TS-market EDIC-Mini Tiny16 Manuel utilisateur
Version: September, 2010
© TS-Market
OPERATION MANUAL
EDIC-Mini Tiny16
Voice Recorder
2
Contents
Overlook............................................................ 3
Characteristics............................................. 3
Specications ............................................. 3
Main Technical Characteristic......................... 6
Recording Duration Depending on the Model6
Recording Duration Depending on ............. 7
Compression ............................................... 7
Working with the Recorder.............................. 9
Preparing the recorder for work................. 10
Making the recordings ............................... 10
Microphone Amplier Settings................... 12
Playing Back the Recordings..................... 13
Recording Methods ................................... 13
Voice Activating System (VAS) .................. 13
Timer recording.......................................... 14
Loop Recording Mode ............................... 15
Recorder Settings...................................... 16
Connecting to a Computer......................... 17
Firmware Update ....................................... 18
Multilanguage Support................................... 22
Technical Support .......................................... 23
3
Overlook
The EDIC-Mini Tiny16 voice recorder is used for
professional voice recording onto a ash media
following by copying to a computer.
Characteristics
• Extremely small size and weight
• Long recording duration: from 75
to 2400 hours depending on the model (8 kHz
sampling rate, compression algorithm –
ADPCM (2 bits)
• Very low current consumption
• Wide bandwidth
• Wide dynamic range
• Built-in clock and calendar
• Timed recording
• No moving parts
• Wide operating temperature range
• Stable work in unstable environment
(dustiness, shakiness)
Specications
Using a provided USB cable, a voice recorder is
connected to a computer USB socket.
4
The supplied software, which is situated in
the internal memory of the recorder, is compatible
with Windows XP(SP3)/Windows Vista and
Windows 7. The software allows to save recordings
as audio les of WAV format, to adjust the recorder’s
settings and to use the recorder as a Flash drive
for saving and uploading les with sizes from
512 Mb to 16 Gb, depending on the model.
The rmware can be upgraded using a USB
interface. Recorder voice activating system,
VAS, allowing effective compressing pauses
in messages, increases the length of a record
while minimizing memory usage. Time intervals
stay the same. If recording are copied to a PC,
pause lengths can be restored or skipped
according to program settings.
A light emitting diode, LED, signals according
to one of the operating modes. A recorder
can function in the ash media mode, allowing
using a recorder for data storage and exchange.
If needed, a recorder can be used simultaneously
as a ash media and as a voice recorder.
To prevent unauthorized access to a recorder and
stored data, password protection can be used.
In addition, along with its both time and date, every
record has a digital audio watermark. It allows
5
to detect what recorder made this record and what
changes the record underwent.
The rmware provides multi language support.
Depending on modications,
the EDIC-Mini Tiny16 voice recorders differ by:
• Operating control (button or switcher)
• Memory space
• Recorder’s case
• Power supply
6
Main Technical Characteristic
Characteristics Value
Ratio signal/
noise, dB -80
Mode mono
Compression
algorithm
1. Without compression
2. U-Law ()
3. ADPCM (2 and 4 bits)
Sampling rate,
kHz
• 5.0
• 6.6
• 8.0
• 10.0
• 13.3
• 20.0
Frequency band
(Hz) 100-10,000
PC interface USB 1.1, 2.0
Data
communication
rate
Up to 5.5 Mb/sec
ADC digit
capacity 16 bits
Recording Duration Depending on the Model
Table 1
7
The recording duration depends on the recorder’s
model. Table 2 shows the correspondence in Mono
mode, sampling rate is 8 kHz, and with ADPCM
(2 bits) compression algorithm.
Model
index
Recording duration Built-in
Flash
memory
capacity
In
minutes In hours
75h 4,480 74.6 512 Mb
150h 8,960 149.3 1 Gb
300h 17,920 298.6 2 Gb
600h 35,840 597.3 4 Gb
1200h 71,680 1200 8 Gb
2400h 143,360 2400 16 Gb
Recording Duration Depending on
Compression
Table 2
8
The recording duration depends on compression.
To detect the recording duration that can t
on your recorder’s memory, check the data in
Table 3. Evaluate the duration by dividing
the recorder’s model index by a correspondent
coefcient from the table.
Example: for 150 model, the recording duration
is 150/8 = 19 hours (without compression, mono,
sampling rate is 8 kHz).
Different settings allow nding effective quality/
recording time ratio according to your demands.
Sampling rates affect a band of audio frequencies
and compression methods affect the space of
memory used while recording.
You can get the best recording quality (along
with the biggest memory consumption) in a mode
without compression. Then, as the recording
quality regresses (and the memory consumption
diminishes), the next modes are: logarithmic
(u-Law), 4-bit ADPCM, and 2-bit ADPCM.
Pay attention that the modes with high sampling
rate increase the recorder’s consumption current
and thus decrease the rechargeable battery life.
9
Compression method Sampling rate, kHz
5 6.6 8 10 13.3 20
Without
compression
Coefcient 5 6.6 8 10 13.3 20
Recording density Kbit/ sec 80 105 128 160 213 320
Log
(uLAW)
Coefcient 2.5 3.3 4 5 6.8 10
Recording density Kbit/sec 40 52 64 80 108 160
ADPCM
(4 bits)
Coefcient 1.25 1.6 2 2.5 3.4 5
Recording density Kbit/sec 20 26 32 40 54 80
ADPCM
(2 bits)
Coefcient 0.6 0.8 1 1.25 1.7 2.5
Recording density Kbit/sec 10 13 16 20 27 40
Working with the Recorder
Table 3
10
Preparing the recorder for work
Before recording, turn on the recorder. For different
models, there are different ways to turn on the
recorder. You can nd a full description of how to
turn on the recorder in the recorder instruction’s
supplements.
Making the recordings
After you turn on the recorder, start (turn on)
recording. Methods of starting recording are
different for different models. You can nd the
full description in the recorder’s instruction
supplements.
After you start recording, the recorder ashes
5 times and then starts recording. While recording,
the recorder’s LED indicates the recorder’s
operating modes by two successions.
If you turn on recording by a button, recording will
start when you release the button. The indication
happens in the following order: the rst ash
succession, a pause for 2...4 seconds, the second
succession, and then a pause for 7... 10 seconds.
The rst succession corresponds to the battery
charge at the moment when recording begins
(for models with the power supply from a battery)
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