MBox-V Embedded BoxPC

Intel Atom® E3800 (“Bay Trail-I“)

The MBox-V is an Embedded PC powered by Intel Atom E3800 (Bay Trail-I) processors, tailored to meet the unique demands of FPGA engineers. This ultra-compact system integrates seamlessly into embedded applications with its small footprint and flexible chassis design. The hardware can be effortlessly customized to suit individual requirements, including adding functionality and interfaces through internal Mini PCIe add-in cards.

Key features of the MBox-V include expandability with 2x Mini PCIe slots, high-speed I/O with 2x Gbit Ethernet and 2x USB ports, and support for dual monitors through 2x Mini DisplayPort connections. It is designed for low power consumption, making it an energy-efficient choice for various applications.

The MBox-V also offers ODM branding options, allowing customization of color, logos, and labels. With its focus on quality, durability, and long-term availability, this embedded PC caters to the needs of FPGA engineers working on embedded servers, gateway systems, automation, visualization, and monitoring solutions.

It operates with various operating systems, including Windows 7, Windows 10, and Linux, providing flexibility for different software requirements. Additionally, custom-specific software images can be pre-installed to streamline deployment for FPGA engineering projects. This Intel-powered embedded PC is a versatile and reliable choice for FPGA engineers seeking compact yet adaptable computing solutions

Features

  • Expandability: The MBox-V features 2x Mini PCIe slots for easy expansion and customization of functionality and interfaces.
  • High-speed I/O: Equipped with 2x Gbit Ethernet and 2x USB ports, this embedded PC ensures efficient data transfer and connectivity.
  • Dual Monitor Support: With 2x Mini DisplayPort connections, the MBox-V enables the use of two high-resolution monitors for enhanced visualization and multitasking.
  • Low Power Consumption: Optimized for low power consumption (3 - 10 W), this system offers energy efficiency while maintaining performance.
  • Customizable Chassis: The MBox-V allows for individual configurations and ODM branding, with a flexible chassis design to suit various applications
EMB MBox V

Specifications

 

CPU
  • Intel Atom® E3800 (Baytrail-I)
  • E3845: 4x 1.91 GHz, 2 MB L2-Cache, 10 W
  • E3827: 2x 1.75 GHz, 1 MB L2-Cache, 8 W
  • E3826: 2x 1.46 GHz, 1 MB L2-Cache, 7 W
  • E3825: 2x 1.33 GHz, 1 MB L2-Cache, 6 W
  • E3815: 1x 1.46 GHz, 512 KB L2-Cache, 5 W
Memory
  • DDR3L - 2-8 GB
Graphics
  • 2x Mini DisplayPort (DP++) (DP 1.1a, max. resolution 2560x1600)
Communications Interfaces
  • Ethernet - 2x Gbit Ethernet | 2G/3G/LTE
  • USB - 1x USB 3.0
Other Interfaces
  • PCIe - Mini PCIe full or half size 
  • SATA - 1mSATA full-size
  • SD Card - x Micros SD Card
 
  • Dimensions - Integrated hardware kit: 100 x 100 x 23 mm / Chassis: 103 x 110 x 40 mm
  • Temperature range - Standard temperature: 0°C…+60°C
  • Power supply - 9 V - 36 V / Connector type: Phoenix MC1,5/2-G-3,5
  • Power consumption - Power:  typ. 3 - 10 W/max. 15 W
OS
  • Windows 7, Windows 10 (Standard and Embedded/IoT)
  • Linux (e.g. Ubuntu)
  • Others on request
  • Custom specific software images can be pre-installed.

Ordering Information

MBox-V-E3825-AA
  • Intel Atom® E3825 (Dual Core, 1,33 GHz, 1 MB L2-Cache, HD Gfx 533 MHz, 6 W), 2 GB DDR3L-1066 ECC, 16 GB (MLC) mSATA SSD, no TPM, no OS, 0°C...+60°C

Power Supply AC/DC (302195)
  • 30W AC/DC wall-mount switching adapter with interchangeable AC plugs (EU, US, AUS, UK).
    VI=90...264V, VO=18V, 1,67A, -20...40/60°C, 30W, 1,7m cable with ferrit core/open-ended

DC Power Connector
  • 2-pin power connector for easy installation (Phoenix FMC1,5/2-ST-3,5), (already included in MBox-ADV
    delivery content)

DIN rail mounting bracket
  • Can be mounted on bottom side of the chassis.
TQ Embedded is known for:
  • Precision German engineering, now with a North America presence
    • Robust industrial products with support
  • Widest portfolio of embedded processing architectures: ARM, x86, PowerPC 
  • Comprehensive in-house process and facilities for true long-life availability
  • Modules with full signal availability (ALL signals available, not just selective groups)
  • In-house full control: design, manufacturing, specialized adaptations
  • Robust baseboard options, production-ready for mounting their SOM products

 

 
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