The Winmate embedded mini its motherboard is a powerful graphic processing board, providing high-quality images for TFT panels and suitable for a variety of systems. The Mini-ITX embedded pc board provides all A/D board key functions required for image capture, processing, and display timing control. Winmate’s Advanced In-house Design Capability Supports Your IoT & Embedded Computing Needs. Technologically-advanced Motherboard Designs Since 1996 Consistent highest-quality Design, Components, and Production Expertise Extensive Range of x86 Serverboards Available Competitive Price/Performance High-Performance mini pc board Supporting the Latest CPU, memory, and add-on Hardware Multiple Form Factors, from Pico-ITX 2.5" SBC to ATX Extended Temperature Support and Long Product Lifecycle Industry trends indicate that users require a smaller and lower-cost solution for their system requirements. Winmate embedded mini pc board has a smaller board size and lower keep-out zones to enable a reduced chassis size for systems placed on the user’s desk, mounted on a display, or installed in space-restrictive environments. In addition to deployment in smaller chassis designed around the Mini-ITX form factor, these boards are compatible with ATX and microATX chassis without the need to retool the I/O shield. Winmate embedded mini pc board are ideal for applications in industrial automation, self-service kiosks, and other infotainment-driven solutions. With all these functions integrated onto a single board, the Winmate embedded mini pc board is able to keep up with the cost of high-end multimedia LCD monitors while maintaining a high degree of flexibility and quality. It is suitable for large size and high resolution panels and meets the demanding performance requirements of today’s business and industrial applications. A Mini ITX embedded pc board reduces the costs of high-end multimedia LCD monitors, meanwhile maintaining high degree of flexibility and quality. The embedded mini its motherboard is powered by Intel processor 1.10 GHz; up to 2.50 GHz with turbo boost technology and Intel® SOC chipset. The IP70 mini itx embedded motherboard supports up to 8 GB of DDR3L 1866 MHz SO-DIMM system memory. A high-performance platform delivers the performance and high scalability cutting edge embedded computing application. Embedded Mini-ITX motherboards with Intel LGA115x Socket, Mobile BGA and ULT Core™ I / Pentium/ Celeron Series Processor, Up to 65W TDPs. In terms of peripheral connectivity, the mini-itx motherboard has four serial ports (pin headers), four super speed USB 3.0 connectors, and four hi-speed USB 2.0 connectors ( four-pin headers). , the mini-itx motherboard supports expansion with two M.2 Slots, PCIE2.0. Designed for industrial applications, the embedded mini itx motherboard supports 12V DC power input and operates in a wide temperature range -20°C ~ 60°C. Abundant I/O connectors and expandability make embedded mini itx motherboard to be the right fit in the majority of industrial and commercial applications such as machine vision and control, gaming, POS, KIOSK systems, industrial automation, and others. A powerful processor in a mini itx motherboard form factor meets the demanding performance requirements of modern Industrial IoT and Edge Computing applications. Winmate IH70 embedded mini itx motherboard w/ intel 2.7GH z CPU, 15255-1, Brownie, 448.07H 05.0011, 455.07H 01.0003. All parts are pulled from genuine OEM new and used machines. All parts are 100% Tested and Working. Please confirm you are purchasing the correct part number as listed in the title for this item. Title: Advancements in Technology: From Stande to Windriver - Exploring UTC, CPUs, Memory, GPUs, and More Introduction: Welcome to an insightful journey through the world of technology, where we will explore a diverse range of components and concepts that have shaped modern computing. From the significance of Stande and UTC time zones to powerful CPUs like i5 7500 and i7-6700, innovative memory solutions from Memory PC GmbH to high-performance GPUs like RTX A6000, and crucial software like Dr. Web and Windriver, this article aims to showcase the latest advancements in the tech landscape. Section 1: Stande and Time Zones - Syncing the World Stande and time zones, including UTC -5 and UTC -8, play a crucial role in global timekeeping and synchronization. We will explore the significance of standardized time zones and their impact on various aspects of modern life, from international communication to travel and commerce. Section 2: CPUs - Powering the Digital World Central Processing Units (CPUs) are the heart of computing devices, and we will delve into two powerful CPUs - i5 7500 and i7-6700. We will compare their features, performance, and applications, shedding light on how these processors have revolutionized everyday computing tasks and high-end applications. Section 3: Memory PC GmbH - Elevating Memory Solutions Memory PC GmbH is a leading provider of memory solutions for various computing devices. We will explore their diverse product offerings, including SODIMM and mSATA, and how they enhance system performance, speed, and reliability. Section 4: Dr. Web - Safeguarding Digital Environments Dr. Web is an essential cybersecurity software that protects against viruses and malware. We will discuss its features, effectiveness, and how it contributes