www.genelec.com
Open in
urlscan Pro
79.171.236.180
Public Scan
Submitted URL: http://www.genelec.com//publications
Effective URL: https://www.genelec.com//publications
Submission: On September 16 via api from US — Scanned from FI
Effective URL: https://www.genelec.com//publications
Submission: On September 16 via api from US — Scanned from FI
Summary
This website contacted 12 IPs
in 5 countries
across 9 domains to perform 96 HTTP transactions.
The main IP is 79.171.236.180, located in
Finland and
belongs to PLANEETTA-AS, FI.
The main domain is www.genelec.com.
TLS certificate: Issued by Thawte TLS RSA CA G1 on August 5th 2024. Valid for: a year.
This is the only time www.genelec.com was scanned on urlscan.io!
TLS certificate: Issued by Thawte TLS RSA CA G1 on August 5th 2024. Valid for: a year.
This is the only time www.genelec.com was scanned on urlscan.io!
urlscan.io Verdict: No classification
Domain & IP information
| IP Address | AS Autonomous System | ||
|---|---|---|---|
| 42 | 79.171.236.180 79.171.236.180 | 58003 (PLANEETTA-AS) (PLANEETTA-AS) | |
| 3 | 172.67.142.245 172.67.142.245 | 13335 (CLOUDFLAR...) (CLOUDFLARENET) | |
| 1 | 104.16.40.28 104.16.40.28 | 13335 (CLOUDFLAR...) (CLOUDFLARENET) | |
| 35 | 13.33.187.2 13.33.187.2 | 16509 (AMAZON-02) (AMAZON-02) | |
| 1 | 104.17.202.31 104.17.202.31 | 13335 (CLOUDFLAR...) (CLOUDFLARENET) | |
| 2 | 99.80.22.109 99.80.22.109 | 16509 (AMAZON-02) (AMAZON-02) | |
| 2 | 18.173.205.123 18.173.205.123 | 16509 (AMAZON-02) (AMAZON-02) | |
| 1 | 172.217.18.110 172.217.18.110 | 15169 (GOOGLE) (GOOGLE) | |
| 2 | 104.126.37.162 104.126.37.162 | 20940 (AKAMAI-ASN1) (AKAMAI-ASN1) | |
| 5 | 18.195.235.189 18.195.235.189 | 16509 (AMAZON-02) (AMAZON-02) | |
| 2 | 23.45.111.185 23.45.111.185 | 16625 (AKAMAI-AS) (AKAMAI-AS) | |
| 96 | 12 |
42
79.171.236.180
(Finland)
ASN58003 (PLANEETTA-AS, FI)
PTR: 79-171-236-180.planeetta.com
ASN58003 (PLANEETTA-AS, FI)
PTR: 79-171-236-180.planeetta.com
| www.genelec.com |
35
13.33.187.2
(United States)
ASN16509 (AMAZON-02, US)
PTR: server-13-33-187-2.fra60.r.cloudfront.net
ASN16509 (AMAZON-02, US)
PTR: server-13-33-187-2.fra60.r.cloudfront.net
| images.ctfassets.net |
2
99.80.22.109
(Dublin, Ireland)
ASN16509 (AMAZON-02, US)
PTR: ec2-99-80-22-109.eu-west-1.compute.amazonaws.com
ASN16509 (AMAZON-02, US)
PTR: ec2-99-80-22-109.eu-west-1.compute.amazonaws.com
| addsearch.com |
2
18.173.205.123
(United States)
ASN16509 (AMAZON-02, US)
PTR: server-18-173-205-123.fra56.r.cloudfront.net
ASN16509 (AMAZON-02, US)
PTR: server-18-173-205-123.fra56.r.cloudfront.net
| cdn.matomo.cloud |
1
172.217.18.110
(United States)
ASN15169 (GOOGLE, US)
PTR: fra16s42-in-f14.1e100.net
ASN15169 (GOOGLE, US)
PTR: fra16s42-in-f14.1e100.net
| img.youtube.com |
2
104.126.37.162
(Frankfurt am Main, Germany)
ASN20940 (AKAMAI-ASN1, NL)
PTR: a104-126-37-162.deploy.static.akamaitechnologies.com
ASN20940 (AKAMAI-ASN1, NL)
PTR: a104-126-37-162.deploy.static.akamaitechnologies.com
| consent.cookiebot.com |
5
18.195.235.189
(Frankfurt am Main, Germany)
ASN16509 (AMAZON-02, US)
PTR: ec2-18-195-235-189.eu-central-1.compute.amazonaws.com
ASN16509 (AMAZON-02, US)
PTR: ec2-18-195-235-189.eu-central-1.compute.amazonaws.com
| genelec.matomo.cloud |
2
23.45.111.185
(Frankfurt am Main, Germany)
ASN16625 (AKAMAI-AS, US)
PTR: a23-45-111-185.deploy.static.akamaitechnologies.com
ASN16625 (AKAMAI-AS, US)
PTR: a23-45-111-185.deploy.static.akamaitechnologies.com
| consentcdn.cookiebot.com | |
| imgsct.cookiebot.com |
| Apex Domain Subdomains |
Transfer | |
|---|---|---|
| 42 |
genelec.com
www.genelec.com |
933 KB |
| 35 |
ctfassets.net
images.ctfassets.net — Cisco Umbrella Rank: 3869 |
451 KB |
| 7 |
matomo.cloud
cdn.matomo.cloud — Cisco Umbrella Rank: 16968 genelec.matomo.cloud |
145 KB |
| 4 |
cookiebot.com
consent.cookiebot.com — Cisco Umbrella Rank: 4483 consentcdn.cookiebot.com — Cisco Umbrella Rank: 5176 imgsct.cookiebot.com — Cisco Umbrella Rank: 5220 |
130 KB |
| 3 |
fontawesome.com
use.fontawesome.com — Cisco Umbrella Rank: 1341 |
168 KB |
| 2 |
addsearch.com
addsearch.com — Cisco Umbrella Rank: 51264 |
15 KB |
| 1 |
youtube.com
img.youtube.com — Cisco Umbrella Rank: 1686 |
17 KB |
| 1 |
activehosted.com
genelec.activehosted.com |
10 KB |
| 1 |
fonts.net
fast.fonts.net — Cisco Umbrella Rank: 4520 |
577 B |
| 96 | 9 |
| Domain | Requested by | |
|---|---|---|
| 42 | www.genelec.com |
www.genelec.com
|
| 35 | images.ctfassets.net |
www.genelec.com
|
| 5 | genelec.matomo.cloud |
cdn.matomo.cloud
|
| 3 | use.fontawesome.com |
www.genelec.com
use.fontawesome.com |
| 2 | consent.cookiebot.com |
www.genelec.com
consent.cookiebot.com |
| 2 | cdn.matomo.cloud |
www.genelec.com
|
| 2 | addsearch.com |
www.genelec.com
addsearch.com |
| 1 | imgsct.cookiebot.com | |
| 1 | consentcdn.cookiebot.com |
consent.cookiebot.com
|
| 1 | img.youtube.com |
www.genelec.com
|
| 1 | genelec.activehosted.com |
www.genelec.com
|
| 1 | fast.fonts.net |
www.genelec.com
|
| 96 | 12 |
This site contains links to these domains. Also see Links.
| Subject Issuer | Validity | Valid | |
|---|---|---|---|
| genelec.com Thawte TLS RSA CA G1 |
2024-08-05 - 2025-07-03 |
a year | crt.sh |
| use.fontawesome.com WE1 |
2024-09-09 - 2024-12-09 |
3 months | crt.sh |
| fonts.net WE1 |
2024-07-31 - 2024-10-29 |
3 months | crt.sh |
| images.ctfassets.net Amazon RSA 2048 M02 |
2023-12-19 - 2025-01-16 |
a year | crt.sh |
| activehosted.com Cloudflare Inc ECC CA-3 |
2023-11-06 - 2024-11-05 |
a year | crt.sh |
| *.addsearch.com E6 |
2024-09-05 - 2024-12-04 |
3 months | crt.sh |
| cdn.matomo.cloud Amazon RSA 2048 M03 |
2023-10-27 - 2024-11-23 |
a year | crt.sh |
| *.google.com WR2 |
2024-08-12 - 2024-11-04 |
3 months | crt.sh |
| consent.cookiebot.com DigiCert TLS RSA SHA256 2020 CA1 |
2024-02-28 - 2025-02-27 |
a year | crt.sh |
| *.matomo.cloud Amazon RSA 2048 M02 |
2024-05-21 - 2025-06-19 |
a year | crt.sh |
| *.cookiebot.com DigiCert TLS RSA SHA256 2020 CA1 |
2024-02-26 - 2025-02-26 |
a year | crt.sh |
This page contains 2 frames:
Primary Page:
https://www.genelec.com//publications
Frame ID: A13B3822221F42FF403EEA998DE33B25
Requests: 102 HTTP requests in this frame
Frame:
https://consentcdn.cookiebot.com/sdk/bc-v4.min.html
Frame ID: 39B39743A3C63623A5B940D6AA2DB765
Requests: 1 HTTP requests in this frame
Screenshot
Page Title
Publications - Genelec.comPage URL History Show full URLs
-
http://www.genelec.com//publications
HTTP 307
https://www.genelec.com//publications Page URL
Detected technologies
Bootstrap
(Web Frameworks)
Expand
Overall confidence: 100%
Detected patterns
Detected patterns
- bootstrap(?:[^>]*?([0-9a-fA-F]{7,40}|[\d]+(?:.[\d]+(?:.[\d]+)?)?)|)[^>]*?(?:\.min)?\.js
Cookiebot
(Cookie compliance)
Expand
Overall confidence: 100%
Detected patterns
Detected patterns
- consent\.cookiebot\.com
Font Awesome
(Font Scripts)
Expand
Overall confidence: 100%
Detected patterns
Detected patterns
- (?:F|f)o(?:n|r)t-?(?:A|a)wesome(?:.*?([0-9a-fA-F]{7,40}|[\d]+(?:.[\d]+(?:.[\d]+)?)?)|)
Modernizr
(JavaScript Libraries)
Expand
Overall confidence: 100%
Detected patterns
Detected patterns
- ([\d.]+)?/modernizr(?:\.([\d.]+))?.*\.js
OWL Carousel
(Widgets)
Expand
Overall confidence: 100%
Detected patterns
Detected patterns
- owl\.carousel.*\.js
jQuery
(JavaScript Libraries)
Expand
Overall confidence: 100%
Detected patterns
Detected patterns
- jquery.*\.js(?:\?ver(?:sion)?=([\d.]+))?
