The invention of the Computer on Module (COM) made it possible to simplify embedded processor technologies for customized designs. But how do you choose the right Computer on Module for your computer? Read on to find out more. Here are a few things to consider when choosing the right COM:
COM Express
The COM Express computer on module is a standardized connector for computer applications. COMs have a variety of uses, including industrial, aerospace, and military applications. Additionally, they're used in gaming, transportation, and medical fields. They're even used in Internet of Things and general computing embedded applications. Several companies make COM Express devices. Some of these include the following:
COM Express Computer on Modules from Kontron have high-performance processors for applications requiring high performance, specialized computing, and power consumption. This means they're ideal for embedded edge computing nodes, high-end computing applications, and casino gaming. They're also flexible, allowing you to design the module onto a carrier board and save time later. You can also design them from the ground up, which is a more complex process.
COM in Embedded System
Computer-on-Module, technology is a modular computing platform used in embedded applications. Its modular design and easy exchange of modules provide the ultimate flexibility for embedded systems. Moreover, COM embedded modules support multiple interfaces, allowing designers to customize the module to suit their specific needs. Its advantages are outlined below. Here, we discuss how these modules can help you make better embedded systems and why they're a great choice for your next project.
ICE-CV-N26001: A COME Express Reb 2.0 Basic/Compact Type 6 module, the ICE-CV-N26001 has a dual-core Intel Atom N2600 processor and Intel GMA graphics. This module supports DDR3 and DDR3L (1.5V) memory and is compatible with both digital and analog displays. It supports single-channel LVDS, 18-bit video, and dual-channel audio. COM embedded modules are the perfect solution for applications requiring high performance and reliability.
XTX
The XTX Computer on Module (COM) is an expansion of the COM standard for x86-based embedded devices. XTX provides additional features and functionality over ETX, such as SATA, USB and PCI-Express. It is a PCIe-based bus with a 100-pin connector. It has the same form factor as ETX and is therefore 75% pin compatible with ETX.
This card does not have a board-to-board connector, which is a drawback for systems that use a PCI Express bus. Instead, it uses the MXM card slot, which has 230 pins and a 0.5mm configuration. It also has edge fingers that facilitate fast PCIe data transfers. The XTX Consortium felt that multiple module sizes would confuse users and confuse developers. Therefore, they developed a module based on the ETX standard.
SMARC
The SMARC Computer on Module specification is a flexible and future-proof interface standard for x86 and ARM SoCs. It also maintains backward compatibility, enabling OEMs to achieve greater flexibility in their designs. SMARC 2.0 features enhanced multi-channel LVDS and DP++ interfaces, allowing for multiplexing without compromising the edge connector pinouts of older versions. Here is a quick look at some of the key features of the new version.
As a member of the Standardization Group for Embedded Technologies, Martin Unverdured is the product manager for Kontron. He holds a degree in electrical engineering and regularly trains customers in COM design. His goal is to make SMARC the standard for computer on modules. He is a passionate advocate of the open-source design philosophy, and he is eager to share his knowledge with developers and industry experts.
NEX COM
The NEXCOM Computer on Module ICES 253 COM Express Module is equipped with the Intel Atom D525 Dual Core processor. It is designed to shorten the system development time and offer a wide range of expansion options. This module is compatible with an array of carrier boards and will be available with NEXCOM's professional COM competence center service. For more information, visit nexcom.com/com express.
The NEXCOM Computer-on-Module Competence Center (CCC) Service offers full engineering design support and a COM Starter Kit to demonstrate the full computing capabilities of the device. It is also designed to help the customer test peripheral and communication interfaces to confirm functionality. Expert engineering assistance and a reference carrier board are available to help the customer complete the project. Moreover, if you are not confident with the design or have any questions about the COM design, NEXCOM's COM Competence Center can customize the reference carrier board to suit your specifications.
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