It's not just the FPGA image: it's the code that was used to create that image. With that, you can make modifications to the Propeller 1 chip architecture.
We don't expect most of our customers to do anything with the Verilog code. I imagine there's a small number of developers who will actually use it as intended.
OK I am not really convinced that this could be something of use to me, or other people like me. Didn't I hear somewhere that Parallax is making an FPGA board, and would that be cheaper than the DE0-NANO board?
OK I am not really convinced that this could be something of use to me, or other people like me. Didn't I hear somewhere that Parallax is making an FPGA board, and would that be cheaper than the DE0-NANO board?
Ray
Ray,
Thsi is targeted toward people that are interested in learning Verilog and how to program an FPGA to build a microcontroller. It's especially exciting because it is the Propeller architecture all of us here are familiar with.
The Parallax FPGA board I assume will let you run this but it is a more powerful board targeted people wanting to participate in the Propeller 2 FPGA testing.
OK I am not really convinced that this could be something of use to me, or other people like me. Didn't I hear somewhere that Parallax is making an FPGA board, and would that be cheaper than the DE0-NANO board?
Ray
That is intended for the P2. The board is based on the latest Altera Cyclone V FPGA, and will cost a lot more than the DE0-Nano (Cyclone IV).
I just went to the Parallax store, I did not see any DE0-NANO boards for sale, would I have to go somewhere else to get one, not saying that I am that interested, mind you.
OK I am not really convinced that this could be something of use to me, or other people like me.
Correct, this is more for someone who would likely need a FPGA anyway, (and classes) and it allows them to pull *most of a P1 into the fabric. ie it makes most sense, if you already plan to use the rest of the FPGA for other logic.
* Chip has said the Nano build lacks the character ROM., so it is P1-
Didn't I hear somewhere that Parallax is making an FPGA board, and would that be cheaper than the DE0-NANO board?
That plan will be very much in flux, as they will also want to support P2.
In the mean time, there are a lot of FPGA boards out there already, and the BEMicro CV is $42.03 @ verical.
( no build for that one yet, I'm sure it will come quickly )
Once this beds-in, Parallax could/should go and talk to Xilinx/Lattice/Altera et al about their best prices for eval boards.
The BEMicro is made by Arrow, and obviously they get a hot price on the silicon.
In the eval market, there seem to be many IC vendors keen to 'get the eyeballs' & their logo on boards used by students and developers, so the chip prices are quite elastic.
This is a hypothetical, lets say Parallax is selling the DE0-NANO, or a suitable knockoff, does the board come with the Propeller 1 FPGA image installed? Then all I would have to do is plug in an appropriate USB cable into my computer, start up PropellerIDE, and I could load and run some programs with the DE0-NANO?
This is a hypothetical, lets say Parallax is selling the DE0-NANO, or a suitable knockoff, does the board come with the Propeller 1 FPGA image installed? Then all I would have to do is plug in an appropriate USB cable into my computer, start up PropellerIDE, and I could load and run some programs with the DE0-NANO?
Ray
That's how it could work, but it's really easy to just compile the whole design and load it from Quartus II.
Comments
The thread for this discussion is here: http://forums.parallax.com/showthread.php/156773-Open-Propeller-Project-6-Open-Source-Verilog-for-Propeller-1
Ken Gracey
Ray
Of course.
Again, as the story unfolds on-line everything will be more clear. There is a $89.00 DE0-Nano FPGA board that runs the P1 with 50% to spare.
Ken Gracey
Ray
I really mean it
Ray,
Thsi is targeted toward people that are interested in learning Verilog and how to program an FPGA to build a microcontroller. It's especially exciting because it is the Propeller architecture all of us here are familiar with.
The Parallax FPGA board I assume will let you run this but it is a more powerful board targeted people wanting to participate in the Propeller 2 FPGA testing.
That is intended for the P2. The board is based on the latest Altera Cyclone V FPGA, and will cost a lot more than the DE0-Nano (Cyclone IV).
Ken Gracey
Good to see the German guys coming back to the fun.
Ken Gracey
Ray
http://www.terasic.com.tw/cgi-bin/page/archive.pl?CategoryNo=139&No=593
and Farnell, RS and Digi-Key:
http://uk.farnell.com/terasic-technologies/p0082/ep4ce22f17c6n-de0-nano-dev-kit/dp/2076463?Ntt=DE0-Nano
http://uk.rs-online.com/web/p/programmable-logic-development-kits/7689039/
http://www.digikey.co.uk/product-search/en?x=16&y=19&lang=en&site=uk&KeyWords=DE0-Nano
I bought mine from Digi-Key.
I'll mention it on any that are appropriate.
Correct, this is more for someone who would likely need a FPGA anyway, (and classes) and it allows them to pull *most of a P1 into the fabric. ie it makes most sense, if you already plan to use the rest of the FPGA for other logic.
* Chip has said the Nano build lacks the character ROM., so it is P1-
That plan will be very much in flux, as they will also want to support P2.
In the mean time, there are a lot of FPGA boards out there already, and the BEMicro CV is $42.03 @ verical.
( no build for that one yet, I'm sure it will come quickly )
Once this beds-in, Parallax could/should go and talk to Xilinx/Lattice/Altera et al about their best prices for eval boards.
The BEMicro is made by Arrow, and obviously they get a hot price on the silicon.
In the eval market, there seem to be many IC vendors keen to 'get the eyeballs' & their logo on boards used by students and developers, so the chip prices are quite elastic.
Ray
That's how it could work, but it's really easy to just compile the whole design and load it from Quartus II.
All the official details are there. Thank you!
http://forums.parallax.com/showthread.php/156773-Open-Propeller-Project-6-Open-Source-Verilog-for-Propeller-1