Page Statistics
86 Outgoing links
These are links going to different origins than the main page.
URL: https://www.cookiebot.com/en/what-is-behind-powered-by-cookiebot/
Search URL Search Domain Scan URL
URL: https://calendly.com/pages/privacy#cookies-and-other-tracking-mechanisms
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.cookiebot.com/goto/privacy-policy/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.linkedin.com/legal/privacy-policy
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://matomo.org/privacy-policy/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://stripe.com/privacy
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.zendesk.com/company/customers-partners/privacy-policy/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://business.safety.google/privacy/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.hotjar.com/legal/policies/privacy/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.spotify.com/uk/legal/privacy-policy/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: http://survicate.com/wp-content/uploads/2015/10/Polityka-prywatnosci-ENG-1.pdf
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.tiktok.com/legal/privacy-policy?lang=en
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://vimeo.com/privacy
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.facebook.com/policy.php/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.leadfeeder.com/privacy/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.redditinc.com/policies/privacy-policy
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.shopify.com/legal/privacy
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.addsearch.com/about/privacy/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://www.contentful.com/legal/privacy/
Title: Lisätietoja tästä palveluntarjoajasta
Title: Lisätietoja tästä palveluntarjoajasta
Search URL Search Domain Scan URL
URL: https://campaigns.genelec.com/
Title: campaigns.genelec.com
Title: campaigns.genelec.com
Search URL Search Domain Scan URL
URL: https://genelec.lat/
Title: genelec.lat
Title: genelec.lat
Search URL Search Domain Scan URL
URL: https://support.genelec.com/
Title: support.genelec.com
Title: support.genelec.com
Search URL Search Domain Scan URL
URL: https://my.genelec.com/
Title: my.genelec.com
Title: my.genelec.com
Search URL Search Domain Scan URL
URL: https://genelec.de/
Title: genelec.de
Title: genelec.de
Search URL Search Domain Scan URL
URL: https://genelec.se/
Title: genelec.se
Title: genelec.se
Search URL Search Domain Scan URL
URL: https://genelec.fi/
Title: genelec.fi
Title: genelec.fi
Search URL Search Domain Scan URL
URL: https://genelec.com/
Title: genelec.com
Title: genelec.com
Search URL Search Domain Scan URL
URL: https://www.cookiebot.com/
Title: Cookiebot
Title: Cookiebot
Search URL Search Domain Scan URL
URL: https://www.genelec.fi/
Title: Suomi
Title: Suomi
Search URL Search Domain Scan URL
URL: https://www.genelec.se/
Title: Svenska
Title: Svenska
Search URL Search Domain Scan URL
URL: https://www.genelec.de/
Title: Deutsch
Title: Deutsch
Search URL Search Domain Scan URL
URL: https://www.genelec.lat/
Title: Español
Title: Español
Search URL Search Domain Scan URL
URL: https://www.genelec.jp/
Title: 日本語
Title: 日本語
Search URL Search Domain Scan URL
URL: https://www.genelec.cn/
Title: ä¸æ–‡å®˜ç½‘
Title: ä¸æ–‡å®˜ç½‘
Search URL Search Domain Scan URL
URL: https://showroom.genelec.com/
Title: VR Showroom
Title: VR Showroom
Search URL Search Domain Scan URL
URL: https://support.genelec.com/hc/en-us
Title: Support Portal
Title: Support Portal
Search URL Search Domain Scan URL
URL: https://www.facebook.com/
Search URL Search Domain Scan URL
URL: https://www.linkedin.com/
Search URL Search Domain Scan URL
URL: https://www.twitter.com/
Search URL Search Domain Scan URL
URL: https://assets.ctfassets.net/4zjnzn055a4v/6qZ76US7AKRD1Iy5pPs9UL/4528090b122bb50e23e8bd3be8b0fe1a/On_Human_Perceptual_Bandwidth_and_Slow_Listening_-_2018.pdf
Title: On Human Perceptual Bandwidth and Slow Listening Seventy-four recent physiological and psychological studies revolving around human perception and its bandwidth were reviewed. The brain has ever only learned about the world through our five primary senses. With them, we receive a fraction of the information actually available, while we perceive far less still. A fraction of a fraction: The perceptual bandwidth. Conscious perception is furthermore influenced by long-term experience and learning, to an extent that it might be more accurately understood and studied as primarily a reach-out phenomenon. Considering hearing, time is found to be a determining factor on several planes. It is discussed how such sentient observations could be taken into accou
Title: On Human Perceptual Bandwidth and Slow Listening Seventy-four recent physiological and psychological studies revolving around human perception and its bandwidth were reviewed. The brain has ever only learned about the world through our five primary senses. With them, we receive a fraction of the information actually available, while we perceive far less still. A fraction of a fraction: The perceptual bandwidth. Conscious perception is furthermore influenced by long-term experience and learning, to an extent that it might be more accurately understood and studied as primarily a reach-out phenomenon. Considering hearing, time is found to be a determining factor on several planes. It is discussed how such sentient observations could be taken into accou
Search URL Search Domain Scan URL
URL: https://assets.ctfassets.net/4zjnzn055a4v/2SGYsVOaLz5ERaS80czDG7/2ab976c9db2e286b6cd68a197ce62e83/Is_single_microphone_position_enough_for_immersive_system_equalization_and_level_calibration_in_production_monitoring
Title: Is single microphone position enough for immersive system equalization and level calibration in production monitoring? Immersive monitoring systems contain a large number of loudspeakers, each strongly and differently influenced acoustically by the room boundaries. This creates uncertainty regarding the actual in-room frequency response, results in large acoustical differences between individual loudspeakers, and can reduce the transparency and reliability of monitoring on such system. The aim of this work is to demonstrate this influence and then study the importance of using multiple measurement microphone positions instead of one measurement microphone position when preforming in-room frequency response calibration and system alignment. An NHK 22
Title: Is single microphone position enough for immersive system equalization and level calibration in production monitoring? Immersive monitoring systems contain a large number of loudspeakers, each strongly and differently influenced acoustically by the room boundaries. This creates uncertainty regarding the actual in-room frequency response, results in large acoustical differences between individual loudspeakers, and can reduce the transparency and reliability of monitoring on such system. The aim of this work is to demonstrate this influence and then study the importance of using multiple measurement microphone positions instead of one measurement microphone position when preforming in-room frequency response calibration and system alignment. An NHK 22
Search URL Search Domain Scan URL
URL: https://assets.ctfassets.net/4zjnzn055a4v/7lPJ4uF9Wjgt5Pme73JdYF/e7ceca69d16646d4454d2ec1744adbab/Stability_of_the_Frequency_Response_Estimate_in_Listening_Rooms_-_2016.pdf
Title: Stability of the Frequency Response Estimate in Listening Rooms In-room estimates of loudspeaker responses for professional use are typically taken either at one microphone location, replacing the listener with a microphone, or averaging in space, at multiple locations at and relatively close to the listening location. In this work, a number of listening rooms were measured using 18 precisely defined locations. In-space averaging in combination with frequency domain averaging can increase the stability of the frequency response estimate. However, the spatial averaging points used in taking a measurement should be chosen based on the room acoustics and on the application. Spatial averaging across a wide area may come with the risk of compromising the
Title: Stability of the Frequency Response Estimate in Listening Rooms In-room estimates of loudspeaker responses for professional use are typically taken either at one microphone location, replacing the listener with a microphone, or averaging in space, at multiple locations at and relatively close to the listening location. In this work, a number of listening rooms were measured using 18 precisely defined locations. In-space averaging in combination with frequency domain averaging can increase the stability of the frequency response estimate. However, the spatial averaging points used in taking a measurement should be chosen based on the room acoustics and on the application. Spatial averaging across a wide area may come with the risk of compromising the
Search URL Search Domain Scan URL
URL: https://downloads.ctfassets.net/4zjnzn055a4v/4fBjWIVqybNHuuzz7EPb9l/e75b60ca279e0843e7da0ebc448eb13d/AES_142_-_The_Acoustic_Design_of_Minimum_Diffraction_Coaxial_Loudspeakers_with_Integrated_Waveguides.pdf
Title: The Acoustic Design of Minimum Diffraction Coaxial Loudspeakers with Integrated Waveguides Aki Mäkivirta, Jussi Väisänen, Ilpo Martikainen, Thomas Lund and Siamäk Naghian May 2017, AES 142nd International Convention, Berlin, Germany Complementary to precision microphones, creating an ideal point source monitoring speaker has long been considered the holy grail of loudspeaker design. Coaxial transducers unfortunately typically come with several design compromises, such as adding intermodulation distortion, giving rise to various sources of diffraction, and resulting in somewhat restricted maximum output performance or frequency response. In this paper, we review the history of coaxial transducer design, considerations for an ideal point source loudsp
Title: The Acoustic Design of Minimum Diffraction Coaxial Loudspeakers with Integrated Waveguides Aki Mäkivirta, Jussi Väisänen, Ilpo Martikainen, Thomas Lund and Siamäk Naghian May 2017, AES 142nd International Convention, Berlin, Germany Complementary to precision microphones, creating an ideal point source monitoring speaker has long been considered the holy grail of loudspeaker design. Coaxial transducers unfortunately typically come with several design compromises, such as adding intermodulation distortion, giving rise to various sources of diffraction, and resulting in somewhat restricted maximum output performance or frequency response. In this paper, we review the history of coaxial transducer design, considerations for an ideal point source loudsp
Search URL Search Domain Scan URL
URL: https://assets.ctfassets.net/4zjnzn055a4v/6nKDWR1VsWp2WkaAqdvdDT/09402de507362053495f5f53e8a86d87/AES_141_-_Spatial_Stability_of_the_Frequency_Response_Estimate_and_the_Benefit_of_Spatial_Averaging.pdf
Title: Spatial Stability of the Frequency Response Estimate and the Benefit of Spatial Averaging Aki Mäkivirta and Thomas Lund September 2016, AES 141st International Convention, Los Angeles, USA In-room estimates of loudspeaker responses at the listening location are typically taken either at one microphone location, replacing the listener with a microphone, or averaging in space, at multiple microphone locations at and relatively close to the listening location. In-frequency averaging can attenuate the locality of the frequency response features in mid and high frequencies. In-space averaging extracts the common frequency response features visible in all the measurement positions. Spatial weighting combined with frequency domain averaging can increase th