to ensuring digital safety in an increasingly interconnected world. Section 5: NVIDIA Investor Relations - Driving Technological Advancements NVIDIA Investor Relations is a vital resource for investors and stakeholders to understand the company's innovations and achievements. We will explore NVIDIA's role in advancing graphics processing technology and AI-driven solutions. Section 6: OPC UA - Advancing Industrial Connectivity OPC UA (Open Platform Communications Unified Architecture) is a crucial standard for industrial communication. We will discuss its applications, benefits, and how it facilitates seamless data exchange and interoperability in industrial settings. Section 7: Power Supply Calculator - Ensuring Efficient Power Management A power supply calculator is a useful tool for determining the power requirements of computer systems. We will explore how this tool helps users choose the appropriate power supply unit for their specific configurations, ensuring optimal performance and energy efficiency. Section 8: Routers - Navigating the Digital Landscape Routers are the backbone of modern networking, facilitating internet connectivity and seamless data flow. We will discuss the various types of routers, including their applications in homes, businesses, and enterprise environments. Section 9: RTX A6000 - Unleashing Graphics Power The RTX A6000 is a high-performance graphics card designed for professional applications like rendering, simulation, and content creation. We will explore its features and how it empowers professionals in various creative and technical fields. Section 10: SECS - Enhancing Semiconductor Manufacturing SECS (SEMI Equipment Communications Standard) is a communication protocol widely used in semiconductor manufacturing equipment. We will discuss its role in streamlining data exchange and improving efficiency in semiconductor fabrication. Section 11: SODIMM - Compact Memory Solutions SODIMM (Small Outline Dual In-Line Memory Module) is a type of memory module commonly used in laptops, mini PCs, and other compact computing devices. We will explore its benefits in providing high-performance memory in a small form factor. Section 12: TIP10 - Innovating Communication Protocols TIP10 (TIP Protocol 10) is a communication protocol designed for efficient data exchange between industrial devices. We will discuss its features and applications in various industrial automation scenarios. Section 13: Windriver - Driving Embedded Systems Development Windriver is a leading software development tool suite for embedded systems. We will explore how Windriver streamlines the development process and enables the creation of robust and reliable embedded solutions. As we conclude this comprehensive exploration of technology advancements, we have witnessed how Stande and UTC time zones synchronize the global community, CPUs power the digital world, and Memory PC GmbH enhances system performance. Additionally, we have seen how Dr. Web safeguards digital environments, NVIDIA Investor Relations drives technological innovations, and OPC UA advances industrial connectivity. The power supply calculator ensures efficient power management, routers navigate the digital landscape, and the RTX A6000 empowers graphics-intensive applications. SECS enhances semiconductor manufacturing, SODIMM offers compact memory solutions, TIP10 innovates communication protocols, and Windriver drives embedded systems development. These diverse components and concepts are a testament to the ongoing evolution of technology, shaping the way we live, work, and communicate. Embracing these innovations and staying informed about the latest advancements will undoubtedly pave the way for a more connected and efficient future. Title: Advancing Technology: From ODM to SDRAM - A Comprehensive Exploration of Innovations and Concepts Introduction Welcome to an insightful journey through the world of advancing technology and innovative concepts. In this article, we will explore a diverse range of topics, from ODM (Original Design Manufacturer) and rugged product portfolios to control panels, rack servers, and workstations. We will also delve into the significance of SDRAM (Synchronous Dynamic Random-Access Memory) and LVDS (Low-Voltage Differential Signaling), as well as the latest developments in the technology industry, such as Kontron Aktien and Open Invention Network. These innovations play a pivotal role in shaping modern computing, communication, and connectivity. Section 1: ODM - Powering Customized Solutions ODM companies are at the forefront of providing customized solutions for various industries. We will discuss their role in designing and manufacturing products on behalf of other companies, streamlining product development and time-to-market. Section 2: Produktportfolio - Diversifying Technological Offerings A Produktportfolio (Product Portfolio) showcases a company's diverse range of technological offerings. We will explore how these portfolios cater to different customer needs and expand business opportunities. Section 3: Rugged - Durability in Challenging Environments Rugged devices are engineered to withstand harsh environmental conditions. We will discuss their applications in industries like military, aerospace, and outdoor fieldwork. Section 4: TGL (Tiger Lake) - Empowering Next-Generation Computing Tiger Lake (TGL) processors are a