Instructional videos are available at the Instructional Videos<\/a> page.<\/p>\n Most of the CLIO 10, CLIO 11, CLIO 12, CLIO 13 and CLIO X 14 documentation applies with minimal differences to anyone using a CLIO fw-01, CLIO fw-02 or CLIO fw-03 box.\u00a0<\/strong><\/p>\n If you want to be notified when a new technical document is available, please subscribe our mailing list<\/a>.<\/p>\n CLIO 13\/14 Binary File Structure with Import Examples in Scilab<\/a> Testing Maximum SPL of Headphones on Portable Music Players<\/a> CLIO 13\/14 Sinusoidal File Structure with Import Examples in Scilab<\/a> Measuring Loudspeaker Impedance Using CLIO Pocket<\/a> Measuring Loudspeaker Maximum Linear Sound Level According to AES75 with CLIO<\/a> Creating Spinorama Plots from Polar Measurements Sets<\/a> Import CLIO 12 Binary Files with SCILAB<\/a> Mastering CLIO QC<\/a> Testing Android Smartphones with CLIO 12.5 QC<\/a> Testing Smart Devices with CLIO 12.5 – Part II<\/a> Testing Smart Devices with CLIO 12.5 – Part I<\/a> CLIO Pocket File Structures with Import Examples in SCILAB<\/a> WAVE File Equalization with CLIO 11<\/a> Equalizzazione File WAV CON CLIO 11<\/a>\u00a0 Speech Intelligibility Assessment Using CLIO 11 How to Setup a QC Test for a Delay Line<\/a> Electrical Impedance Measurements with CLIO 11<\/a> Laser PANASONIC HL-G108 Series Quick Start<\/a> CLIO QC Explained with Apps (Replaced by Application Note 20 Mastering CLIO QC<\/a>) CLIO Meter File Structure<\/a> Measuring Maximum Subwoofer Output According ANSI\/CEA-2010 Standard<\/a> GOLDEN SAMPLE Identification using CLIO and SCILAB<\/a> Develop Custom Tests With CLIO QC TCP\/IP Remote Control Through SCILAB<\/a> Interfacing CLIO FW-01 with Microphones<\/a> Single Pass Measurement of Thiele and Small Parameters using a Laser Transducer<\/a> Automated Balloon Measurements with CLIO 10<\/a> CLIO 10 Sinusoidal File Structure With Import Examples In SCILAB<\/a> Troubleshooting\u00a0QCBOX Model 5 Driver Installation<\/a> Outline ET250-3D\u00a0dll\u00a0Installation\u00a0with CLIO<\/a> Disabling Secure Boot to Install Audiomatica CLIO drivers CLIO Software Support For Legacy Parallel Port Hardware CLIO 10 New Features not Available in CLIO 8 WAV files played by CLIO Software Using CLIO 8 and CLIOwin 7 with M-AUDIO Transit USB Sound Device<\/a> Troubleshooting CLIO Installation using Thesycon DPC Latency Checker <\/a> Troubleshooting CLIO 10 Installation and FW-01 interfacing with PC<\/a> Un altoparlante per misurazioni STI\/STIPA Open-Source<\/a> \u00a0 Un altoparlante per misurazioni STI\/STIPA Open-Source<\/a> An open source 3D printed talkbox for speech intelligibility measurements Measuring Speech Intelligibility Reduction due to Face Masks<\/a> An Open Source Turntable for Electro-Acoustical Devices Characterization<\/a> Use of Wavelet Transform for the Computation of Modal Decay Times in Rooms<\/a> Model-Based Active Equalization of Closed-Box Subwoofers<\/a> Cycle-Frequency Wavelet Analysis of Electro-Acoustic Systems<\/a> Test