Title: Spatial Stability of the Frequency Response Estimate and the Benefit of Spatial Averaging Aki Mäkivirta and Thomas Lund September 2016, AES 141st International Convention, Los Angeles, USA In-room estimates of loudspeaker responses at the listening location are typically taken either at one microphone location, replacing the listener with a microphone, or averaging in space, at multiple microphone locations at and relatively close to the listening location. In-frequency averaging can attenuate the locality of the frequency response features in mid and high frequencies. In-space averaging extracts the common frequency response features visible in all the measurement positions. Spatial weighting combined with frequency domain averaging can increase th
Search URL Search Domain Scan URL
URL: https://assets.ctfassets.net/4zjnzn055a4v/3h5YQiJIQaPDQB84DTfeuU/5186470a8c23744369d4990c776b9ceb/sound_pressure_capacity_requirements_for_monitoring_makivirta_2015.pdf
Title: Sound Pressure Capacity Requirements for Monitoring Immersive Audio Formats Aki Mäkivirta, Juha Holm, Juha Urhonen, Ilkka Rissanen, Jussi Väisänen August 2015, Genelec Oy, Iisalmi, Finland The statistical distribution of the sound event duration in a cinematic immersive audio track is considered as information to determine the short and long term sound pressure output capacities needed in loudspeakers and subwoofers. The statistical distribution of audio event duration in cinematic audio tracks is studied to evaluate the needed monitoring system capacity. Monitoring system capacity requirement is also related to the monitoring room size, the listening distance, and the room reverberation time. Impact of using bass management and selection bass manag
Title: Sound Pressure Capacity Requirements for Monitoring Immersive Audio Formats Aki Mäkivirta, Juha Holm, Juha Urhonen, Ilkka Rissanen, Jussi Väisänen August 2015, Genelec Oy, Iisalmi, Finland The statistical distribution of the sound event duration in a cinematic immersive audio track is considered as information to determine the short and long term sound pressure output capacities needed in loudspeakers and subwoofers. The statistical distribution of audio event duration in cinematic audio tracks is studied to evaluate the needed monitoring system capacity. Monitoring system capacity requirement is also related to the monitoring room size, the listening distance, and the room reverberation time. Impact of using bass management and selection bass manag
Search URL Search Domain Scan URL
URL: https://assets.ctfassets.net/4zjnzn055a4v/fNrGCIdWyH1NjJtWq51Hp/b14777bce5cef136a6ab7c58a36b60fc/16881.pdf
Title: Calculating Sound Radiation from Loudspeaker Enclosures using the Finite Element Analysis Jaakko Nisula, Juha Holm, and Aki Mäkivirta August 2013, AES 51st International Conference, Helsinki, Finland Walls of a loudspeaker enclosure exhibit vibrations and resonances, creating unwanted acoustic output. These vibrations are excited by the mechanical forces from the drivers and by the acoustic pressure inside the enclosure. Enclosure vibrations cannot be satisfactorily simulated using a mechanical model that only includes the mechanical conduction of vibration in the enclosure. Also acoustical phenomena have to be considered to get accurate results. In this paper we show how Finite Element Analysis using a coupled model of mechanics and acoustics can p
Title: Calculating Sound Radiation from Loudspeaker Enclosures using the Finite Element Analysis Jaakko Nisula, Juha Holm, and Aki Mäkivirta August 2013, AES 51st International Conference, Helsinki, Finland Walls of a loudspeaker enclosure exhibit vibrations and resonances, creating unwanted acoustic output. These vibrations are excited by the mechanical forces from the drivers and by the acoustic pressure inside the enclosure. Enclosure vibrations cannot be satisfactorily simulated using a mechanical model that only includes the mechanical conduction of vibration in the enclosure. Also acoustical phenomena have to be considered to get accurate results. In this paper we show how Finite Element Analysis using a coupled model of mechanics and acoustics can p
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URL: https://assets.ctfassets.net/4zjnzn055a4v/4PSiYwAGRJuRgDtQjm44vf/68c3d2545a7dd39df165306a5a129d86/Quantifying_Diffraction_in_Time_Domain_with_Finite_Element_Method.pdf
Title: Quantifying Diffraction in Time Domain with Finite Element Method Juha Holm, and Aki Mäkivirta August 2013, AES 51st International Conference, Helsinki, Finland Finite element method applied in frequency domain can show diffraction effects, but separation of the excitation from the diffracted wave fronts is difficult as the excitation dominates the pressure field. Time domain simulation overcomes these problems by enabling separation of the pressure fields in time. Time domain separation of the excitation and diffracted wave fronts enable not only time domain analysis but also specific frequency domain analysis of the diffracted sound. This paper demonstrates how time domain finite element analysis can be used to simulate diffraction in loudspeakers
Title: Quantifying Diffraction in Time Domain with Finite Element Method Juha Holm, and Aki Mäkivirta August 2013, AES 51st International Conference, Helsinki, Finland Finite element method applied in frequency domain can show diffraction effects, but separation of the excitation from the diffracted wave fronts is difficult as the excitation dominates the pressure field. Time domain simulation overcomes these problems by enabling separation of the pressure fields in time. Time domain separation of the excitation and diffracted wave fronts enable not only time domain analysis but also specific frequency domain analysis of the diffracted sound. This paper demonstrates how time domain finite element analysis can be used to simulate diffraction in loudspeakers
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URL: https://assets.ctfassets.net/4zjnzn055a4v/1L1jgQgjMeG1eATeDvtWAi/eff8092851ef841bc819648e019c6016/The_Feasibility_of_Class_D_amplifiers_for_Active_Loudspeakers_Applications.pdf
Title: The Feasibility of Class D amplifiers for Active Loudspeakers Applications Darren Rose August 2013, Genelec Oy, Iisalmi, Finland In 2002 the author made a comparison of the audio quality, audio quantity and cost of some commonly available power amplifier modules. This paper will investigate the hypothesis that today the best value can obtained using Class D amplifiers. This will be studied by comparing four topologies. The amplifiers have been measured in the same controlled conditions representing an application in an active loudspeaker. To make a fair cost comparison the amplifiers have been assembled on PCBs from components in-house rather than using complete ready power amplifier modules. In addition to the audio and cost criteria, energy effici
Title: The Feasibility of Class D amplifiers for Active Loudspeakers Applications Darren Rose August 2013, Genelec Oy, Iisalmi, Finland In 2002 the author made a comparison of the audio quality, audio quantity and cost of some commonly available power amplifier modules. This paper will investigate the hypothesis that today the best value can obtained using Class D amplifiers. This will be studied by comparing four topologies. The amplifiers have been measured in the same controlled conditions representing an application in an active loudspeaker. To make a fair cost comparison the amplifiers have been assembled on PCBs from components in-house rather than using complete ready power amplifier modules. In addition to the audio and cost criteria, energy effici
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URL: https://assets.ctfassets.net/4zjnzn055a4v/PMkmg3p6rnKzryGre1rlf/717f3c166d24872fc19ac8b177e4fc26/2009_rautiainen_aska_ojala_hosio_makivirta_haatainen.pdf
Title: Swarm Synchronization for Multi-Recipient Multimedia Streaming Mika Rautiainen, Hannu Aska, Timo Ojala, Matti Hosio, Aki Mäkivirta and Niko Haatainen - MediaTeam Oulu, Department of Electrical and Information Engineering September 2009, University of Oulu, Finland and Genelec Oy, Iisalmi, Finland IP networks allow constructing versatile device configurations for multimedia streaming. However, the stochastic nature of the packet-switched data transmission may complicate IP-based implementations of some conventional applications such as analog wired transmission of synchronized multi-channel audio. This paper introduces a multimedia streaming system based on the synchronization of multiple playback clients as a ‘swarm’. The proposed ‘swarm synchroniza
Title: Swarm Synchronization for Multi-Recipient Multimedia Streaming Mika Rautiainen, Hannu Aska, Timo Ojala, Matti Hosio, Aki Mäkivirta and Niko Haatainen - MediaTeam Oulu, Department of Electrical and Information Engineering September 2009, University of Oulu, Finland and Genelec Oy, Iisalmi, Finland IP networks allow constructing versatile device configurations for multimedia streaming. However, the stochastic nature of the packet-switched data transmission may complicate IP-based implementations of some conventional applications such as analog wired transmission of synchronized multi-channel audio. This paper introduces a multimedia streaming system based on the synchronization of multiple playback clients as a ‘swarm’. The proposed ‘swarm synchroniza
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URL: https://assets.ctfassets.net/4zjnzn055a4v/4WvXG83aKPCGI6wz7Z6lkl/1c7858cc1167cda1648b7fc4862d59dd/2009_hiekkanen_makivirta_karjalainen.pdf
Title: Virtualized Listening Tests for Loudspeakers Timo Hiekkanen, Aki Mäkivirta, Matti Karjalainen - Department of Signal Processing and Acoustics, Helsinki University of Technology, Espoo, Finland and Genelec Oy, Iisalmi, Finland April 2009, J. Audio Eng. Soc., Vol. 57, No. 4 The precise location of a loudspeaker in a listening room is known to affect loudspeaker preference ratings. When multiple loudspeakers are compared, the evaluation is limited by the poor human auditory memory. To overcome these problems, a method to evaluate and compare loudspeakers using headphones is proposed. The method utilizes personal headrelated transfer functions in rendering the sound field recorded in a standard listening room with an artificial head. The equalization of
Title: Virtualized Listening Tests for Loudspeakers Timo Hiekkanen, Aki Mäkivirta, Matti Karjalainen - Department of Signal Processing and Acoustics, Helsinki University of Technology, Espoo, Finland and Genelec Oy, Iisalmi, Finland April 2009, J. Audio Eng. Soc., Vol. 57, No. 4 The precise location of a loudspeaker in a listening room is known to affect loudspeaker preference ratings. When multiple loudspeakers are compared, the evaluation is limited by the poor human auditory memory. To overcome these problems, a method to evaluate and compare loudspeakers using headphones is proposed. The method utilizes personal headrelated transfer functions in rendering the sound field recorded in a standard listening room with an artificial head. The equalization of
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URL: https://assets.ctfassets.net/4zjnzn055a4v/4SO5nkzx17qwEUpnOG1gsN/c554ff26c49f0984b8493f79228e7c41/2008_hiekkanen_makivirta_karjalainen.pdf
Title: Virtualized Listening Tests for Loudspeakers Timo Hiekkanen, Aki Mäkivirta, Matti Karjalainen - Department of Signal Processing and Acoustics, Helsinki University of Technology, Espoo, Finland and Genelec Oy, Iisalmi, Finland May 17-20th 2008, AES 124th Convention, Amsterdam, The Netherlands The precise location of a loudspeaker in a listening room is known to affect loudspeaker preference ratings. When multiple loudspeakers are compared, the evaluation is limited by the poor human auditory memory. To overcome these problems, a method to evaluate and compare loudspeakers using headphones is proposed. The method utilizes personal headrelated transfer functions in rendering the sound field recorded in a standard listening room with an artificial head.
