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UEI offers flexible, rugged, high performance systems that are configurable to a variety of application requirements. This section provides an overview of our available system processors and outlines the features offered with each option.

Our processors are available in three different types, including:

  1. PowerPC 5200
    1. Available on all DNA-PPCx (Cube) products
    2. Available on Hosted (PowerDNA) and Embedded (UEIPAC)
    3. Lowest Power (no cooling fan required)
    4. Local data storage on SD Cards
    5. 10/100 BASE-T or -FX
  2. PowerPC 8347
    1. Available for all chassis (Cubes and RACKtangles)
    2. Available on Hosted (PowerDNA) and Embedded (UEIPAC)
    3. Local storage on solid state hard drive or SD Card
    4. 2 Independent 10/100/1000Base-T Ethernet ports
    5. PTP/IEEE 1588 timing
    6. USB 2.0
  3. ARM based i.MX6 SOLOX CPU
    1. Available for all chassis (Cubes, RACKtangles, PIO)
    2. Available on Hosted (PowerDNA) and Embedded (UEIPAC)
    3. Local storage on solid state hard drive or uSD Card
    4. Optional HDMI interface
    5. Robust processing power & memory
    6. 2 Independent 10/100/1000Base-T Ethernet ports
    7. PTP/IEEE 1588 timing
    8. USB 2.0
    9. TSN Support (-13/-14 versions)
    10. Cybersecurity Ready (-13/-14 versions)
  4. XILINX ZYNQ UltraScale+ CPU
    1. Available for all chassis (Cubes and RACKtangles)
    2. Available on Embedded (UEIPAC)
    3. 10x the processing power of UEI’s prior CPU
    4. 100x real-time performance increase via FPGA
    5. 3 GigE Ethernet ports, supports IEEE-1588
    6. Dedicated ARM Mali GPU with the full HD video support
    7. USB 3.0/2.0 interface
    8. M.2 slot for NVMe SS drives up to 512 GByte
    9. TSN Support
    10. Cybersecurity Ready

Download our Processor FAQ

  • Available on all DNA-PPCx (Cube) products
  • Available on Hosted (PowerDNA) and Embedded (UEIPAC)
  • Lowest Power (no cooling fan required)
  • Local data storage on SD Cards
  • 10/100 BASE-T or -FX

DNA-PPCx
CPUFreescale MPC5200, 400 MHz, 32-bit
Memory128 MB (not including on-board 4 MB Flash Memory which contains OS kernel, I/O drivers and firmware)
Connectivity10/100Base-T, Switch (Fiber or Copper)
SD Card Interface[1]SD cards up to 32 GB
Notes3.5 Watts
MTBF>300,000
Operating Systems SupportLinux, kernel 4.4.x or VxWorks 6.9.x

Note1 - The SD cards and SSD devices used are not built by UEI. As we do not control the source, we cannot offer our 10-year availability guarantee on these devices.

  • Available for all chassis (Cubes and RACKtangles)
  • Available on Hosted (PowerDNA) and Embedded (UEIPAC)
  • Local storage on solid state hard drive or SD Card
  • 2 Independent 10/100/1000Base-T Ethernet ports
  • PTP/IEEE 1588 timing
  • USB 2.0

-00/-02 Versions-03 Version
Processor TypeFreescale 8347, 400 MHzFreescale 8347E, 400 MHz
(with encryption)
SD Card Interface[1][3]SD cards up to 32 GB
(8 GB included in UEIPAC)
SD cards up to 32 GB
RAM[1]256 MB256 MB
Flash[1]32 MB128 MB
Solid State Hard Drive[1][3]Optional 8, 16, or 64 GB driveOptional 8 or 16 GB drive
Encryption ReadyN/AYes
Notes7 Watts, IEEE 15887 Watts, IEEE 1588,
Hardware Encryption
MTBF>160,000>160,000
Operating Systems SupportLinux, kernel 4.4.x
or VxWorks 6.9.x
Linux, kernel 4.4.x
or VxWorks 6.9.x

