Domain Summary

sengpielaudio.com

Forum zur Mikrofonaufnahme und Tonstudiotechnik ♪♫♪ Audio Tontechnik Eberhard Sengpiel Community fuer alle Audio-Interessierten - sengpielaudio de = sengspielaudio com und Sengpiel ist Sengspiel ebs Elektro-Akustik Audio Ausbildung Lehre Studio Tips Tipps Mikrofone Tonaufnahme Toningenieur Tonmeister Berlin Eberhard Sengspiel ist immer Eberhard Sengpiel - sengpielaudio Sengpiel Berlin

Global rank: #270101
Daily visitors: 8.14K
Monthly Visits: 244,223
Pageviews per user: 1.63
Registrar Abuse Contact Email: [email protected]
Registrant Phone:
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TLD: com
IP Address: 213.246.109.83
Organization: Namesco Dsl
Category: Science and Education >
Science and Education
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sengpielaudio.com
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Last Updated: 12 day ago
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Which Sites are Alternatives & Competitors to sengpielaudio.com?

Explore the top alternatives and rivals of sengpielaudio.com in November 2024, and assess their data relating to website traffic, SEO, Web Server Information, and Whois. Refer to the list below for the best competitors of sengpielaudio.com, and simply click on each one to delve into their specific details.

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Mentioned on Their Website:

  • sengpielaudio.com
    Filter mit 6 dB pro Oktave unter der Lupe Hochpass Tiefpass …

    https://sengpielaudio.com/FilterMit6dBproOktave.pdf

    Das kann man aus diesen "Kurven unter der Lupe" entnehmen. Man merke sich die Pegelwerte im Abstand einer Oktave, Beim Sound-Design in der Tontechnik sind die Begriffe Tiefpass-Filter und Hochpass-Filter recht …

  • sengpielaudio.com
    Die 3:1-Regel für die Mikrofonaufstellung bei Pop-Aufnahmen

    https://sengpielaudio.com/Die3zu1Regel.pdf

    Hieraus ergibt sich die 3:1-Regel für die Mikrofonaufstellung: Wenn ein Instrument einen bestimmten Abstand x zum Mikrofon hat, so soll das nächste Mikrofon, das diesen Schall auch aufnimmt, mindestens das Dreifache des Abstands vom ersten Mikrofon (also 3 x) haben. Dieses ist wirklich nur eine Faustregel für die richtige Mikrofonaufstellung ...

  • sengpielaudio.com
    Convert Voltage Gain / Loss to Decibels - sengpielaudio

    https://sengpielaudio.com/calculator-gainloss.htm

    Gain and Loss. Gain is: 1) A knob usually found at the top of each input channel on the sound board, used. to set input levels of the separate channels to relatively equal …

  • sengpielaudio.com
    dBu in Volt dBV dBu Pegel dBFS digital audio dB Dezibel

    https://sengpielaudio.com/Rechner-db-volt.htm

    Umrechnung dB dBu dBFS digital audio dB Dezibel dBV Pegel in Volt zur Tontechnik Erklärung Dämpfung Verstärkung 0 dBFS Logarithmus Bezug Bezugswert Referenzwert absoluter Pegel dBFS SPL Verhältnis Dezibel Spannungspegel Spannung Leistung dBVU dBFS 0 dB Audio Schall mW Rechner pro audio consumer Spitze-Spitze s-s peak to …

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    Top 6 sengpielaudio.com Alternatives & Competitors | Semrush

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    Discover the full list of sengpielaudio.com competitors and alternatives. Analyze websites like sengpielaudio.com for free in terms of their online performance: …

  • sengpielaudio.com
    Schall - Schall - Schall Schalldruck Schallintensitaet

    https://sengpielaudio.com/SchallSchallSchall.htm

    Schall - Schall - Schall Schalldruck Schallintensitaet Schallkennimpedanz Charakteristische Akustische Impedanz dB Skala Referenz-Wert Tontechnik - Eberhard Sengpiel sengpielaudio

  • sengpielaudio.com
    THD to dB - convert percent - sengpielaudio

    https://sengpielaudio.com/calculator-thd.htm

    Nonlinear distortions are given as distortion attenuation a k in dB or as damping factor k (THD) in percent. Total harmonic distortion (THD) is defined as the ratio of the rms voltage of the harmonics to that of the fundamental component. This is accomplished by using a spectrum analyzer to obtain the level of each harmonic and performing an rms summation.

