%PDF-1.5
%
1 0 obj
<>>>
endobj
2 0 obj
<>stream
2022-05-30T11:09:14+02:00
2022-05-30T11:09:16+02:00
2022-05-30T11:09:16+02:00
Adobe InDesign 16.4 (Windows)
uuid:0a8f2fb9-c8fa-4239-8e00-ad938c89b871
xmp.did:85abcfff-5985-614d-8e0c-34dcf848a8ca
xmp.id:7956b9fb-447f-924c-b6dd-a099b859d804
proof:pdf
xmp.iid:916b6d18-890a-fa4b-838d-b9bb6a4f18a9
xmp.did:13d50a22-7cce-144c-bf60-fabc01f0bf0a
xmp.did:85abcfff-5985-614d-8e0c-34dcf848a8ca
default
converted
from application/x-indesign to application/pdf
Adobe InDesign 16.4 (Windows)
/
2022-05-30T11:09:14+02:00
application/pdf
Adobe PDF Library 16.0
False
Windows
Oticon More miniRITE T
offers a discreet design with LED-light to make
handling easy. The style features telecoil, and a double push button. It
offers direct streaming from iPhone® and selected Android devices.
MoreSound Intelligence™ creates a more precise and natural representation of individual sounds with clearer and more distinct contrasts.
MoreSound Amplifier™ analyses details in sound, and optimally amplifies them for the brain to have access to relevant
information.
Oticon More is built on
the innovative Polaris™
platform, which uses a Deep Neural Network to rapidly and optimally
manage incoming sounds based on individual needs. New features can be added and updates performed wirelessly.
*Bandwidth accessible for gain adjustments during fitting
More 1
More 2
More 3
Speech Understanding
MoreSound Intelligence™
Level 1
Level 2
Level 3
- Environment configuration
5 Options
5 Options
3 Options
- Virtual Outer Ear
3 Configurations
1 Configuration
1 Configuration
- Spatial Balancer
100%
60%
60%
- Neural Noise Suppression, Difficult / Easy
10 dB / 4 dB
6 dB / 2 dB
6 dB / 0 dB
- Sound Enhancer
3 Configurations
2 Configurations
1 Configuration
MoreSound Amplifier™
•
•
•
Feedback Prevention
MoreSound
Optimizer™ & Feedback shield
MoreSound
Optimizer™ & Feedback shield
MoreSound
Optimizer™ & Feedback shield
Spatial Sound™
4 Estimators
2 Estimators
2 Estimators
Soft Speech Booster
•
•
•
Frequency lowering
Speech Rescue™
Speech Rescue™
Speech Rescue™
Sound
Quality
Clear Dynamics
•
•
-
Better-Ear Priority
•
•
-
Fitting Bandwidth*
10 kHz
8 kHz
8 kHz
Bass Boost (streaming)
•
•
•
Processing Channels
64
48
48
Listening Comfort
Transient Noise Management
4 configurations
3 configurations
3 configurations
Wind Noise Management
•
•
•
Personalisation & Optimising Fitting
Fitting Bands
24
20
18
Multiple Directionality options
•
•
•
Adaptation Manager
•
•
•
Fitting Formulas
VAC+, NAL-NL1/NAL-NL2, DSL 5.0
VAC+, NAL-NL1/NAL-NL2, DSL 5.0
VAC+, NAL-NL1/NAL-NL2, DSL 5.0
Connecting to the world
Stereo streaming (2.4 GHz)
•
•
•
Oticon ON app & Oticon RemoteCare app
•
•
•
ConnectClip
•
•
•
EduMic
•
•
•
Remote Control 3.0
•
•
•
TV Adapter 3.0
•
•
•
Phone Adapter 2.0
-
-
-
Tinnitus SoundSupport™
•
•
•
CROS / BiCROS support
•
•
•
For information on compatibility, please visit www.oticon.global/connectivity

