably.
• If you are using a home stereo amplifier, do not
connect the 788 to any PHONO inputs on the
amplifier. These are the wrong kind of inputs for
this kind of equipment. Use inputs labeled AUX, CD, VIDEO, etc.
• Always use the TASCAM PS-P788 AC adaptor
designed for use with the 788, making sure that the
input voltage marked on the adaptor matches the
power supply in your area. Never use any other
adaptor with the 788. If you are unsure, consult an
22 TASCAM 788 Digital PortaStudio
electrician. If you move to an area with a different
voltage, contact your TASCAM distributor regarding the supply of a new adaptor.
• When switching on equipment, a general rule is to
work from the signal source through to the final
end result. In this case, assuming a synthesizer is
plugged into the 788, the switch-on order would
be:
Synthesizer → 788 → Mastering recorder → Monitor amplifier
Switch off in the reverse order (end result through
to signal source).
2 – Getting started–Connecting other equipment to your 788
• If your external effects unit can only accept a mono
input, connect the
L AUX OUTPUT of the 788 to
the input.
• The MIDI connections described here do not have
to be direct connections—your sequencer will need
to accept data from the instrument chain and to
pass data to them. However, you should make sure
that MTC (MIDI Timecode) can be sent from the
788 to the sequencer, and MIDI Machine Control
MIDI
AUDIO
OUTs
commands can be received by the 788 from the
sequencer, even if this means routing the MIDI signals through some MIDI THRU ports.
• If you are connecting an electric guitar (or bass
guitar) directly into the 788, use
the switch to
GUITAR—this allows the matching of
INPUT D and set
the input impedance to the high impedance of an
electric guitar.
REC IN
PLAY
OUT
INPUTs A thru C
INPUT D
STEREO
OUTPUT
TAPE IN
MONITOR
OUTPUT
AUX OUTPUT
AUX INPUTS
TASCAM 788 Digital PortaStudio 23
2 – Getting started–About the menus
About the menus
The 788 uses a menu interface to display and select
operations that you cannot carry out using the front
panel keys.
The
JOG/DATA dial is often used to scroll through a
list. When the dial can be used, the screen will usually show a small icon representing the dial (as
shown at on the left of the screen).
Selecting multiple entries
Sometimes multiple entries can be selected from a
list (for instance, when copying songs). In this case,
the selected entries in the list are shown by a check
mark (✔) beside the list entry.
The MENU key
Generally, the transport must be stopped (not playing
back or recording) when using the menus.
When scrolling through a list, when the option you
want is highlighted, you should select the option by
pressing the
The
EXIT/NO key allows you to move up a level
ENTER/YES key.
without selecting an option.
To set a check mark by a list entry, press the INSERT/
MOVE
key.
To clear a check mark from a list entry, press the
DELETE/SILENCE key.
The MENU key allows you to make settings with the
“system” menus.
These menus provide access to system-level settings
that you will probably not use very often (for
instance, you will only create a song once in the lifetime of a song).
SONG
(see “The SONG menu” on
page 28
DISK
(see “DISK menu” on page 31)
CD-R
(see the section “Mastering
and backup (CD-R)” on
page 72)
SYNC/MIDI
(see the section “Synchroniza-
tion” on page 94)
OPTION
“The OPTION menu” on
page 33)
menus
menus
menus
menus
menus (see
CREATE
SAVE
REVERT
LOAD
ERASE
COPY
DELETE UNUSED
PROTECT
SELECT
EJECT
FORMAT
CHECK
PRE MASTERING
CHECK MASTER
CD WRITER
CD FINALIZE
CD PLAYER
DATA BACKUP
DATA RESTORE
SYNC
SYNC TRACK
TEMPO MAP
METRONOME
CONTROL
GLOBAL
MIXER
RECORDER
USER WORD
24 TASCAM 788 Digital PortaStudio
Other control screens
2 – Getting started–About the menus
There are a number of dedicated menus and screens
available, which are accessed with the following
keys. These are all described in the appropriate sections of this manual:
Selecting parameters
If there are many parameters on a screen, use the cursor keys to highlight the parameter you want to
change before setting the value with the dial.
Channel equalization
Channel Aux and Effect send
Channel fader and pan settings
Off-disk level and pan positioning for cue mix
Preset routing options, scene read and write,
routing assignment read and write
Effect selection and parameters
Effect selection and parameters
Location recall, naming and time viewing
“Copy and paste”, etc. of recorded material
Menu to undo or redo editing operations
Stereo section settings
Sub-mixer settings
Virtual track assignment
Sometimes there are “tabs” at the top of the screen.
