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Hugh Neal’s top 10 tips for Dolby Atmos mixing

Music Hackspace tutor Hugh Neal has 20 years of industry experience, having mixed at top London studios such as Abbey Road and Metropolis, working with renowned artists like James and Paul McCartney.

The post Hugh Neal’s top 10 tips for Dolby Atmos mixing appeared first on Music Hackspace.

Music Hackspace
Posted at 2024-08-18 12:30:14 | Electronics | read on

Виниловый звук. Доработка проигрывателя, сборка лампового усилителя-корректора


Отправная точка — преобразование аналогового сигнала (звук) в цифровой, неизбежно приводит к потерям и искажениям, тем более что конечный результат стараются тем или иным способом сделать покомпактнее. Обратный процесс тоже ничего хорошего не добавит. Трагично и поучительно, что и сегодня, для «звуковоспроизведения высокой верности» наиболее близким к оригиналу массовым способом сохранения звукозаписи, как и при царе Горохе, остаётся грампластинка. Читать дальше →

[BabayMazay] Сергей
Posted at 2024-08-16 09:00:16 | Electronics | read on

Reverse engineering the 59-pound printer onboard the Space Shuttle

https://invidious.privacyredirect.com/watch?v=1SjtmePBZjo

The Space Shuttle contained a bulky printer so the astronauts could receive procedures, mission plans, weather reports, crew activity plans, and other documents. Needed for the first Shuttle launch in 1981, this printer was designed in just 7 months, built around an Army communications terminal. Unlike modern printers, the Shuttle's printer contains a spinning metal drum with raised characters, allowing it to rapidly print a line at a time.

The Space Shuttle's Interim Teleprinter. The horizontal rails allowed it to be mounted in a Space Shuttle stowage locker. Click this image (or any other) for a larger version.

This printer is known as the Space...

Ken Shirriff's blog
Posted at 2024-08-03 03:46:00 | Electronics | read on

Light comms on the 003


[Hardware] Tiny terrahertz transmissions

mitxela.com
Posted at 2024-07-31 18:46:55 | Electronics | read on

BML FPGA Design Tutorial Part-13ofN


FIFOs ( First-In, First-Out )

2024.07.21 : I’m BSEE Kevin Hubbard from Seattle, WA. Starting in 1995 with a 0.35µm (350nm) Xilinx 4036XL, I’ve spent the majority of my 30+ year career designing digital logic chips ( ASICs and FPGAs ) for embedded systems. It’s been amazing watching Moore’s Law enable FPGAs to become more and more powerful over the decades. In many industries they’ve overtaken ASICs for signal processing. It’s been a challenging career for sure and I’ve learned a lot. I’m giving back now in writing this “Getting started with FPGAs” series which starts here. It’s a memoir of...

Black Mesa Labs
Posted at 2024-07-21 22:33:38 | Electronics | read on

Portable Probability Panel


[Misc] Laser-cut Galton board

mitxela.com
Posted at 2024-07-20 15:51:46 | Electronics | read on

BML FPGA Design Tutorial Part-12ofN

RAMs and ROMs

2024.07.14 : I’m Kevin Hubbard, Electrical Engineer with a BSEE from University of Washington. Since early 1990s, 30+ years now, I’ve been been designing digital logic circuits for ASICs and FPGAs. I really love this job. It’s like building LEGOs but pushing electrons around instead of stacking colored plastic blocks together. In this series ( which starts here ) I hope to both educate and inspire others to pursue a rewarding career in digital logic design. If you want to pursue a career in LEGO building – that’s super cool too. I wish you prosperity.

I’ve done both, designed...

Black Mesa Labs
Posted at 2024-07-14 23:25:35 | Electronics | read on

Вам подороже или побольше? Мониторинг воздуха: от элитных приборов до потребительских датчиков

Эта статья должна была быть о нашем исследовании данных между датчиком Nebo и эталонными датчиками мониторинга воздуха, проведённом при помощи доктора технических наук Ахим Диттлер. Однако ...

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[iamshpeht] Igor Speсht
Posted at 2024-07-09 06:28:00 | Electronics | read on

BML FPGA Design Tutorial Part-11ofN

IO Banks
2024.07.07 : I’m Kevin Hubbard, Electrical Engineer. My EE specialty for 30+ years now has been designing digital logic circuits for ASICs and FPGAs. It has been a technically challenging and oftentimes fun (think LEGOs for grownups) career for me. In this series ( which starts here ) I hope to educate and inspire others to pursue a rewarding career in digital logic design.

In Part-10 I discussed FPGA floorplanning and explained how it differs so greatly from ASIC floorplanning. In Part-11, I will explain the wonders and mysteries of FPGA IO Banks. To fully understand why they are the...

Black Mesa Labs
Posted at 2024-07-08 03:36:25 | Electronics | read on

Cynthion is at Mouser

Note: This is a crosspost of a Cynthion update on Crowd Supply: https://www.crowdsupply.com/great-scott-gadgets/cynthion/updates/cynthion-is-at-mouser

An 885 lb / 401.43 kg shipment of thousands of Cynthions has been received by Mouser (who will fulfill Cynthion orders for Crowd Supply)! We expect the Cynthions to start shipping to backers around the 5th of July. You will receive a notice when your Cynthion has shipped.

While you wait for your shipping notice and for your device to arrive, take a moment to read the Cynthion documentation. Cynthion does not ship with USB cables, so take a look at the connection diagrams in this documentation for different...

Great Scott Gadgets
Posted at 2024-07-02 12:00:00 | Electronics | read on
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Однажды китайский ученый Ли Хунь Янь обнаружил некоторую незначительную, однако, существенно отличающуюся от фона корреляцию между количеством псилоцибина потребляемого корфуцианскими медузами и характером передвижения оных по стенкам четырехсотлитровго шарообразного аквариума, установленного в лаборатории по случаю празднования сто второго полугодичного затмения от начала новой эры Сингулярного Прорыва. Недолго думая, Ли Хунь Янь приделал к щупальцам медуз источники излучения в видимом диапазоне но с разной длинной волны, заснял весь процесс шестью камерами с 48 часовой выдержкой, симметрично расставив последние вокруг сосуда, где резвились подопытные и через неделю собрал прелюбопытнейший материал, который, в свою очередь, лег в основу фундаментального труда, ныне известного, как теория полутретичных n-многообразий простой метрики Ли Хунь Янь, с которой (с некоторыми упрощениями и оговорками) я, по мере сил, постараюсь познакомить любопытного и пытливого читателя.

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