Dynamic range db

Dynamic Range DB. View (current) Upload Links Paid Software (new algorithm) MAAT foobar2000 component. Important Notice! Someone tried to vandalise the database by deleting about 76k entries. I restored those entries and have temporarily disabled the delete and edit functions to prevent further damage. In foresight I have implemented those functions in a non-destructive manner. Nothing is. The dynamic range of human hearing is roughly 140 dB, varying with frequency, from the threshold of hearing (around −9 dB SPL at 3 kHz) to the threshold of pain (from 120-140 dB SPL)

The Unofficial Dynamic Range Database uses a sliding scale from 1 to 20 (1 being the worst, 20 being the best) to rank the dynamic quality of each of the recordings they list. This number represents the difference between the peak decibel level on a recording and the recording's average loudness Therefore for a 16-bit ADC the dynamic range is 96dB. Using the same calculations the dynamic range of a 24-bit ADC is 144dB. The noise floor of a measurement system is also limited by the resolution of the ADC system If a voltage-monitoring system, for example, has a dynamic range of 80 dB, the maximum detectable input level is greater than the minimum detectable input level by a factor of 10,000. In optical systems, dynamic range is often expressed in stops. One stop is a factor-of-two increase or decrease Typically expressed in decibels (dB), dynamic range is the ratio of the highest signal level a circuit, component, or system can handle, in dB relative to 1 mW of power (dBm), to the lowest signal level it can handle (in dBm). Several parameters can be used to define the highest-level signal, such as the 1-dB compression point as well as the TOi point. The 1-dB compression point for an.

Album list - Dynamic Range Databas

Therefore, with a 10-bit ADC, we would expect a dynamic range of 60.2 dB. This means that the ADC would be able to resolve signal amplitudes from x to about 1000x where x is the minimum that can be detected. Why the Dynamic Range Is Important: An Example. The dynamic range specification can be particularly useful in communication applications where the strength of the received signal can vary. Most digital cameras use a 10 to 14-bit A/D converter, and so their theoretical maximum dynamic range is 10-14 stops. However, this high bit depth only helps minimize image posterization since total dynamic range is usually limited by noise levels

When the difference between fortissimo and pianissimo (maximum and minimum loudness) is 80 dB: the dynamic range is 80 dB and the difference between maximum loudness and the noise floor is 80 dB + [40...60] dB = 120... 140 dB. What does dynamic sound mean? It is sound with loud (or too loud) and quiet (to quiet) places The dynamic range of a signal processing system can be defined as the maximum dB level sustainable without overflow (or other distortion) minus the dB level of the `` noise floor''. Similarly, the dynamic range of a signal can be defined as its maximum decibel level minus its average `` noise level'' in dB The dynamic range of a charge-coupled device (CCD) or complementary metal oxide semiconductor (CMOS) image sensor is typically specified as the maximum achievable signal divided by the camera noise, where the signal strength is determined by the full-well capacity, and noise is the sum of dark and read noises The dynamic range is the difference (in dB) between the noise floor and the maximum signal a system can tolerate without audible distortion. (The term audible distortion requires a definition in the analog world, but with a digital signal it's clear cut.) Full 16 bit dynamic range requires peaks near 0. BK: Correct, as I just said. But Requires is a dangerous word. For example. Dynamic Range . Dynamic range quantifies the working range of a camera within which usable data can be extracted. In other words, it illustrates the brightest and darkest areas of a scene that can be captured in a single image and still be read. Definition: Logarithmic ratio between the camera's full well capacity and its noise floor. Equation: Units: Dynamic Range: dB full well capacity: e.

Video: Dynamic range - Wikipedi

To help give these numbers some meaning, the human ear has a dynamic range of about 120 dB, and since Compact Disks (CDs) use 16-bit samples, they inherently have a dynamic range of 90 dB. The legacy telephone network uses 8-bit samples, and thus has a dynamic range of 42 dB The dynamic range tells how big the span of values can be for a measured variable. Both extreme values must be larger than 0. The ratio can be very large, then the logarithmic units bel, decibel or neper are used. Decibel is best known from the measurement of sound volume Therefore the dynamic range is 120dB. The decibel (dB) is a logarithmic unit. I will skip the maths here, but basically in terms of power, 120dB is about 1,000,000,000,000 times more powerful than 0dB. That is a very wide range of volume for you to enjoy. What Is The Possible Dynamic Range Of Recorded Music? The dynamic range of a recording medium (such as a sound card or tape) is the.