Note1 - For PowerDNA systems: RAM, flash, solid state drive (SSD) disk space, and SD cards are not available to user applications.
For UEIPACs: the SSDs can be used for data and/or root file system storage.
Also, a portion of the RAM and flash is available to user applications:

  • RAM: 100 MB is available for user apps with the 128 MB RAM option
  • RAM: 228 MB is available for user apps with the 256 MB RAM option
  • FLASH: a 24 MB partition is available with the 32 MB flash option
  • FLASH: a 120 MB partition is available with the 128 MB option

Note2 - DNx‐MIL systems provide 256 MB of RAM for all product versions: standard, ‐02, and ‐03

Note3 - The SD cards and SSD devices used are not built by UEI. As we do not control the source, we cannot offer our 10-year availability guarantee on these devices.

  • Available for embedded (UEIPAC) and hosted (PowerDNA) applications
  • Local storage on solid-state hard drive or uSD Card
  • Optional HDMI interface
  • Robust processing power & memory
  • 2 Independent 10/100/1000Base-T Ethernet ports
  • PTP/IEEE 1588 timing
  • USB 2.0




-11, -12 (G4)
Processor TypeNXP i.MX6 SoloX series ARM
(Cortex-A9), 1 GHz
SD Card Interface[1]µSD cards up to 32 GB
RAM1 GB
Flash8 GB eMMC
Solid State Hard Drive[1]Optional 8, 16, or 1TB SSD
or M.2 peripheral SSD
HDMIOptional (CPU option -12)
1360 x 768 pixels, 60Hz
Sync Options1PPS or IEEE-1588 (PTP)
Operating Systems SupportOSs Yocto 2.7 (Warrior),
Linux 4.9.88 with Preempt_rt

The UEIPAC-G4 Datasheet featuring the ARM based i.MX6 SOLOX CPU.

-13, -14 (G4)
Processor TypeNXP i.MX6 SoloX series ARM
(Cortex-A9), 1 GHz
SD Card Interface[1]µSD cards up to 32 GB
RAM1 GB
Flash8 GB eMMC
Solid State Hard Drive[1]Optional 8, 16, or 1TB SSD
or M.2 peripheral SSD
HDMIOptional 1360 x 768 pixels, 60Hz
Sync Options1PPS or IEEE-1588 (PTP)
Operating Systems SupportOSs Yocto 2.7 (Warrior),
Linux 4.9.88 with Preempt_rt
Cybersecurity ReadyYes, on board TPM chip
Time-Sensitive Networking (TSN) ReadyYes

Note1 - The SD cards and SSD devices used are not built by UEI. As we do not control the source, we cannot offer our 10-year availability guarantee on these devices.

  • Only available for embedded (UEIPAC) applications
  • Powerful Xilinx Zynq® UltraScale+™ SoC chip combines
    • Quad-core ARM Cortex -A53, 64-bit processor
    • User programmable Xilinx FPGA

  • 4 GByte, 64-bit DDR, 8 GByte FLASH
  • USB 3.0/2.0 interface
  • Up to 10x CPU performance increase over previous UEIPACs and up to 100x real-time performance increase via FPGA
  • Three GigE ports including IEEE-1588 support
  • Full HD Video Output
  • M.2 slot for NVMe SS drives up to 512 GByte
  • Standard Linux Operating System (other OS’s planned)
  • Flexible: Over 90 I/O boards available
  • Real-Time Linux kernel-based real-time capability
  • TSN Support
  • Cybersecurity with TPM chip onboard (NIST SP 800.213 and 800.213A)

Learn more

-33 -3A -34
Processor Type

Xilinx Zynq® UltraScale+™ MPSoCs: ZU3EG. Includes quad-core ARM Cortex -A53 MPCore CPU plus a Xilinx FPGA with 154k logic cells, 141k CLB Flip-Flops, 71k CLB LUTS.