Technical data sheet
miniRITE T
Apple, the Apple logo, iPhone, iPad, and iPod touch are trademarks of Apple Inc., registered in the U.S. and other countries.
Operating Conditions
Temperature: +1°C to +40°C (34°F to 104°F)
Humidity: 5% to 93% relative humidity,
non-condensing
Atmospheric pressure: 700 hPa to 1060 hPa
Storage and transportation conditions
Temperature and humidity should not exceed the below limits for extended periods during transportation and storage.
Transportation
Temperature: -25°C to +60°C (-13°F to 140°F)
Humidity: 5% to 93% relative humidity,
non-condensing
Atmospheric pressure: 700 hPa to 1060 hPa
Storage
Temperature: -25°C to +60°C (-13°F to 140°F)
Humidity: 5% to 93% relative humidity,
non-condensing
Atmospheric pressure: 700 hPa to 1060 hPa
Ear Simulator
Measured according to
IEC 60118-0:1983/AMD1:1994, IEC 60118-0:2015,
IEC 60118-1:1995+AMD1:1998 CSV and
IEC 60318-4:2010
2CC Coupler
Measured according to
ANSI S3.22-2014, IEC 60118-0:2015
and IEC 60318-5:2006
OSPL90
OSPL90



Full-on Gain
Full-on Gain


Frequency Response
Frequency Response


miniRITE T 60
* Measured with the gain control of the hearing aids set to their full-on position minus 20 dB and with an input SPL of 70 dB. This is to obtain a gain response equal to the full-on gain response
from e.g. IEC 60118-0:1983+A1:1994 but without influence of feedback.
Mould, Bass & Power dome
Oticon More 1
Technical information
Omnidirectional mode is used unless otherwise stated.
OpenBass dome
OSPL90
Peak
116 dB SPL
105 dB SPL
1600 Hz
110 dB SPL
102 dB SPL
HFA-OSPL90
111 dB SPL
103 dB SPL
Full-on gain*
Peak
46 dB
36 dB
1600 Hz
37 dB
29 dB
HFA-FOG
38 dB
30 dB
Reference test gain
30 dB
26 dB
Frequency range
100-9600 Hz
100-9400 Hz
Telecoil output (1600 Hz)
1 mA/m field
68 dB SPL
-
10 mA/m field
88 dB SPL
-
SPLITS L/R
-
85/85 dB SPL
Total harmonic distortion (Input 70 dB SPL)
500 Hz
<2 %
<2 %
800 Hz
<3 %
<2 %
1600 Hz
<2 %
<2 %
Equivalent input noise level
Omni
18 dB SPL
16 dB SPL
Dir
26 dB SPL
27 dB SPL
Battery consumption
Typical
2.3 mA
2.2 mA
Quiescent
2.2 mA
2.2 mA
Battery life, artificial measurement, hours
80
80
Expected battery life, hours (battery size 312 - IEC PR41)
55-60
Ear Simulator
Measured according to
IEC 60118-0:1983/AMD1:1994, IEC 60118-0:2015,
IEC 60118-1:1995+AMD1:1998 CSV and
IEC 60318-4:2010
2CC Coupler
Measured according to
ANSI S3.22-2014, IEC 60118-0:2015
and IEC 60318-5:2006
OSPL90
OSPL90



Full-on Gain
Full-on Gain


Frequency Response
Frequency Response


miniRITE T 60
* Measured with the gain control of the hearing aids set to their full-on position minus 20 dB and with an input SPL of 70 dB. This is to obtain a gain response equal to the full-on gain response
from e.g. IEC 60118-0:1983+A1:1994 but without influence of feedback.
Mould, Bass & Power dome
Oticon More 2 & 3
Technical information
Omnidirectional mode is used unless otherwise stated.
OpenBass dome
Ear Simulator
Measured according to
IEC 60118-0:1983/AMD1:1994, IEC 60118-0:2015,
IEC 60118-1:1995+AMD1:1998 CSV and
IEC 60318-4:2010
2CC Coupler
Measured according to
ANSI S3.22-2014, IEC 60118-0:2015
and IEC 60318-5:2006
OSPL90
OSPL90



Full-on Gain
Full-on Gain


Frequency Response
Frequency Response


Mould, Bass & Power dome
Oticon More 1
OpenBass dome
Ear Simulator
Measured according to
IEC 60118-0:1983/AMD1:1994, IEC 60118-0:2015,
IEC 60118-1:1995+AMD1:1998 CSV and
IEC 60318-4:2010
2CC Coupler
Measured according to
ANSI S3.22-2014, IEC 60118-0:2015
and IEC 60318-5:2006
OSPL90
OSPL90