The Unofficial Dynamic Range Database Stereophile

The dynamic range of a radio receiver is essentially the range of signal levels over which it can operate. The low end of the range is governed by its sensitivity whilst at the high end it is governed by its overload or strong signal handling performance f-stop noise, showing dynamic ranges. Pixel SNR in dB (20 log 10 (Pixel level/noise)), showing dynamic ranges. Dynamic range — background. Dynamic range (DR) is the range of tones over which a camera responds. It is usually measured in f-stops, or equivalently, zones or EV (Exposure Value), all of which represent factors of two in exposure. (It can also be measured in density units, where. HDR steht für High Dynamic Range und bietet einen größeren Dynamik- und Farbumfang als SDR (Standard-Dynamic-Range). Die Begriffe bei Monitoren und Fernsehern unterscheiden sich hierbei jedoch etwas. Die Funktionsweise kann aber als identisch angesehen werden. Monitor. Im Bereich der Monitore hat VESA drei verschiedene DisplayHDR-Systemleistungen (DisplayHDR.

What is noise floor? What are dB? What is Dynamic Range

dB Power ratio Amplitude ratio 100 10 000 000 000 Most commonly, quantities called dynamic range or signal-to-noise (of the camera) would be specified in 20 log dB, but in related contexts (e.g. attenuation, gain, intensifier SNR, or rejection ratio) the term should be interpreted cautiously, as confusion of the two units can result in very large misunderstandings of the value. Also See: Photographic Dynamic Range Shadow Improvement Chart Read Noise in DNs Chart Input-referred Read Noise Chart Further Reading: Sensor Analysis Primer - Engineering and Photographic Dynamic Range Sensor Analysis Primer Measurement and Sample Variation Contributions of data are always welcome, particularly if you see an (p) after your camera or your camera is not listed When the term dynamic range is mentioned, many people will quickly think of HDR, or High Dynamic Range. With this term, and technique, so popular in the world of photography, it is rarely ever considered what dynamic range actually is, let alone why you would want it to be high. In short, dynamic range describes the measurement between maximum and minimum values How to create a dynamic defined range in an Excel worksheet. 5/22/2020; 2 minutes to read; Applies to: Excel 2013, Excel 2010, Excel 2007, Excel 2003; In this article. Note. Office 365 ProPlus is being renamed to Microsoft 365 Apps for enterprise. For more information about this change, read this blog post. Summary . In Microsoft Excel, you may have a named range that must be extended to.

The dynamic range is shown below for an example measurement. To help reduce measurement uncertainty, the analyzer dynamic range should be greater than the response that the DUT exhibits. For example, measurement accuracy is increased when the DUT response is at least 10 dB above the noise floor. The following methods can help you increase the. Mixer level = -20 dBm - 10 dB = -30 dBm Given the dynamic range chart shown in Figure 1, it's pretty easy to optimize an instrument for either noise floor or linearity (or a little of both. Live music's dynamic range is potentially as high as 120 dB, although practically speaking, our limit of perception for live music is around 80 dB due to the way the ear hears. In either case, the playback media couldn't handle it. Vinyl records could accommodate about 60 dB when new The perceived dynamic range of 16-bit audio can be 120 dB or more with noise-shaped dither, taking advantage of the frequency response of the human ear. Dynamic range and headroom Dynamic range is the difference between the largest and smallest signal a system can record or reproduce