Xilinx Zynq® UltraScale+™ MPSoCs: ZU4EV. Includes quad-core ARM Cortex -A53 MPCore CPU plus a Xilinx FPGA with 192k logic cells, 176k CLB Flip-Flops, 88k CLB LUTS.

Xilinx Zynq® UltraScale+™ MPSoCs: ZU4EG. Includes quad-core ARM Cortex -A53 MPCore CPU plus a Xilinx FPGA with 192k logic cells, 176k CLB Flip-Flops, 88k CLB LUTS.

RAM 4 GB 2 GB 4 GB
Flash 8 GB eMMC 8 GB eMMC 8 GB eMMC
Solid State Hard Drive

Optional 42-22, 60-22 NVMe M.2 cards up to 512 GB

Optional 42-22, 60-22 NVMe M.2 cards up to 512 GB

Optional 42-22, 60-22 NVMe M.2 cards up to 512 GB

HDMI Full HD resolution Full HD resolution Full HD resolution
Sync Options

1. IEEE-1588 synchronization on all ports
2. DNA-SYNC-1G series cables and boards provide both clock and trigger sync signals.
3. DNA-IRIG-650 for IRIG and GPS synch

1. IEEE-1588 synchronization on all ports
2. DNA-SYNC-1G series cables and boards provide both clock and trigger sync signals.
3. DNA-IRIG-650 for IRIG and GPS synch

1. IEEE-1588 synchronization on all ports
2. DNA-SYNC-1G series cables and boards provide both clock and trigger sync signals.
3. DNA-IRIG-650 for IRIG and GPS synch

Operating Systems Support

Petalinux 2020.2 Yocto Zeus, kernel 5.4.0

Petalinux 2020.2 Yocto Zeus, kernel 5.4.0

Petalinux 2020.2 Yocto Zeus, kernel 5.4.0

3-slot, Ethernet-based I/O, Data Acquisition and Control Cube with PowerPC CPU

3-slot, Ethernet-based I/O, Data Acquisition and Control Cube with PowerPC CPU

User Manual  Datasheet 
6-slot, Ethernet-based I/O, Data Acquisition and Control Cube with PowerPC CPU

6-slot, Ethernet-based I/O, Data Acquisition and Control Cube with PowerPC CPU

User Manual  Datasheet 
7-slot PowerPC Data Acquisition and Control I/O Cube

7-slot PowerPC Data Acquisition and Control I/O Cube

User Manual 
UEINet Programmable Automation Controller (PAC) Cube with Linux Operating System

UEINet Programmable Automation Controller (PAC) Cube with Linux Operating System

User Manual  FAQ UEI Processor Types
Real-Time, GigE, Programmable Automation Controller (PAC) with 3 I/O slots

Real-Time, GigE, Programmable Automation Controller (PAC) with 3 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, programmable automation controller (PAC) rack with 6 I/O slots

Real-Time, GigE, programmable automation controller (PAC) rack with 6 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, programmable automation controller (PAC) with 7 I/O slots

Real-Time, GigE, programmable automation controller (PAC) with 7 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, rack mountable (3U chassis), programmable automation controller (PAC) with 12 I/O slots

Real-Time, GigE, rack mountable (3U chassis), programmable automation controller (PAC) with 12 I/O slots

User Manual  FAQ UEI Processor Types
GigE Real-Time, programmable automation controller (PAC) with 4 I/O slots

GigE Real-Time, programmable automation controller (PAC) with 4 I/O slots

User Manual  FAQ UEI Processor Types
GigE Linux based Programmable Automation Controller FlatRACK with 4 I/O slots, 9-36 VDC powered

GigE Linux based Programmable Automation Controller FlatRACK with 4 I/O slots, 9-36 VDC powered

User Manual  FAQ UEI Processor Types
Advanced Mil/Aero Data Acquisition and I/O Platform

