XC7Z012S-2CLG485E

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The XC7Z012S-2CLG485E is a highly advanced embedded system-on-chip (SoC) device designed around Xilinx’s 7-Series FPGA architecture. It comes as a single, scalable die providing next-generation levels of performance and flexibility at price points that are unbeatable by similar devices on the market.

Application Field

This XC7Z012S-2CLG485E is suitable for a diverse range of applications such as medical, industrial and automotive, as well as applying to the communications, digital signal processing and multimedia arenas. It was designed to handle extreme temperature and humidity conditions, perfect for use in outdoor and harsh environments. Further, international certifications make the XC7Z012S-2CLG485E rugged and reliable for a variety of different applications. It even meets the Shock and Vibration standards of MIL-STD-810G. Additionally, the XC7Z012S-2CLG485E features advanced safety functions that the provide the added layers of protection for sensitive applications.

The device also includes integrated peripherals such as DMA, Logic Cell Array (LCA), Debug, EQS, SFP Evaluation Kit and an easy-to-use interface for programming the device. It even offers high speed serial connectivity using both multi-gigabit transceivers as well as Universal Serial Bus (USB) type A and B ports. All of these features enable customers to rapidly and affordably design their systems around the XC7Z012S-2CLG485E. The device is also compatible with other development boards within Xilinx’s portfolio, providing a high-value development platform.

Working Principle

Regardless of the application, the XC7Z012S-2CLG485E System-on-Chip (SoC) device uses the same basic principle of operation. The Xilinx 7-Series architecture integrates a configurable logic block with embedded transceivers, memory, and assorted peripheral components on one die. This provides a low cost and scalable solution that can be quickly and easily adapted to different end applications.

The XC7Z012S-2CLG485E was designed to operate in environments that require high speed serial and memory transactions. This is achieved by the use of hardware accelerators, such as the on-chip Xilinx® High Performance Serial Interface (HPSI). This interfaces to the system transceivers, and is used to transfer data between the internal memory blocks and the off chip memory. The transceiver is also used to drive external memory devices, such as Flash memory and RAM. Transceivers are also used to bridge between the logic fabric and the on-board IO.

The device utilizes an advanced, high performance logic fabric to facilitate fast logic operation. The fabric is composed of the Logic Cell Array (LCA) which is an array of basic logic cells interconnected by bidirectional multiplexers. These cells can be configured to perform functions ranging from simple signal control signal control, to more complex Boolean, counter, and arithmetic operations. Additionally, the device includes multiple Xilinx Intellectual Properties (IP) Cores that are also programmed into the logic fabric.

The Xilinx 7-Series architecture also includes a number of advanced debug capabilities. The Integrated Embedded Debug logic can be used to build high speed break points, trace memories, and create real-time system snapshots. Advanced trace support is provided through the DC/DC and ETM trace ports. The ports capture fine grained data and provide an exact system timing map. Additionally, the XC7Z012S-2CLG485E includes advanced tools and support for debug, bring-up, and system validation, making the device easier to setup and debug.

The XC7Z012S-2CLG485E System-on-Chip (SoC) device is a highly advanced, sophisticated system-on-chip device that is perfect for a variety of embedded applications. It integrates a high performance logic fabric, embedded transceivers, memory, and peripheral components into a single, scalable package. The device also includes advanced tools and support for debug, bringing up, and system validation, making the device easier to use. Additionally, the device meets the Shock and Vibration standards of MIL-STD-810G, ensuring the device is suitable for a wide range of applications in both harsh and outdoor environments, making it the ideal choice for any embedded system design.

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