  • sengpielaudio.com
    Sones phons loudness decibel sone 0.2 - sengpielaudio

    https://sengpielaudio.com/calculatorSonephon.htm

    According to Stanley Smith Stevens' definition, 1 sone is equivalent to 40 phons, which is defined as the loudness level of a pure 1 kHz tone at L N = 40 dBSPL, but only (!) for a sine wave of 1 kHz and not for broadband noise. There is no "dBA" curve given as threshold of human hearing. "dBA" has absolutely noting to do with sone, or with phons, or sound …

  • audiosciencereview.com
    How To Calculate Audio System Noise

    https://www.audiosciencereview.com/forum/index.php?threads/how-to-calculate-audio-system-noise.33145/

    To figure out the total system noise, we will start with the DAC and work our way down. The DAC has an output voltage of 4V and an SNR of 120dB. This means that …

  • sengpielaudio.com
    dBA Bewertungsfilter nach DIN IEC 651 DIN 45631 dBA Kurve …

    https://sengpielaudio.com/Rechner-dba-spl.htm

    dBA Bewertungsfilter berechnen Berechnung dBA dBC dB(A) und dB(C) A-bewerteter Schall DIN IEC 651 Kurve dB A-Bewertung Schalldruckpegel A-Bewertung C-Berechnung Kurven gleicher Lautstärkepegel Schallmessung - Eberhard Sengpiel sengpielaudio

  • sengpielaudio.com
    Frequency formula period time frequency cycle per

    https://sengpielaudio.com/calculator-period.htm

    Choose: Speed of sound in air at a temperature of 20°C: c = 343 m/s or speed of radio waves and light in a vacuum: c = 299,792,458 m/s. The propagation speed of electrical signals via optical fiber is about 9/10 the speed of light, that is ≈ 270,000 km/s. The propagation speed of electrical signals via copper cables is about 2/3

  • sengpielaudio.com
    dB calculate - decibel calculation dB calculator

    https://sengpielaudio.com/calculator-db.htm

    measured dBA values to sound pressure level dBSPL or vice versa. 3 dB mean voltage related to a ratio of the factor √ 2 = 1.4142 or 1 / √ 2 = 0.7071. 3 dB mean power (energy) …

  • sengpielaudio.com
    Kaotica Eyeball - Singing into a bucket - Reflexion Filter

    https://sengpielaudio.com/KaoticaEyeballEnglish.pdf

    The "Eyeball" is very similar to the "Reflexion Filter". Now the same physical completely wrong princi-ple "Singing into a Bucket" with the chaotic Eye Ball = Kaotica Eyeball is really driven to extremes. The microphone in the droning and resonance ball is an effect unit for home recording. This hollow sphere around the large diaphragm ...

  • sengpielaudio.com
    Umrechner fuer Schallpegel SPL dB Schalldruck Pascal Pa Schall

    https://sengpielaudio.com/Rechner-schallpegel.htm

    Schallpegel dB Pascal Pa SPL dB-Berechnungen Schalldruck umrechnen rechnen Umrechnung von Schalldruck in Schall-Intensität Umrechnung Berechnung Pegelrechnung Schallmessung Audio Akustik Schalldruck Rechner Schallintensitüt Schall Pegel Energie und Leistung power Faktor Audio Tontechnik Pa kPa Schalldruck ist Wirkung Effekt …

  • sengpielaudio.com
    Die neue größere Jecklin-Scheibe (OSS-Technik)

    https://sengpielaudio.com/Jecklinscheibe.pdf

    Dieses Mikrofonsystem mit einem Trennkörper zwischen Mikrofonen mit Kugelcharakteristik ist bekannt als Jecklin-Scheibe und wurde von Jürg Jecklin, einem Schweizer Tonmeister und Aufnahmeleiter entwickelt. Die schallabsorbierende "Trenn-Scheibe" hatte 30 cm Durchmesser und der Abstand zwischen den Mikro-fonkapseln war 16,5 cm, was mit ...

