Winmate Communication's new fanless box pc EACFA20. While the term "embedded systems" encompasses all those countless millions of industrial computers that do their work behind the scenes and come in an endless variety of shapes and forms, the EAC Mini fanless box pc EACFA20 Winmate tackled a very specific problem: how does one package an embedded computing platform without knowing what kind of I/O a customer may need? Why is that important? Because, unlike consumer and enterprise PCs that all come with roughly the same standard set of external connectivity, embedded systems customers have wildly different I/O requirements. Some may need a large number of serial ports to connect to legacy peripherals, others may need to connect to multiple LANs, yet others may need digital I/O, support multiple simultaneous displays, connect manufacturing facilities directly to cloud servers or require industry-specific interfaces such as CANbus. The challenge is obvious: it makes no economic sense to include into an embedded systems platform whatever might be needed as that would require a needlessly large housing to accommodate all those possibly needed ports or, alternately, a large number of different versions with different housings and port configurations. Neither solution is optimal. Nor is a package with a motherboard that does include all possible connectivity and a housing large enough to accommodate all potentially needed ports. With the EAC Mini fanless box pc EACFA20, Winmate is trying a different approach. It's based on a modular system where a basic configuration contains the motherboard and a standard minimal complement of I/O in a very compact box. If additional I/O is needed, it comes in the form of other boxes that are the same exact size as the system box. The boxes connect and — voila — there's the extra connectivity. If yet more is needed, that can come in yet another modular box of the same size, and the EAC Mini now has three stories. And so on. As is, Winmate calls these box modules "slices," and each slice measures 3.9 x 2.75 x 1.2 inches. That's a very small footprint, barely more than half that of an iPhone 7 Plus. This means that even a system with multiple slices makes for just a tiny little box. In the world of embedded systems where space is often at a premium, such a slice-based "a la carte" system can be quite attractive. The illustration below shows an elevation of just the basic box on the upper left, below it a double-decker system that's twice as tall, and on the right a triple-decker that's three times as tall and adds yet more I/O. Note that the basic Winmate fanless box PC with its dual RJ45 LAN jacks, dual USB 3.0 ports, and an HDMI connector always sits on top of a stacked configuration. That's because the system module contains the heatsink/spreader that dissipates heat from the processor and ancillary motherboard electronics. No fan needed. What kind of performance can Winmate fanless box PC customers expect? For now, one size fits all, and that's provided by an Intel Celeron N3350 that runs at a base frequency of 1.10GHz but can reach burst frequencies of up to 2.40GHz. It's a modern dual-core/dual-thread 14nm design that's part of Intel's "Apollo Lake" lineup. Apollo Lake replaced "Braswell," which had replaced "Broadwell," and the N3350 is a mid-range model in that lineup. So we're not talking Intel Core processor performance, but plenty enough for most embedded systems applications. On the memory side, the EAC Mini IoT Gateway embedded computer, a fanless box PC comes with 4GB of LPDDR3 RAM. Storage is on 32GB of onboard SSD, and additional optional mSATA-based storage is available. To gather environmental data at the factory, one Winmate fanless box PC featuring an Intel module wirelessly connected to 35 sets of nodes was installed. Winmate collaborated with the customer to integrate all the nodes, which were aimed at collecting data such as pH values, conductivity, water temperatures, and water levels. Following sensor integration, the local control center can be used to conveniently monitor and control all factory data. Winmate’s solution provides a network with centralized dynamic network management capabilities that achieves 99.999% reliability. The advantages of WINMATE's next-generation Industrial computer (IPC), Panel IPC, Embedded Box IPC, DIN-rail PC, Thin Client, and also IoT Gateway collection are several. They offer a wide variety of alternatives: from distribution HMI services with client-server architecture to maker degree control and also monitoring, to sturdy SCADA control systems. Engineered to satisfy progressively complicated processes, requiring data demands as well as control jobs of equipment and also automation systems, they supply basic shows and procedures. Making use of versatile as well as standardized user interfaces for ingrained computers allows for very easy integration for almost any type of application, maker, or industry. Connecting Data, People, and also Machines with Integrated, Open, Pre-Validated Embedded IPC Solutions. The WINMATE Embedded Panel IPC, Rugged Box IPC, "Thin-Manager Ready" Thin Client, and also DIN Rail IPC series supply a lasting as well as a scalable platform while decreasing equipment costs and also increasing security. Improved open design to deliver interoperability between systems, they make it possible for application development and also enable easy services implementation. WINMATE open platform, commercial PC as well as slim customer also guarantee network safety and security and permits customers to take advantage of brand-new TCP/IP-based Networking, PC-based Automation, PC-based HMI, Soft PLC, and also DCS, Data Acquisition, Communication Gateway, M2M, Industry 4.0 as well as Industrial Internet of Things (IIoT) applications. Flexible, Scalable & Expandable Industrial PCs and Panel IPCs