Digilent Offers 2 Zynq-Based Linux Development Boards Supporting SYZYGY Expansion

Digilent Announces SYZYGY high-speed SBCs

Digilent has announced two new SBCs that are ultra-high-speed and built to be more modular than its other boards.  The company, which has a great deal of experience in Pmod lower speed FPGA standards has now entered the open-source, SYZYGY high-speed standards with its Eclypse Z7 and the Genesys ZU  development SBCs.

Background on the Digilent Zybo FPGA SoC SBC

We reported on the Zybo development board FPGA SoC from Digilent and that seems to have lead to the latest format for the Eclypse Z7.

Zmod

There is also a release planned for the new Zmod modules, built to work with both the Eclypse Z7 and the Genesys ZU  as SYZYGY compliant expansion modules.

Opal Kelly and Zmod expansion

The Zmods are Opal Kelly module standard, called SYZYGY, first seen in the Opal Kelly SYZYGY Brain-1 SBC. The standard was developed to jump the gap between Pmod and the more developed VITA 57.1 FMC (FPGA Mezzanine Card) Standard. SYZYGY-compliant modules support higher overall speeds than the Pmod platform, although both the Eclypse Z7 and Genesys ZU support Pmod as well.

Eclypse 27 

Eclypse Z7 supports Linux on Zynq 7020 SoC. The FPGA SoC is designed for streamlining workflow and design flow acceleration. The platform is a Xilinx Zynq-7000 PSoC in an ARM architecture for a Cortex-A9 processor. Expansion is designed through Zmods, through open-source SYZYGY compliant expansion modules. The Digilent Zmod ADC 1410 and the Zmod DAC 1411 are modules designed to work with the Eclypse Z7.

Project Types

The Eclypse Z7 is designed for prototyping and development of projects in such diverse areas as software-defined radio, ultrasound, medical technology and anything a maker can develop in instrumentation applications.

Features:

• • • Zynq 7020 SoC
      • 667 MHz dual-core ARM Cortex-A9 processor
      • 13,300 logic slices
    • 1GB DDR3L with 32-bit bus @ 1866 MHz
    • 2x SYZYGY standard interface connectors for Zmod expansion
      • Standard supports data rates of up to 500 MHz
    • 2x Pmod connectors for Pmod expansion
    • Micro USB port for USBUART and JTAG programming
    • JTAG programming header
    • Programming mode select jumper: JTAG, QSPI, SD
    • Ethernet connector with 10/100/1000 Ethernet PHY
      • MAC address loaded into QSPI flash during manufacturing
    • Micro USB connector for user USB Host/Device/OTG
    • MicroSD card slot
    • Power jack – 12V, up to 5A
    • 2x user RGB LEDs
    • 125 MHz oscillator connected to Zynq PL for PL-only designs
    • 2x user buttons

Genesys ZU

The Genesys ZU is a development SBC designed as a standalone  Zynq Ultrascale+ MPSoC. The intent is to allow the Genesys ZU to provide the ideal entry point for both a cost-effective solution and a powerful multimedia and networking interface.

Inputs

The multiple camera inputs support 4K video. There is 1G/10G Ethernet with a high-memory bandwidth structured in a heavily Linux-based platform. Although there is less information in general on the Genesys ZU there will be two models with the specifications listed below.

Features:

• • • 256 Mbit QSPI Flash memory on-board
    • USB FTDI interface for programming and debugging
    • MicroSD card interface, supporting SDR104 mode
    • Board status and diagnostics using and onboard platform MCU

Models

The Genesys ZU will be available in two variants with different UltraScale+ MPSoC options and additional features for even more flexibility.

Pricing

The pricing will be announced sometime in November for the Ecplyse Z7 and in mid-December for the Genesys ZU, along with the new Zmod ADC and DAC modules.

Further Reseach

The LinuxGizmos article on the Eclypse Z7 and Genesys ZU also contains information that was used in this article.

The product pages for the Eclypse Z7 and the Genesys ZU development boards can also be helpful in outlining the wide variety of development uses and out of the box ability of each board. The wiki for Eclypse Z7 provides more technical details including the schematics and resources to get started with the board.

Stephen Vicinanza

Stephen started writing about technology after publishing sci-fi short stories. His first White-Paper, written in 2008, was well received and inspired him to continue writing about technology. Today he writes in the technology space full time, covering a multitude of topics. During the time he wrote part-time he edited hundreds of titles for large publishers, in science and technology. He lives in Staten Island, with his wife and children.

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