What Is Dynamic Range? - Technical Article

  1. The Dynamic Range Database. In my first article exploring this topic, I referenced a website called the Dynamic Range Database (DRD), or dr.loudness-war.info. The DRD is a crowd-sourced database that invites audio enthusiast to record the dynamic range of commercially released music and upload their results. Over time, the database has grown to include multiple releases of the same album on different formats, allowing users to compare the dynamic range. The idea is to promote the importance.
  2. imum and maximum amplitude a given device can record. For example, if the ceiling of a device is 10 dB and the noise floor is 3 dB then the dynamic range is 4.85 dB, since 10 dB−3 dB = 4.85 dB (recall that care must be taken when adding numbers in the decibel scale)
  3. imally miked super quality stereo recording we can't get there from here. And how many have a speaker that can do 120 db? I find most top out around 105 to 110 db if they are clean. These are pretty.
  4. Taking our original 144 dB and ignoring equipment noise and subtracting this range of values from it, we now have an effective dynamic range of 84 dB to 94 dB. Since the dynamic range of 16 bit audio is 96 dB, it seems that we wasted disc space for 24 bit resolution on our Blu-ray Disc. Indeed the effective range expressed in bits is just 14 bits at the low range of that scale
  5. Most commonly, quantities called dynamic range or signal-to-noise (of the camera) would be specified in 20 log dB, but in related contexts (e.g. attenuation, gain, intensifier SNR, or rejection ratio) the term should be interpreted cautiously, as confusion of the two units can result in very large misunderstandings of the value
  6. Der Loudness War (englisch für Lautheitskrieg) bezeichnet die Tendenz der Musikindustrie, Musik in allmählich immer höheren Lautheitspegeln - nicht zu verwechseln mit Lautstärkepegeln - zu produzieren, um einen Gesamteindruck zu erzeugen, der sich von dem anderer Künstler abhebt. Diese Komprimierung des Audiosignals führt einerseits zu einer konstanteren Hörbarkeit der Musik.
AT2035 - Cardioid Condenser Microphone | Audio-Technica

Understanding Dynamic Range Microwaves & R

  1. DXOMARK's comprehensive camera test results database allows you to browse and select cameras for comparison, based on sensor characteristics, brand, price, launch date, resolution, sensor format and camera type
  2. imum values. While not specific to photography, in this article on dynamic range in photography we can interpret dynamic range as the measurement between the whitest whites and the blackest blacks in an image, or the lowest and highest values of density and lu
  3. us the maximum noise strength. Dynamic Range. Similar to SNR, dynamic range is also a measure of the difference between a signal degrading factor and maximum good signal The difference with SNR is that the dynamic range is based on the difference.
  4. Then there is the dynamic range as used in the DR database. This number shows the difference between peak and average levels but does not say anything about the small details and nuances that are embedded in the recording. I don't think one should generalise that a higher number is better sounding but there is at least some correlation because of the recording techniques used. In the DR.

Dynamic Range imates

  1. DYNAMIC RANGE: As explained above, Dynamic Range is really the same as the Signal-to-Noise Ratio (SNR) using the maximum possible signal. It's the ratio between the loudest undistorted output of the device and what's left over when nothing is playing and is usually a positive number instead of a negative one. The theoretical dynamic range of 16 bit digital audio is 96 dB so that's often.
  2. dB - the dynamic range in decibels; a measure often used in describing signal to noise ratio in capture devices. Note: Range, bits, density and dB are simply different ways of characterizing the same dynamic range using different units. Although all four represent the same dynamic range, we provide them as a frame of reference since you may find reference to any of these in other sources. We.
  3. \$\begingroup\$ Re: 60 dB of dynamic range. Current is an amplitude, dB is power (amplitude squared.) 50 nA to 50 mA is 120 dB. \$\endgroup\$ - George Herold Jun 3 '16 at 14:34 \$\begingroup\$ @GeorgeHerold of course i want to achieve atleast 60dB so that i can break my current range to 2 channel, i dont think any TIA can achieve 120dB, for now i am breaking my head even to achieve 60dB.
  4. What Can I Do With A Dynamic Range? There are a ton of scenarios that may require you to have an automatically expanding and collapsing range reference. Examples could be: Resizing a Pivot Table source range; Looping through cells in a data set; Deleting only the raw data range; There are many, many more examples of this and I'm am sure you can think of a few examples yourself. Let me know in.
  5. The Dynamic Range of tape and vinyl—the difference between the softest usable level that could be recorded (above the noise floor) and the loudest level (before distortion (clipping) sets in)—was only around 60-70 dB at best. 16-bit CDs upped that to approximately 96 dB, and modern 24-bit digital audio has a (theoretical) range of 144 dB, exceeding the dynamic range of human hearing
  6. The human ear as a dyamic range from 0dB (threshold) to 120-130 dB. This is true for the middle frequency range (1-2 kHz). For lower or higher frequencies, the dynamic is narrowed. However, as shown on this graph, all sounds above 90 dB are damaging the inner ear and even doing irreversible damage above 120 dB. (see Noise: watch out

