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Puzhi

FPGA Core Board XC7Z010 ZYNQ7000 ZYNQ7010 ARM Cortex-A9 DDR3 512MB EMMC 4GB

FPGA Core Board XC7Z010 ZYNQ7000 ZYNQ7010 ARM Cortex-A9 DDR3 512MB EMMC 4GB

Regular price $139.99 USD
Regular price Sale price $139.99 USD
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Puzhi PZ7010-SOM is an industrial-grade system-on-module (SoM) built around the XC7Z010-2CLG400I FPGA. It provides 28K logic cells, 80 DSP slices, 2.1Mb block RAM with 512MB DDR3/DDR memory. Rated Industrial Grade(-40°C~+85°C).

Typical use cases: Image Processing, Power Monitoring, Medical Equipment, Machine Vi. Supplied by Ai-Paipai with local engineering support, SDK / image pre-flashing and OEM / ODM options; ships worldwide.

Specifications

BLOCK RAM 2.1Mb
Brand Puzhi
Chip Level Industrial Grade (-40°C~+85°C)
Core ZYNQ Core Board
Core Board Form Factors 2.40 inch x 2.40 inch (61mm x 61mm)
DDR3 512MB
DSP Slices 80
FPGA Chip XC7Z010-2CLG400I
Gigabit Ethernet Chip 1
Item Length 2.4in
Item Width 1.77in
Logic Cells 28K
MPN PZ7010-SOM
Program Memory Type Flash
QSPI FLASH 128Mb
Series ZYNQ core board, dual-core ARM Cortex-A9
Slices 80
Speed Grade 2
Start-up Mode JTAG/QSPI/SD, On-board DIP Switch Selection
Supported Device Image Processing, Power Monitoring, Medical Equipment, Machine Vi
Type FPGA Core Board
User LEDs 2

Product Details

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What is the benefits of stamp hole design in ZYNQ 7010 Core Board?

1. Efficient production and assembly

The small-sized stamp holes enable multiple small-sized PCBs to be assembled onto the substrate for mass production. They can be easily separated by simply snapping or cutting, significantly enhancing production efficiency and reducing costs.

2.Modular design is flexible

In high-density PCB design, the small-sized stamp holes allow for the quick assembly and disassembly of independent modules (such as sensors, power management, etc.), facilitating maintenance and upgrades.

3.Stress dispersion and reliability

The circular or elliptical hole design of stamps can avoid stress concentration during plating, reduce the risk of damage to circuits and components during plating, and improve the flatness of the edge of the board.

4 Electrical performance guarantee

The small-sized stamp holes are designed with a reasonable spacing (usually 1.5-3mm), which not only ensures the stability of current transmission but also prevents solder short circuits or poor component contact. It is suitable for high-precision circuit connections. Remarks: Small-sized circuit board stamping holes (From 0.8 to 1.2 mm)

FPGA Core Board

PZ7010-SOM

FPGA Chip

XC7Z010-2CLG400I

Processor Core

Dual Core ARM Cortex-A9

Speed Grade

Chip Level

Industrial Grade (-40°C~+85°C)

Logic Cells

28K

Lookup Tables

17600

Flip-Flops

35200

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Frequently asked questions

What is FPGA Core Board XC7Z010 ZYNQ7000 ZYNQ7010 ARM Cortex-A9 DDR3 512MB EMMC 4GB used for?
FPGA Core Board XC7Z010 ZYNQ7000 ZYNQ7010 ARM Cortex-A9 DDR3 512MB EMMC 4GB is a Xilinx FPGA SoM from Puzhi. It is typically used in embedded computing, edge AI inference, industrial control and rapid prototyping, and can be integrated into custom carrier boards or finished devices.

Does FPGA Core Board XC7Z010 ZYNQ7000 ZYNQ7010 ARM Cortex-A9 DDR3 512MB EMMC 4GB include technical support, datasheets or pre-flashed images?
Yes. Ai-Paipai supplies this item through a traceable supply chain and provides local engineering support, datasheets, SDKs and pre-flashed system images where applicable, plus OEM / ODM customization for volume projects.

Can I order FPGA Core Board XC7Z010 ZYNQ7000 ZYNQ7010 ARM Cortex-A9 DDR3 512MB EMMC 4GB with OEM / ODM options or CE / FCC / RoHS certification?
OEM / ODM customization (specs, enclosure, BSP) is available, and CE / FCC / RoHS certified options can be provided on request for EU and US imports. Contact us for a quote.

How is FPGA Core Board XC7Z010 ZYNQ7000 ZYNQ7010 ARM Cortex-A9 DDR3 512MB EMMC 4GB shipped, and what is the lead time?
Orders ship worldwide from Shenzhen. Stock items typically dispatch within a few business days; configurable or made-to-order variants take longer. Exact lead time is shown at checkout or on request.