cutting-edge family of CPUs that offer enhanced performance and efficiency. We will explore their significance in driving next-generation computing solutions. Section 5: Control Panel - Intuitive Interface for Automation Control panels provide an intuitive interface for managing automated systems and processes. We will discuss their role in industrial automation and smart home applications. Section 6: Gotthard-Basistunnel - A Marvel of Engineering The Gotthard-Basistunnel is a remarkable engineering feat, representing the longest railway tunnel in the world. We will explore its significance in improving transportation efficiency and connectivity. Section 7: Kontron Aktien - A Look into Technology Investments Kontron Aktien represents shares in the technology company Kontron. We will discuss its significance for investors and stakeholders and how it reflects the company's financial performance. Section 8: Mini ITX Mainboard - Compact and Versatile Mini ITX Mainboards offer a compact form factor with versatile capabilities. We will explore their applications in small form factor PCs, home entertainment, and embedded systems. Section 9: Open Invention Network - Fostering Innovation through Collaboration Open Invention Network (OIN) is a collaborative platform that promotes open-source innovation and patent non-aggression. We will discuss its role in fostering technology advancements. Section 10: Rack Server - High-Performance Data Processing Rack servers are powerful computing systems designed for data centers. We will explore their applications in cloud computing, virtualization, and enterprise-level data processing. Section 11: RMA Nummer - Streamlining Product Returns RMA Nummer (Return Merchandise Authorization Number) is crucial for managing product returns and replacements. We will discuss its significance in streamlining the RMA process for customers and manufacturers. Section 12: SKX (Skylake-X) - Empowering High-Performance Computing Skylake-X (SKX) processors are part of Intel's high-performance CPU lineup. We will discuss their applications in gaming, content creation, and professional workstations. Section 13: STX (Standard ATX) - A Versatile Motherboard Form Factor STX (Standard ATX) is a popular motherboard form factor that offers versatility in desktop PCs and workstations. We will discuss its significance in providing expandability and performance. Section 14: T.G.L. (Time-Grade Latency) - Ensuring Precision in Data Processing Time-Grade Latency (T.G.L.) is crucial in data processing systems that require precise timing. We will explore its applications in industries like telecommunications and industrial automation. Section 15: Vinci Energies - Driving Sustainable Technology Solutions Vinci Energies is a leading company that provides sustainable technology solutions. We will discuss their contributions to renewable energy, smart infrastructure, and green initiatives. Section 16: Workstations - Empowering Professional Computing Workstations are powerful computing systems designed for professionals in various industries, such as design, engineering, and content creation. We will explore their capabilities and applications. Section 17: 151 - Innovations in Communication 151 represents innovative advancements in communication technology. We will discuss its significance in driving efficient and secure data transmission. Section 18: Conduction - Efficient Heat Dissipation Conduction is a vital process for dissipating heat in electronic devices. We will explore its applications in cooling systems and how it ensures efficient heat management. Section 19: LVDS (Low-Voltage Differential Signaling) - High-Speed Data Transmission LVDS (Low-Voltage Differential Signaling) is a high-speed data transmission standard commonly used in displays and communication interfaces. We will discuss its benefits and applications. Section 20: Mini-ITX - A Compact Motherboard Form Factor Mini-ITX is a compact motherboard form factor that offers versatile applications. We will discuss its significance in building small form factor PCs and embedded systems. Section 21: SDRAM (Synchronous Dynamic Random-Access Memory) - High-Performance Memory SDRAM (Synchronous Dynamic Random-Access Memory) is a high-performance memory technology commonly used in modern computing systems. We will explore its applications and benefits. In this comprehensive exploration of technology advancements and concepts, we have witnessed how ODMs drive customized solutions, rugged devices endure harsh environments, and control panels streamline automation. We have also explored the significance of SDRAM in high-performance memory and LVDS in high-speed data transmission. Additionally, the innovations of Kontron Aktien, Mini ITX Mainboards, and Open Invention Network showcase the cutting-edge developments in the technology industry. As technology continues to evolve, these advancements pave the way for a more connected, efficient, and sustainable future. Embracing these innovations and staying informed about the latest developments will undoubtedly empower industries and individuals to unlock new possibilities and drive progress across various domains. From transportation to finance, from communication to computing, the potential of these cutting-edge technologies is limitless. Let us embrace this wave of progress and shape a better world through technology.