  • sengpielaudio.com
    Formelrad Elektrotechnik Audio Elektronik E-Technik Rechnen …

    https://sengpielaudio.com/Formelrad-Elektrotechnik.htm

    Das Formelrad Elektrotechnik Audio Elektronik E-Technik Formel Kreis Rad Elektrische Spannung elektrischer Strom Widerstand Impedanz Leistung Energie Physik Rechnen mit elektrischen Gr&omul;ßen Formelsammlung Formel Rad Elektrizitaetslehre Grundlagen Spannungs-Anpassung - Eberhard Sengpiel sengpielaudio

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    Sengpielaudio.Com Acoustic Power | Audio-Digital.net

    https://www.audio-digital.net/s-pages/sengpielaudiocom-acoustic-power.html

    We have collected the most relevant information on Sengpielaudio.Com Acoustic Power. Open the URLs, which are collected below, and you will find all the info you are …

  • sengpielaudio.com
    Visualization of stereo microphone system AB - sengpielaudio

    https://sengpielaudio.com/Visualization-AB-E.htm

    Visualization of stereo microphone system AB Base 51 cm Time-of-Arrival Stereo spaced system - Stereo recording angle SRA time difference level difference orchestra angle degrees visualisator - Eberhard Sengpiel sengpielaudio

  • sengpielaudio.com
    Noise calculation calculator calculate Thermal noise Johnson …

    https://sengpielaudio.com/calculator-noise.htm

    Boltzmann constant k B = 1.3806504×10-23 J/K (joule/kelvin); J = W · s: Absolute temperature in kelvin T = 273.15 + ϑ in °C: Bandwidth being considered Δ f = f 2 − f 1 = f max − f min in Hz; 20 kHz − 20 Hz = 19980 Hz: Resistance of the circuit element R. R does not mean the universal gas constant!

  • sengpielaudio.com
    Rauschen berechnen Berechnung Rechner Thermisches …

    https://sengpielaudio.com/Rechner-rauschen.htm

    Rauschen berechnen Berechnung Thermisches weißes rosa Rauschen Johnson-Rauschen Nyquist-Rauschen Rechner Rauschspannung Rauschen aus Messdaten berechnen signal-to-noise-ratio Stoerspannungsabstand dBu Temperatur Messbandbreite Volt - Eberhard Sengpiel sengpielaudio

  • diyaudio.com
    Stupid question regarding -10dBV and +4dBu levels | diyAudio

    https://www.diyaudio.com/community/threads/stupid-question-regarding-10dbv-and-4dbu-levels.309776/

    #1. Hi everybody: Say you have a mixer / gear which outputs a +4dBu level. Does it mean you have 1.2V RMS on each Hot & Cold leg or is it the sum of both legs …

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    sengpielaudio.com - websites from hell

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    engpielaudio.com is a website from hell. see and rate it at websitesfromhell.net

  • sengpielaudio.com
    Adding of equal loud incoherent sound sources - sengpielaudio

    https://sengpielaudio.com/calculator-spl.htm

    = 2 equally loud incoherent sound sources result in a higher level of 10 × log 10 2 = +3.01 dB compared to the case that only one source is available. n = 3 equally loud incoherent sound sources result in a higher level of 10 × log 10 3 = +4.77 dB compared to the case that only one source is available. n = 4 equally loud incoherent sound sources result in a …

  • links.giveawayoftheday.com
    Visit Sengpielaudio.com - Forum zur Mikrofonaufnahme und

    https://links.giveawayoftheday.com/sengpielaudio.com

    Sengpielaudio.com: visit the most interesting Sengpiel Audio pages, well-liked by male users from Germany and USA, or check the rest of sengpielaudio.com data below. …

  • sengpielaudio.com
    Berechnung der Bewertungsfilter-Kurven - sengpielaudio

    https://sengpielaudio.com/BerechnungDerBewertungsfilter.pdf

    Berechnung der Bewertungsfilter-Kurven. Bei der Schallmessung wird in der Praxis der Schalldruckpegel in Dezibel verwendet, unter Berücksichtigung der Frequenzabhängigkeit des menschlichen Ohrs. Dazu wurde eine "Frequenzbewertung" eingeführt, welche die geringere Empfindlichkeit unserer Ohren für die tiefen Frequenzen nachbildet.

