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General| Brand | Enclustra |
|---|---|
| Model | Mercury ZX1 |
| Category | Control Unit |
| Language | English |
Provides general details about the Mercury ZX1 SoC module, including introduction, warranty, and safety.
Lists the main features and technical specifications of the Mercury ZX1 SoC module.
Details the items delivered with the module and available accessories.
Specifies the compatible Xilinx software tools for development with the module.
Visual representation of the Mercury ZX1 SoC module's internal hardware architecture.
Explains the product code structure and standard module configurations.
Provides physical dimensions and mounting hole information for base board integration.
Information on the Hirose FX10 connectors used for module-base board interfacing.
Details on the available user input/output banks, pin naming, and exceptions.
Technical specifications for the high-speed serial transceivers.
Describes the module's power input, generated voltages, and control signals.
Details on the DDR3 SDRAM connected to the Processing System.
Information on the Quad SPI flash memory for booting and data storage.
Details regarding the NAND flash memory for booting and data storage.
Information on the 10/100/1000 Mbit Gigabit Ethernet PHY.
Details about the two 10/100 Mbit Fast Ethernet PHYs.
Information on the integrated USB 2.0 PHY for host, device, and OTG operations.
Description of the on-board RTC, including its SRAM and temperature sensor.
Details on the secure EEPROM used for storing module type and serial number.
Describes signals for SoC configuration prior to FPGA logic use.
Explains how to select boot modes using module connector signals.
Instructions for configuring the module to boot from QSPI flash.
Details on the requirements and procedure for booting from an SD card.
Information on configuring the module to boot from NAND flash.
Lists the I2C addresses assigned to devices on the bus.
Details the structure and content of the secure EEPROM memory.
Specifies the extreme electrical and environmental limits for safe operation.
Defines the optimal conditions for reliable module performance.
Provides instructions for ordering the Mercury ZX1 SoC module.
Guides users on how to access technical support and online resources.
