XC7Z010 Datasheet, Price, PDF

Explore the XC7Z010 Reference Manual for comprehensive technical insights, including pinout and schematic details, enabling efficient project execution. Compare the XC7Z010's capabilities with the Zynq XC7Z020, and discover its role in Antminer control boards. Find information on pricing and packaging to optimize your design choices.

Brands: AMD / Xilinx

Download: -

Price: inquiry

In Stock: 28373

L1 Cache Data Memory: 2 x 32 kB

Number of Logic Elements: 28000 LE

Adaptive Logic Modules - ALMs: 4400 ALM

Package: -

FREE delivery for orders over HK$250.00

Quick response, quick quotaton

Flash shipment,no worries after sales

Original channel,guarantee of the authentic products

Key Features of the XC7Z010 FPGA

The XC7Z010 is a compact, powerful FPGA from Xilinx’s Zynq-7000 series, designed for embedded systems and high-performance applications. It features a dual-core ARM Cortex-A9 processor, integrated with programmable logic, allowing you to run software alongside hardware acceleration for a wide range of applications. With a 28nm process, the XC7Z010 offers low power consumption and high performance, making it suitable for everything from automotive and industrial control systems to IoT devices. The FPGA part provides customizable logic, offering the flexibility to implement complex digital circuits, while the ARM cores handle software tasks, making it a versatile choice for embedded designs. With its rich set of peripherals, including high-speed I/O, memory interfaces, and connectivity options, the XC7Z010 is a go-to solution for applications that require both programmable logic and processor-based systems.

XC7Z010 Pinout

Pin	Label	Description
1	VCCINT	Core voltage input pin, typically 1.0V.
2	GND	Ground pin, connected to the system ground.
3	MIO0 – MIO53	Multi-use I/O pins, programmable for various digital functions.
4	VCCO	I/O voltage supply pin, typically 3.3V.
5	PS_MIO	Power supply pins for ARM processor system.
6	INIT_B	Initialization pin, used for configuring the FPGA.
7	DONE	Indicates when the FPGA configuration is complete.
8	GTP_RX+/RX-	Differential input pins for high-speed serial communication.
9	GTP_TX+/TX-	Differential output pins for high-speed serial communication.
10	REF_CLK	Reference clock input pin for synchronization.
11	TDI	Test Data In, used for boundary scan operations.
12	TDO	Test Data Out, used for boundary scan operations.

Using the XC7Z010 Pinout

The XC7Z010 has several important pins used for both power supply and digital communication. The VCCINT (Pin 1) provides power to the core logic, while the VCCO (Pin 4) powers the I/O pins. The MIO0 – MIO53 pins are multi-purpose I/O pins that can be configured for various functions like GPIO, communication protocols (I2C, SPI, UART), and more. The PS_MIO pins are dedicated to the ARM processor power and configuration. The INIT_B and DONE pins help with the configuration process of the FPGA. GTP_RX+/RX- and GTP_TX+/TX- pins are used for high-speed serial communication. Finally, the TDI and TDO pins are used for boundary scan and testing the FPGA. Proper power and grounding connections, along with ensuring proper I/O voltage levels, are essential for stable operation.

XC7Z010 Equivalent Models

Here’s a comparison of equivalent FPGAs with similar packaging and features:

Model	Logic Cells	ARM Cores	I/O Pins	Clock Speed	Package Type	Key Features
XC7Z010	28K	Dual Cortex-A9	53	667 MHz	144-ball FBGAs	Integrated ARM processor, low power, high flexibility
XC7Z020	85K	Dual Cortex-A9	100	667 MHz	208-ball FBGAs	Higher logic capacity, same ARM cores and speed
XC7Z030	160K	Dual Cortex-A9	200	667 MHz	484-ball FBGAs	Larger FPGA size, more I/O and processing power
Lattice ECP5	30K	–	53	550 MHz	256-ball FBGAs	Lower cost, alternative for designs without ARM cores

Substitution Tips

When replacing the XC7Z010, pay attention to key parameters such as logic cells, ARM cores, and I/O pin count. The XC7Z020 offers more logic cells and I/O pins but maintains the same performance and ARM Cortex-A9 cores, making it a good upgrade for designs requiring more processing power. If you need a much larger FPGA, the XC7Z030 provides significantly more logic resources and I/O, ideal for complex applications. On the other hand, the Lattice ECP5 offers an alternative if you don’t need ARM cores, with a more cost-effective solution but lower clock speeds and fewer logic resources. Always check for compatibility in terms of package type and power supply to ensure smooth integration.

XC7Z010 Project

The XC7Z010 is an excellent choice for building custom FPGA-based projects, especially those that require both programmable logic and a processing unit. With its dual Cortex-A9 cores and 28K logic cells, it’s perfect for embedded systems, robotics, and IoT applications. For a project, you can use the XC7Z010 to handle real-time data processing while the ARM cores run the software, offering a seamless combination of hardware acceleration and software control. Whether you’re working on a sensor interface, motor control system, or high-speed communication, the XC7Z010 can handle it all, with the added benefit of low power consumption. It’s an ideal choice for anyone looking to build a reliable and scalable solution with high flexibility.

XC7Z010 Circuit Diagram and Analysis

The XC7Z010 is a compact yet powerful FPGA from Xilinx’s Zynq-7000 series, integrating a dual-core ARM Cortex-A9 processor with programmable logic. This integration allows for efficient handling of complex tasks, making it ideal for embedded systems, robotics, and IoT applications.

Circuit Overview

In a typical application, the XC7Z010 is connected to various peripherals and components to form a complete system. The processor system (PS) interfaces with memory modules like DDR3 SDRAM, flash storage, and external peripherals through high-speed I/O interfaces. The programmable logic (PL) section can be configured to handle specific tasks such as signal processing, communication protocols, or custom logic operations.

Key Components and Connections

Power Supply: The XC7Z010 requires multiple voltage rails, including 1.0V for the core, 3.3V for I/O, and 1.8V for auxiliary components.
Memory Interfaces: Connections to DDR3 SDRAM and flash storage are established through dedicated memory interfaces, ensuring high-speed data access.
Communication Ports: Standard communication protocols such as UART, SPI, and I2C are supported, allowing for flexible connectivity with other devices.
JTAG Interface: The JTAG interface is used for programming and debugging the FPGA, providing a means to load configurations and troubleshoot the system.

Circuit Analysis

The integration of the ARM Cortex-A9 processor with programmable logic in the XC7Z010 allows for a heterogeneous computing environment. The processor handles general-purpose tasks and high-level control, while the programmable logic accelerates specific functions, leading to improved overall system performance. This architecture is particularly beneficial in applications requiring real-time processing, such as video processing, motor control, and sensor data acquisition.

Proper power management is crucial for the stable operation of the XC7Z010. Decoupling capacitors are placed close to power pins to filter noise and ensure clean power delivery. Additionally, careful PCB layout is necessary to minimize signal integrity issues and ensure reliable high-speed data transmission between components.

For detailed information and resources related to the XC7Z010, including datasheets, reference designs, and development tools, you can visit the official Xilinx website or consult the provided documentation.