8-bit soundfont.Help us by donating!
Breadcrumb.Any 8-bit soundfonts out there?
Jul 29, · 8bitSF (The Nes Soundfont) by TheEighthBit. Uploaded on Jul 29, (and last updated on Mar 26, ). Apr 17, · This Soundfont is a fixed version of Micasddsa’s Jummbox Soundfont. I, stgiga, fixed the pitch and mappings, and also added Zandro Reveille’s OPL3 drums (TheFatMan is part of the equation, including OPL2 booster drums too) (also William B. Santos’s YM and Piconica (free basic waveform synth tool of sorts) drums were used to boost the range again, resulting in a drum range of . Jul 06, · Any 8-bit soundfonts out there? «Reply #6 on: May 30, , » This is the site with complete GM SF2 banks used to emulate certain environments, like .
8-bit soundfont.8bitSF ( The Nes Soundfont ) | Musical Artifacts
Apr 19, · This is a soundfont for replicating NES Famitracker music with multiple expansion chips enabled as a retro replacement for the bog-standard GM/GS default bank. It’s made from only free samples from various banks, in addition to several custom samples. It supports GM and GS with XG SFX and Drums. Many programs were used. Apr 17, · This Soundfont is a fixed version of Micasddsa’s Jummbox Soundfont. I, stgiga, fixed the pitch and mappings, and also added Zandro Reveille’s OPL3 drums (TheFatMan is part of the equation, including OPL2 booster drums too) (also William B. Santos’s YM and Piconica (free basic waveform synth tool of sorts) drums were used to boost the range again, resulting in a drum range of . Aug 27, · 8-Bits soundfont add Catherine Clavel-Ouellette • Aug 27, – I think it would be a nice add to the already amazing experience I have with musescore.
Soundfonts (SF2) for chipmusic, chiptune and retro games
8bit .sf2 | Musical Artifacts
Woolyss – Chipmusic > Soundfonts for chipmusic, chiptune and retro games
Intel has developed a silicon-based laser
In today’s issue of Nature, Intel has published the results of its five-year laboratory research to create a silicon-based laser. The technology is under development, and its commercialization is not expected until the end of the decade, but the results obtained give hope for success.
Silicon is not only the cheapest and most widespread element, it is the basis of the entire existing microelectronic industry, and work on integrating its semiconductor properties with the ability to emit light has been going on for a long time.
Currently, diode lasers are based on GaAs, InP, LiNb and some other also expensive and rare materials. In principle, the new technology is not aimed at replacing diode lasers, since.to. silicon has so far been forced to emit light in the infrared range, in which it is optically transparent.
The laser is produced according to the classical CMOS technology by the photolithography method, while the fiber is applied to the electron-depleted surface using the SOI technology using boron and phosphorus.
Technically the device is called a “Raman laser” of continuous radiation. When creating it, a very difficult problem had to be solved, known as “two-photon absorption”, which led to the quenching of the light beam as a result of the absorption of photons by electrons. It was solved by evacuating electrons from the region of light transmission by creating a potential difference.
The application of the new technology is seen in the field of creating communication lasers with the aim of replacing the copper connections of chips with fiber optic. This is one of the most cherished peaks that the microelectronic industry wants to conquer – to make everything completely from silicon and to speed up communication between chips.
Also, the new technology is positioned in traditionally rich areas: medicine, where lasers have been successfully used for a long time and military affairs, to protect against missiles with thermally guided warheads.