  • sengpielaudio.com
    Convert dBm to dB conversion to volt mW voltage V dB dBu dBV …

    https://sengpielaudio.com/calculator-volt.htm

    The index u at decibel (dB) means unloaded source, V (volt).Some say: The "u" in dBu implies also that the load impedance is unspecified, or unterminated and is likely to be high. The index m at dB (decibel) means 1 milliwatt (power) as reference value for 0 dB. If the reverse conversion dBu, or dBV to volts is needed, go to the converter at the bottom.

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    Eberhard Sengpiel - Wikipedia

    https://en.wikipedia.org/wiki/Eberhard_Sengpiel

    Eberhard Sengpiel (1940 in Berlin – 29 August 2014) was a German sound engineer. He was also a musician in his own right and a lecturer at the Berlin University of the Arts, …

  • sengpielaudio.com
    Visualization XY stereo microphone system - sengpielaudio

    https://sengpielaudio.com/Visualization-Blumlein-E.htm

    Visualization XY stereo microphone system - Blumlein Eight/Eight 90° Intensity Stereo Blumlein Pair - Stereo recording angle SRA time difference level difference orchestra angle degrees visualisator XY MS figure-of-eight - Eberhard Sengpiel sengpielaudio

  • sengpielaudio.com
    Sound level distance damping decibel dB damping

    https://sengpielaudio.com/calculator-distance.htm

    Deutsche Version. Damping of sound level (decibel dB) vs. distance . Distance law − Distance damping − Noise − SPL. This is an approximation when the venue is a direct …

  • sengpielaudio.com
    The inverse distance law 1/r and the sound pressure

    https://sengpielaudio.com/calculator-distancelaw.htm

    In the real world, the inverse distance law p ~ 1/r is always an idealization because it assumes exactly equal sound pressure p as sound field propagation in all directions. If there are reflective surfaces in the sound field, then reflected sounds will add to the directed sound and you will get more sound at a field location than the inverse distance law …

  • sengpielaudio.com
    dB calculator for amplification gain and damping (loss

    https://sengpielaudio.com/calculator-amplification.htm

    The amplification factor, also called gain, is the extent to which a device boosts the strength of a signal. The damping factor, also called loss, is the extent to which a device reduces …

  • sengpielaudio.com
    Time constant and cutoff frequency calculator upper and

    https://sengpielaudio.com/calculator-timeconstant.htm

    Corner angular frequency ω c = Angular frequency ω c The corner angular frequency ω c is developed from the corner frequency f c: ω c = 2 π × f c Corner frequency f c = Cut-off frequency f c For systems that correspond to a differential equation of first grades the cutoff point is the intersection of the horizontal asymptote with the asymptote of the falling …

  • sengpielaudio.com
    What does sound level mean? - sengpielaudio.com

    https://sengpielaudio.com/calculator-soundlevel.htm

    SPL = Sound Pressure Level (SIL = Sound Intensity Level) Sound pressure p (RMS) as Sound field quantity: The auditory threshold is used as the reference sound pressure p0 …

  • sengpielaudio.com
    Tonhoehenaenderung und Temperaturaenderung Floete …

    https://sengpielaudio.com/Rechner-tonhoehenaenderung.htm

    Man sollte sich klarmachen, wie bei einem Ton einer Orgelpfeife oder einem anderen Blasinstrument bei einer Temperaturerhöhung von beispielsweise 20°C nach 25°C, sich die Schallgeschwindigkeit c und somit auch das Produkt λ· f verändert. Da die Wellenlänge λ wegen der konstanten Länge der Orgelpfeife auch konstant bleiben muss, kann sich nur …

  • sengpielaudio.com
    Audio calculations in English acoustics calculator convert …

    https://sengpielaudio.com/Calculations03.htm

    Speed of sound, the temperature, and not the air pressure. Voltage (volt) to level dBu and dBV conversion and vice versa. Temperature dependence of acoustic quantities. Sound …

  • sengpielaudio.com
    Qualitaetskriterien fuer die Beurteilung von Musikaufnahmen

    https://sengpielaudio.com/QualitaetskriterienFuerDieBeurteilungVonMusikaufnahmen.pdf

    Qualitätskriterien für die Beurteilung von Musikaufnahmen. 1. Können Sie kurz beschreiben, wie bei Ihnen in der Firma / Rundfunk usw. die Aufgabenstruktur aussieht? Tonmeister (Musik) = Aufnahmeleiter hat den persönlichen Hauptkontakt zu den Künstlern und trägt die Hauptverant-wortung an der Produktion.