di sistemi audio con segnali burst<\/a>\u00a0 LS3\/5A, Realizziamo una riproduzione conforme\u00a0 Testing Loudspeakers at low Frequencies with CLIO<\/a> Loudspeaker Electrical Impedance Measurements Methods: A Brief Review<\/a> Understanding CLIO 11<\/a> CLIO 11\u00a0Directivity and 3D Balloons:\u00a0News and Updates<\/a> Inverse Distance Weighting for Extrapolating Balloon-Directivity-Plots<\/a> Statistical Analysis of Electro-Acoustic Measurements Sets Using Scilab<\/a> Sviluppo di procedure di misura complesse basate su TONE BURSTS<\/a>\u00a0 Sviluppo di procedure di misura complesse basate su TONE BURSTS<\/a>\u00a0 Confronto tra metodi di misurazione del tempo di riverberazione<\/a>\u00a0 Confronto tra metodi di misurazione del tempo di riverberazione<\/a>\u00a0 Practical Applications of the Wavelet Analysis<\/a> CLIO application: Room and Building Acoustics<\/a> CLIO application: Room and Building Acoustics<\/a> (Chinese)\u00a0 CLIO 10<\/a>\u00a0(Chinese)\u00a0 CLIO 10<\/a> Automated Loudspeaker Balloon Measurement<\/a> (Chinese)\u00a0 Automated Loudspeaker Balloon Measurement<\/a> Automated Loudspeaker Balloon Measurement<\/a> Caratterizzazione tempo-frequenza della risposta di sistemi elettroacustici tramite analisi wavelet<\/a>\u00a0 Caratterizzazione tempo-frequenza della risposta di sistemi elettroacustici tramite analisi wavelet<\/a>\u00a0 Time-Frequency Characterization of Loudspeaker Responses Using Wavelet Analysis<\/a> Time-Frequency Characterization of Loudspeaker Responses Using Wavelet Analysis<\/a> Panoramica sul \u201cRUB&BUZZ\u201d alla luce delle attuali conoscenze<\/a>\u00a0 Real-life applications of the CLIO measurement system A Simple Approach to Improve Sensitivity of Quality Control Procedures of Loudspeakers The CLIO system The MLS analysis technique and CLIO<\/a> How to create EASE loudspeaker models using CLIO The Tube directory (link to old Audiomatica site)<\/a> CLIOwin data files structures<\/a> CLIO 4 data files structures<\/a> Playing with curves<\/a> Progetto e verifica di un diffusore con l’ausilio di personal computer\u00a0 Misure di risposta in frequenza all’estremo basso in ambiente<\/a>\u00a0 Microfoni e risposta in fase<\/a>\u00a0 EQ-X Equalizzatore digitale per diffusori in kit\u00a0<\/a>Application Notes<\/h2>\n
\n(Application Note 27 – by D.Ponteggia – 553 kB)<\/p>\n
\n(Application Note 26 – by D.Ponteggia – 673 kB)
\nTest Signals and Free Field correction curve<\/a><\/p>\n
\n(Application Note 25 – by D.Ponteggia – 195 kB)<\/p>\n
\n(Application Note 24 – by D.Ponteggia – 798 kB)<\/p>\n
\n(Application Note 23 – by D.Ponteggia – 874 kB)<\/p>\n
\n(Application Note 22 – by D.Ponteggia – 432 kB)
\nExample data<\/a><\/p>\n
\n(Application Note 21 – by D.Ponteggia – 404 kB)<\/p>\n
\n(Application Note 20 – by Audiomatica – 5.63MB)
\nExample data<\/a>
\nCLIO 12.5 QC Notepad++ language definition<\/a><\/p>\n
\n(Application Note 19 – by D.Ponteggia – 3.07MB)<\/p>\n
\n(Application Note 18 – by D.Ponteggia – 2.14MB)<\/p>\n