Full-on Gain
Full-on Gain


Frequency Response
Frequency Response


Mould, Bass & Power dome
Oticon More 2 & 3
OpenBass dome
Ear Simulator
Measured according to
IEC 60118-0:1983/AMD1:1994, IEC 60118-0:2015,
IEC 60118-1:1995+AMD1:1998 CSV and
IEC 60318-4:2010
2CC Coupler
Measured according to
ANSI S3.22-2014, IEC 60118-0:2015
and IEC 60318-5:2006
OSPL90
OSPL90



Full-on Gain
Full-on Gain


Frequency Response
Frequency Response


Power flex mould, Bass & Power dome
Oticon More 1
Technical information
Omnidirectional mode is used unless otherwise stated.
Warning to the hearing aid dispenser
The maximum output capability of the hearing aid may exceed 132 dB SPL (IEC 711). Special care should be exercised in selecting and fitting the hearing aid, as there may be risk of impairing the remaining hearing of the hearing aid user.
Ear Simulator
Measured according to
IEC 60118-0:1983/AMD1:1994, IEC 60118-0:2015,
IEC 60118-1:1995+AMD1:1998 CSV and
IEC 60318-4:2010
2CC Coupler
Measured according to
ANSI S3.22-2014, IEC 60118-0:2015
and IEC 60318-5:2006
OSPL90
OSPL90



Full-on Gain
Full-on Gain


Frequency Response
Frequency Response


Power flex mould, Bass & Power dome
Oticon More 2 & 3
Technical information
Omnidirectional mode is used unless otherwise stated.
Warning to the hearing aid dispenser
The maximum output capability of the hearing aid may exceed 132 dB SPL (IEC 711). Special care should be exercised in selecting and fitting the hearing aid, as there may be risk of impairing the remaining hearing of the hearing aid user.
Ear Simulator
Measured according to
IEC 60118-0:1983/AMD1:1994, IEC 60118-0:2015,
IEC 60118-1:1995+AMD1:1998 CSV and
IEC 60318-4:2010
2CC Coupler
Measured according to
ANSI S3.22-2014, IEC 60118-0:2015
and IEC 60318-5:2006
OSPL90
OSPL90



Full-on Gain
Full-on Gain


Frequency Response
Frequency Response


Power flex mould
Oticon More 1
Ear Simulator
Measured according to
IEC 60118-0:1983/AMD1:1994, IEC 60118-0:2015,
IEC 60118-1:1995+AMD1:1998 CSV and
IEC 60318-4:2010
2CC Coupler
Measured according to
ANSI S3.22-2014, IEC 60118-0:2015
and IEC 60318-5:2006
OSPL90
OSPL90



