Magpie-I: The Ultimate Intel-Based Micro SFF Embedded Computer for Avionics, Military, Space, and Rugged Industries
In today’s fast-evolving technological landscape, industries like avionics, military, space, and rugged industrial sectors demand cutting-edge computing solutions that can withstand the harshest environments. Enter the Magpie-I, a highly configurable, Intel®-based Small Form Factor (SFF) embedded computer designed to meet the strict demands of these critical applications. With its compact size, lightweight build, and robust performance, the Magpie-I sets new standards in SWaP (Size, Weight, and Power) optimization, all while adhering to stringent Commercial Off-the-Shelf (COTS) standards.
Why Choose the Magpie-I?
Uncompromising Performance in a Small Package
Superior I/O Flexibility
Designed to integrate into various systems, the Magpie-I offers a wide range of I/O options through ODU and circular connectors, including:
- • 1x GigE for high-speed network communication
- • 1x USB 3.0 & 2x USB 2.0 for peripheral connectivity
- • 4x Serial ports (RS232/422/485)
- • 1x Audio port for sound systems
- • 4x GPIO for control interfaces
Beside above interfaces it gives flexibility of adding user specify I/O through its 3 numbers of mPCIe Slot. This flexibility ensures seamless integration into multiple platforms across various industries
MIL-Standard Ruggedness
Engineered for extreme environments, the Magpie-I meets the stringent military standards MIL-STD-810F, MIL-STD-461F, and MIL-STD-704F/1275D, ensuring that it operates reliably in conditions ranging from -40°C to +71°C (with assisted airflow) and storage temperatures up to +85°C. The conduction cooling system (fanless) further enhances its rugged reliability, ensuring it remains operational even in the harshest environments.
Compact, Yet Expandable
Though small, the Magpie-I is mighty. It offers multiple expansion options through mPCIe and Acropack® sites, enabling the system to be tailored for specific applications. Whether you’re deploying it in a satellite, military aircraft, or a rugged industrial environment, the Magpie-I can be customized to meet your precise needs.
Built for Mission-Critical Applications
Avionics and Aerospace
The aerospace sector demands systems that are lightweight and highly reliable while consuming minimal power. With its Intel i7 or Atom-based processing power, the Magpie-I delivers real-time computing for flight control, navigation, and other mission-critical avionics applications. Its compliance with MIL-STD standards ensures it can handle extreme temperatures and high altitudes, making it the perfect computing solution for airborne platforms.
Military and Defence
In military applications, where both size and power consumption are crucial, the Magpie-I excels. Its ability to function in extreme temperatures, resist shock and vibration, and perform under the harshest conditions makes it an invaluable asset in field operations. Whether used for command and control systems, surveillance, or communications, the Magpie-I offers the resilience and processing power required for modern defence systems.
Rugged Industrial Environments
The Magpie-I’s fanless design and robust construction allow it to thrive in rugged industrial applications, such as oil and gas exploration, mining, and manufacturing. Its ability to operate under high temperatures, withstand environmental stress, and provide reliable computing in hazardous conditions ensures operational uptime in critical industrial applications.
A Competitive Edge with SWaP Efficiency
One of the standout features of the Magpie-I is its unparalleled SWaP (Size, Weight, and Power) efficiency. In industries where space is limited, weight is a concern, and power is a premium resource, the Magpie-I offers a game-changing solution. With 28 VDC power consumption ranging from 20 to 25 watts, this system maximizes efficiency while ensuring optimal performance. This allows for longer operation time, reduced maintenance, and minimized system footprint, making it the ideal choice for applications where portability and efficiency are paramount.