\n(Application Note 17 – by D.Ponteggia – 1.03MB)
\nExample QC scripts<\/a><\/p>\n
\n(Application Note 15 – by D.Ponteggia – 496kB)
\nSCILAB_functions<\/a><\/p>\n
\n(Application Note 14 – by D.Ponteggia \u2013 531kB)<\/p>\n![\"flag_it_16\"](\"https:\/\/www.audiomatica.com\/wp\/wp-content\/uploads\/flag_it_16.png\")
\n(Application Note 14 – by D.Ponteggia \u2013 533kB)<\/p>\n
\n<\/a>(Application Note 13 – by D.Ponteggia \u2013 1MB)
\n<\/a><\/p>\n
\n(Application Note 12 – by D. Ponteggia – 599kB Pdf)<\/p>\n
\n(Application Note 11 – by M.Jacchia and D.Ponteggia – 1.77MB)<\/p>\n
\n(Application Note 10 – by M.Jacchia – 100kB)<\/p>\n
\n(Application Note 9 – by Audiomatica – 1.82MB)<\/p>\n
\n(Application Note 8 –\u00a0by Audiomatica –\u00a037 kB)<\/p>\n
\n(Application Note 7 by D. Ponteggia – 761kB Pdf)<\/p>\n
\n(Application Note 6 by D. Ponteggia – 519kB Pdf)
\nCode and example data<\/a><\/p>\n
\n(Application Note 5 by D. Ponteggia – 139kB Pdf)<\/p>\n
\n(Application Note 4 by D. Ponteggia – 107kB Pdf)<\/p>\n
\n(Application Note 3 by D. Ponteggia – 1.05MB Pdf)<\/p>\n
\n(Application Note 2 by D. Ponteggia – 1.4MB Pdf)<\/p>\n
\n(Application Note 1 by D. Ponteggia – 81kB Pdf)<\/p>\n<\/a>Technical Notes<\/h2>\n
\n(Technical Note 12 – 130kB Pdf)<\/p>\n
\n(Technical Note 10 – 97kB Pdf)<\/p>\n
\n<\/a>(Technical Note 9 – 54kB Pdf)<\/p>\n
\n<\/a>(Technical Note 6 – 75kB Pdf)<\/p>\n
\n<\/a>(Technical Note 5 – 72kB Pdf)<\/p>\n
\n<\/a>(Technical Note 4 – 72kB Pdf)<\/p>\n
\n(Technical Note 3 – 83kB Pdf)<\/p>\n
\n(Technical Note 2 – 84kB Pdf)<\/p>\n
\n(Technical Note 1 – 267kB Pdf)<\/p>\n<\/a>Papers and Presentations<\/h2>\n
\n(Articolo presentato al 51\u00b0 Convegno Nazionale AIA, Treviso, 04-06 giugno 2025, by Daniele Ponteggia – 350kB Pdf)<\/p>\n
\n(Presentazione al 51\u00b0 Convegno Nazionale AIA, Treviso, 04-06 giugno 2025, by Daniele Ponteggia – 1.21MB Pdf)<\/p>\n
\n<\/a>(Express Paper, 156st AES Convention, June 2024, by Daniele Ponteggia – 904kB Pdf)<\/p>\n
\n(Brief Report, by Daniele Ponteggia \u2013 848kB Pdf)<\/p>\n
\n(E-brief, 151st AES Convention, October 2021, by Daniele Ponteggia – 1.66MB Pdf)<\/p>\n
\n(Paper, 147th AES Convention 16-19 October 2019, by Roberto Magalotti and Daniele Ponteggia – 1.38MB Pdf)<\/p>\n
\n(Paper – by Dr. Joseph\u00a0D\u2019Appolito – 1.05MB Pdf)<\/p>\n
\n(E-brief, 143th AES Convention 18-21 October 2017, by Daniele Ponteggia – 1.15MB Pdf)<\/p>\n
\n(Presentazione al seminario AES Italia 12\/7\/2017, Firenze,\u00a0by Daniele Ponteggia\u00a0– 2.87MB Pdf)<\/p>\n
\n(Series of Papers about the design of a LS3\/5A clone, Audiocostruzione 2011-2012, by M. Bigi, M. Jacchia)
\nPart 1<\/a> (4MB Pdf)
\nPart 2<\/a>\u00a0(5.4 Mb Pdf)
\nPart 3<\/a>\u00a0(6.5 Mb Pdf)
\nPart 4<\/a> (1.9 Mb Pdf)<\/p>\n
\n(Paper – by Dr. Joseph\u00a0D\u2019Appolito – 580KB Pdf)<\/p>\n
\n(E-brief, 137th AES Convention 9-12 October 2014, by Daniele Ponteggia – 318KB Pdf)<\/p>\n
\n(Presentation by M. Bigi, M. Jacchia – 5.70 MB Pdf)<\/p>\n
\n(Presentation – AES Convention 17-20 October 2013 – 1.7MB Pdf)<\/p>\n
