OSDZU3

System-in-Package
Performance and Flexibility of the AMD ZU3 MPSoC without the Complexity

The OSDZU3 is the fastest and most flexible way to develop a system around the AMD Zynq® UltraScale+™ MPSoC. It allows you to harness the performance of the ZU3 MPSoC, while removing the complexities without sacrificing flexibility.

OSDZU3 Features

  • Integrated into a single BGA Package:
  • AMD ZU3 MPSoC  Features:
    • 4x Arm® Cortex®-A53 up to 1.2GHz
    • 2x Arm® Cortex®-R5F up to 500MHz
    • Arm® Mali®-400 Based GPU
    • 154K System Logic Cells
    • 141K Flip-Flops
    • 71K CLB LUTs
    • 360 DSP Slices
    • 7.6 Mb Block RAM
  • Access to all ZU3 Peripherals
    • PCIe® Gen2, USB3.0, SATA 3.1, DisplayPort, Tri-mode Gigabit Ethernet
    • USB 2.0,  SD/SDIO,  UART, CAN 2.0B,  I2C,  SPI
    • 78x MIO
    • 96HD I/O, 156 HP I/O
OSDZU3 block diagram illustrating internal components and connections.
OSDZU3 Block Diagram
  • Power In: Single 4.5V-5.5V Input
  • Power Out: 2x Programmable Buck
  • Access to All Power Domains, able to leverage all power modes
  • 40mm x 20.5mm BGA Package
  • 600 Ball (20 x 30 Grid) 1mm Pitch BGA

The OSDZU3 simplifies designs utilizing the AMD ZU3 Zynq UltraScale+ MPSoC by integrating a Power Management solution, LPDDR4 memory, QSPI memory, and other required components into a single BGA Package that is ~60% smaller than an implementation with discrete chip-down components. The integrated Power Management solution has been customized for the MPSoC and tailored to suit a large range of performance requirements. This integration significantly reduces Engineering time and effort spent on developing applications with ZU3 MPSoC, accelerating time to market by ~9 months and saving significant design costs.

Hardware Files

OSDZU3EG1-2G 1V8 V2021.2 (BDF) | Version: 2021.2 | November 26, 2025

OSDZU3EG1-2G 1V8 V2023.1 (BDF) | Version: 2023.1 | December 1, 2025

OSDZU3EG1-2G 3V3 V2023.1 (BDF) | Version: 2023.1 | December 1, 2025

OSDZU3EG1-2G 3V3 V2021.2 (BDF) | Version: 2021.2 | November 26, 2025

Hardware Files

OSDZU3EG1-2G 3V3 QSPI V2023.1 (BDF) | Version: 2023.1-3.0 | December 05, 2023

OSDZU3EG1-2G 1V8 QSPI V2023.1 (BDF) | Version: 2023.1-3.0 | December 05, 2023
OSDZU3EG1-2G 3V3 QSPI V2021.2 (BDF) | Version: 2021.2-1.0 | January 10, 2023
 OSDZU3 Timing Delays TCL  | Version: 1.0 | December 05, 2023

Board Support Packages

OSDZU3 BSP V2021.2 | Version: 1.0 | November 28, 2023

OSDZU3 BSP V2023.1 | Version: 1.0 | November 28, 2023

*  The OSDZU3 BSP 2023.1 uses the traditional sysvinit init system and does not fully support the Weston Windowing system. This may cause display glitches like trailing cursor/windows on DP or LVDS outputs. There is a suggested work around that requires applying patches and moving from sysvinit to systemd, however, this has not been verified.

Symbols

To make designing with Octavo Systems devices easier, a number of schematic symbol libraries have been provided below.  There are options for a variety of schematic capture and layout programs.  Please choose the one that best suits your needs.

Octavo Symbol Library – Eagle | Version: 16.0 | July 01, 2025

Octavo Symbol Library – Altium | Version: 12.0 | July 01, 2025

Datasheet

OSDZU3 Datasheet | Version: 6.0 | February 5, 2026

family Overview

OSDZU3 Family Overview (US) | Version: 1 | March 5, 2026

OSDZU3 Family Overview (EU) | Version: 1 | March 5, 2026

Application Notes

Design Tools and Software

Together with our partner DesignLinx we are ensuring the OSDZU3 is completely compatible with all AMD tools and software for the UltraScale+ MPSoC devices. (Login is required)

Order Now

Product Number Description Buy Direct Order Form
OSDZU3EG1-2G-HFB
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 1.8V Bank 500 (eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, -40° to 100° C
OSDZU3EG1-2G-HFA
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 3.3V Bank 500 (No eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, -40° to 100° C
OSDZU3EG1-2G-BFB
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 1.8V Bank 500 (eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, 0° to 85° C
OSDZU3EG1-2G-BFA
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 3.3V Bank 500 (No eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, 0° to 85° C
OSDZU3EG1-2G-IFB
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 1.8V Bank 500 (eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, -40° to 85° C
OSDZU3EG1-2G-IFA
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 3.3V Bank 500 (No eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, -40° to 85° C

Order Now

Product Number Description Buy Direct Order Form
OSDZU3EG1-2G-HFB
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 1.8V Bank 500 (eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, -40° to 100° C
OSDZU3EG1-2G-HFA
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 3.3V Bank 500 (No eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, -40° to 100° C
OSDZU3EG1-2G-BFB
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 1.8V Bank 500 (eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, 0° to 85° C
OSDZU3EG1-2G-BFA
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 3.3V Bank 500 (No eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, 0° to 85° C
OSDZU3EG1-2G-IFB
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 1.8V Bank 500 (eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, -40° to 85° C
OSDZU3EG1-2G-IFA
System-in-Package – ZU3EG -1, 2GB (16Gb) LPDDR4 x32, 32MB (256Mb) NOR QSPI, 4KB (32Kb) EEPROM, 2x Infineon IRPS5401 PMICs, 2x LDO, 33MHz Oscillator, 32KHz Oscillator, 3.3V Bank 500 (No eMMC Boot), over 100 Passives – 20.5mm x 40mm, 600 Ball BGA, -40° to 85° C

Development Platforms

OSDZU3-REF

            The OSDZU3-REF is the perfect platform to evaluate the capabilities of the OSDZU3 System-in-Package in your next application.

The Octavo Systems OSDZU3-REF is a full featured 4-layer development platform for the OSDZU3 System-in-Package devices.  Based on the UltraZED PCIe Carrier Card from Avnet the OSDZU3-REF provides access to a host of peripherals and expansion headers to fully evaluate the OSDZU3 in your application.  Its USB-C, USB 3.0, SATA Host, and 1Gb Ethernet interfaces support easy connectivity to off the shelf peripherals.  It can also be expanded with custom functionality through the  FMC Low Pin Count Connector and the PMOD headers.  The OSDZU3-REF also supports displays through a Display Port or LVDS Display + Touch Interface. It is pre-installed with a Peta Linux Distribution, provided by DesignLinx, that features a number of demo applications, enabling you to go from box to AI demo in a matter of minutes.

3D Models

We want to to help you with all aspects of your design so we have provided a set of 3D models for our devices as STP files.  They are provided as a best effort without warranty to help you get started with your mechanical designs

Octavo Systems 3D Model Library – STP | Version: 1.0 | July 31, 2025

What our Customers are Saying:

Determine Your OSDZU3-REF Revision

There has been multiple revisions to the OSDZU3-REF and some of the documentation is for specific revisions.

The revision of your OSDZU3-REF is printed under the fan next to the Octavo Systems logo.  See the image below.

If there are multiple versions of a document make sure you select the one that matches your revision.

Document Change Notifications