Portwells LYNX-812E is a fanless embedded system powered by Intel Atom x7000RE processors, delivering reliable edge computing in industrial environments with low power usage. Featuring a robust design free of moving parts, it withstands harsh conditions while offering flexible I/O and expansion capabilities for IIoT applications, smart manufacturing, and plant modernization. This modular platform accelerates automation and retrofit initiatives with efficient real-time data acquisition under extreme temperature and vibration scenarios.
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Portwell Launches LYNX-812E Fanless Embedded System Ensuring Reliable Efficiency
Portwell’s fanless embedded computer, the LYNX-812E, integrates Intel Atom x7000RE processors to deliver consistent performance while minimizing power consumption. Its architecture eliminates cooling fans, reducing maintenance requirements and extending system lifespan. Housed in a compact, rugged chassis, the device withstands extreme temperatures, vibration, and dust commonly encountered in manufacturing and automation settings. Combining energy efficiency with industrial reliability, the LYNX-812E enables continuous operation for demanding Edge computing and IIoT deployments.
Onboard LPDDR5 and eMMC Flash Enable Fast Data Access
By integrating onboard LPDDR5 memory alongside embedded eMMC storage, the LYNX-812E ensures rapid data transfers and eliminates the vulnerability associated with removable memory modules. This design architecture achieves an optimal balance between computational throughput and power consumption, significantly boosting system reliability under harsh operational conditions. End users experience reduced maintenance requirements and enhanced operational uptime, as the soldered memory components reside securely within the chassis, offering robust resistance to shock.
LYNX-812E enables dual RS-232/422/485 COM ports plus M.2-B-Key interface
The LYNX-812E integrates two programmable COM ports compatible with RS-232, RS-422, and RS-485 standards for seamless connectivity within existing automation infrastructures. Its M.2 B-Key slot accommodates optional 4G/5G communication modules or dedicated AI accelerators, enabling high-speed data transmission or on-device inference acceleration. According to Patricia Chou, Product Manager at Portwell, these capabilities deliver a balanced platform that simplifies system architecture, scales flexibly, and minimizes total maintenance requirements and operational complexity.
LYNX-812E Runs Between -40°C And 70°C On 12-30V DC
The LYNX-812E endures extreme temperatures ranging from minus 40°C up to 70°C while accepting a flexible 12 V to 30 V DC input voltage, enabling continuous, reliable operation in harsh conditions. Its robust serial communication interfaces support RS-232, RS-422, and RS-485 protocols, facilitating seamless integration with a variety of legacy equipment. Modular expansion capabilities simplify retrofit projects, extend system lifespan, safeguard investments, and ensure secure connectivity between aging machinery and edge platforms.
Tiny fanless 120Ã120Ã76 mm platform for Edge-AI industrial computing
Measuring 120x120x76mm, the LYNX-812E integrates a fanless cooling mechanism and diverse I/O interfaces to meet the demands of Smart Manufacturing, industrial automation, and edge AI deployments. Its compact, modular form factor and robust thermal design enable installation in confined environments while maintaining optimized performance under heavy computational loads. System integrators benefit from a reliable, energy-efficient platform that supports scalable real-time edge-computing workflows, streamlines deployment logistics, and future-proofs industrial IoT implementations.
The Portwell LYNX-812E integrates energy-efficient Intel Atom x7000RE processing with a fanless chassis designed for reliability and maintenance. Its soldered LPDDR5 RAM and eMMC flash eliminate connector failures, optimizing performance in industrial settings. The wide-temperature support, flexible DC input, multiple serial ports, and M.2 expansion for 4G/5G or AI modules simplify deployment and retrofit of systems. As a scalable embedded platform, it accelerates IIoT, smart manufacturing, and edge AI initiatives
