If they can get this all done for $150, that's pretty awesome. Depending on what the final project actually looks like, I'll probably buy one.
So you are saying: Quad-core 1.8 GHZ ARM, Spartan 6 and (Arduino) ATmega328
Is possible to use it with standard tools from Xilinx ?
So you are saying: Quad-core 1.8 GHZ ARM, Spartan 6 and (Arduino) ATmega328
Is possible to use it with standard tools from Xilinx ?
I wondered that, do you think they'll just give you some really weird programming tool that somehow utilizes all of them? This is a weird concept, but a very interesting one
They have "premium software pack" for 30$. Arduino IDE is c**p and using something similar for FPGA will be hell. But why use ATmega anyway, when you have ARM ??
They write that they give us JTAG pins, but you will need debugger.
Just an SPI link between SoC and FPGA seems a pretty serious and unnecessary limitation.
Really can't see the point of the ATMega on there.
I don't think I really understand this dev board to be honest. Is it just an integrated version of all the different types of dev board out there? Or is it just supposed to be for projects involving all types of device linked together?
I was wondering why they needed $200K for this, then I saw they need software developers.
I was wondering why they needed $200K for this, then I saw they need software developers.
Heck.. they want to hire product-liability lawyers...
<shiver>
I'm really struggling to see why you'd want this combination of things on one board - it's rarely going to be a good fit compared to using more dedicated boards for the bits you need. There are plenty of different, cheap boards for all the 3 major functions, so why would you not just choose the best fit from these?
I'm really struggling to see why you'd want this combination of things on one board - it's rarely going to be a good fit compared to using more dedicated boards for the bits you need. There are plenty of different, cheap boards for all the 3 major functions, so why would you not just choose the best fit from these?
The FPGA bit is drawing me in, I've been struggling to find an affordable, good dev board for FGPAs.
I'm really struggling to see why you'd want this combination of things on one board - it's rarely going to be a good fit compared to using more dedicated boards for the bits you need. There are plenty of different, cheap boards for all the 3 major functions, so why would you not just choose the best fit from these?
The FPGA bit is drawing me in, I've been struggling to find an affordable, good dev board for FGPAs.
You can't have been looking very hard - there are hundreds of FPGA boards out there covering pretty much all price ranges and feature sets
I'm really struggling to see why you'd want this combination of things on one board - it's rarely going to be a good fit compared to using more dedicated boards for the bits you need. There are plenty of different, cheap boards for all the 3 major functions, so why would you not just choose the best fit from these?
The FPGA bit is drawing me in, I've been struggling to find an affordable, good dev board for FGPAs.
You can't have been looking very hard - there are hundreds of FPGA boards out there covering pretty much all price ranges and feature sets
I have, honest
Is there anything you could recommend for a beginner to FGPAs? In maybe the sub £100 range?
Not too long ago people had PDAs and regular old cell/mobile phones, then one day Steve Jobs combined the two and gave us the iPhone. I think this is a great idea. As long as all the parts communicate well together (FPGA with ARM processor and/or Arduino) it should cover all the basics and bases.
Will
Mojo V3 is a nice fpga board for ~70 euro
I'm really struggling to see why you'd want this combination of things on one board - it's rarely going to be a good fit compared to using more dedicated boards for the bits you need. There are plenty of different, cheap boards for all the 3 major functions, so why would you not just choose the best fit from these?
Some students at the university in Chemnitz: "smoked sausage with mustard tastes good!" other students nod in agreement, "ya real good". "pickles taste good", "ya real good". "Chocolate cake tastes good", "ya real good". "So lets bake a cake with all that stuff, - YUM!".
Notice how all the parts are connected, it is just a low bandwidth assemblage of chips. Oh and that ARM is a rockchip - I thought those weren't well documented. Not for standard Linux distribution purposes anyway, so you are stuck with Andriod configured by chinese engineers. Good luck with that as sponge-bob square pants would say.
What is missing these days is an old fashioned standard bus interconnect system/card cage, where the user can add more or less independent single purpose cards. Rather than these all in one wonder cards or some limited mezzanine-shield expansion elements that cover up the main board. Those rhombus technology eoma peeps were sort of going in the right direction but they are too slow and clueless in actual execution of the concept.
It seems like the only purpose is to not have three different dev boards that are all better individually than the sum total on a single board.
That use case doesn't seem to be very convincing.
Really can't see the point of the ATMega on there.
It's to lure in the 'tArduino crowd. They are happy to spend lots of money on stuff they don't really know how to use.
It's a generic chinese ARM SoC board with a tiny QFP minimum size spartan-6 hanging off it. (6 series = you must use ISE webpack)
If there isn't a high bandwidth link between the two (as there should be) the devs are truly hopeless.
Just get a beaglebone black and stick one of various fpga boards (capes?) on it and you'll come out ahead both in price and actual usefulness.
If you want a beginner FPGA board you couldn't do much worse. (did they even bother putting a ftdi xilinx platform cable on it? doubt it, which means you'll need to spend $50 on such a cable)
Really can't see the point of the ATMega on there.
It's to lure in the 'tArduino crowd. They are happy to spend lots of money on stuff they don't really know how to use.
yes that's all it is.
It's a generic chinese ARM SoC board with a tiny QFP minimum size spartan-6 hanging off it. (6 series = you must use ISE webpack)
If there isn't a high bandwidth link between the two (as there should be) the devs are truly hopeless.
Judging by the block diagram there's only an SPI link. Primarily for SPI config, and then as an afterthought maybe possibly some communication after the configuration phase is complete. Because who needs bandwidth anyways? Oh wait, I do. And lots of other people. Well, guess we won't be backing this one then.
Just get a beaglebone black and stick one of various fpga boards (capes?) on it and you'll come out ahead both in price and actual usefulness.
No kidding. Cheaper, higher bandwidth interconnect, and oh yeah you can buy it now.
If you want a beginner FPGA board you couldn't do much worse. (did they even bother putting a ftdi xilinx platform cable on it? doubt it, which means you'll need to spend $50 on such a cable)
Of course not. Surely spi config is sufficient during development? Chipscope or some actual debugging? Pfffrt.
It's to lure in the 'tArduino crowd. They are happy to spend lots of money on stuff they don't really know how to use.
yes that's all it is.
*grin* That is
exactly how I read that <plonk_in_avr> as well. At least there the lack of "high" speed integration doesn't matter so much.. But they couldn't find an Arm SoC with DMA capable GPIO so you can at least connect that to a fifo in the fpga? This spi link is just silly.
This board could have been so much better if:
- The FPGA was a serious beast, with onboard S(D)RAM
- The FPGA had a serious interconnection between MCU and SoC
- The SoC actually had some
useful real-world interfaces. USB hub makes PCs, I want to see half a dozen serial ports, RS485 ports or even CAN bus.
They could easily target industrial applications if they have just added 2 or 4 RS232 ports and LVDS video.
- The MCU to be actually useful. ATMEGA328P is a joke compared to the rest.
Plop a STM32F407 or LPC1700/1800(Mbed?) on there. What they target is a ADC to UART chip, and do
everything else on the SoC.
Oh and, what's up with the sound of the promo video? I can't hear it, even with sound at 100% on this laptop machine
"Funding for this project was canceled by the project creator about 5 hours ago."
Oh well...
"Funding for this project was canceled by the project creator about 5 hours ago."
Oh well...
Maybe they came to their senses.