Title: Virtualized Listening Tests for Loudspeakers Timo Hiekkanen, Aki Mäkivirta, Matti Karjalainen - Department of Signal Processing and Acoustics, Helsinki University of Technology, Espoo, Finland and Genelec Oy, Iisalmi, Finland May 17-20th 2008, AES 124th Convention, Amsterdam, The Netherlands The precise location of a loudspeaker in a listening room is known to affect loudspeaker preference ratings. When multiple loudspeakers are compared, the evaluation is limited by the poor human auditory memory. To overcome these problems, a method to evaluate and compare loudspeakers using headphones is proposed. The method utilizes personal headrelated transfer functions in rendering the sound field recorded in a standard listening room with an artificial head.
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URL: https://assets.ctfassets.net/4zjnzn055a4v/5YGCguEYfoPVOno3GnqlM2/eaa902f0f33352dbb43a7ab944011b97/A_Listening_Test_System_for_Measuring_the_Threshold_of_Audibility_of_Temporal_Decays.pdf
Title: A Listening Test System for Measuring the Threshold of Audibility of Temporal Decays Andrew Goldberg 2005, Proceedings of The Institute of Acoustics, Vol 27 A listening test system designed to measure the threshold of audibility of the decay time of low frequency resonances is described. The system employs the Parameter Estimation by Sequential Testing (PEST) technique and the listening test is conducted on calibrated headphones to remove factors associated with the listening environment. Program signal, replay level, and resonance frequency are believed to influence decay time threshold. A trial listening test shows that the system reveals realistic results but the temporal resonance modelling filter requires some adjustment to remove audible non-m
Title: A Listening Test System for Measuring the Threshold of Audibility of Temporal Decays Andrew Goldberg 2005, Proceedings of The Institute of Acoustics, Vol 27 A listening test system designed to measure the threshold of audibility of the decay time of low frequency resonances is described. The system employs the Parameter Estimation by Sequential Testing (PEST) technique and the listening test is conducted on calibrated headphones to remove factors associated with the listening environment. Program signal, replay level, and resonance frequency are believed to influence decay time threshold. A trial listening test shows that the system reveals realistic results but the temporal resonance modelling filter requires some adjustment to remove audible non-m
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URL: https://assets.ctfassets.net/4zjnzn055a4v/1GKiueHajGWaHntngcGy2K/6bb26d0fc6bd7f427de6ae0b9dc10804/2004_goldberg_makivirta_varla.pdf
Title: Compensating the Acoustical Loading of Small Loudspeakers Mounted Near Desktops Andrew Goldberg, Aki Mäkivirta and Ari Varla October 2004, The Institute of Acoustics Reproduced Sound 20 Conference, Oxford UK / November 2004, AES 117th Convention, San Francisco, CA, USA In professional audio applications, small loudspeakers are often mounted on or near (within the loudspeaker’s near field region) large solid surfaces, such as mixing consoles, desktops and work surfaces. In approximately two-thirds of loudspeakers mounted in such a fashion, the magnitude response is compromised in a predictable and systematic way. An upward deviation of peak value 5.0 dB ± 1.5 dB centred on 141 Hz ± 31 Hz was observable in approximately 80% of the cases studied. A
Title: Compensating the Acoustical Loading of Small Loudspeakers Mounted Near Desktops Andrew Goldberg, Aki Mäkivirta and Ari Varla October 2004, The Institute of Acoustics Reproduced Sound 20 Conference, Oxford UK / November 2004, AES 117th Convention, San Francisco, CA, USA In professional audio applications, small loudspeakers are often mounted on or near (within the loudspeaker’s near field region) large solid surfaces, such as mixing consoles, desktops and work surfaces. In approximately two-thirds of loudspeakers mounted in such a fashion, the magnitude response is compromised in a predictable and systematic way. An upward deviation of peak value 5.0 dB ± 1.5 dB centred on 141 Hz ± 31 Hz was observable in approximately 80% of the cases studied. A
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URL: https://assets.ctfassets.net/4zjnzn055a4v/wjh2YuS8VB5BTkBm7oIKi/4b462d6d8c5fd4f6a4b44eef1bfb9397/Performance_Comparison_of_Graphic_Equalisation_and_Active_Loudspeaker_Room_Response_Controls.pdf
Title: Performance Comparison of Graphic Equalisation and Active Loudspeaker Room Response Controls Andrew Goldberg and Aki Mäkivirta May 8-11th 2004, AES 116th Convention, Berlin Germany We compare the room response controls available in active loudspeakers to a third-octave graphical equaliser. The room response controls are set using an automated optimisation method presented in earlier AES publications. A third-octave ISO frequency constant-Q graphic equaliser is set to minimise the least squares deviation from linear within the passband in a smoothed acoustical response. The resulting equalisation performance of the two methods is compared using objective metrics, to show how these standard room response equalising methods perform. For all loudspeaker
Title: Performance Comparison of Graphic Equalisation and Active Loudspeaker Room Response Controls Andrew Goldberg and Aki Mäkivirta May 8-11th 2004, AES 116th Convention, Berlin Germany We compare the room response controls available in active loudspeakers to a third-octave graphical equaliser. The room response controls are set using an automated optimisation method presented in earlier AES publications. A third-octave ISO frequency constant-Q graphic equaliser is set to minimise the least squares deviation from linear within the passband in a smoothed acoustical response. The resulting equalisation performance of the two methods is compared using objective metrics, to show how these standard room response equalising methods perform. For all loudspeaker
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URL: https://assets.ctfassets.net/4zjnzn055a4v/5bzV3RQ7DwopgxW3Joc84i/8ba19fed08c24feb61dc8ddbdc120b0e/2004_karjalainen_antsalo_makivirta_valimaki.pdf
Title: Perception of Temporal Decay of Low-frequency Room Modes Matti Karjalainen, Poju Antsalo, Aki Mäkivirta and Vesa Välimäki May 8-11th 2004, AES 116th Convention, Berlin Germany Modal equalization has recently been of research interest in order to improve sound reproduction in rooms that have excessively strong modes at low frequencies. Instead of acoustic treatment by expensive and space-reserving absorbing structures, modal equalization is based on DSP affecting the electric-to-acoustic reproduction chain. Several DSP-based techniques for modal equalization have been proposed recently and tested in performance. From a perceptual point of view, however, no clear picture on the importance of controlled temporal decay has been shown, although it is kno
Title: Perception of Temporal Decay of Low-frequency Room Modes Matti Karjalainen, Poju Antsalo, Aki Mäkivirta and Vesa Välimäki May 8-11th 2004, AES 116th Convention, Berlin Germany Modal equalization has recently been of research interest in order to improve sound reproduction in rooms that have excessively strong modes at low frequencies. Instead of acoustic treatment by expensive and space-reserving absorbing structures, modal equalization is based on DSP affecting the electric-to-acoustic reproduction chain. Several DSP-based techniques for modal equalization have been proposed recently and tested in performance. From a perceptual point of view, however, no clear picture on the importance of controlled temporal decay has been shown, although it is kno
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URL: https://assets.ctfassets.net/4zjnzn055a4v/3d50BCVNNkTQ0SKtj61a3T/0bf6bb17bf10a1438218de7ec286c5c1/An_Automated_In-situ_Frequency_Response_Optimisation_Algorithm_for_Active_Loudspeakers__Including_a_Statistical_Analysis_of_.pdf
Title: An Automated In-situ Frequency Response Optimisation Algorithm for Active Loudspeakers, Including a Statistical Analysis of Its Performance Andrew Goldberg and Aki Mäkivirta November 2003, The Institute of Acoustics Reproduced Sound 19 Conference, Oxford, UK This paper presents a novel method for robust automatic selection of the optimal in-situ acoustical frequency response within a discrete-valued set of responses offered by room response controls on active loudspeakers. The rationale of the room response controls for the active loudspeakers is described. The frequency response, calculated from the acquired impulse response, is used as the input for the optimisation algorithm to select the most favourable combination of room response controls. The
Title: An Automated In-situ Frequency Response Optimisation Algorithm for Active Loudspeakers, Including a Statistical Analysis of Its Performance Andrew Goldberg and Aki Mäkivirta November 2003, The Institute of Acoustics Reproduced Sound 19 Conference, Oxford, UK This paper presents a novel method for robust automatic selection of the optimal in-situ acoustical frequency response within a discrete-valued set of responses offered by room response controls on active loudspeakers. The rationale of the room response controls for the active loudspeakers is described. The frequency response, calculated from the acquired impulse response, is used as the input for the optimisation algorithm to select the most favourable combination of room response controls. The
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URL: https://assets.ctfassets.net/4zjnzn055a4v/5g2QPlzipx7bntH44oE9N3/12defe31c4d38e645b686dd577a673bc/Reproducing_Commercial_Multichannel_Formats_Through_a_Single_Monitoring_System.pdf
Title: Reproducing Commercial Multichannel Formats Through a Single Monitoring System Andrew Goldberg September 2003, IBC Conference, Amsterdam, Netherlands A modern audio production facility must be able to supply productions in a large number of different formats. The change from mono & stereo to multi-channel reproduction has created many problems, both in converting existing production facilities to multichannel format and when building new installations. This paper examines the LFE channel across different encoding formats and presents a method to reproduce it, using a bass management system, through a single monitoring system.
Title: Reproducing Commercial Multichannel Formats Through a Single Monitoring System Andrew Goldberg September 2003, IBC Conference, Amsterdam, Netherlands A modern audio production facility must be able to supply productions in a large number of different formats. The change from mono & stereo to multi-channel reproduction has created many problems, both in converting existing production facilities to multichannel format and when building new installations. This paper examines the LFE channel across different encoding formats and presents a method to reproduce it, using a bass management system, through a single monitoring system.