There are loud bits and not-so-loud bits. How much those vary is (more or less) the dynamic range of the music. More properly, this is the variance from baseline to the highest peak that is found in the music, and is commonly measured in dB. This is where the debate around the Loudness Wars comes in Dynamic Range is an expression of the ratio of the largest signal a device can pass to the device's noise floor. Largest signal usually refers to a signal at a specified degree of distortion, often 1%. Signal-to-Noise Ratio and Dynamic Range are essentially the same measurement, except that the signal in SNR is arbitrary (and should be stated in the results), and the signal in Dynamic. Dynamic range is the dB difference between the initial power level reflected from the fiber under test and the value equal to the noise floor of the detector. It is specified at the OTDR's largest pulse width when making a measurement for 3 minutes. Dynamic range is one of the most important characteristics of an OTDR, because it determines the maximum observable length of a fiber and the. The term 'dynamic range' will be reserved for the measure of signal-to-noise ratio of a recording medium. I will use the term 'loudness range' in strict reference to the EBU 3342 document, and the term 'loudness variability' in other cases involving loudness instead of RMS. Has Loudness Range Decreased? Here's where things get surprising

Dynamikumfang - Wikipedi

Cameras have a narrower dynamic range than the human eye, although the gap is closing. The best modern cameras like the Nikon D810 can achieve just under 15 stops of dynamic range in any one photo. Most digital cameras get somewhere between 12 and 14 while film negatives can get up to about 13 Dynamic range is not equal to digitization level such that a camera with a 12-bit A/D converter does not necessarily have 12 bits of dynamic range because this does not consider the noise. The causality is reversed; if a camera has 12-bit of dynamic range that the A/D converters need to be at least 12 bits as well and preferably higher. Dynamic range is also not the same as signal to noise. Dynamic range in dB is the sum of the signal-to-noise ratio in dB plus the headroom in dB. now to be fair, if we compare fixed to floating point, we should use the same word width. let's say 32-bit words with an 8-bit exponent for the floats. then it depends on the headroom you require. if you need more than 40 dB of headroom, then the 32-bit floats (with 8 bits of exponent) will give you.

Dynamic range compression (DRC) or simply compression is an audio signal processing operation that reduces the volume of loud sounds or amplifies quiet sounds thus reducing or compressing an audio signal 's dynamic range Other articles where Dynamic range is discussed: compact disc: Dynamic range: Dynamic range is the ratio of the loudest undistorted sound to the quietest discernible sound, expressed in decibels, that a system is capable of producing. The compact disc's dynamic range is about 90 decibels, compared with about 70 decibels on the best phonograph discs, thu Dynamic Range Dynamic range is a method of reporting the extent to which a signal can vary and still be accurately measured. Units: dB a relative measurement, or ratio, between the largest and smallest signals, which is accurately measured. Dynamic range of ultrasound system components has different ranges. As a general rule, the dynamics range of information decreases the more it is processed. In the most common term, you are asking, I think, about the dynamic light response of the retina. Using the Weber-Fechner law, the work of Norman and Werblen, plus other well known researchers, it seems that the range is about -4.0 log troland.. The dynamic range is mostly given in dB. On example in the draft of ADC standard Œ DYNAD (Dynamic characterization and testing of analogue to digital converters) the dynamic range is defined as a full scale amplitude to peak noise floor and for a N bit ideal ADC is equal to ideal SNR [1]: DR=6.021 × N + 1.763 [dB]. (1) The dB unit is the good unit in conditions the analysis according to.

Das nennt man Wide Dynamic Range und es kann die Verwertbarkeit und Klarheit von Bildern beeinträchtigen. Zum Glück können die Kameras von Axis mit Wide Dynamic Range (WDR) differenzieren - der Unterschied zwischen scharf dargestellten und wichtigen forensischen Details und verschwommenem Nichts ist entscheidend The dynamic range of the ADC is the fundamental trade-off between analog and digital filtering. More analog filtering reduces the amplitudes of the interferers and the required range of the ADC, which must digitize both the desired signal and interferers to maintain a linear system. Analog filters, however, are nonideal and can exhibit group delay and phase. At the systems level, lots of. The dynamic range of magnetic tape is approximately 55 dB. To increase the dynamic range available for analog recording on magnetic tape, companding is often used. ``Dolby A'' adds approximately 10 dB to the dynamic range that will fit on magnetic tape (by compressing the signal dynamic range by 10 dB), while DBX adds 30 dB (at the cost of more `` transient distortion '') The dynamic range specification avoids this problem by comparing the full-scale signal to the noise floor with an active (unmuted) signal. The mute feature for low idle noise has another undesirable side effect in that it often causes an audible click-pop during the transition into and out of mute caused by a shift in the output DC voltage. If a DAC or digital-input amplifier does not include.

