ENVOYER TECHNOLOGIES

The DFI EC700-ADN is a compact, industrial-grade fanless embedded computer engineered for reliable 24/7 operation in mission-critical environments such as railways, defense systems, solar monitoring, smart manufacturing, and edge analytics. Powered by Intel® Atom® x7000E series processors (Amston Lake), it delivers optimized performance-per-watt while maintaining ultra-low power consumption and silent operation.

Built with a rugged, fanless aluminum chassis, the EC700-ADN eliminates dust ingress and moving parts, significantly improving durability and reducing maintenance in harsh environments. Its wide operating temperature support and industrial-grade components make it suitable for deployment in outdoor cabinets, control panels, and remote infrastructure installations.

Key Features & Highlights:

• Intel® Atom® x7000E Series (Amston Lake) processors

• Fanless, compact, rugged design

• Wide operating temperature support

• Multiple LAN ports for networking and industrial connectivity

• Rich I/O interfaces (USB, COM, HDMI/DP, Digital I/O options)

• Long product lifecycle support for industrial deployments

• Low power consumption ideal for solar and remote systems

• DIN-rail and wall-mount support for flexible installation

The EC700-ADN is particularly suited for:

• Railway onboard and wayside systems

• Defense and surveillance applications

• Solar plant SCADA and monitoring

• Industrial automation and machine control

• Smart city and edge computing deployments

DFI System-on-Module (SOM) solutions are engineered to meet the most demanding requirements of defense and mission-critical applications, where performance, reliability, and long-term availability are paramount. Designed around globally accepted standards such as COM Express and Qseven, DFI SOMs provide a compact yet powerful computing core that enables rapid system development while maintaining maximum design flexibility.

Built using industrial- and military-grade components, DFI SOM modules are qualified for operation in harsh environments, including extreme temperatures, vibration-prone platforms, and rugged field deployments. Their modular architecture allows defense system integrators to customize carrier boards for specific requirements—such as secure communications, radar processing, surveillance, command-and-control systems, and unmanned platforms—without redesigning the entire computing subsystem.

A key strength of DFI SOMs is their long lifecycle support and controlled BOM, which is critical for defense programs requiring multi-year or decade-long deployments. Combined with low power consumption, high computing efficiency, and proven reliability, DFI SOM modules are trusted worldwide for applications where system failure is not an option.

DFI Mini-ITX industrial motherboards are engineered for high-reliability embedded and industrial computing applications, combining a compact footprint with enterprise-class performance. Designed to support the latest generation Intel® and AMD processors, these boards deliver powerful computing capability while maintaining long-term stability and industrial durability.

Built with industrial-grade components and controlled BOM, DFI Mini-ITX motherboards are optimized for continuous 24/7 operation in demanding environments such as factory automation, machine vision, medical systems, transportation, energy, and edge AI deployments. Their compact Mini-ITX form factor enables easy integration into space-constrained systems without compromising on expandability or I/O flexibility.

DFI’s Mini-ITX platforms offer rich I/O connectivity, including multiple LAN ports, USB, serial interfaces, display outputs, and expansion slots, allowing seamless integration with sensors, cameras, control devices, and communication modules. With support for wide operating temperature ranges, enhanced power protection, and long lifecycle availability, these motherboards are ideal for industrial and mission-critical system designs.

The DFI EC600-RPS is a compact, industrial-grade fanless embedded computer designed for mission-critical applications where reliability, longevity, and stable performance are essential. Engineered for environments such as railways, defense systems, solar power plants, industrial automation, and edge computing, the EC600-RPS is built to operate continuously under harsh conditions with minimal maintenance.

Its fanless, rugged aluminum chassis eliminates moving parts, preventing dust ingress and significantly increasing system durability. This makes the EC600-RPS ideal for deployment in control panels, outdoor enclosures, and remote infrastructure where maintenance access is limited. The system supports wide operating temperature ranges and uses industrial-grade components to ensure dependable 24/7 operation.