\n(Paper, AES Convention 20-23 October 2011, by Joerg Panzer, Salgen, Germany; Daniele Ponteggia, Audiomatica Srl, Firenze, Italy\u00a02.6MB Pdf)<\/p>\n
\n(E-brief, AES Convention 20-23 October 2011, by Daniele Ponteggia – 193KB Pdf)<\/p>\n
\n(Articolo presentato al 38\u00b0 Convegno Nazionale AIA, Rimini, 08-10 giugno 2011 – 566KB Pdf)<\/p>\n
\n(Presentazione al 38\u00b0 Convegno Nazionale AIA, Rimini, 08-10 giugno 2011 – 2.1MB Pdf)<\/p>\n
\n(Articolo presentato al 38\u00b0 Convegno Nazionale AIA, Rimini, 08-10 giugno 2011 – 403KB Pdf)<\/p>\n
\n(Presentazione al 38\u00b0 Convegno Nazionale AIA, Rimini, 08-10 giugno 2011 – 2.7MB Pdf)<\/p>\n
\n(Presentation held at April 2011 ALMA International Europe by D. Ponteggia, M. Bigi, M. Jacchia – 4MB Pdf)<\/p>\n
\n(Presentation – 2.4MB Pdf)<\/p>\n![\"flag_cn_16\"](\"https:\/\/www.audiomatica.com\/wp\/wp-content\/uploads\/flag_cn_16.png\")
\n(Presentation – Chinese Version – 2.4MB Pdf)<\/p>\n
\n(Presentation – ISEAT Nov 2009 – Chinese Version – 5.1MB Pdf)<\/p>\n
\n(Presentation – 5.1MB Pdf)<\/p>\n
\n(Presentation – ISEAT Nov 2009 – Chinese Version – 2.4MB Pdf)<\/p>\n
\n(Presentation – ISEAT Nov 2009 – 1.7MB Pdf)<\/p>\n
\n(Presentation held at Oct 2008 AES Convention by M. Bigi and D. Ponteggia- 1.8MB Pdf)<\/p>\n
\n(Presentation held at Nov 2007 AES Italian Section Annual Meeting by D. Ponteggia and M. Di Cola- 3.3MB Pdf)<\/p>\n
\n(Paper – Nov 2007 AES Italian Section Annual Meeting by D. Ponteggia and M. Di Cola- 1.9MB Pdf)<\/p>\n
\n(Presentation held at Oct 2007 AES Convention by D. Ponteggia and by M. Di Cola- 4.3MB Powerpoint)<\/p>\n
\n(Paper – Oct 2007 AES Convention by D. Ponteggia and by M. Di Cola – 1.9MB Pdf)<\/p>\n
\n(Paper – Nov 2005 Aes Italian Section Annual Meeting by M. Bigi e M. Jacchia – 1.9MB Pdf)<\/p>\n
\n<\/a>(CLIOwin 7 Presentation held at Oct 2004 Aes Convention by M. Di Cola – 3 MB Powerpoint)<\/p>\n
\n<\/a>(Presentation held at Jan 2003 ALMA Meeting by M.Bigi & M.Jacchia – 540kB Powerpoint)<\/p>\n
\n<\/a>(Presentation held at April 1999 ALMA Meeting by Joe D’Appolito – 500kB Pdf)<\/p>\n
\n(A tutorial paper – 270kB Pdf)<\/p>\n<\/a>Miscellanous<\/h2>\n
\n<\/a>(Paper by D. Ponteggia – 600 kB Pdf)<\/p>\n
\n(An authoritative resource with a collection of measured data)<\/p>\n
\n(Paper – 70kB Pdf)<\/p>\n
\n(User’s Manual – 280kB Pdf)<\/p>\n
\n(Paper describing an interesting application of Sofia, Glass Audio 5\/95 – 3.1MB Pdf)<\/p>\n
\n(Series of tutorial papers about the design of a simple loudspeaker, Audio Review 1992)
\nPart 1<\/a>\u00a0(1.3MB Pdf)
\nPart 2<\/a>\u00a0(3.3 MB Pdf)
\nPart 3<\/a>\u00a0(1.4MB Pdf)<\/p>\n
\n(Paper describing low frequency measurement techniques, Audio Review 1993 – 4.5MB Pdf )<\/p>\n
\n(Paper about phase response of microphones, Audio Review 1998 – 1.2MB Pdf )<\/p>\n
\n(Series of papers describing the design of a digital equalizer, Audio Review 1993)
\nPart 1<\/a>\u00a0(2.4MB Pdf )
\nPart 2<\/a>\u00a0(3.6MB Pdf)
\nPart 3<\/a>\u00a0(4MB Pdf)
\nPart 4<\/a>\u00a0(2.8MB Pdf)<\/p>\n