6.7BUBBLE
6.7BOOM
BEQ 8.9
Insidious: The Red Door (2023)DEMO 6.7
H2.2
S4.8
C10.0
bed
height
Insidious: The Red Door (2023)
DEMO 6.7 · BUBBLE 6.7 · BOOM 6.7 (with BEQ 8.9). Bass measured on the disc, DD+ Atmos. Directed by Patrick Wilson. Horror, Mystery, Thriller.
Front
40%
L41%
41%
R42%
100%
C67%
LFE
12%
LFE10%
Surround
22%
Ls27%
22%
Rs27%
13%
Lrs19%
13%
Rrs18%
Wide
6%
Lw9%
6%
Rw10%
Height
3%
Ltf3%
3%
Rtf3%
8%
Ltm13%
8%
Rtm14%
3%
Ltr6%
4%
Rtr6%
Bar and top figure — level against the film’s most active channel. Bottom figure — share of the runtime the channel carries signal.
- DEMO
- 6.7 / 10
- Bubble
- 6.7 / 10
- Boom, as released
- 6.7 / 10
- Boom with BEQ
- 8.9 / 10
- Measured release
- Disc · DD+ Atmos · +5dB Dialnorm Compensation · chart by t1g8rsfan
- Deep bass peak, 10–30 Hz
- -23.4 dBFS · with BEQ -17.7
- Depth, 10–20 vs 30–60 Hz
- -8.9 dB · with BEQ +3.4
- Average level, 10–30 Hz
- -51.2 dBFS · with BEQ -45.5
- Filtered release
- its BEQ restores up to 24.9 dB at 10–20 Hz
- Tomatometer
- 37% · as of 4 Feb 2024
- Metascore
- 45 / 100 · as of 23 Jan 2024
- Chart scale read
- -5 to -69.9 dBFS
- Height uptime
- 7.4%
- LFE uptime
- 10.4% (shown, not scored)
- Dynamic range
- 34.6 dB
- Channels used
- 16 of 16
- Genres
- Horror, Mystery, Thriller
- Tags
- horror, speculative fiction, supernatural horror
- Audio
- DD+ Atmos
- Released
- 27 Jun 2023
- First listed
- 1 Aug 2023
- Sources
- PerceptualPro + BEQ
- Render
- current
Channel by channel, through the film
One lane per speaker, the whole film from left to right. Bar height is how loud that speaker gets (square-root scale against this film's loudest moment, so quiet passages stay visible). The amber line under a lane marks the moments counted as playing, and the figure on the right is their share of the film. For the six height speakers that share is part of BUBBLE.
Front
L
41%
R
42%
C
67%
LFE
LFE
10%
Surround
Ls
27%
Rs
27%
Lrs
19%
Rrs
18%
Wide
Lw
8.9%
Rw
9.5%
Height
Ltf
3.2%
Rtf
3.4%
Ltm
13%
Rtm
14%
Ltr
5.5%
Rtr
5.6%
0:000:541:47
Read from PerceptualPro's channel-activity graph, pixel by pixel. A lane marked unused never rises out of its line.