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DNS Lookup

DNS entries, such as A, NS, MX, and TXT records, are crucial for the functioning of the Internet. The A record maps a domain name to an IPv4 address, while the NS record specifies authoritative name servers for a domain. The MX record identifies the mail server responsible for receiving email messages for a domain. Additionally, the TXT record allows for the association of any text information with a domain name. These records play a vital role in ensuring proper communication and connectivity across the internet.

HostClassTTLTypeData
sengpielaudio.comIN71393Aip: 213.246.109.83
sengpielaudio.comIN86400NStarget: ns.sengpielaudio.com
sengpielaudio.comIN86400SOAmname: ns.sengpielaudio.comrname: root.server4.clickytech.netserial: 1687285294refresh: 10800retry: 3600expire: 604800minimum-ttl: 10800
sengpielaudio.comIN86400MXtarget: mail.sengpielaudio.compri: 10
sengpielaudio.comIN86400TXTtxt: v=spf1 a:server3.clickytech.net ~all

sengpielaudio.com Traffic Analysis

According to global rankings, sengpielaudio.com holds the position of #270101. It attracts an approximate daily audience of 8.14K visitors, leading to a total of 8253 pageviews. On a monthly basis, the website garners around 244.22K visitors.

Daily Visitors8.14K
Monthly Visits244.22K
Pages per Visit1.63
Visit Duration0:00:51
Bounce Rate85.85%
Want complete report?Full SEMrush Report >>
Daily Unique Visitors:
8140
Monthly Visits:
244223
Pages per Visit:
1.63
Daily Pageviews:
8253
Avg. visit duration:
0:00:51
Bounce rate:
85.85%
Monthly Visits (SEMrush):
246679

Traffic Sources

SourcesTraffic Share
Social:
0.60%
Paid Referrals:
0.40%
Mail:
0.00%
Search:
66.36%
Direct:
32.65%

Visitors by Country

CountryTraffic Share
Germany:
33.04%
United States:
15.20%
Switzerland:
7.41%
United Kingdom:
6.89%
Austria:
5.85%

SSL Checker - SSL Certificate Verify

An SSL certificate is a digital certificate that ensures a secure encrypted connection between a web server and a user's browser. It provides authentication and encryption to keep data private and protected during transmission. sengpielaudio.com supports HTTPS, demonstrating their commitment to providing a secure browsing experience for users.

name
sengpielaudio.com
hash
fec05075
issuer
DigiCert Inc
version
2
serialNumber
9922787396643843392330661924154240484
validFrom_time_t
1706054400
validTo_time_t
1740355199
signatureTypeSN
RSA-SHA256
signatureTypeLN
sha256WithRSAEncryption
signatureTypeNID
668
keyUsage
Digital Signature, Key Encipherment
extendedKeyUsage
TLS Web Server Authentication, TLS Web Client Authentication
basicConstraints
CA:FALSE
subjectKeyIdentifier
15:15:F4:A4:7C:19:0D:D7:8C:66:16:03:B7:5E:01:49:2A:DE:1A:73
authorityKeyIdentifier
keyid:0C:DB:6C:82:49:0F:4A:67:0A:B8:14:EE:7A:C4:48:52:88:EB:56:38
authorityInfoAccess
OCSP - URI:http://status.rapidssl.com CA Issuers - URI:http://cacerts.rapidssl.com/RapidSSLTLSRSACAG1.crt
subjectAltName
DNS:sengpielaudio.com, DNS:www.sengpielaudio.com
certificatePolicies
Policy: 2.23.140.1.2.1 CPS: http://www.digicert.com/CPS

HTTP Headers

HTTP headers are additional segments of data exchanged between a client (e.g. a web browser) and a server during an HTTP request or response. They serve to provide instructions, metadata, or control parameters for the interaction between the client and server.

