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Author Topic: Old/New approach to speaker design?  (Read 9867 times)
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christoffe
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« on: October 14, 2015, 02:19:46 pm »

https://www.youtube.com/watch?v=yC0hjRHCYs0

My question will be: How fast is that system?
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BertD
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« Reply #1 on: October 14, 2015, 03:55:54 pm »

My question will be: How fast is that system?

How fast? What IS fast...?

Bert
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Februari 1st: RDC controlled i7-4785T (set to 800Mhz - fully passive design without any moving parts), 16GB RAM / XXHighEnd 2.04c on 2GB RAMDisk (IMDisk) / Windows 10 Pro 10586.0 X64 on internal 250GB SSD / Music on external NAS / Playback Drive 10GB RAMDisk (IMDisk) / SFS 0.10 / Barbone Industrial Intona > Phasure NOS1a 75B (BNC Out) async USB DAC, Driver v1.0.4b (4ms) > Blaxius BNC interlink > BD-Design BD30-SPR amplifiers > BD-Design Custom Made Sigma loudspeakers.

XX settings basically similar to PeterSt's
christoffe
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« Reply #2 on: October 14, 2015, 03:59:48 pm »

My question will be: How fast is that system?

How fast? What IS fast...?

Bert

http://www.stereophile.com/content/sounds-audio-glossary-glossary-f-h#QX5PsbiqLi5S1iUu.97
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BertD
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« Reply #3 on: October 14, 2015, 04:11:38 pm »

Using that idea in mind then it will be slow in terms of digital responsiveness (all is DSP with common digital delay) but for the rest it will behave like any loudspeaker using the same drivers.

Not sure how well the DSP and amplification perform though...

The idea is pretty good, much better than trying to DSP a speaker in a room at the listening position. Still I prefer the one seat speaker like my latest design which is average evenly narrow at most important frequencies... and, no need to DSP the midrange as a bonus!

But you probably are suggesting other issues as well which is not my territory. ;-)

Bert
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Februari 1st: RDC controlled i7-4785T (set to 800Mhz - fully passive design without any moving parts), 16GB RAM / XXHighEnd 2.04c on 2GB RAMDisk (IMDisk) / Windows 10 Pro 10586.0 X64 on internal 250GB SSD / Music on external NAS / Playback Drive 10GB RAMDisk (IMDisk) / SFS 0.10 / Barbone Industrial Intona > Phasure NOS1a 75B (BNC Out) async USB DAC, Driver v1.0.4b (4ms) > Blaxius BNC interlink > BD-Design BD30-SPR amplifiers > BD-Design Custom Made Sigma loudspeakers.

XX settings basically similar to PeterSt's
christoffe
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« Reply #4 on: October 14, 2015, 04:23:47 pm »

Using that idea in mind then it will be slow in terms of digital responsiveness (all is DSP with common digital delay)

Not sure how well the DSP and amplification perform though...

Bert

Hi,

That's the big question!

On my system, as shown with a sample in the film, the room image (depth) is very poor. The musicians are playing in a small "band" behind the speakers. Moving the speakers appr. 2m away from the back wall will improve the room image, but that is impossible here.
B & O controls the angle of radiation/**intensity** with "counterwaves" at certain frequencies as shown. Would be interesting to listen to their idea.

Joachim
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PeterSt
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« Reply #5 on: October 24, 2015, 10:42:34 am »

Joachim,

With this principle it will be impossible to "create" a larger (more deep) room than you have. Thus, sound will never go beyond the wall's boundaries. There are no tricks applied here and all is just acoustical (reflections).

Although I never heard it, I think people say that a (DSP) system like Lyngdorf has it, can go beyond walls. But the same people claim headaches and other anomalies coming from that (just getting literally sick of it).
You can't fool nature (physics) I guess.

Something else is that I am pretty sure that a system which relies heavily on reflections (like this Beolab 90 does) will sound heavily messy.

Thank you - it was a nice watch with my Saturday morning coffee. Happy
Peter
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For the Stealth III LPS PC :
W10-14393.0 - July 17, 2021 (2.11)
XXHighEnd Mach III Stealth LPS PC -> Xeon Scalable 14/28 core with Hyperthreading On (set to 14/28 cores in BIOS and set to 10/20 cores via Boot Menu) @~660MHz, 48GB, Windows 10 Pro 64 bit build 14393.0 from RAM, music on LAN / Engine#4 Adaptive Mode / Q1/-/3/4/5 = 14/-/0/0/*1*/ Q1Factor = *4* / Dev.Buffer = 4096 / ClockRes = *10ms* / Memory = Straight Contiguous / Include Garbage Collect / SFS = *10.13*  (max 10.13) / not Invert / Phase Alignment Off / Playerprio = Low / ThreadPrio = Realtime / Scheme = Core 3-5 / Not Switch Processors during Playback = Off/ Playback Drive none (see OS from RAM) / UnAttended (Just Start) / Always Copy to XX Drive (see OS from RAM) / Stop Desktop, Remaining, WASAPI and W10 services / Use Remote Desktop / Keep LAN - Not Persist / WallPaper On / OSD Off (!) / Running Time Off / Minimize OS / XTweaks : Balanced Load = *62* / Nervous Rate = *1* / Cool when Idle = n.a / Provide Stable Power = 1 / Utilize Cores always = 1 / Time Performance Index = Optimal / Time Stability = Stable / Custom Filtering *Low* (16x) / Always Clear Proxy before Playback = On -> USB3 from MoBo -> Lush^3
A: W-Y-R-G, B: *W-G* USB 1m00 -> Phisolator 24/768 Phasure NOS1a/G3 75B (BNC Out) async USB DAC, Driver v1.0.4b (16ms) -> B'ASS Current Amplifier -> Blaxius*^2.5* A:B-G, B:B-G Interlink -> Orelo MKII Active Open Baffle Horn Speakers. ET^2 Ethernet from Mach III to Music Server PC (RDC Control).
Removed Switching Supplies from everywhere (also from the PC).

For a general PC :
W10-10586.0 - May 2016 (2.05+)
*XXHighEnd PC -> I7 3930k with Hyperthreading On (12 cores)* @~500MHz, 16GB, Windows 10 Pro 64 bit build 10586.0 from RAM, music on LAN / Engine#4 Adaptive Mode / Q1/-/3/4/5 = 14/-/1/1/1 / Q1Factor = 1 / Dev.Buffer = 4096 / ClockRes = 1ms / Memory = Straight Contiguous / Include Garbage Collect / SFS = 0.10  (max 60) / not Invert / Phase Alignment Off / Playerprio = Low / ThreadPrio = Realtime / Scheme = Core 3-5 / Not Switch Processors during Playback = Off/ Playback Drive none (see OS from RAM) / UnAttended (Just Start) / Always Copy to XX Drive (see OS from RAM) / All Services Off / Keep LAN - Not Persist / WallPaper On / OSD On / Running Time Off / Minimize OS / XTweaks : Balanced Load = *43* / Nervous Rate = 1 / Cool when Idle = 1 / Provide Stable Power = 1 / Utilize Cores always = 1 / Time Performance Index = *Optimal* / Time Stability = *Stable* / Custom Filter *Low* 705600 / -> USB3 *from MoBo* -> Clairixa USB 15cm -> Intona Isolator -> Clairixa USB 1m80 -> 24/768 Phasure NOS1a 75B (BNC Out) async USB DAC, Driver v1.0.4b (4ms) -> Blaxius BNC interlink *-> B'ASS Current Amplifier /w Level4 -> Blaxius Interlink* -> Orelo MKII Active Open Baffle Horn Speakers.
Removed Switching Supplies from everywhere.

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