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URL: https://assets.ctfassets.net/4zjnzn055a4v/2PnVqWE2pBGryUZE2q57Sy/5fd52239d13874c3a130026720693bfa/Statistical_Analysis_of_an_Automated_In-Situ_Frequency_Response_Optimisation_Algorithm_for_Active_Loudspeakers.pdf
Title: Statistical Analysis of an Automated In-Situ Frequency Response Optimisation Algorithm for Active Loudspeakers Andrew Goldberg and Aki Mäkivirta May 2003, AES 23rd International Conference, Copenhagen, Denmark This paper presents a novel method for automatically selecting the optimal in-situ acoustical frequency response of active loudspeakers within a discrete-valued set of responses offered by room response controls on active loudspeakers. The rationale of the room response controls for the active loudspeakers is explained. The frequency response, calculated from the acquired impulse response, is used as the input for the optimisation algorithm to select the most favourable combination of room response controls. The optimisation algorithm is descr
Title: Statistical Analysis of an Automated In-Situ Frequency Response Optimisation Algorithm for Active Loudspeakers Andrew Goldberg and Aki Mäkivirta May 2003, AES 23rd International Conference, Copenhagen, Denmark This paper presents a novel method for automatically selecting the optimal in-situ acoustical frequency response of active loudspeakers within a discrete-valued set of responses offered by room response controls on active loudspeakers. The rationale of the room response controls for the active loudspeakers is explained. The frequency response, calculated from the acquired impulse response, is used as the input for the optimisation algorithm to select the most favourable combination of room response controls. The optimisation algorithm is descr
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URL: https://assets.ctfassets.net/4zjnzn055a4v/68uYi83F1NCTNYIDz0JZmT/ccef1cd39aa560fe1daa27a12763c7f9/Modal_Equalization_by_Temporal_Shaping_of_Room_Response.pdf
Title: Modal Equalization by Temporal Shaping of Room Response Matti Karjalainen, Poju Antsalo, and Aki Mäkivirta May 2003, AES 23rd International Conference, Copenhagen, Denmark The low-frequency behavior of sound reproduction in listening rooms is often problematic due to long-ringing modes that are difficult and expensive to control by acoustic means. Modal equalization has been proposed recently to correct the low-frequency problems by shortening the decay times of problematic modes through modification of transfer function poles. While the previous methods were based on the estimation of isolated modes and their parameters, the new method proposed here is a technique to change the time-domain response more directly. It is an advanced windowing techniq
Title: Modal Equalization by Temporal Shaping of Room Response Matti Karjalainen, Poju Antsalo, and Aki Mäkivirta May 2003, AES 23rd International Conference, Copenhagen, Denmark The low-frequency behavior of sound reproduction in listening rooms is often problematic due to long-ringing modes that are difficult and expensive to control by acoustic means. Modal equalization has been proposed recently to correct the low-frequency problems by shortening the decay times of problematic modes through modification of transfer function poles. While the previous methods were based on the estimation of isolated modes and their parameters, the new method proposed here is a technique to change the time-domain response more directly. It is an advanced windowing techniq
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URL: https://assets.ctfassets.net/4zjnzn055a4v/7qJhV0iWZveIUTXiqL1kWA/422a1777445a1ebbcca6e2e1a1f242c8/Comparison_of_Modal_Equalizer_Design_Methods.pdf
Title: Comparison of Modal Equalizer Design Methods Poju Antsalo, Matti Karjalainen, Aki Mäkivirta and Vesa Välimäki March 2003, AES 114th International Convention, Amsterdam, The Netherlands Modal equalization of low-frequency room modes has recently been proposed as a method to improve sound reproduction in spaces where modal decay time is too long. Modal equalization is achieved by signal processing reducing the pole radii of problematic modes in the overall transfer function. In this paper, we compare the performance of two proposed methods for designing modal equalizers. Comparison includes a preliminary subjective listening test indicating a possible marginal improvement by modal equalization over conventional magnitude equalization.
Title: Comparison of Modal Equalizer Design Methods Poju Antsalo, Matti Karjalainen, Aki Mäkivirta and Vesa Välimäki March 2003, AES 114th International Convention, Amsterdam, The Netherlands Modal equalization of low-frequency room modes has recently been proposed as a method to improve sound reproduction in spaces where modal decay time is too long. Modal equalization is achieved by signal processing reducing the pole radii of problematic modes in the overall transfer function. In this paper, we compare the performance of two proposed methods for designing modal equalizers. Comparison includes a preliminary subjective listening test indicating a possible marginal improvement by modal equalization over conventional magnitude equalization.
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URL: https://assets.ctfassets.net/4zjnzn055a4v/1LdnPMcI6ZI46cAomNi8xn/c5ff5068b349770cc9db064895f56f40/Automated_In-situ_Frequency_Response_Optimisation_of_Active_Loudspeakers.pdf
Title: Automated In-situ Frequency Response Optimisation of Active Loudspeakers Andrew Goldberg and Aki Mäkivirta March 2003, AES 114th Convention, Amsterdam, Netherlands This paper presents a novel method for robust automatic selection of optimal in-situ acoustical frequency response within a discrete-valued set of responses offered by room response controls on an active loudspeaker. A frequency response measurement is used as the input data for the algorithm. The rationale of the room response control system is described. The response controls are described for each supported loudspeaker type. The optimisation algorithm is described. Examples of the optimisation process are given. The efficiency and performance of the algorithm are discussed. The algorit
Title: Automated In-situ Frequency Response Optimisation of Active Loudspeakers Andrew Goldberg and Aki Mäkivirta March 2003, AES 114th Convention, Amsterdam, Netherlands This paper presents a novel method for robust automatic selection of optimal in-situ acoustical frequency response within a discrete-valued set of responses offered by room response controls on an active loudspeaker. A frequency response measurement is used as the input data for the algorithm. The rationale of the room response control system is described. The response controls are described for each supported loudspeaker type. The optimisation algorithm is described. Examples of the optimisation process are given. The efficiency and performance of the algorithm are discussed. The algorit
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URL: https://assets.ctfassets.net/4zjnzn055a4v/5cl6UREWpVkLlTB7bnY5cZ/58ed6a3243a261297d8d91ac267e357a/Frequency-Zooming_ARMA_Modeling_of_Resonant_and_Reverberant_Systems.pdf
Title: Frequency-Zooming ARMA Modeling of Resonant and Reverberant Systems Matti Karjalainen, Paulo A. A. Esquef, Poju Antsalo, Aki Mäkivirta, and Vesa Välimäki December 2002, Journal of the Audio Engineering Society, Vol. 50, No. 12. Discrete-time analysis and modeling of reverberant and resonating systems has many applications in audio and acoustics. The methodology of ARMA modeling by pole–zero filters for measured impulse responses was investigated. In addition to an overview of the standard AR and ARMA techniques, a spectral zooming technique is proposed, which is useful for resolving very closely positioned modes and high-density modal clusters. Application cases related to the analysis and modeling of room responses, loudspeaker–room equalization, a
Title: Frequency-Zooming ARMA Modeling of Resonant and Reverberant Systems Matti Karjalainen, Paulo A. A. Esquef, Poju Antsalo, Aki Mäkivirta, and Vesa Välimäki December 2002, Journal of the Audio Engineering Society, Vol. 50, No. 12. Discrete-time analysis and modeling of reverberant and resonating systems has many applications in audio and acoustics. The methodology of ARMA modeling by pole–zero filters for measured impulse responses was investigated. In addition to an overview of the standard AR and ARMA techniques, a spectral zooming technique is proposed, which is useful for resolving very closely positioned modes and high-density modal clusters. Application cases related to the analysis and modeling of room responses, loudspeaker–room equalization, a
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URL: https://assets.ctfassets.net/4zjnzn055a4v/6ABbON2Iq6uS8ConcBE6Fo/376aee6aaffe3812975aa1186c95b21b/Requirements_for_Low-Frequency_Sound_Reproduction__Part_II-_Generation_of_Stimuli_and_Listening_System_Equalization.pdf
Title: Requirements for Low-Frequency Sound Reproduction, Part II: Generation of Stimuli and Listening System Equalization Aki Mäkivirta and Jan Abildgaard Pedersen July/August 2002, J. Audio Eng. Soc., Vol. 50, No. 7/8. In part I of two papers the requirements for low-frequency sound reproduction were investigated by the variation of lower cutoff frequency and slope and by the introduction of different levels of amplitude ripple and group delay ripple in the passband of a high-performance sound reproduction system. Listening tests were performed at three different sound pressure levels using both loudspeakers in an anechoic chamber and headphones in an audiometric booth. Two reproduction setups were used to confirm that equal results of the listening test
Title: Requirements for Low-Frequency Sound Reproduction, Part II: Generation of Stimuli and Listening System Equalization Aki Mäkivirta and Jan Abildgaard Pedersen July/August 2002, J. Audio Eng. Soc., Vol. 50, No. 7/8. In part I of two papers the requirements for low-frequency sound reproduction were investigated by the variation of lower cutoff frequency and slope and by the introduction of different levels of amplitude ripple and group delay ripple in the passband of a high-performance sound reproduction system. Listening tests were performed at three different sound pressure levels using both loudspeakers in an anechoic chamber and headphones in an audiometric booth. Two reproduction setups were used to confirm that equal results of the listening test
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URL: https://assets.ctfassets.net/4zjnzn055a4v/3LlZXuWGTbywjM2THwusCc/ebedfb1fa52be7baa104fb88741dc960/AR_ARMA_Analysis_and_Modeling_of_Modes_in_Resonant_and_Reverberant_Systems.pdf
Title: AR/ARMA Analysis and Modeling of Modes in Resonant and Reverberant Systems Matti Karjalainen, Paulo A. A. Esquef, Poju Antsalo, Aki Mäkivirta, and Vesa Välimäki May 2002, AES 112th International Convention, Munich, Germany Discrete-time analysis and modeling of reverberant and resonating systems has many applications in audio and acoustics. In a recent paper (AES110, Preprint 5290) we formulated techniques for the estimation of modal decay parameters from noisy response measurements, targeting to systems such as room reverberation and modal decay as well as musical instrument modeling. In this paper we extend the methodology to AR and ARMA modeling of measured responses by all-pole and pole-zero filters. In addition to an overview of standard techni
Title: AR/ARMA Analysis and Modeling of Modes in Resonant and Reverberant Systems Matti Karjalainen, Paulo A. A. Esquef, Poju Antsalo, Aki Mäkivirta, and Vesa Välimäki May 2002, AES 112th International Convention, Munich, Germany Discrete-time analysis and modeling of reverberant and resonating systems has many applications in audio and acoustics. In a recent paper (AES110, Preprint 5290) we formulated techniques for the estimation of modal decay parameters from noisy response measurements, targeting to systems such as room reverberation and modal decay as well as musical instrument modeling. In this paper we extend the methodology to AR and ARMA modeling of measured responses by all-pole and pole-zero filters. In addition to an overview of standard techni
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URL: https://assets.ctfassets.net/4zjnzn055a4v/4zK8uAxzqgp1KLjglAQxly/fd3f0a2c529428b5e23cfce01fbe0415/A_Comparison_of_Modular_State-of-the-Art_Switch_Mode_and_Linear_Audio_Power_Amplifiers.pdf
Title: A Comparison of Modular State-of-the-Art Switch Mode and Linear Audio Power Amplifiers Darren Rose May 2002, AES 112th Convention, Munich, Germany Modern commercially available, compact, low power audio power amplifiers are mostly designed around one of three main technologies. These are integrated circuit class AB, thick film hybrid class AB, and switch mode power amplifier modules. The decision to use a particular technology is not only based on idealised performance specifications, but also on the performance under realistic operating conditions, and cost-to-performance considerations. In this study, the performance of each amplifier technology is studied in ideal and realistic operating conditions with two amplifier designs for each technology c
Title: A Comparison of Modular State-of-the-Art Switch Mode and Linear Audio Power Amplifiers Darren Rose May 2002, AES 112th Convention, Munich, Germany Modern commercially available, compact, low power audio power amplifiers are mostly designed around one of three main technologies. These are integrated circuit class AB, thick film hybrid class AB, and switch mode power amplifier modules. The decision to use a particular technology is not only based on idealised performance specifications, but also on the performance under realistic operating conditions, and cost-to-performance considerations. In this study, the performance of each amplifier technology is studied in ideal and realistic operating conditions with two amplifier designs for each technology c
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URL: https://assets.ctfassets.net/4zjnzn055a4v/1qeVoOArsDkOAjQt81Typb/14fb345cf27ea8cd400605d2a90a08d5/A_survey_study_Of_In-Situ_Stereo_And_Multi-Channel_Monitoring_Conditions.pdf
Title: A survey study Of In-Situ Stereo And Multi-Channel Monitoring Conditions Aki Mäkivirta and Christophe Anet September 2001, AES 111th Convention, New York, USA The in-situ responses of a total of 372 loudspeakers in 164 professional monitoring rooms around the world have been measured after acoustical calibration. All measured rooms have been equipped with factory calibrated three way monitors and acoustically calibrated with standardized apparatus. The results provide a thorough understanding of typical monitoring conditions for stereo and multi-channel rooms, distribution in room parameters and quality of reproduced audio. Results are compared to current standards and recommendations.