Use the Ó and Á cursor keys to select the tab where
you will be making the change.
Here, the two PAN values can be highlighted, and
changed with the dial. In the example above, the pan
value of channel 1 is highlighted for editing.
Setting values
When a value is to be changed, use the JOG/DATA
dial to change the value.
The
ENTER key is often used as a “yes” key to
answer questions like
which may sometimes be shown on screen (for
example, the screen below).
Are you sure?
Here, the left and right keys are used to select the tab
from 1 through 8 at the top of the screen (tab 1 is
selected in this screen).
The virtual tracks are then selected with the dial.
If you change your mind about carrying out an operation, use the
The
EXIT key can also be used as a “no” key to
EXIT key.
answer on-screen questions.
TASCAM 788 Digital PortaStudio 25
2 – Getting started–The “home” display
The “home” display
There is one special display which is always available with the touch of one key—the HOME/ESC key.
This “home” display provides the following
information:
The time display
When the home display is shown, moving the cursor
to the left field on the top line of the display allows
you to use the dial to change the time mode shown in
the top line of the home (and other screens) between
the following options:
• Absolute time
• A large display of the time counter (see below)
• Track/monitor meters and the recording source
• The title of the currently active location mark
• A space for messages
• The record ready status of the tracks (in this exam-
ple tracks 3 and 4 are ready for recording)
• MIDI Timecode
• Bars and beats and the current tempo (when work-
ing with a tempo map)
Entering and editing titles
The 788 allows you to use titles up to 12 characters in
length that you choose to identify songs, virtual
tracks, location marks, library settings, etc. (the titles
of location marks can be up to 10 characters long).
5
1
3
2
4
It is probably much easier for you to remember a virtual track title such as
V.TRACK 97, or a real song title rather than
SONG 12 (of course, if you prefer to use titles
Good solo than
V. TRACK 97, or Mark 006 to
like
Bass hook, you’re always free to leave things
that way!).
You can set and edit a title for the following items in
almost every screen where you select or store them:
• Location marks (except the IN, OUT and TO
points, which are a special case)
• Songs
• Virtual tracks
• Mixer scenes
• Mixer routing tables
• Effect settings
The way in which you enter titles, and edit existing
titles is as follows:
26 TASCAM 788 Digital PortaStudio
2 – Getting started–Entering and editing titles
1 From any of the screens listed above, press the
SHIFT + MENU (TITLE) key:
The screen above shows the titling of a virtual
track.
2 Use the
LEFT and RIGHT cursor keys to move
the cursor (the reversed character).
3 Use the dial to change the cursor character.
4 Press
ENTER when you have finished editing a
title (EXIT to leave the title unchanged).
Use the
cursor—(i) below, and the
DELETE key to delete the character at the
INSERT key to insert a
space at the cursor—(ii) below.
Use the
§ and ¶ keys to change between the follow-
ing character modes as shown at the bottom right of
the title area:
CAPITAL (uppercase) letters (A through Z). This
mode is shown on the screen by
CAPS
small (lowercase) letters (a through z). This mode
is shown on the screen by
small
Numbers (0 through 9). This mode is shown on
the screen by
NUM
Preset words and phrases. This mode is
shown on the screen by
NOTE
In the first three of these modes, common punctuation
characters are also available.
In the preset word mode, words such as
VERSE, INTRO, CHORUS
sult the section below for a full list of these words, and
details of how to edit them to suit the way in which you
work.
WORD
COUNT IN
are available. Con-
,
(i)(ii)
Setting and editing preset words
The 788 provides a number of useful preset words,
but you may want to add your own (up to a total of
100) preset words and phrases of up to 12 characters
in length to include your own names and titles.
1 Press the
2 Use the dial to scroll down to
press ENTER.
3 Use the dial to scroll down to
and press
4 Use the dial to scroll down to the place where
you want to enter your own word (this can be
an existing word) and press
(TITLE).
MENU key.
OPTION, and
USER WORD,
ENTER.
SHIFT+MENU
5 Enter your word or phrase in the way
described above (“Entering and editing titles”
on page 26).
6 Press
ENTER when you’re finished, and you
can then select another word to enter.