for Standard & Harsh Environments. Building off the flexibility of their prominent Premium, Standard, and Compact Series of HMI Touch Panels, the next generation of Embedded Box Industrial PCs as well as Thin Client IPCs offer the utmost in calculating performance. Thanks to Intel ® Atom ™ double and quad-core, Intel ® Core ™ i3, Core ™ i5, and Core ™ i7 CPU technology alternatives, the embedded box commercial PCs from WINMATE can be furnished with to a clients' precise specifications. Adaptable placing settings make them appropriate for every setup circumstance from non-display computer systems to integrated display screen computer systems. Integrated options are consisting of displays available with both single-touch and also multi-touch ranging from 7" to 24" screen sizes. Slim clients appropriate for automation, info, and also communication applications as well as give the virtually maintenance-free procedure for extreme and/or common commercial atmospheres. ADVANTAGES IT-OT Convergence, M2M Communications, Industry 4.0, and IoT ready for future needs PC-based for measuring, control, information procurement, and also commercial image handling applications Rugged, trustworthy, compact, and also scalable style for maintenance-free and also continual operation Rapid and also adaptable ingrained technology that matches IPC power, rate, and also performance High-performance Intel Core i7 and energy-efficient Dual-core as well as Quad-core Atom CPUs A selection of user interface & arrangement alternatives (USB 3.0, Ethernet, Serial ports, DDR3L/SSD/OS). High resonance, shock/MC resistance, & fanless operation up to ambient temperatures of 60 ° C. International marks and also systems for security tools, accreditation as well as governing conformity. The benefits of WINMATE's next-generation Industrial PC (IPC), Panel IPC, Embedded Box IPC, DIN-rail PC, Thin Client, and IoT Gateway collection are many. They supply a large range of alternatives: from circulation HMI options with client-server style to equipment degree control and also tracking, to heavy-duty SCADA control systems. The WINMATE Embedded Panel IPC, Rugged Box IPC, "Thin-Manager Ready" Thin Client, and DIN Rail IPC collection offer a sustainable as well as a scalable system while minimizing hardware expenses and enhancing safety. WINMATE open system, commercial Computer and also slim customer likewise make sure network safety as well as allows individuals to leverage new TCP/IP-based Networking, PC-based Automation, PC-based HMI, Soft PLC as well as DCS, Data Acquisition, Communication Gateway, M2M, Industry 4.0 as well as Industrial Internet of Things (IIoT) applications. Winmate’s Cost-Effective, Arm-based Industrial IoT Gateway EACFA20. Go for the right technology to realize your IoT ideas. Winmate expands the EAC Mini IoT Gateway lineup with the compact, arm-based EACFA20 featuring a low-power consuming Freescale Arm Cortex-A9 i.MX6 processor and operating system support for Android / Linux. As connected devices have slowly trended to becoming the norm in the industrial sector, IoT gateways are essential to tying this cloud-based ecosystem together by bridging the gap between data sent from sensors/devices to cloud servers. Designed as a variant of the modular EAC mini IoT Gateway, the EACFA20 is built to satisfy those that are value-oriented, with no compromises on the solid performance that our IoT gateway series provides. More than a dozen expansion possibilities are available thanks to the expansion modules providing plentiful options for additional serial interfaces such as CANBUS and digital I/O, or wireless connectivity options with 4G LTE. Wireless connectivity and all necessary connectors allow the EACFA20 to send data from manufacturing facilities directly to cloud servers, making it suitable for various IoT applications like a smart factory or machine automation and allowing you to increase operational efficiencies. EACWSLT-222 WWAN Expansion Board (Single SIM Slot) EACWSLT-231 3-port RS232/422/485 w/ isolation EACWSLT-232 16-Channel Digital I/O w/ isolation EACWSLT-233 2-port CANBUS w/ isolation EACWLST-234 3 -port USB 2.0 EACWLST-235 2-port RS232/422/485 w/ isolation Winmate IoT Gateway EACFA20 is Microsoft Azure IoT Certified. Maximize your IIoT investments. Winmate’s IoT Gateway EAC Mini EACFA20 is now Microsoft Azure IoT certified to help users maximize their IIoT investments. The certification indicates that the EACFA20 IoT Gateway is compatible with the industry-accepted cloud service benchmark, allowing users to define the data flow and upload/exchange field data to the Microsoft Azure cloud service platform. Eventually, having this IoT gateway device will help reduce complexity, enhance performance and improve the cost-effectiveness of many IoT applications. The EACFA20 is a compact industrial IoT gateway engineered to be a stable, secure communication bridge between local devices, sensors, and the cloud. It contains a low-power consuming Freescale Arm Cortex-A9 i.MX6 processor and operating system support for Android / Linux. The EACFA20 boasts more than a dozen expansion possibilities thanks to the expansion modules providing plentiful options for additional serial interfaces such as CANBUS and digital I/O, or wireless connectivity options with 4G LTE. Wireless connectivity and all necessary connectors allow the EACFA20 to send data from manufacturing facilities directly to cloud servers, making it suitable for various IoT applications like a smart factory or machine automation and allowing you to increase operational efficiencies. Product Features: Freescale i.MX 6 Arm® Cortex®-A9 Dual Core 1GHz Android / Linux-based platform Fanless cooling system Compact size 100 x 70 x 31 mm Expansion modules with 15+ combinations for additional interface ports and wireless connectivity Various mounting options: desk, wall, VESA, DIN-Rail Suitable for smart factory applications Backplane Systems Technology is proud to present winmate EACFA20-fanless box pc, a ruggedized edge computer powered by NXP Cortex™-A9 i.MX 6Dual processor. EACFA20 is extremely powerful, versatile, and ideal for industrial applications. Furthermore, EACFA20 supports a range of I/O, which includes, 1x HDMI, 2x USB 2.0, 1x RJ45 GbE LAN, and 1x RS232 /422/485, 1x Mini-USB OTG, etc. Likewise, in terms of expansion EACFA20 supports 1x M.2 E-Key and 1x Mini PCI-E. Whereas, for memory EACFA20 facilitates 4GB eMMC on board (optional 8/16/32/64 GB). Ultimately, allowing the rugged edge computer to perform advanced-level functions with extended capacity. Lastly, in terms of mechanics, the EACFA20 has a fanless and compact design that is ideal for an industrial setting. EACFA20 can survive tough environmental conditions as it can function optimally when temperatures vary from 0°C ~ 60°C. In terms of installation, ISR201 allows VESA, DIN rail, and wall mount. The NXP i.MX6 Dual Core Fanless Box PC is a high-performance computing device that is designed to meet the demands of modern industrial and IoT applications. With its powerful NXP i.MX6 Dual Core processor, this box PC is capable of delivering reliable and efficient performance for a wide range of applications. One of the key advantages of this box PC is its fanless cooling system. By eliminating the need for noisy and bulky cooling fans, this device provides a quiet and efficient solution for applications that require low power consumption and silent operation. The compact size of the device also makes it easy to install in a variety of environments and mounting options are available including desk, wall, VESA and DIN-Rail. Another key feature of the NXP i.MX6 Dual Core Fanless Box PC is its compatibility with the Microsoft Azure IoT platform. This certification ensures that the device is fully compatible with the Azure IoT platform and provides users with a powerful cloud-based analytics and management tools that can help streamline their IoT solutions. The box PC also features a variety of connectivity options, including Ethernet, USB, and serial ports, as well as support for wireless connectivity such as Wi-Fi and Bluetooth. This makes it easy to connect the device to a wide range of sensors, devices, and other equipment. Moreover, the NXP i.MX6 Dual Core Fanless Box PC is built to withstand the rigors of industrial and harsh environments. With a rugged design that is IP-rated for protection against dust, water, and other environmental factors, this device is built to last and perform reliably in even the toughest conditions. In addition to its rugged design and powerful performance, the NXP i.MX6 Dual Core Fanless Box PC also offers flexible and scalable storage options. Users can choose between various storage devices, including eMMC, microSD, and SATA, depending on their specific needs and requirements. The box PC also supports a wide range of operating systems, including Linux, Windows, and Android, making it a versatile solution for a variety of applications and environments. This flexibility allows users to customize their computing environment to meet their specific needs and requirements. In conclusion, the NXP i.MX6 Dual Core Fanless Box PC is a versatile, reliable, and efficient computing device that is ideal for a wide range of industrial and IoT applications. Its powerful performance, fanless cooling system, rugged design, and support for Microsoft Azure IoT make it an excellent choice for organizations that need a flexible and scalable computing device for their IoT solutions. A fanless box PC is a compact computer that is designed to operate without a fan or other cooling mechanism. Instead, it relies on a passive cooling system, such as heat sinks or thermal pads, to dissipate heat and maintain optimal operating temperatures. Fanless box PCs are commonly used in industrial and commercial applications where reliability, durability, and quiet operation are important considerations. Advantages of Fanless Box PC: Reliability: One of the main advantages of fanless box PCs is their high reliability. Without a fan, there are fewer moving parts that can break down or malfunction, resulting in fewer repairs and longer lifespan. This makes them ideal for use in harsh environments or remote locations where maintenance may be difficult or costly. Quiet Operation: Another benefit of fanless box PCs is their quiet operation. Since they do not have a fan, they produce less noise than traditional computers, making them suitable for use in noise-sensitive environments, such as hospitals, libraries, and classrooms. Dust and Debris Resistance: Fanless box PCs are less prone to dust and debris buildup since they do not have a fan that can draw in air and particles. This makes them ideal for use in environments with high levels of dust, such as factories or construction sites. Lower Energy Consumption: Fanless box PCs typically consume less power than traditional computers since they do not require a fan to cool the internal components. This can result in lower energy bills and reduced environmental impact. Compact Size: Fanless box PCs are designed to be compact and lightweight, making them easy to install and deploy in a variety of applications. They are ideal for use in space-constrained environments or applications where portability is important. Conclusion: Fanless box PCs are a reliable, quiet, and durable computing solution that offers a range of benefits over traditional computers. They are ideal for use in harsh environments, noise-sensitive areas, and locations where maintenance may be difficult. With their compact size, low power consumption, and resistance to dust and debris, they are a versatile solution for a wide range of industrial and commercial applications.