Title: A survey study Of In-Situ Stereo And Multi-Channel Monitoring Conditions Aki Mäkivirta and Christophe Anet September 2001, AES 111th Convention, New York, USA The in-situ responses of a total of 372 loudspeakers in 164 professional monitoring rooms around the world have been measured after acoustical calibration. All measured rooms have been equipped with factory calibrated three way monitors and acoustically calibrated with standardized apparatus. The results provide a thorough understanding of typical monitoring conditions for stereo and multi-channel rooms, distribution in room parameters and quality of reproduced audio. Results are compared to current standards and recommendations.
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URL: https://assets.ctfassets.net/4zjnzn055a4v/1PmYuXIBmuySLxSGG1iViz/bd768fcbeb5a5b2a4655793186a1973d/Low-Frequency_Modal_Equalization_Of_Loudspeaker-Room_Responses.pdf
Title: Low-Frequency Modal Equalization Of Loudspeaker-Room Responses Aki Mäkivirta, Poju Antsalo, Matti Karjalainen and Vesa Välimäki September 2001, AES 111th Convention, New York, USA In a room with strong low-frequency modes the control of excessively long decays is problematic or impossible with conventional passive means. In this paper we present a systematic methodology for active modal equalization able to correct the modal decay behavior of a loudspeaker-room system. Two methods of modal equalization are proposed. The first method modifies the primary sound such that modal decays are controlled. The second method uses separate primary and secondary radiators and controls modal decays with sound fed into the secon-dary radiator. Case studies of the
Title: Low-Frequency Modal Equalization Of Loudspeaker-Room Responses Aki Mäkivirta, Poju Antsalo, Matti Karjalainen and Vesa Välimäki September 2001, AES 111th Convention, New York, USA In a room with strong low-frequency modes the control of excessively long decays is problematic or impossible with conventional passive means. In this paper we present a systematic methodology for active modal equalization able to correct the modal decay behavior of a loudspeaker-room system. Two methods of modal equalization are proposed. The first method modifies the primary sound such that modal decays are controlled. The second method uses separate primary and secondary radiators and controls modal decays with sound fed into the secon-dary radiator. Case studies of the
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URL: https://assets.ctfassets.net/4zjnzn055a4v/7uWbRTQlgjHYvgOfajy2hI/099219c1e5c84ded4cea47ecc38e8252/Estimation_of_Modal_Decay_Parameters_from_Noisy_Response_Measurements.pdf
Title: Estimation of Modal Decay Parameters from Noisy Response Measurements M. Karjalainen, P. Antsalo, A. Mäkivirta, T. Peltonen, V. Välimäki May 2001, AES 110th Convention Amsterdam, The Netherlands Estimation of modal decay parameters from noisy measurements of reverberant and resonating systems is a common problem in audio and acoustics, e.g., in room and concert hall measurements or musical instrument modeling. In this paper, reliable methods to estimate the initial response level, decay rate and noise floor level from noisy measurement data are studied and compared. A new method, based on nonlinear optimization of a model for exponential decay plus stationary noise floor, is presented. Comparison with traditional decay parameter estimation technique
Title: Estimation of Modal Decay Parameters from Noisy Response Measurements M. Karjalainen, P. Antsalo, A. Mäkivirta, T. Peltonen, V. Välimäki May 2001, AES 110th Convention Amsterdam, The Netherlands Estimation of modal decay parameters from noisy measurements of reverberant and resonating systems is a common problem in audio and acoustics, e.g., in room and concert hall measurements or musical instrument modeling. In this paper, reliable methods to estimate the initial response level, decay rate and noise floor level from noisy measurement data are studied and compared. A new method, based on nonlinear optimization of a model for exponential decay plus stationary noise floor, is presented. Comparison with traditional decay parameter estimation technique
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URL: https://assets.ctfassets.net/4zjnzn055a4v/12ko6eMtC1lPJVEub6TLpW/9ae62ef56906d93e475a65f5d13bc0c3/A_method_for_orthogonal_amplitude_and_delay_processing_of_subjective_listening_test_material.pdf
Title: A method for orthogonal amplitude and delay processing of subjective listening test material Aki Mäkivirta and Jan Abildgaard Pedersen September 2000, AES 109th Convention Los Angeles, USA We present a method to change amplitude and delay responses in subjective listening test material independently of each other. This is necessary in subjective listening experiments to apply modern statistical methods treating simultaneously several statistical variables. A case study of producing audio test material with this method is presented. This is related to an experiment where the audibility of the amplitude response variation and the delay response variation are studied at low frequencies based on data obtained from impulse responses of a room.
Title: A method for orthogonal amplitude and delay processing of subjective listening test material Aki Mäkivirta and Jan Abildgaard Pedersen September 2000, AES 109th Convention Los Angeles, USA We present a method to change amplitude and delay responses in subjective listening test material independently of each other. This is necessary in subjective listening experiments to apply modern statistical methods treating simultaneously several statistical variables. A case study of producing audio test material with this method is presented. This is related to an experiment where the audibility of the amplitude response variation and the delay response variation are studied at low frequencies based on data obtained from impulse responses of a room.
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URL: https://assets.ctfassets.net/4zjnzn055a4v/5BC2yA1op8n7dHZrjY81g4/ac326b7b9832f67620fed6173c46e822/Quantification_of_Subwoofer_Requirements..pdf
Title: Quantification of Subwoofer Requirements. Part I: Generation of Stimuli and Listening System Equalization Aki Mäkivirta and Jan Abildgaard Pedersen February 2000, AES 108th International Convention, Paris, France Lower cut-off frequency & slope, amplitude ripple and group delay ripple have been examined. Shape and magnitude of both amplitude and group delay ripple were calculated from room simulations. Listening tests are to be performed using both loudspeakers in an anechoic chamber and headphones, which were equalized in an attempt to obtain equal results.
Title: Quantification of Subwoofer Requirements. Part I: Generation of Stimuli and Listening System Equalization Aki Mäkivirta and Jan Abildgaard Pedersen February 2000, AES 108th International Convention, Paris, France Lower cut-off frequency & slope, amplitude ripple and group delay ripple have been examined. Shape and magnitude of both amplitude and group delay ripple were calculated from room simulations. Listening tests are to be performed using both loudspeakers in an anechoic chamber and headphones, which were equalized in an attempt to obtain equal results.
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URL: https://assets.ctfassets.net/4zjnzn055a4v/5AsL13YEpp53tuZpTK75R3/dbc66c6b87c42482a97d935483c91cce/A_Design_of_rooms_for_multichannel_audio_monitoring.pdf
Title: A Design of rooms for multichannel audio monitoring A. Varla, A. Mäkivirta, I. Martikainen, M. Pilchner, R.Schoustal, C. Anet April 1999, AES 16th International Conference Rovaniemi, Finland This paper presents an overview of the practical aims, methods and problems of designing monitoring rooms for multichannel audio. The main problem areas encountered in practical multichannel audio monitoring room are described with a case study of a practical high quality monitoring room and with scale model measurements. The monitoring room studied does not follow entirely the ITU-R BS 775-1 international recommendation on speaker placement. The scale model is also used to investigate the effect of structural modifications to the room suggested in literature as
Title: A Design of rooms for multichannel audio monitoring A. Varla, A. Mäkivirta, I. Martikainen, M. Pilchner, R.Schoustal, C. Anet April 1999, AES 16th International Conference Rovaniemi, Finland This paper presents an overview of the practical aims, methods and problems of designing monitoring rooms for multichannel audio. The main problem areas encountered in practical multichannel audio monitoring room are described with a case study of a practical high quality monitoring room and with scale model measurements. The monitoring room studied does not follow entirely the ITU-R BS 775-1 international recommendation on speaker placement. The scale model is also used to investigate the effect of structural modifications to the room suggested in literature as
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URL: https://assets.ctfassets.net/4zjnzn055a4v/5GGcYUioBavga6RvkSrbNu/a876192f8a222ac8c0639689924a6b8a/Design_of_High_Power_Active_Control_Room_Monitor.pdf
Title: Design of High Power Active Control Room Monitor Ilpo Martikainen, Ari Varla, Topi Partanen March 1989, AES 86th International Convention, Hamburg, Germany This report describes the design of an active control room monitor for SPLs in excess of 130 dB (linear). To ensure good sound quality a new direct radiating midrange system was developed with an acoustic loading technique which allows 103 dB/W sensitivity and 1 kW peak power handling. Power amplifiers and driver unit protection logic are also presented.