Full-on Gain
Full-on Gain


Frequency Response
Frequency Response


Power flex mould
Oticon More 2 & 3
* Measured with the gain control of the hearing aids set to their full-on position minus 20 dB and with an input SPL of 70 dB. This is to obtain a gain response equal to the full-on gain response
from e.g. IEC 60118-0:1983+A1:1994 but without influence of feedback.
* Measured with the gain control of the hearing aids set to their full-on position minus 20 dB and with an input SPL of 70 dB. This is to obtain a gain response equal to the full-on gain response
from e.g. IEC 60118-0:1983+A1:1994 but without influence of feedback.
* Measured with the gain control of the hearing aids set to their full-on position minus 20 dB and with an input SPL of 70 dB. This is to obtain a gain response equal to the full-on gain response
from e.g. IEC 60118-0:1983+A1:1994 but without influence of feedback.
* Measured with the gain control of the hearing aids set to their full-on position minus 20 dB and with an input SPL of 70 dB. This is to obtain a gain response equal to the full-on gain response
from e.g. IEC 60118-0:1983+A1:1994 but without influence of feedback.
* Measured with the gain control of the hearing aids set to their full-on position minus 20 dB and with an input SPL of 70 dB. This is to obtain a gain response equal to the full-on gain response
from e.g. IEC 60118-0:1983+A1:1994 but without influence of feedback.
* Measured with the gain control of the hearing aids set to their full-on position minus 20 dB and with an input SPL of 70 dB. This is to obtain a gain response equal to the full-on gain response
from e.g. IEC 60118-0:1983+A1:1994 but without influence of feedback.
Acoustic input: 60 dB SPL
Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL
Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL
Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL
Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL
Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL
Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL
Magnetic input: 31.6 mA/m
Acoustic input: 60 dB SPL
Magnetic input: 31.6 mA/m
OSPL90
Peak
127 dB SPL
117 dB SPL
1600 Hz
121 dB SPL
113 dB SPL
HFA-OSPL90
122 dB SPL
114 dB SPL
Full-on gain*
Peak
66 dB
55 dB
1600 Hz
53 dB
45 dB
HFA-FOG
56 dB
48 dB
Reference test gain
46 dB
37 dB
Frequency range
100-9500 Hz
100-8900 Hz
Telecoil output (1600 Hz)
1 mA/m field
84 dB SPL
-
10 mA/m field
104 dB SPL
-
SPLITS L/R
-
96/96 dB SPL
Total harmonic distortion (Input 70 dB SPL)
500 Hz
<2 %
<2 %
800 Hz
<4 %
<2 %
1600 Hz
<5 %
<2 %
Equivalent input noise level
Omni
21 dB SPL
17 dB SPL
Dir
29 dB SPL
27 dB SPL
Battery consumption
Typical
2.4 mA
2.4 mA
Quiescent
2.2 mA
2.2 mA
Battery life, artificial measurement, hours
75
75
Expected battery life, hours (battery size 312 - IEC PR41)
50-60
OSPL90
Peak
132 dB SPL
123 dB SPL
1600 Hz
130 dB SPL
122 dB SPL
HFA-OSPL90
127 dB SPL
119 dB SPL
Full-on gain*
Peak
66 dB
57 dB
1600 Hz
60 dB
53 dB
HFA-FOG
61 dB
53 dB
Reference test gain
53 dB
42 dB
Frequency range
100-8900 Hz
100-7500 Hz
Telecoil output (1600 Hz)
1 mA/m field
91 dB SPL
-
10 mA/m field
111 dB SPL
-
SPLITS L/R
-
101/101 dB SPL
Total harmonic distortion (Input 70 dB SPL)
500 Hz
<9 %
<2 %
800 Hz
<6 %
<2 %
1600 Hz
<3 %
<2 %
Equivalent input noise level
Omni
17 dB SPL
16 dB SPL
Dir
25 dB SPL
28 dB SPL
Battery consumption
Typical
2.2 mA
2.4 mA
Quiescent
2.2 mA
2.2 mA
Battery life, artificial measurement, hours
80
75
Expected battery life, hours (battery size 312 - IEC PR41)
50-60
OSPL90
Peak
135 dB SPL
127 dB SPL
1600 Hz
133 dB SPL
126 dB SPL
HFA-OSPL90
131 dB SPL