Status
HTTP/1.1 200 OK
Server
nginx
Date
Tue, 28 May 2024 08:38:23 GMT
Content-Type
text/html
Content-Length
16953
Connection
keep-alive
Vary
Accept-Encoding
X-Accel-Version
0.01
Last-Modified
Wed, 06 Sep 2023 20:06:02 GMT
ETag
"4239-604b645dd3e4a"
Accept-Ranges
bytes
X-Powered-By
PleskLin

Where is sengpielaudio.com hosted?

sengpielaudio.com is likely hosted in various data centers located across different regions worldwide. The current data center mentioned is just one of many where the website may be hosted.

Whois Information

WHOIS protocol used to get domain/IP info. Common for reg details, ownership of a domain/IP. Check sengpielaudio.com for reg/admin contact info, owner, org, email, phone, creation, and expiration dates.

Domain Updated Date:2019-10-23
Domain Created Date:2001-10-23
Domain Expiry Date:
Domain Name:
Registrar WHOIS Server:whois.register.it
Registrar Abuse Contact Email:[email protected]
Registrar Abuse Contact Phone:+39.05520021555
Domain Registrar:Register SPA
Domain Owner:

Domain Name: SENGPIELAUDIO.COM

Registry Domain ID: 78900064_DOMAIN_COM-VRSN

Registrar WHOIS Server: whois.register.it

Registrar URL: http://www.register.it

Updated Date: 2019-10-23T23:00:13Z

Creation Date: 2001-10-23T16:20:58Z

Registry Expiry Date: 2029-10-23T16:20:58Z

Registrar: Register SPA

Registrar IANA ID: 168

Registrar Abuse Contact Email: [email protected]

Registrar Abuse Contact Phone: +39.05520021555

Name Server: NS2.CLICKYTECH.NET

SEO Analysis

SEO analysis involves examining the performance of a website, including titles, descriptions, keywords, and website speed. It also includes identifying popular keywords and researching competitor websites to understand their strategies. The analysis aims to optimize the website's visibility and improve its ranking on search engines.

Title Tag:
Forum zur Mikrofonaufnahme und Tonstudiotechnik ♪♫♪ Audio Tontechnik Eberhard Sengpiel Community fuer alle Audio-Interessierten - sengpielaudio de = sengspielaudio com und Sengpiel ist Sengspiel ebs Elektro-Akustik Audio Ausbildung Lehre Studio Tips Tipps Mikrofone Tonaufnahme Toningenieur Tonmeister Berlin Eberhard Sengspiel ist immer Eberhard Sengpiel - sengpielaudio Sengpiel Berlin

Length: 405 characters

What is the issue about?
Pages have title length greater than 70 characters. If the title is too long, it might be truncated or ignored by Search Engines. Keep it relevant and not too long.

How to fix?
Change the title length to be less than 70 characters. Make it unique and relevant to best describe the page content.

Meta Description:
Tontechnik Elektro-Akustik Ausbildung Lehre Audio Forum Community fuer alle Audio-Interessierten Mehr als Grundwissen Themen und Fragen Mikrofonaufnahmetechnik und Tonstudiotechnik - sengpielaudio com - Eberhard Sengspiel ist Sengpiel ebs - Tonstudio-Praxis Audio Elektroakustik und Psychoakustik - sengspielaudio ist sengpielaudio - sengpielaudio.com ist nicht sengpielaudio.de - Skripten Tests Studio Tips Tipps Mikrofone Tonaufnahme Toningenieur Tonmeister Eberhard Sengspiel ist immer Eberhard Sengpiel Berlin

Length: 513 characters

What is the issue about?
TThe description is too long or too short. Search engine crawlers only show the first 150-160 characters of the description in the search results page, so if a description is too long, searchers may not see all of the text. If a description is too short, the search engines may add text found elsewhere on the page. Note that search engines may show a different description from the one you have authored if they feel it may be more relevant to a user's search.

How to fix?
Change the description in the tag in the page source to be between 25 and 160 characters in length.