Title: Design of High Power Active Control Room Monitor Ilpo Martikainen, Ari Varla, Topi Partanen March 1989, AES 86th International Convention, Hamburg, Germany This report describes the design of an active control room monitor for SPLs in excess of 130 dB (linear). To ensure good sound quality a new direct radiating midrange system was developed with an acoustic loading technique which allows 103 dB/W sensitivity and 1 kW peak power handling. Power amplifiers and driver unit protection logic are also presented.
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URL: https://assets.ctfassets.net/4zjnzn055a4v/3IoTVSUR2LWt9wA9v5JfyF/ab19bb84e1cfe5c0b95c4b1b901b680b/Input_Current_Requirements_of_High-quality_Loudspeaker_Systems.pdf
Title: Input Current Requirements of High-quality Loudspeaker Systems Ilpo Martikainen, Ari Varla and Matti Otala March 1983, AES 73rd International Convention, Eindhoven, The Netherlands Based on an analysis of the equivalent circuit of a multiway loudspeaker, the possibility of large drive currents is predicted for a class of non-sinusoidal band- and amplitude-limited signals. The current builds up as coherent sum of two parts; charging of the driver reactance and simultaneous current drain by several drivers. The input current of three commercial loudspeaker systems was measured using a signal derived from on the analysis. The results show that a loudspeaker may draw currents three to six times larger than those calculable from the rated speaker impedan
Title: Input Current Requirements of High-quality Loudspeaker Systems Ilpo Martikainen, Ari Varla and Matti Otala March 1983, AES 73rd International Convention, Eindhoven, The Netherlands Based on an analysis of the equivalent circuit of a multiway loudspeaker, the possibility of large drive currents is predicted for a class of non-sinusoidal band- and amplitude-limited signals. The current builds up as coherent sum of two parts; charging of the driver reactance and simultaneous current drain by several drivers. The input current of three commercial loudspeaker systems was measured using a signal derived from on the analysis. The results show that a loudspeaker may draw currents three to six times larger than those calculable from the rated speaker impedan
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URL: https://assets.ctfassets.net/4zjnzn055a4v/ps9C1X0B3fylJoZAUJZj7/6d3b9a65e82a0f024f661050bdbc7ab3/About_Loudspeaker_System_Impedance_with_Transient_Drive.pdf
Title: About Loudspeaker System Impedance with Transient Drive Ilpo Martikainen and Ari Varla March 1982, AES 71st International Convention, Montreux, Switzerland This experimental work deals with the loudspeaker-amplifier interface. The instantaneous input voItage/current relationships of loudspeakers are measured with low-pass filtered square wave at different levels. These preliminary measurement results allow us to assume that power amplifiers intended to drive loudspeakers should be designed to supply several times the current which could be expected directly from the system nominal impedance.
Title: About Loudspeaker System Impedance with Transient Drive Ilpo Martikainen and Ari Varla March 1982, AES 71st International Convention, Montreux, Switzerland This experimental work deals with the loudspeaker-amplifier interface. The instantaneous input voItage/current relationships of loudspeakers are measured with low-pass filtered square wave at different levels. These preliminary measurement results allow us to assume that power amplifiers intended to drive loudspeakers should be designed to supply several times the current which could be expected directly from the system nominal impedance.
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URL: https://assets.ctfassets.net/4zjnzn055a4v/2LCqoVn9P6466N0y7ix188/839c1d0e180aaaef13781b16bc1e5f99/A_Systematic_Approach_to_Monitoring_Loudspeaker_Design.pdf
Title: A Systematic Approach to Monitoring Loudspeaker Design Ilpo Martikainen February 1980, AES 65th International Convention, London, United Kingdom A general design of monitoring loudspeakers for broadcasting use is presented. Requirements are desired from practical listening conditions. Amplifier integration, crossover shapes and driver bandwidths are discussed. These integrated systems with acoustic output powers from 20 mW to 1 W are synthesized and practical results presented.
Title: A Systematic Approach to Monitoring Loudspeaker Design Ilpo Martikainen February 1980, AES 65th International Convention, London, United Kingdom A general design of monitoring loudspeakers for broadcasting use is presented. Requirements are desired from practical listening conditions. Amplifier integration, crossover shapes and driver bandwidths are discussed. These integrated systems with acoustic output powers from 20 mW to 1 W are synthesized and practical results presented.
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|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
logo.png
www.genelec.com/o/genelec-site-theme/images/ |
5 KB 5 KB |
Image
image/png |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
embed.php
genelec.activehosted.com/f/ |
42 KB 10 KB |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
main.js
www.genelec.com/o/genelec-site-theme/js/ |
15 KB 5 KB |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
/
addsearch.com/js/ |
2 KB 1 KB |
Script
application/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
container_wf7c17o5.js
cdn.matomo.cloud/genelec.matomo.cloud/ |
367 KB 85 KB |
Script
application/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
login_icon_white.svg
www.genelec.com/o/genelec-site-theme/images/icons/basic-icons/ |
768 B 1 KB |
Image
image/svg+xml |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_music-production.png
images.ctfassets.net/4zjnzn055a4v/2vMZL3RaP3LQsYCpyKJYL1/bce4441be4794b7953252b9e257fa420/ |
16 KB 17 KB |
Image
image/jpeg |
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|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
active_studiomonitors_web_menu_icon.jpg
images.ctfassets.net/4zjnzn055a4v/2KVcIvhuz0MzCuDLRlanzS/cfb8fb47c253b3dfe04aa5b72f124d5b/ |
8 KB 8 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
Smart_active_monitoring_menu_icon.png
images.ctfassets.net/4zjnzn055a4v/4STpaLmJieDG9YUoHtBED9/5021530f431ad6526a5320ad549eec51/ |
8 KB 9 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
unio_menu_image.jpg
images.ctfassets.net/4zjnzn055a4v/SJD33MmW9biq31iifj5jN/a443a2f5227504932ae918804981d116/ |
10 KB 10 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_accessories-more.jpg
images.ctfassets.net/4zjnzn055a4v/7vop8G5SZHwyxcfaZ6GeKQ/5710089f40463fb1a67b7aa4a773c0b2/ |
21 KB 21 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_av-applications.png
images.ctfassets.net/4zjnzn055a4v/7o8W3ETgvO4fdqUjcbTVXS/97ef2aee09703b6c4605c071fdd91803/ |
23 KB 23 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_av-speakers-v2.jpg
images.ctfassets.net/4zjnzn055a4v/HhMmQChDYpuoUM2Ou099U/305ac1540ff73dce22c689c955891d40/ |
27 KB 28 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
smartip_menu_image.jpg
images.ctfassets.net/4zjnzn055a4v/7Bbujui8wCv23l003YoeVn/716e8d4e5089a3fdac309c53e63f4947/ |
4 KB 4 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_smartip-manager.jpg
images.ctfassets.net/4zjnzn055a4v/1tzgcFH8u2X1lJ1PL2chiK/f02c693771073e136e2eb1db887d3459/ |
7 KB 7 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_av_accessories.jpg
images.ctfassets.net/4zjnzn055a4v/7eiq5iqvRhs7Uj4uzqeGKd/640b39d24a12d4179e0ac47124f108d8/ |
13 KB 13 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_home-applications.png
images.ctfassets.net/4zjnzn055a4v/AYTQJlFrqEBWV39TUsFwW/f8aebc5e1466318e8d7b9b14ffc6979d/ |
13 KB 14 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
home_speakers_menu_icon.jpg
images.ctfassets.net/4zjnzn055a4v/gQDTliQc1UQT2XNhIrv0I/4d8f645f6fe97412a52075f4cfdf2242/ |
7 KB 8 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_fseries.jpg
images.ctfassets.net/4zjnzn055a4v/479sbjDikobcuIlpbML9hj/1a8034daee5b1f02174ddab079c75d3a/ |
7 KB 8 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menu_icon_signature_series.jpg
images.ctfassets.net/4zjnzn055a4v/49BepuiQJOifVJZmaGvgJI/012e2c2f1870408ed0b0d9e390e2dad8/ |
4 KB 4 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menu_icon_accessories.jpg
images.ctfassets.net/4zjnzn055a4v/1ecSniByc7pXcQWBras7Pi/325ad4e929b10c324c8c54d8ad66029d/ |
7 KB 8 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_tools_.jpg
images.ctfassets.net/4zjnzn055a4v/5yfUKlLMMFOk4A07DjQI4h/2a892d66fbec1c8e292d1336cb530cce/ |
14 KB 14 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_academy_.jpg
images.ctfassets.net/4zjnzn055a4v/Zra72etYo111fbYvTJQSF/81b3dfbfd33b03b7f25c9a9080896123/ |
11 KB 12 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_customerservice_.jpg
images.ctfassets.net/4zjnzn055a4v/1TH9pXZxSuR29EqRP76Agf/9c44a9df55efb2d8262c0e21cb8e007c/ |
17 KB 17 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_setup.jpg
images.ctfassets.net/4zjnzn055a4v/7vYcJVTTH5sEqqmMOr1Euy/e4e3a2c1f30e7384874fcd91d3215c37/ |
9 KB 9 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
UNIO_PR_Image_1.jpg
images.ctfassets.net/4zjnzn055a4v/5UKhN6w1IMelxoZLuU89Ww/7bf1dedd76a1a1a4f29ddd0d29741db8/ |
14 KB 14 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
2024_Roma_modulare_1250x703px.jpg
images.ctfassets.net/4zjnzn055a4v/6FsqSXaA2esdI9ayswyZWy/766ab182e59b2bdf321f850302a0d9ec/ |
10 KB 10 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
Immerso_Hotel_PR_Image_1.jpg
images.ctfassets.net/4zjnzn055a4v/2j5C17JV4vTVmuDzzNSZ03/62e0ed5c042fbe5996c50cc582c80d0d/ |
22 KB 22 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
2024_Medals_of_Merit_1250x703px_1.jpg
images.ctfassets.net/4zjnzn055a4v/7qyOEm4NXsyTBrMQTWJh6o/1c444b678d57c21b64cfdffbdd53cc39/ |
16 KB 17 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
hqdefault.jpg
img.youtube.com/vi/aoekizmM-mk/ |
17 KB 17 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
sustainability_approach_menuicon.jpg
images.ctfassets.net/4zjnzn055a4v/6qJkzSYyQXTdaiDGwNfSml/900f972df3aaf802d33cd064f6078125/ |
11 KB 11 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
sustainability_journey_menuicon.jpg
images.ctfassets.net/4zjnzn055a4v/gejwcg2hClBQPmjX6mMXj/e88a72fb34d584a02f6cde4f6a17d965/ |
11 KB 11 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