123 dB SPL
Full-on gain*
Peak
72 dB
64 dB
1600 Hz
66 dB
59 dB
HFA-FOG
65 dB
58 dB
Reference test gain
58 dB
47 dB
Frequency range
100-9100 Hz
100-7900 Hz
Telecoil output (1600 Hz)
1 mA/m field
96 dB SPL
-
10 mA/m field
116 dB SPL
-
SPLITS L/R
-
106/106 dB SPL
Total harmonic distortion (Input 70 dB SPL)
500 Hz
<4 %
<2 %
800 Hz
<4 %
<2 %
1600 Hz
<4 %
<2 %
Equivalent input noise level
Omni
15 dB SPL
16 dB SPL
Dir
24 dB SPL
27 dB SPL
Battery consumption
Typical
2.3 mA
2.4 mA
Quiescent
2.2 mA
2.2 mA
Battery life, artificial measurement, hours
80
75
Expected battery life, hours (battery size 312 - IEC PR41)
50-60
OSPL90
Peak
116 dB SPL
105 dB SPL
1600 Hz
110 dB SPL
102 dB SPL
HFA-OSPL90
111 dB SPL
103 dB SPL
Full-on gain*
Peak
46 dB
36 dB
1600 Hz
37 dB
29 dB
HFA-FOG
38 dB
30 dB
Reference test gain
30 dB
26 dB
Frequency range
100-7500 Hz
100-7500 Hz
Telecoil output (1600 Hz)
1 mA/m field
68 dB SPL
-
10 mA/m field
88 dB SPL
-
SPLITS L/R
-
85/85 dB SPL
Total harmonic distortion (Input 70 dB SPL)
500 Hz
<2 %
<2 %
800 Hz
<3 %
<2 %
1600 Hz
<2 %
<2 %
Equivalent input noise level
Omni
18 dB SPL
16 dB SPL
Dir
26 dB SPL
27 dB SPL
Battery consumption
Typical
2.2 mA
2.2 mA
Quiescent
2.2 mA
2.2 mA
Battery life, artificial measurement, hours
80
80
Expected battery life, hours (battery size 312 - IEC PR41)
55-60
OSPL90
Peak
127 dB SPL
117 dB SPL
1600 Hz
121 dB SPL
113 dB SPL
HFA-OSPL90
122 dB SPL
114 dB SPL
Full-on gain*
Peak
66 dB
55 dB
1600 Hz
53 dB
45 dB
HFA-FOG
56 dB
48 dB
Reference test gain
46 dB
37 dB
Frequency range
100-7500 Hz
100-7500 Hz
Telecoil output (1600 Hz)
1 mA/m field
84 dB SPL
-
10 mA/m field
104 dB SPL
-
SPLITS L/R
-
96/96 dB SPL
Total harmonic distortion (Input 70 dB SPL)
500 Hz
<2 %
<2 %
800 Hz
<4 %
<2 %
1600 Hz
<5 %
<2 %
Equivalent input noise level
Omni
21 dB SPL
17 dB SPL
Dir
28 dB SPL
27 dB SPL
Battery consumption
Typical
2.3 mA
2.4 mA
Quiescent
2.2 mA
2.2 mA
Battery life, artificial measurement, hours
75
75
Expected battery life, hours (battery size 312 - IEC PR41)
50-60
OSPL90
Peak
132 dB SPL
123 dB SPL
1600 Hz
130 dB SPL
122 dB SPL
HFA-OSPL90
127 dB SPL
119 dB SPL
Full-on gain*
Peak
66 dB
57 dB
1600 Hz
60 dB
53 dB
HFA-FOG
61 dB
53 dB
Reference test gain
53 dB
42 dB
Frequency range
100-7500 Hz
100-7500 Hz
Telecoil output (1600 Hz)
1 mA/m field
91 dB SPL
-
10 mA/m field
111 dB SPL
-
SPLITS L/R
-
101/101 dB SPL
Total harmonic distortion (Input 70 dB SPL)
500 Hz
<9 %
<2 %
800 Hz
<6 %
<2 %
1600 Hz
<3 %
<2 %
Equivalent input noise level
Omni
16 dB SPL
16 dB SPL
Dir
25 dB SPL
28 dB SPL
Battery consumption
Typical
2.2 mA
2.3 mA
Quiescent
2.2 mA
2.2 mA
Battery life, artificial measurement, hours
80
75
Expected battery life, hours (battery size 312 - IEC PR41)
50-60
OSPL90
Peak
135 dB SPL
127 dB SPL
1600 Hz
133 dB SPL
126 dB SPL
HFA-OSPL90
131 dB SPL
123 dB SPL
Full-on gain*
Peak
72 dB
64 dB
1600 Hz
66 dB
59 dB
HFA-FOG
65 dB
58 dB
Reference test gain
58 dB
47 dB
Frequency range
100-7500 Hz
100-7500 Hz
Telecoil output (1600 Hz)
1 mA/m field
96 dB SPL
-
10 mA/m field
116 dB SPL
-
SPLITS L/R
-
106/106 dB SPL
Total harmonic distortion (Input 70 dB SPL)
500 Hz
<4 %
<2 %
800 Hz
<4 %
<2 %
1600 Hz
<4 %
<2 %
Equivalent input noise level
Omni
15 dB SPL
16 dB SPL
Dir
24 dB SPL
27 dB SPL
Battery consumption
Typical
2.3 mA
2.4 mA
Quiescent
2.2 mA
2.2 mA
Battery life, artificial measurement, hours
80
75
Expected battery life, hours (battery size 312 - IEC PR41)
50-60
Technical information
Omnidirectional mode is used unless otherwise stated.
Technical information
Omnidirectional mode is used unless otherwise stated.
232631UK / 2021.05.25 / v1
www.oticon.global