A key differentiator of the EC600-RPS is its redundant power supply (RPS) support, which enhances system uptime and resilience—an essential requirement for critical infrastructure and safety-related applications. Combined with its rich I/O and multiple LAN options, the platform enables seamless integration with sensors, controllers, communication modules, and monitoring systems.

Key Features & Highlights

• Industrial fanless design for silent, dust-free operation

• Redundant power supply support (RPS) for high availability

• Wide operating temperature range for harsh environments

• Multiple LAN ports for reliable networking and redundancy

• Rich industrial I/O interfaces (USB, COM, display, digital I/O options)

• Low power consumption, suitable for solar and remote deployments

• Long product lifecycle support, ideal for railways and defense projects

• DIN-rail / wall-mount options for flexible industrial installation

The EC600-RPS is well suited for:

• Railway signaling, onboard, and wayside systems

• Defense and surveillance platforms

• Solar plant monitoring and SCADA systems

• Industrial automation and machine control

• Critical edge computing and smart infrastructure

ATX and EATX industrial motherboards from DFI are designed for high-performance, expansion-intensive industrial and mission-critical systems where computing density, scalability, and long-term reliability are essential. These platforms are ideal for applications that demand higher core counts, multiple expansion slots, and advanced graphics or acceleration capabilities.

Supporting the latest-generation Intel® and AMD processor platforms, DFI ATX and EATX motherboards deliver workstation- and server-class performance for demanding use cases such as industrial servers, machine vision, AI inference at the edge, defense systems, transportation control centers, and energy infrastructure. Their larger form factor enables extensive expandability, including multiple PCIe slots, high-speed memory support, and multi-display configurations.

Built with industrial-grade components, enhanced power design, and controlled BOM, these motherboards are qualified for continuous 24/7 operation in harsh environments. Features such as wide operating temperature support, long lifecycle availability, and robust I/O protection make them well suited for long-term deployments in critical infrastructure projects where system stability and service continuity are non-negotiable.

Industrial Ethernet Switches from Kyland form the backbone of reliable and deterministic industrial communication networks. Designed for continuous 24/7 operation, these switches are widely used in factory automation, power & utilities, transportation, oil & gas, and mission-critical industrial environments where network stability and uptime are essential.

Kyland’s industrial switches are built with rugged, fanless designs and industrial-grade components to withstand harsh conditions such as temperature extremes, vibration, dust, and electrical noise. Available in both managed and unmanaged variants, they support scalable network architectures ranging from small control panels to large, distributed industrial systems.

Managed models offer advanced features such as VLAN, QoS, IGMP snooping, redundancy protocols (Ring/RSTP/MSTP), and comprehensive network diagnostics, ensuring secure, real-time data transmission and fast network recovery. Unmanaged models provide plug-and-play reliability for simple and cost-effective deployments.

Railway Ethernet solutions from Kyland are purpose-built to meet the stringent reliability, safety, and environmental requirements of modern railway systems. Designed in compliance with EN 50155, EN 50121, and related railway standards, these solutions are trusted for both onboard and wayside railway applications.

Kyland railway Ethernet switches are engineered to operate reliably under extreme conditions such as wide temperature fluctuations, continuous vibration, shock, and high electromagnetic interference commonly found in rail environments. Their rugged, fanless design and industrial-grade components ensure stable 24/7 operation for safety-critical communication networks.

These solutions support deterministic and redundant network architectures, enabling fast recovery and uninterrupted data flow for systems such as signaling, TCMS, passenger information systems (PIS), CCTV, train-to-ground communication, and onboard monitoring. Advanced management features allow operators to maintain high network visibility, security, and uptime across distributed rail networks.

Industrial communication gateways and accessories from Kyland are designed to enable seamless connectivity between legacy industrial systems and modern Ethernet-based networks. These solutions play a critical role in digital transformation initiatives across industrial automation, power utilities, transportation, oil & gas, and critical infrastructure.