sustainability_awards_menuicon.jpg
images.ctfassets.net/4zjnzn055a4v/4lrt1zgLLcgJwtskVCeywl/0249c534be11ca39a06c46f3e319a3bd/ |
8 KB 8 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
ourstory-menuicon2.jpg
images.ctfassets.net/4zjnzn055a4v/5nXGVEutMaF4LdTF4WQbLS/329087f63e8dc3c0f763fc6e2063c839/ |
8 KB 8 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
experience_genelec_menulink.jpg
images.ctfassets.net/4zjnzn055a4v/ENsCHhb2fr2SQl16jkiFg/1244b2e03a11f5f7af483598747ee90c/ |
10 KB 10 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menu_art_tech.jpg
images.ctfassets.net/4zjnzn055a4v/2rMjpX1C2ZwdEXI50AagYz/fadbc5bc8f9fe8b7fe67620819910038/ |
13 KB 13 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menuicon_contacts-careers.jpg
images.ctfassets.net/4zjnzn055a4v/3AHIYyQtI6iMYZogeFvVeY/b8c840882853dbe16213ccde01431c3d/ |
17 KB 18 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
menu_press.jpg
images.ctfassets.net/4zjnzn055a4v/4M1V49DktUGVGQoLRLR3r3/ee0303dfe0749dd0bfb52963921aadc5/ |
8 KB 9 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
arrow_icon_white.svg
www.genelec.com/o/genelec-site-theme/images/icons/basic-icons/ |
531 B 949 B |
Image
image/svg+xml |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
1f4274cd-2674-481e-9023-69e33ffca161.woff2
www.genelec.com/o/genelec-site-theme/fonts/5664149/ |
20 KB 21 KB |
Font
font/woff2 |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
240c57a0-fdce-440d-9ce3-85e0cb56f470.woff2
www.genelec.com/o/genelec-site-theme/fonts/5664103/ |
28 KB 28 KB |
Font
font/woff2 |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
fa-solid-900.woff2
use.fontawesome.com/releases/v5.14.0/webfonts/ |
78 KB 79 KB |
Font
font/woff2 |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
f9c5199e-a996-4c08-9042-1eb845bb7495.woff2
www.genelec.com/o/genelec-site-theme/fonts/5664085/ |
28 KB 28 KB |
Font
font/woff2 |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
fontawesome-alloy.woff
www.genelec.com/o/genelec-site-theme/css/compat/third_party/font_awesome_alloy/font/ |
37 KB 38 KB |
Font
font/woff |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
fa-brands-400.woff2
use.fontawesome.com/releases/v5.14.0/webfonts/ |
76 KB 76 KB |
Font
font/woff2 |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
matomo.js
cdn.matomo.cloud/genelec.matomo.cloud/ |
202 KB 59 KB |
Script
application/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
uc.js
consent.cookiebot.com/ |
110 KB 25 KB |
Script
application/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
POST H2 |
matomo.php
genelec.matomo.cloud/ |
0 174 B |
Ping
text/plain |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
configs.php
genelec.matomo.cloud/plugins/HeatmapSessionRecording/ |
116 B 296 B |
Script
application/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
configs.php
genelec.matomo.cloud/plugins/HeatmapSessionRecording/ |
116 B 297 B |
Script
application/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
/
www.genelec.com/combo/ |
5 KB 3 KB |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
js_resolve_modules
www.genelec.com/o/ |
30 KB 4 KB |
Fetch
application/json |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
/
addsearch.com/searchui/v3/ |
56 KB 14 KB |
Script
application/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET DATA |
truncated
/ |
44 B 0 |
Image
image/webp |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET DATA |
truncated
/ |
82 B 0 |
Image
image/webp |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET DATA |
truncated
/ |
90 B 0 |
Image
image/webp |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET DATA |
truncated
/ |
38 B 0 |
Image
image/webp |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
/
www.genelec.com/combo/ |
774 B 842 B |
Stylesheet
text/css |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
/
www.genelec.com/combo/ |
67 KB 15 KB |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
/
www.genelec.com/combo/ |
82 KB 24 KB |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
/
www.genelec.com/combo/ |
112 KB 31 KB |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
available_languages.jsp
www.genelec.com/o/frontend-js-web/liferay/ |
598 B 834 B |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
/
www.genelec.com/combo/ |
37 KB 14 KB |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
/
www.genelec.com/combo/ |
35 KB 12 KB |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET DATA |
truncated
/ |
43 B 0 |
Image
image/gif |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
bc-v4.min.html
consentcdn.cookiebot.com/sdk/ Frame 39B3 |
0 0 |
Document
text/html |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
cc.js
consent.cookiebot.com/1c82e4c0-e7ea-4190-bc31-a1ae28385da3/ |
371 KB 104 KB |
Script
application/x-javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
POST H2 |
matomo.php
genelec.matomo.cloud/ |
0 174 B |
Ping
text/plain |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
1.gif
imgsct.cookiebot.com/ |
35 B 737 B |
Image
image/gif |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H/1.1 |
favicon.ico
www.genelec.com/o/genelec-site-theme/images/ |
15 KB 15 KB |
Other
image/x-icon |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET DATA |
truncated
/ |
5 KB 0 |
Image
image/png |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET DATA |
truncated
/ |
293 B 0 |
Image
image/png |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
POST H2 |
matomo.php
genelec.matomo.cloud/ |
0 174 B |
Ping
text/plain |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Verdicts & Comments Add Verdict or Comment
117 JavaScript Global Variables
These are the non-standard "global" variables defined on the window object. These can be helpful in identifying possible client-side frameworks and code.
object| 0 object| 1 function| _typeof function| $ function| jQuery object| bootstrap function| Popper object| Liferay object| themeDisplay function| YUI object| __CONFIG__ object| YUI_config function| AUI function| svg4everybody function| ownKeys function| _objectSpread function| _defineProperty function| submitForm function| setImmediate function| clearImmediate object| portlet object| genelec function| mminch object| _mtm object| d object| g object| s object| magicJS function| $mjs string| $J_TYPE number| $J_UUID function| jGetSize function| jGetScroll function| jGetFullSize function| jFetch function| jStore function| jDel function| byClass function| byTag function| jAddEvent function| jRemoveEvent function| jCallEvent function| jRaiseEvent function| jClearEvents function| $J_EXT object| MagicZoomPlus object| MagicZoom object| MatomoTagManager object| _paq object| matomoPluginAsyncInit function| CookiebotCallback_OnAccept function| matomoWaitForTracker function| consentSet object| Piwik object| Matomo object| matomoAbTestingCampaignUrlParamList object| AnalyticsTracker function| piwik_log object| cfields function| _show_thank_you function| _show_unsubscribe function| _show_error function| _show_pc_confirmation function| _load_script number| delta object| navbar number| navbarHeight function| hasScrolled function| openSubnav function| closeSubnav function| openPopup function| closePopup function| checkShouldPopupToBeClosed function| openLinkablePopup function| closeLinkablePopup function| changeSubnavLinkColor function| placeSubmenu function| showCountrySelectionPopup function| updateCountrySelection function| createVimeoUrl function| loadVimeoJson function| calcPreferredVideoSize function| maxDialogSize function| maxVideoSize function| openVideo function| loadAndOpenVimeoVideo function| MobileNav object| addsearch_custdata object| AddSearchAsync object| Magic360 function| PhotoSwipe function| PhotoSwipeUI_Default object| Modernizr string| option string| addsearch_suid object| addsearch_searchsettings object| addsearch_i18n string| addsearch_html string| addsearch_social object| addsearchUtils object| addsearch boolean| addSearchSupportsPassive object| opts object| IncrementalDOM boolean| CLOSURE_NO_DEPS object| goog object| CookieControl function| __uspapi function| addUspapiLocatorFrame function| __handleUspapiMessage function| propagateIABStub object| Cookiebot object| dataLayer object| CookieConsent string| _yuid object| CookiebotDialog object| CookieConsentDialog8 Cookies
Cookies are little pieces of information stored in the browser of a user. Whenever a user visits the site again, he will also send his cookie values, thus allowing the website to re-identify him even if he changed locations. This is how permanent logins work.
| Domain/Path | Expires | Name / Value |
|---|---|---|
| www.genelec.com/ | Name: JSESSIONID Value: 816D91EDD70862D7120E70F3F78C6DA8 |
|
| www.genelec.com/ | Name: COOKIE_SUPPORT Value: true |
|
| www.genelec.com/ | Name: GUEST_LANGUAGE_ID Value: en_US |
|
| .fonts.net/ | Name: __cf_bm Value: BbTiS94fz.6ILPGxRYJ4ZXqTFuIfXNQDQVz4jB9Nmw4-1726468393-1.0.1.1-oKqVB_X61rmUnyDHhaK8VIKcjqoPgEsUnJMrjhFFJf0MawDCixLgFDtc6kwMFsUFV8SGfC43LJpGCtil7ixnDA |
|
| www.genelec.com/ | Name: _pk_id.1.487e Value: ba307311ac810187.1726468395. |
|
| www.genelec.com/ | Name: _pk_ses.1.487e Value: 1 |
|
| .activehosted.com/ | Name: __cf_bm Value: 4JoloVWkR4SQBg7sXGmMQQe2vUYLwvB5YvAZ5uYqgBQ-1726468394-1.0.1.1-w9GIVunT9xWtLB1aYjTLsNVsp_d2fe4OX5AzY.jVPQi6M2mOd0e2LZuhQeoVjjlppnhPREjOfD2kI.LtYIjKTQ |
|
| www.genelec.com/ | Name: LFR_SESSION_STATE_20120 Value: 1726468395441 |
Security Headers
This page lists any security headers set by the main page. If you want to understand what these mean and how to use them, head on over to this page
| Header | Value |
|---|---|
| Strict-Transport-Security | max-age=3600; includeSubDomains |
| X-Content-Type-Options | nosniff |
| X-Frame-Options | SAMEORIGIN |
| X-Xss-Protection | 1; mode=block |
Indicators
This is a term in the security industry to describe indicators such as IPs, Domains, Hashes, etc. This does not imply that any of these indicate malicious activity.
addsearch.com
cdn.matomo.cloud
consent.cookiebot.com
consentcdn.cookiebot.com
fast.fonts.net
genelec.activehosted.com
genelec.matomo.cloud
images.ctfassets.net
img.youtube.com
imgsct.cookiebot.com
use.fontawesome.com
www.genelec.com
104.126.37.162
104.16.40.28
104.17.202.31
13.33.187.2
172.217.18.110
172.67.142.245
18.173.205.123
18.195.235.189
23.45.111.185
79.171.236.180
99.80.22.109
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