SBO Hearing A/S
Kongebakken 9
DK-2765 Smørum
Denmark
Headquarters
Oticon A/S
Kongebakken 9
DK-2765 Smørum
Denmark
miniRITE T 85
miniRITE T 85
miniRITE T 100
miniRITE T 100
miniRITE T 105
miniRITE T 105
Technical information
Omnidirectional mode is used unless otherwise stated.
Warning to the hearing aid dispenser
The maximum output capability of the hearing aid may exceed 132 dB SPL (IEC 711). Special care should be exercised in selecting and fitting the hearing aid, as there may be risk of impairing the remaining hearing of the hearing aid user.
Technical information
Omnidirectional mode is used unless otherwise stated.
Warning to the hearing aid dispenser
The maximum output capability of the hearing aid may exceed 132 dB SPL (IEC 711). Special care should be exercised in selecting and fitting the hearing aid, as there may be risk of impairing the remaining hearing of the hearing aid user.
Notes
Notes
endstream
endobj
8 0 obj
<>
endobj
3 0 obj
<>
endobj
5 0 obj
</LastModified/NumberofPages 1/OriginalDocumentID/PageTransformationMatrixList<0[1.0 0.0 0.0 1.0 0.0 0.0]>>/PageUIDList<0 346>>/PageWidthList<0 595.276>>>>>>/Resources<>/ExtGState<>/Font<>/ProcSet[/PDF/Text/ImageC]/Properties<>/Shading<>/XObject<>>>/TrimBox[0.0 0.0 595.276 793.701]/Type/Page>>
endobj
6 0 obj
</LastModified/NumberofPages 1/OriginalDocumentID/PageTransformationMatrixList<0[1.0 0.0 0.0 1.0 0.0 0.0]>>/PageUIDList<0 672>>/PageWidthList<0 595.276>>>>>>/Resources<>/Font<>/ProcSet[/PDF/Text/ImageC]/Properties<>/XObject<>>>/TrimBox[0.0 0.0 595.276 793.701]/Type/Page>>
endobj
7 0 obj
</LastModified/NumberofPages 1/OriginalDocumentID/PageTransformationMatrixList<0[1.0 0.0 0.0 1.0 0.0 0.0]>>/PageUIDList<0 673>>/PageWidthList<0 595.276>>>>>>/Resources<>/Font<>/ProcSet[/PDF/Text/ImageC]/Properties<>/XObject<>>>/TrimBox[0.0 0.0 595.276 793.701]/Type/Page>>
endobj
9 0 obj
</LastModified/NumberofPages 1/OriginalDocumentID/PageTransformationMatrixList<0[1.0 0.0 0.0 1.0 0.0 0.0]>>/PageUIDList<0 2557>>/PageWidthList<0 595.276>>>>>>/Resources<>/Font<>/ProcSet[/PDF/Text]/Properties<>>>/TrimBox[0.0 0.0 595.276 793.701]/Type/Page>>
endobj
65 0 obj
<>stream
HW]$
|_`IIq ?H<'6U3w
p6 8`O5MQ$H=-9?Mns[VGS[yo!n?}?~_eo65~諸PG卦nط{EpKU[ie!o9
nWcd84CT)]zf]e}`˘Bm^_h
_w؟8%Z7;UMׁSFCGNm{-lΤ=~PgZ rܱnpfe
jf$؏?Nn6lE-ryQd!5.Ebw?byz~jU/-^ebes2msp/{!'9Cr)CkjKk`!ƣ({JEVMRA?Gak"ZF4T&pڨ:NX(0bYP+
+C6HITaT8UVTa5=i؋*@UXa5AE06VZ>꒾lkKr&ƭߕ-uL{1L5mPeZAX[fбFT;mnxPZ⺸:5dgM;mYقyykWj©sMƹEKKV畘ba6 :7DĀLdU][2ؤˡDO7$`} 뿩bķU[K*I)x 47s(A%G~J=O;\k1M%60Zr
L(AzDŒ>:ɼ ]"
3۩zpB: =%(҂/awQ|T?LO\
xu<4'6Q84͇8
TV