TIP
Use this to enter musical section names (some are provided, but if you’re recording classical pieces, phrases like
Allegro
You can also add the names of special instruments that
you record a lot (for some people, the user word
Bagpipes
You might even want to add the names of the musicians
you record a lot so you can use these names to make titles
like
Joe solo
might be useful).
might be more useful than
.
Bass
).
TASCAM 788 Digital PortaStudio 27
2 – Getting started–The SONG menu
The SONG menu
The SONG menu, as the name suggests, is concerned with the management of songs on the 788.
Creating a new song
Before you start recording, you must create a song on
the disk. This means that any audio data you record
on the 788 will be associated with that song until you
select a new song. Any currently-loaded song will be
saved when the new song is created.
1 Press the
2 Use the dial to scroll down until
highlighted, and press
3 Move the cursor to
ENTER:
MENU key.
SONG is
ENTER:
CREATE and press
You can load, save, copy and protect songs, as well as
deleting the data which is currently on disk but
unused in the song.
4 Press the
SHIFT + TITLE (MENU) key to enter a
title for the new song (as described in “Enter-
ing and editing titles” on page 26).
5 Use the dial to select between 16-bit and 24-bit
resolution. As you might expect, 24-bit songs
take up more space on disk than 16-bit songs of
the same length, but the audio quality is higher
(there is more subtlety in the dynamic range).
6 Press
ENTER/YES to close the current song,
and create the new song.
If you entered the song creation process by
accident, or you change your mind about creating a new song, press the
TIP
If you need to name or rename a song later on, you can
reload the song, and press the
key to enter a title for the song when the 788 is displaying
the title.
EXIT/NO key.
SHIFT
+
MENU (TITLE
)
Saving a song
Typically, there is no need to perform a special operation to save songs on the 788, as the 788 automatically saves the song. The function described here is
provided as a manual method of saving the song, to
which you can return (“Reverting to the previous
saved version of a song” on page 28):
1 Press the MENU key.
2 If SONG is not highlighted, turn the dial until
it is, and press
3 Turn the dial until
press
As the song is saved, appropriate messages are
displayed. The current song will be reloaded
after it has been saved, and you can resume
work on it.
Reverting to the previous saved version of a song
If you have saved a song, or the song has been automatically saved by the 788 (e.g. when it was last shut
down), and you want to return to the version of the
song at the time it was last saved:
1 Press the
SONG is not highlighted, turn the dial until
2 If
it is, and press
3 Turn the dial until
and press
MENU key.
ENTER.
REVERT is highlighted
ENTER.
4 The 788 asks if you are sure. Press
want to throw away all changes since the last
save operation, otherwise press
NOTE
You will lose all recordings and edits made since the last
save, and they will disappear from the undo list (“Undoing
and redoing actions” on page 70). This revert operation is
not undoable. Be sure that the work you have done since
the last save operation is really work that you do not want
to keep before reverting to a previous version.
ENTER.
SAVE is highlighted and
ENTER.
YES if you
NO.
28 TASCAM 788 Digital PortaStudio
Loading a song
2 – Getting started–The SONG menu
To load a previously-saved song from disk (the current song will be written to disk automatically when
the song is loaded):
1 Press the
SONG is not highlighted, turn the dial until
2 If
it is, and press
3 Turn the dial until
press
MENU key.
ENTER.
LOAD is highlighted and
ENTER.
Erasing a song
To free up space on a disk partition, and delete a song
or songs, you should perform the following operations:
1 Press the
2 If
SONG is not highlighted, turn the dial until
it is, and press
3 Turn the dial until
press
4 Select the song or songs to be erased using the
dial to highlight the songs and the
MOVE key to place a check mark (✔)beside
them.
If you select a song for erasure by acident, use
the
MENU key.
ENTER.
ERASE is highlighted and
ENTER.
INSERT/
DELETE/SILENCE key to deselect it.
4 Select the song to be loaded (from the currently
selected disk).
The current song is saved, and the selected
song is loaded from disk.
NOTE
This menu reads the songs stored on the currentlyselected disk or partition. If you are loading a song from
another disk or partition, you must select it first (“Selecting
a disk” on page 32).
5 Press
6 The 788 asks you if you are sure. Press
YES to erase the selected song(s).
YES if
you really are sure that you want to erase these
songs.
NOTE
This operation cannot be undone. Erasing songs is a permanent operation. Always think carefully before you erase
a song or songs.