Meta Keywords:
  • tontechnik
  • tontechniker
  • forum
  • sengspielaudio
  • sengpielaudio
  • aufnahmetechnik
  • mikrofon
  • akustik
  • aufnahme
  • tonaufnahme
  • tonaufnahmen
  • tonstudio
  • mikrofon
  • mikrofonaufstellung
  • tontechnik
  • fragen
  • sengpiel
  • audiotechnik
  • surround
  • sound
  • toningenieur
  • tonmeister
  • medien
  • akustik
  • antworten
  • audio
  • audioaufnahmen
  • audiolinks
  • audiosystemtechnik
  • bezugsschalldruck
  • Blauert
  • Blumlein
  • choraufnahme
  • dB
  • deccadreieck
  • diffusfeld
  • druckgradient
  • druckstau
  • formanten
  • mikrofone
  • mikrofonforum
  • forum
  • freifeld
  • haaseffekt
  • hallradius
  • kammfiltereffekt
  • klang
  • klangfarbe
  • lateralisation
  • laufzeitdifferenzen
  • laufzeitstereofonie
  • leistungsanpassung
  • lokalisation
  • mikrofonsysteme
  • mikrofontechnik
  • mikrofonanordnung
  • mikrofonaufstellung
  • multimedia
  • musikaufnahmen
  • musik
  • nachhall
  • nachhallzeit
  • panpot
  • pegel
  • pegeldifferenzen
  • psychoakustik
  • raummikrofone
  • richtcharakteristik
  • schalldruck
  • spektraldifferenzen
  • stereo
  • stereoaufnahmen
  • stereomikrofon
  • summenlokalisation
  • multimedia
  • surround-sound

In the realm of search engine optimization, the meta keywords tag has become a relic of the past due to its potential for misuse, ultimately leading major search engines to disregard it in their ranking algorithms.

Keywords Cloud:
Term Count Density
sengpiel 9 5.77%
und 7 4.49%
eberhard 6 3.85%
von 4 2.56%
online 3 1.92%
ist 3 1.92%
sengpielaudio 3 1.92%
berlin 3 1.92%
audio 3 1.92%
tontechnik 3 1.92%
tonaufnahme 2 1.28%
ebs 2 1.28%
sengspiel 2 1.28%
tonmeister 2 1.28%
forum 2 1.28%
wird 2 1.28%
tonstudiotechnik 2 1.28%
grammy 2 1.28%
zur 2 1.28%
vdt 2 1.28%
recording 2 1.28%

A crucial factor in search engine optimization is keyword density, which refers to the proportion of a particular keyword present in the text of a webpage. In order to achieve high rankings on search engine results pages, it is essential to maintain the appropriate keyword density for your primary keyword.

Image Alt Attribute:
27 images found in your page, and 15 images are without "ALT" text.

What is the issue about?
The tag does not have an ALT attribute defined. As a general rule, search engines do not interpret the content of image files. The text provided in the attribute enables the site owner to provide relevant information to the search engine and to the end user. Alt text is helpful to end users if they have images disabled or if the image does not properly load. In addition, the Alt text is utilized by screen readers. Make sure that your Alt text is descriptive and accurately reflects what the image represents and supports the content on the page.

How to fix?
Use the <img alt> attribute to write descriptive content for the image: <img source='pic.gif' alt='Accurate and descriptive keyword text that represents the image.' />.

Website Speed Test (Desktop):
0.45 seconds

Website speed is a measurement of how fast the content on your page loads. Website speed is one of many factors involved in the discipline of search engine optimization (SEO), but it is not the only one. In a recent study, the average load time for a web page was 3.21s.

Top Organic Search Terms:
Term Search Volume Traffic Traffic (%)
sengpielaudio 140 1 0.06%

CO-Hosted

CoHosted refers to a situation where multiple domain names (websites) are using the same IP address to point to their respective web servers. They could be owned by different individuals or organizations and may serve entirely different purposes.

sengpielaudio.com

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Average score: 5 stars

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Very positive reviews

rating 5

Total reviews: 2
Average score: 5 stars

The total score is based on reviews found on the following sites
Scamadviser: 5/5 stars, 2 reviews


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