We'd love to hear from you! Here how you can communicate with us.
For most questions, the best way is to use the mailing list. If you do not know how, simply send your message to devel at lists dot milkymist dot org.
-A good means of contact is also the IRC channel #milkymist on Freenode:
-
A good means of contact is also the IRC channel #m-labs on Freenode:
+
We also have a sporadically used Twitter account.
@@ -37,7 +37,7 @@Our devices are open source hardware and software. In fact, we go great lengths to apply the open source principles at every level possible, and are best known for the Milkymist system-on-chip (SoC) which is among the first commercialized system-on-chip designs with free HDL source code. As a result, several Milkymist technologies have even been reused in applications unrelated to video synthesis.
-You can find all the source code and designs for our products on our Github page.
+You can find all the source code and designs for our products on our Github page.
Thank you for reading, and thanks to the many people who made Milkymist One possible - in no particular order:
diff --git a/flickernoise.html b/flickernoise.html index a8281f3..72a3c51 100644 --- a/flickernoise.html +++ b/flickernoise.html @@ -34,16 +34,16 @@Flickernoise is the video synthesis application optimized for the Milkymist One and the Milkymist SoC. It renders hardware-accelerated visual effects comparable (and, to some extent, compatible) with those of MilkDrop 1.x, the popular audio visualization plug-in for Winamp.
Flickernoise allows the creation of visual patches and their connection with all the interfaces that the Milkymist One provides thanks to a built-in graphical user interface. Let the visuals react to sound and MIDI events, connect a camera and create live phantasmagoric images of yourself...
-Flickernoise is covered by the GNU GPL license version 3. The source code is hosted by Github.
+Flickernoise is covered by the GNU GPL license version 3. The source code is hosted by Github.
Flickernoise uses:
Migen is the foundation for the next-generation Milkymist SoC, and is also used in the Rhino software-defined radio platform.
-You can find the Migen source here, released under a permissive license.
+You can find the Migen source here, released under a permissive license.
Documentation
diff --git a/mixxeo.html b/mixxeo.html
index 51730ed..80a9083 100644
--- a/mixxeo.html
+++ b/mixxeo.html
@@ -34,7 +34,7 @@
The Mixxeo is the first open source digital video mixer.
-Built on the MiSoC and Migen technologies that originated from the development experience of the Milkymist One and unlike other mixers, the Mixxeo itself does everything and processes every pixel with our own open source hardware and software. This gives us exceptional control and customization possibilities.
+Built on the MiSoC and Migen technologies that originated from the development experience of the Milkymist One and unlike other mixers, the Mixxeo itself does everything and processes every pixel with our own open source hardware and software. This gives us exceptional control and customization possibilities.
The Mixxeo will support mixing from two DVI or HDMI sources up to 720p60, with crossfade, fade to black and potentially other effects with a latency of less than two frames.
diff --git a/mmsoc.html b/mmsoc.html index 5fbc5a7..8771f34 100644 --- a/mmsoc.html +++ b/mmsoc.html @@ -33,7 +33,7 @@The Milkymist SoC is at the core of our devices, implemented (so far) in a FPGA.
-The Milkymist system-on-chip uses the LatticeMico32 (LM32) core as a general purpose processor. It is a RISC 32-bit big endian CPU without a memory management unit (MMU). It is supported by the GCC compiler and can run RTEMS and uClinux. There is also an experimental back-end for LLVM targeting this microprocessor.
+The Milkymist system-on-chip uses the LatticeMico32 (LM32) core as a general purpose processor. It is a RISC 32-bit big endian CPU without a memory management unit (MMU). It is supported by the GCC compiler and can run RTEMS and uClinux. There is also an experimental back-end for LLVM targeting this microprocessor.
The LM32 microprocessor is assisted by a texture mapping unit and a programmable floating point VLIW coprocessor which are used by the Flickernoise video synthesis software. It is also surrounded by various peripheral cores to support every I/O device of the Milkymist One. The system-on-chip interconnect uses three bridged buses and mixes the Wishbone protocol with two custom protocols used for configuration registers and high performance DMA with the SDRAM.
@@ -41,7 +41,7 @@The QEMU emulator can be used to run and debug Milkymist SoC binaries on another computer.
-The SoC source distribution includes software libraries, the BIOS and the demonstration firmware, as well as test benches, LaTeX source for the documentation, build scripts, etc. The repository is hosted by GitHub and is available here.
+The SoC source distribution includes software libraries, the BIOS and the demonstration firmware, as well as test benches, LaTeX source for the documentation, build scripts, etc. The repository is hosted by GitHub and is available here.
Milkymist SoC is phased out in favor of the more powerful MiSoC.
diff --git a/msc.html b/msc.html index 248317c..6d00ca0 100644 --- a/msc.html +++ b/msc.html @@ -40,9 +40,9 @@This translates to more development productivity, better video resolution and quality, ease of designing complex hardware accelerators, and much more flexibility in hardware designs.
-The repository is hosted by GitHub and is available here.
+The repository is hosted by GitHub and is available here.
-MiSoC supports the Milkymist One and Mixxeo boards, and some other boards are supported by the unofficial ports below.
+MiSoC supports the Milkymist One and Mixxeo boards, and some other boards are supported by the unofficial ports below.
Unofficial ports