Connect Tech PCIE/104 user manual LPC Super I/O

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Connect Tech Xtreme/SBC PCIe/104 Single Board Computer and PCIe/104 Qseven Carrier Board - User Manual

Function

PCI-104 top mount – mechanical only, does

not carry signals

 

 

 

Locations

P12

 

 

Type

Industry standard

EPT 264-60303-02

 

 

 

Note

Connector is not populated by default.

Can be installed on request.

 

 

 

LPC Super I/O

The Xtreme/SBC implements many low speed legacy I/O features with the SMSC SCH3114 Super I/O, which is connected to the Qseven module via the LPC (Low Pin Count) bus. This Super I/O device provides 4 serial ports, 2 PS/2, and many other status / control features.

Note: the Qseven specification states that all Qseven modules BIOS implementations must support either the Winbond W83627 or SMSC SCH3114.

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Revision 0.02

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Contents CTIM-000058 Revision 0.02 March 8 Table of Contents Hardware Installation Software Installation & Configuration Customer Support Overview Contact InformationLimited Lifetime Warranty Copyright NoticeTrademark Acknowledgment Revision HistoryWhat is Qseven? FeaturesIntroduction System Block Diagram Connector Locations Connector Summary LocationHardware Description Jumper Summary FunctionConnector Qseven Module InterfaceGraphics DescriptionConnectors & Jumpers Pin SignalFloating +5V +3.3VGigabit Ethernet Connector & LEDsPositive polarity USB SataPin Signal D13 Activity ConnectorsPCI/104-Express Pin Description LPC Super I/O Resistor Function Default SerialFunction RS232 Locations Type PS/2 Keyboard and Mouse Power Description Always on Qseven PSON# Fan Control Positive NegativeBattery Hardware InstallationJumper Function Selection Position Software Installation & Configuration Operating System NotesGeneral US15W SpecificPCB End Cables & InterconnectNumber Dimensions Specifications

PCIE/104 specifications

The Connect Tech PCIE/104 is an innovative platform designed for developers and engineers seeking a compact and versatile solution for embedded computing applications. This rugged module is engineered to fit within the PC/104 form factor, ensuring ease of integration into systems that require a small footprint without compromising on performance or features.

One of the standout features of the PCIE/104 is its support for PCIe expansion. Unlike traditional PC/104 systems, which rely on older bus technology, this modern solution utilizes PCIe for high-speed data transfer. This allows for significantly enhanced bandwidth, enabling users to connect multiple high-performance peripherals, such as GPUs, storage devices, and advanced network interfaces. The architecture supports various PCIe lane configurations, which can be tailored to meet specific application needs, making it exceptionally versatile.

Another key characteristic of the Connect Tech PCIE/104 is its robust design. Constructed to withstand harsh environments, the module complies with industrial-grade standards, ensuring reliable operation in temperatures ranging from -40°C to +85°C. Moreover, its sturdy casing and sealed connectors provide protection against dust and moisture, making it suitable for deployment in outdoor or rugged settings, such as military, transportation, and industrial control systems.

In terms of connectivity, the PCIE/104 offers a multitude of options. It includes multiple I/O interfaces such as USB, Ethernet, and serial ports, providing flexibility for various connectivity needs. Additionally, the integration of onboard features like 1G/10G Ethernet helps facilitate high-speed networking in demanding applications, while GPIO pins allow for easy customization and control.

The module also embraces modern technologies, ensuring compatibility with the latest software and hardware environments. By supporting both Linux and Windows operating systems, developers can leverage a wide range of development tools and libraries to accelerate their projects.

Overall, Connect Tech's PCIE/104 represents a fusion of cutting-edge technology, rugged design, and expansive connectivity options. Its ability to deliver powerful performance in a compact form factor makes it an ideal choice for a multitude of embedded applications, from aerospace to medical devices, reinforcing its status as a versatile solution in the field of embedded computing.