Kyland gateways support protocol conversion and data integration, allowing industrial devices using serial or fieldbus communication to connect reliably with Ethernet, SCADA, and control systems. Built with industrial-grade, rugged designs, these gateways ensure stable operation in harsh environments, including wide temperature ranges, vibration, and electrically noisy conditions.

In addition, Kyland’s networking accessories—such as media converters, industrial transceivers, and mounting accessories—extend network reach and flexibility, enabling fiber-to-copper conversion and reliable communication over long distances or challenging environments.

Layer 3 and core industrial switches from Kyland are designed to serve as the backbone of large-scale, high-availability industrial networks. These switches provide advanced routing, traffic management, and network segmentation, making them ideal for complex infrastructures such as power substations, transportation control centers, oil & gas facilities, smart cities, and industrial data centers.

Built with industrial-grade hardware and high-reliability power design, Kyland Layer 3 switches support continuous 24/7 operation under harsh environmental conditions. Their high port density, high throughput, and support for fiber and copper interfaces enable reliable long-distance and high-bandwidth communication across distributed industrial sites.

With support for Layer 3 routing protocols, VLANs, QoS, and comprehensive redundancy mechanisms, these switches ensure deterministic data flow, fast network recovery, and secure network operation. Advanced management and monitoring capabilities provide full network visibility, simplifying maintenance and improving overall system resilience.

The Advantech IPC-510 is a high-performance 4U industrial rackmount IPC solution designed to support 12th, 13th, and 14th Gen Intel® Core™ processors, delivering exceptional computing power for data-intensive and mission-critical industrial applications. It is ideally suited for industrial automation, machine vision, AI inference, test & measurement, power utilities, transportation, and centralized control systems.

Built on a robust industrial chassis, the IPC-510 supports ATX and Micro-ATX industrial motherboards based on Intel® platforms, enabling system integrators to configure scalable and future-ready systems. With support for hybrid core architectures, high-speed memory, and PCIe expansion, the solution meets the growing demands of modern industrial workloads.

The IPC-510 provides multiple PCIe expansion slots, allowing integration of GPUs, frame grabbers, motion control cards, DAQ modules, and industrial communication cards. Its optimized thermal design with industrial-grade, hot-swappable cooling fans ensures stable 24/7 operation even under sustained high loads, while front-access maintenance simplifies servicing and minimizes downtime.

SICK safety sensors are engineered to protect people, machines, and processes in safety-critical industrial environments. These solutions comply with international safety standards and are widely deployed in manufacturing, automotive, logistics, packaging, robotics, and hazardous industrial zones.

The portfolio includes safety laser scanners, light curtains, safety vision sensors, and safety controllers, enabling reliable area protection, access control, and hazard detection. SICK safety solutions help reduce workplace accidents while maintaining high productivity and compliance with functional safety requirements.

Designed for fast response times and high reliability, SICK safety sensors integrate seamlessly into modern safety architectures, ensuring maximum protection without compromising system performance.

SICK LiDAR and vision sensors are designed for high-precision detection, measurement, and perception in complex industrial environments. These solutions are widely used in intralogistics, robotics, AGVs/AMRs, smart factories, transportation, and outdoor industrial applications where accurate spatial awareness and real-time data are critical.

SICK’s LiDAR sensors provide reliable 2D/3D scanning, distance measurement, and object detection even under challenging conditions such as dust, vibration, varying light, and weather. Combined with advanced machine vision sensors, these solutions enable object recognition, positioning, inspection, and navigation with high accuracy and repeatability.

Key applications include autonomous vehicle navigation, collision avoidance, area monitoring, pallet detection, quality inspection, and smart traffic systems. Designed for continuous 24/7 operation, SICK LiDAR and vision solutions support modern automation and Industry 4.0 requirements.