If you have been paying close attention to our Website, or our GitHub, you may have noticed that there have been rumblings of a new Zynq-based board.
For the first time in over three years, we’re going to be bringing new Zynq boards into the marketplace and we couldn’t be more excited! Since our introduction of the Zedboard in 2011 and the introduction of the Zybo after that, the market for Zynq-based technology has only gotten stronger.
To understand this phenomenon, we have to first understand the appeal of the Zynq APSoC technology.
Zynq is an All Programmable System on a Chip, or APSoC. Xilinx usually uses the term “All Programmable” to describe their FPGA technology. One can read the APSoC part of the name as, ‘an FPGA technology system in a single chip.’ So what does the “System” actually mean since FPGA chips are generally used to create custom system chips (or ASIC = Application Specific Integrated Circuits)?
In the case of Zynq It means that there are dedicated processors (two Dual-ARM Cortex A9 processors) inside of the chip as well as FPGA technology. This combination allows users to leverage the best of the Processor world and the FPGA world.
|Examples: Artix 7, Kintex 7 etc.||Examples: Raspberry Pi, Arduino|
Why Zynq for Makers?
Over the past several years, processors have gotten more and more accessible to new audiences. Raspberry Pi’s, Beagle Bone Blacks, Arduinos, chipKITs, LaunchPads, and more have given makers increasing options. Digilent has been a player in the maker market for several years, using our chipKIT processor boards, and last year we released our first Maker-FPGA board called Arty. With both products in the channel, we watched and saw a variety of projects begin to emerge, and this made us think… “could Zynq be a better solution?”
A Zynq board would be perfect for applications that need the signal processing found in high end processor boards, but could use optimized hardware peripherals and accelerators. This would make it more reasonable to implement things like flight path recognition for drones (where the FPGA could be running accelerators for image processing) or internet security hubs (using the Ethernet peripherals with custom protocol additions in the hardware).
Since this board would be targeted at makers and hobbyists, we wanted to follow in the steps of the Arty. This meant that we needed to include Arduino dual row headers and Pmod Connectors to make accessible I/O.
We went through several design iterations and deep consideration of what would truly show off the Zynq chip onboard, such as HDMI in and out (replaced two of the Pmod Ports), adding USB Host (to make it easy to do a keyboard or a mouse), and decreasing the number of switches to make the room for a headphone jack, before the Arty Z7 was finalized!
The Arty Z7 will come in two versions, a Zynq 7010 and a Zynq 7020.
|Arty Z7-10||Arty Z7-20|
|1 MSPS On-chip ADC||Yes||Yes|
|Processor||Dual ARM Cortex A9||Dual ARM Cortex A9|
|Look-up Tables (LUTs)||17,600||53,200|
|Block RAM||270 KB||630 KB|
|Clock Management Tiles||2||4|
|Available Shield I/O||26||49|
The addition of both Arty Z7 boards to the portfolio means that finally the Zybo and the Zedboard will have company!
|Processor||650 MHz Dual Arm Cortex™-A9||650 MHz Dual Arm Cortex™-A9||650 MHz Dual Arm Cortex™-A9||667 MHz Dual Arm Cortex™-A9|
|Block RAM***||270 KB||270 KB||630 KB||630 KB|
|Programming Options||JTAG/Quad-SPI Flash/microSD||JTAG/Quad-SPI Flash/microSD||JTAG/Quad-SPI Flash/SD Card||JTAG/Quad-SPI Flash/SD Card|
|DDR Capacity***||512 MB||512 MB||512 MB||512 MB|
|DDR Speed||1050 MT/s||1050 MT/s||1050 MT/s||1066 MT/s|
|DDR Bus Width||16 bit||32 bit||16 bit||32 bit|
|Quad-SPI Flash***||16 MB||16 MB||16 MB||16 MB|
|Adept SDK Support||No||No||No||No|
|Ethernet||1 (1000 Mbps)||1 (1000 Mbps)||1 (1000 Mbps)||1 (1000 Mbps)|
|HDMI||1 Source, 1 Sink||1 Bidirectional||1 Source, 1 Sink||1 Source|
|VGA||–||16 bit||–||12 bit|
|Audio||Audio Out||Mic In, Audio Out, Line In||Audio Out||Mic In, Audio Out, Line In|
|Other||PWM Audio Output||–||PWM Audio Output||–|
|7 Segment Digits||–||–||–||–|
|LEDs||4 + 2 RGB||5||4 + 2 RGB||9|
|OLED screen||–||–||–||128×32 Monochrome|
|Pmod Total I/O||16 I/O||40 I/O||16 I/O||32 I/O|
|FMC Connectors||–||–||–||1 Low Pin Count|
|FMC Total I/O****||–||–||–||72 I/O|
|FMC Voltages||–||–||–||1.8V, 2.5V, 3.3V|
|Other Expansion||Arduino/chipKIT Shield Connector||–||Arduino/chipKIT Shield Connector||AMS Connector|
|Other Expansion Total I/O||26 I/O (6 analog)*****||–||49 I/O (6 analog)*****||8 I/O|
|Other Expansion Voltages||3.3V||–||3.3V||1.8V, 2.5V, 3.3V|
To find out more details, or to get to know when the Arty Z7 becomes available for sale, keep following us on Social Media!
2 Comments on “Zynq for Makers- Introducing the Arty Z7”
cool but when will it be released and for how much?
I’d suggest you to take a look at new 7000S series parts. Can’t really see where hobbyists could use dual-core CPUs, so going with single core version would help to shave off some of the board’s price (which is going to be fairly high for “hobby-grade” product as Zynq parts are expensive).