Advanced Mil/Aero Data Acquisition and I/O Platform

User Manual  FAQ UEI Processor Types
12-slot, military style I/O rack

12-slot, military style I/O rack

User Manual  FAQ UEI Processor Types
UEINet Programmable Automation Controller (PAC) Cube with Linux Operating System

UEINet Programmable Automation Controller (PAC) Cube with Linux Operating System

User Manual  FAQ UEI Processor Types
UEINet Programmable Automation Controller (PAC) Cube with VxWorks

UEINet Programmable Automation Controller (PAC) Cube with VxWorks

User Manual  Datasheet  FAQ UEI Processor Types
Real-Time, GigE, Programmable Automation Controller (PAC) with 3 I/O slots

Real-Time, GigE, Programmable Automation Controller (PAC) with 3 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, programmable automation controller (PAC) with 3 I/O slots

Real-Time, programmable automation controller (PAC) with 3 I/O slots

User Manual  Datasheet 
Real-Time, GigE, programmable automation controller (PAC) cube with 6 I/O slots

Real-Time, GigE, programmable automation controller (PAC) cube with 6 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, programmable automation controller (PAC) with 7 I/O slots

Real-Time, GigE, programmable automation controller (PAC) with 7 I/O slots

User Manual  FAQ UEI Processor Types
GigE Linux based Programmable Automation Controller FlatRACK with 4 I/O slots, 9-36 VDC powered

GigE Linux based Programmable Automation Controller FlatRACK with 4 I/O slots, 9-36 VDC powered

User Manual  FAQ UEI Processor Types
GigE Real-Time, programmable automation controller (PAC) with 4 I/O slots

GigE Real-Time, programmable automation controller (PAC) with 4 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, programmable automation controller (PAC) rack with 6 I/O slots

Real-Time, GigE, programmable automation controller (PAC) rack with 6 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, rack mountable (3U chassis), programmable automation controller (PAC) with 12 I/O slots

Real-Time, GigE, rack mountable (3U chassis), programmable automation controller (PAC) with 12 I/O slots

User Manual  FAQ UEI Processor Types
Advanced Mil/Aero Data Acquisition and I/O Platform

Advanced Mil/Aero Data Acquisition and I/O Platform

User Manual  FAQ UEI Processor Types
12-slot, military style I/O rack

12-slot, military style I/O rack

User Manual  FAQ UEI Processor Types
Real-Time, programmable automation controller (PAC) with 7 I/O slots

Real-Time, programmable automation controller (PAC) with 7 I/O slots

User Manual  Datasheet 
Real-Time, GigE, Programmable Automation Controller (PAC) with 3 I/O slots

Real-Time, GigE, Programmable Automation Controller (PAC) with 3 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, programmable automation controller (PAC) cube with 6 I/O slots

Real-Time, GigE, programmable automation controller (PAC) cube with 6 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, programmable automation controller (PAC) with 7 I/O slots

Real-Time, GigE, programmable automation controller (PAC) with 7 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, rack mountable (3U chassis), programmable automation controller (PAC) with 12 I/O slots

Real-Time, GigE, rack mountable (3U chassis), programmable automation controller (PAC) with 12 I/O slots

User Manual  FAQ UEI Processor Types
Real-Time, GigE, programmable automation controller (PAC) rack with 6 I/O slots

Real-Time, GigE, programmable automation controller (PAC) rack with 6 I/O slots

User Manual  FAQ UEI Processor Types
GigE Linux based Programmable Automation Controller FlatRACK with 4 I/O slots, 9-36 VDC powered

GigE Linux based Programmable Automation Controller FlatRACK with 4 I/O slots, 9-36 VDC powered

User Manual  FAQ UEI Processor Types
GigE Real-Time, programmable automation controller (PAC) with 4 I/O slots

GigE Real-Time, programmable automation controller (PAC) with 4 I/O slots

User Manual  FAQ UEI Processor Types