This menu can erase only the songs stored on the currently-selected disk or partition. If you want to erase a song
or songs from another disk or partition, you must select it
first (“Selecting a disk” on page 32).
If you have selected all the songs on a disk or partition for
erasure, a new song will automatically be created (at 16-bit
resolution) after all the existing songs have been erased.
Copying songs
As well as copying songs, so that you can work on
another version of them, you can also use this menu
item as a tool to back up songs to removable media
(you can also back up to CD-R, but this is a separate
process and is described in “Mastering and backup
(CD-R)” on page 72).
1 Press the
2 Use the dial to scroll down until
highlighted, and press
3 Turn the dial until
press
4 Select the song or songs to be copied using the
dial to highlight the songs and the
MOVE key to place a check mark (✔) beside
them.
If you select a song for copying by accident, use
the
MENU key.
SONG is
ENTER.
COPY is highlighted, and
ENTER.
INSERT/
DELETE/SILENCE key to deselect it.
5 When all the songs to be copied have been
marked, press the
ENTER key. A list of all the
currently-available drives and partitions is
shown.
6 Use the dial to select the drive or partition to
which the selection will be copied and press
ENTER.
7 The 788 asks you if you are sure that you want
to make the copy. Press
YES to continue with
the operation, and NO to cancel.
NOTE
Copying a song may take some time. Be patient while the
song is being copied, and take care not to power down the
788 in the middle of a copy operation.
If you copy a song to the disk or partition where it was originally stored, it will be copied with the same title as originally, so the list will contain two songs with the same title. If
you want two copies of the same song on one disk or parti-
TASCAM 788 Digital PortaStudio 29
2 – Getting started–The SONG menu
tion, you should rename one of the copies immediately
after the copy operation has been carried out.
When you make the selection for copying, only those songs
in the currently-selected disk or partition are listed. If you
Deleting unused space from a song
As we explained earlier, a song does not consist of
just the recorded audio, but also of the “playlist” and
the recorded but unused parts of the song.
By “unused”, we mean parts of a song which have
been completely overwritten by other parts. If the
start or end or both of a new part extends beyond the
start or end of a new part, it will not be deleted in this
operation.
New guitar solo over the old
Old guitar solo (will be deleted)
New guitar solo over the old
Old guitar solo (will not be deleted)
New guitar solo over the old
Old guitar solo (will not be deleted)
need to back up from many different disks or partitions, you
must select each partition in turn (“Selecting a disk” on
page 32) and then select the songs on the selected disk or
partition.
To free up this disk space, once you’ve made all your
edit decisions (there’s no undo on this):
1 Press the
2 Use the dial to scroll down until
highlighted, and press
3 Turn the dial until
highlighted, and press
MENU key.
SONG is
ENTER.
DELETE UNUSED is
ENTER.
4 The 788 asks you if you are sure. If you want to
delete all the unused portions of the song, press
YES. If you have second thoughts, press NO.
TIP
Although there is no undo operation here, and you lose all
the unused parts of the song permanently, you can back up
the song, to removable SCSI media, or to CD-R , before
performing this “cleanup” operation. If you change your
mind later on, you can restore this backed up version.
A virtual track which is not currently assigned as an
active track does not count as “unused” here.
Protecting a song
When a song is protected, recording is not possible
(the REC READY keys are disabled), it cannot be
edited using the track editing functions (“Track editing” on page 65), and it cannot be erased, etc. using
the SONG menu.
It is also impossible to set or edit location marks
(“Location operations” on page 60) except the IN
and OUT points for repeat operations, or to permanently reassign virtual tracks as in “Assigning virtual
tracks” on page 54. Virtual tracks can be assigned for
audition purposes, but not permanently saved.
In operations which show a list of available songs
(for instance, loading a song), any protected songs
have a small padlock icon beside the song title.
NOTE
Remember that you cannot undo this operation.
Only the currently-loaded song can be protected or
unprotected at any one time (though, of course, songs
stored on the disk can be stored as protected or
unprotected).
1 Press the
2 Use the dial to scroll down until
MENU key.
SONG is
highlighted, and press ENTER.
3 Turn the dial until
and press
ENTER.
4 Use the dial to set the protection
and press
NOTE
You can retitle the song at this stage, before it is protected,
by pressing the
ENTER to confirm the setting.
SHIFT
PROTECT is highlighted,
ON or OFF,
+
MENU (TITLE
) key.
30 TASCAM 788 Digital PortaStudio
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