Dynamic Range Meter für Foobar, PC & Hifi - HIFI-FORU

  1. A signal within a system's receiver has a dynamic range of 60 dB after compression. The original signal was compressed by 50 dB. What is the dynamic range of the original, uncompressed signal? 110 dB . Do the following characteristics describe a narrow or wide dynamic range? - few choices - bistable image (B&W) - high contrast.
  2. Dynamic range is another way of stating the maximum signal-to-noise ratio. To use sound as the example, this is the ratio of the loudest (undistorted) signal to that of the quietest (discernible) signal in a system as expressed in decibels (dB)
  3. Now, with the CD, we have more than 90 db of dynamic range to utilize, and no surface noise or risk of groove skip to worry about. So what has become of all that wonderful dynamic range? The loudness wars have come back. While most classical CDs still make use of the CD's dynamic range potential, once again the fallacious belief that louder is better has permeated the record industry. One.
  4. How to create a dynamic named range in Excel. For starters, let's build a dynamic named range consisting of a single column and a variable number of rows. To have it done, perform these steps: On the Formula tab, in the Defined Names group, click Define Name. Or, press Ctrl + F3 to open the Excel Name Manger, and click the New button

High Dynamic Range Image - Wikipedi

  1. Dynamic Range test targets with black backgrounds tend to overexpose the brighter patches with auto-exposure cameras. Please note that the individual patches are not spectrally neutral, and the dynamic range is measured using Optical Density. The exact hue of individual patches may vary. The chart's active area of 197mm x 235mm is a good fit for both the DNP Standard Color Viewer and ITI LED.
  2. The following table shows a comparison of Dynamic Range/Usable Dynamic Range based upon the SFDR of different brands of fiber optic link products. * Using kTB of -173.8 dB/Hz ** At 800 MHz the dynamic range is 2 dB narrower and 5 dB narrower for full-band (1500 MHz) What does this mean for RF over Fiber links in HTS ground stations
  3. These include graphical and numeric estimation of DR dynamic range, plus measurement of SPPM Peak, RMS amplitude, digital overs and digital black. The MAAT DRMeter release was MAAT's first step in bringing forward the legacy of the PMF's legendary TT Dynamic Range Meter, certainly the most popular metering plug—in of the last decade and one that engendered many inaccurate imitators.
  4. TT Dynamic Range Meter makes it possible to provide releases with a whole-number dynamic value to be printed on the recording medium as a logo, giving consumers an immediate means of knowing the dynamic quality of a recording. An online database is planned for furnishing information on music already released with the standard. In this way.

Understanding the Dynamic Range Specification of an ADC

Earache's idea of Full Dynamic Range vinyl reissues is to counteract the Loudness War and ensure that fans hear the music as it was intended to sound - pure and organic audio pressed straight to 180-gram vinyl from the original studio analogue or DAT tapes, many of which were stored for 20+ years. This concept is not designed for the casual music fan that might only listen to albums on. Dynamic columns should be used when it is not possible to use regular columns. A typical use case is when one needs to store items that may have many different attributes (like size, color, weight, etc), and the set of possible attributes is very large and/or unknown in advance. In that case, attributes can be put into dynamic columns. Dynamic Columns Basics. The table should have a blob. Perhaps if I put in some VBA code which would change the range each time the file was saved, the 'dynamic' range I needed would look like a 'static' range to Access! I put in the code, which involved creating a range object and naming it. I think it went something like this, and I'll update when I get the chance to check it (it's all at work, can't blog at work!) in the before save sub. Range. Vector Network Analyzer, 2 Ports, 8.5 GHz. The R&S ZNB vector network analyzers feature a wide dynamic range of up to 140 dB (at 10 Hz IF bandwidth) LMH2120 6 GHz Linear RMS Power Detector with 40 dB Dynamic Range Check for Samples: LMH2120 1FEATURES DESCRIPTION The LMH2120 is a 40 dB Linear RMS power detector 2• Linear Root Mean Square Response particularly suited for accurate power measurement of • 40 dB Linear-in-VPower Detection Range modulated RF signals that exhibit large peak-to- • Multi-BandOperation from 50 MHz to 6 GHz.

