Nokia 1020 A00014182 Benutzerhandbuch
Produktcode
A00014182
Figure 19. Conventional audio recording (on the left) vs. distortion-free Nokia Rich Recording (on the right). Illustration only.
nokia rich recording
Sound quality is essential for high-quality video record-
ing. In Nokia 808 PureView, we introduced Nokia Rich
Recording, a technology developed exclusively to deliv-
er the highest quality stereo audio recording. With Nokia
Pro Camera Video we bring Nokia Rich Recording to Lu-
mia 1020.
ing. In Nokia 808 PureView, we introduced Nokia Rich
Recording, a technology developed exclusively to deliv-
er the highest quality stereo audio recording. With Nokia
Pro Camera Video we bring Nokia Rich Recording to Lu-
mia 1020.
Nokia Rich Recording technology comprises two spe-
cially designed digital microphones with an extended
dynamic range to handle high sound pressure levels.
32-bit arithmetics preserve the dynamic range in digi-
tal signal conditioning as well as acoustics design opti-
mized for stereo image and full audio bandwidth.
cially designed digital microphones with an extended
dynamic range to handle high sound pressure levels.
32-bit arithmetics preserve the dynamic range in digi-
tal signal conditioning as well as acoustics design opti-
mized for stereo image and full audio bandwidth.
Where the Lumia 1020 really excels is its ability to re-
cord high sound pressure levels such as when you are in
a rock concert where the sound levels are high enough
to be able to feel the bass. In such conditions conven-
tional recording solutions fail by cutting off the low fre-
quencies or clipping the signal entirely.
cord high sound pressure levels such as when you are in
a rock concert where the sound levels are high enough
to be able to feel the bass. In such conditions conven-
tional recording solutions fail by cutting off the low fre-
quencies or clipping the signal entirely.
With Nokia Rich Recording you are able to record even
the loudest concerts with good quality. It is possible to
record about six times louder sound pressure level than
with a conventional smartphone microphone. The result
has to be heard to be believed - deep bass and bright
treble without a note of distortion.
the loudest concerts with good quality. It is possible to
record about six times louder sound pressure level than
with a conventional smartphone microphone. The result
has to be heard to be believed - deep bass and bright
treble without a note of distortion.
For more advanced users - based on the feedback from
Nokia 808 PureView, we have provided a simple user in-
terface to get the best from the hardware in different
recording scenarios and applications.
Nokia 808 PureView, we have provided a simple user in-
terface to get the best from the hardware in different
recording scenarios and applications.
Audio bass filter provides controls on the low frequency
audio characteristics with three options:
The “Default” option is the best all-round setting and
provides sonically balanced recordings in most con-
ditions. It applies a shelf filter to 0…200Hz frequency
band and works especially well in loud concert record-
ings, where the bass level can be too excessive for
balanced playback.
provides sonically balanced recordings in most con-
ditions. It applies a shelf filter to 0…200Hz frequency
band and works especially well in loud concert record-
ings, where the bass level can be too excessive for
balanced playback.
The “Strong” option can become handy in the presence
of wind-noise or in-car noise. It applies a 200Hz high-
pass filter cutting effectively all low frequency content
of wind-noise or in-car noise. It applies a 200Hz high-
pass filter cutting effectively all low frequency content
17
from the recording.
The “Off” option is convenient for more advanced users
who may want as flat a frequency response as possi-
ble for post editing. It extends the low frequency range
down to around 20Hz without attenuation.
The “Off” option is convenient for more advanced users
who may want as flat a frequency response as possi-
ble for post editing. It extends the low frequency range
down to around 20Hz without attenuation.