The dynamic range describes the range of x-ray intensities a detector can differentiate. A high dynamic range provides the discrimination between small differences in x-ray attenuation. A current CT scanner has approximately a dynamic range of 1,000,000 to 1 and 1,100 views or projections a second. This is really simple: Choose a great-sounding album from 2012-2013 Measure it's dynamic range using the offline TT Loudness Meter - there's a link to download it free in my post here. (From CD please, not mp3 - and it's important to use the offline meter) Add the results to the unofficial Dynamic Range Database [ The range of signal intensities that may need to be distinguished in an image or spectrum or that can be distinguished by the electronic components. If the signal dynamic range is too great, the need to keep the highest intensities from overloading the digitizer may result in the weaker features being lost in the digitization noise.This can be dealt with by using an analog to digital converter. A 66-dB Linear Dynamic Range, 100-dB Abstract: A wide dynamic range (DR) receiver for the linear pulsed light detection and ranging (LiDAR) is presented, including a high linear DR transimpedance amplifier (TIA) with digital codes to vary its gain and a high-speed peak detector sample and hold (PDSH) circuit to capture the peak value of echo pulses. In order to extend the linear DR without. Shepperton Studios Studios Road Shepperton TW17 0QD. Tel : +44 1932 93220

Understanding Dynamic Range in Digital Photograph

dynamic range include: noise figure, second-order intercept, third-order intercept, 1-dB compression, phase noise, internal spurs and bandwidth. This group of receiver measure-ments is considered primary because most other receiver dynamic-range measurements can be predicted from them. NOISE FIGURE The most common expression of noise fig Well engineered movies frequently contain a dynamic range of up to 20 dB. The number one complaint: I have to turn it up to listen to the dialog, only to get slammed to the back wall when something loud happens. That's why HT AVR's have compressors built into them. It's usually labeled Dynamic Range, Night Mode, or DRCOMP in their menus. The user can turn that on to squash down and. To make a dynamic range measurement a device is stimulated with a full scale signal and then a tone that is 60 dB below the level of the full scale tone. The stimulus tone is then filtered from the output of the device with a sharp notch filter and the level of the remaining noise products is expressed as a ratio to the level of the full scale signal ΔL = 10 log (P 2 /P 1) dB so, raising 10 to the power of these two equal quantities: 10 L/10 = P 2 /P 1 so: P 2 /P 1 = 10 110/10 = 10 11 = one hundred thousand million. which is a demonstration that the human ear has a remarkably large dynamic range, perhaps greater than that of the eye Due to the time-based encoding of the illumination information, very high dynamic range - intra-scene DR of 143 dB static and 125 dB at 30 fps equivalent temporal resolution - is achieved. A novel time-domain correlated double sampling (TCDS) method yields array FPN of ;0.25% rms. SNR is >56 dB (9.3 bit) for >10 Lx illuminance

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Dynamic range: 10.2 stops. But they don't. In fact, as the remainder of this article will show, the whole subject is kind of a mess. No Simple Test for Measuring Dynamic Range. As important as dynamic range is, you would think that manufacturers would test all these cameras in some systematic way and tell you how wide the dynamic range is for each model. There ought to be a consistent scale. A dynamic named range expands automatically when you add a value to the range. 1. For example, select the range A1:A4 and name it Prices. 2. Calculate the sum. 3. When you add a value to the range, Excel does not update the sum. To expand the named range automatically when you add a value to the range, execute the following the following steps. 4. On the Formulas tab, in the Defined Names. The dynamic range of a CD is closer to 80 dB, FM radio is only about 50 dB, and AM radio a mere 30 dB. With these severe limitations on dynamic range, compression becomes necessary in order to allow the changing dynamics in music to be heard. Another reason for limiting the dynamic range of a recording is consideration of the listening environment. Many people listen to music in environments.

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