Jumper Summary

Ampro installs option jumpers in default positions so that in most cases the Little Board P6d module requires no special jumpering for standard AT operation. You can connect the power and peripherals and operate it immediately.

Jumper-pin arrays are designated W1, W2, and so forth. Jumper pins are spaced 2 mm apart. A square solder pad identifies pin 1 of each jumper array. Table 2-2is a summary of jumper use. Factory settings are shown in the Default column. Some jumpers are set at the factory to configure options that are not user-settable. These are indicated in the table. Do not change these settings.

Table 2-2. Configuration Jumper Summary

Jumper Group

Function

Default

 

 

 

W1

CompactFlash IDE Master/Slave

ON

 

ON=Master, OFF=Slave

 

W2

BIOS Flash EPROM Programming Power

ON

 

ON=Programming enabled

 

 

OFF= Programming disabled

 

W3

External BIOS Board Enable/Cable Connection

ON

 

ON=Normal, OFF=External Cable

 

W4

Serial 1 RS485 100 Ohm Termination

OFF

 

ON=Terminated, OFF=Unterminated

 

W5

Serial 2 RS485 100 Ohm Termination

OFF

 

ON=Terminated, OFF=Unterminated

 

W6

Serial 3 RS485 100 Ohm Termination

OFF

 

ON=Terminated, OFF=Unterminated

 

W7

Serial 4 RS485 100 Ohm Termination

OFF

 

ON=Terminated, OFF=Unterminated

 

W8

Local Head Phone Enable

OFF

 

ON = Enable Local HP, OFF = Disable HP

 

W9

Watchdog timer reset enable

OFF

 

ON=Enabled, OFF=Disabled

 

2-6

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Ampro Corporation 5001451A manual Jumper Summary, Jumper Group Function Default

5001451A specifications

Ampro Corporation is known for its commitment to quality and innovation, particularly in the field of embedded computing solutions. One of its standout products, the Ampro Corporation 5001451A, is a robust and versatile embedded computing platform designed to meet the demanding needs of industrial applications.

The 5001451A features a compact and modular design that allows for flexibility and ease of integration into various systems. It is built around a powerful processor, ensuring high performance for data-intensive operations. This embedded platform can support various operating systems, giving developers the freedom to choose the environment that best suits their project requirements. Additionally, the system's architecture is optimized for low power consumption, which is critical for applications where energy efficiency is paramount.

One of the key characteristics of the 5001451A is its extensive I/O capabilities. It includes multiple ports for serial communication, USB, and Ethernet, making it highly adaptable for different connectivity needs. The system also supports various expansion options, allowing users to add additional functionalities as required. This adaptability is essential for industries such as telecommunications, transportation, and medical devices, where specific operational demands vary widely.

Moreover, the 5001451A is designed with durability in mind. It can operate effectively in challenging environments, with features such as extended temperature ranges and resistance to shock and vibration. This ruggedness makes it an ideal choice for deployment in outdoor installations or industrial settings where equipment is subjected to harsh conditions.

The product also integrates advanced security features to protect against cyber threats, which is increasingly important in today's connected world. With built-in encryption and secure boot capabilities, the 5001451A ensures that sensitive data is safe and that the system remains reliable against unauthorized access.

In summary, the Ampro Corporation 5001451A stands out as a powerful, flexible, and reliable embedded computing solution. Its combination of performance, modularity, durability, and security makes it an excellent choice for a wide range of industrial applications, making it a go-to option for developers and engineers seeking a dependable embedded platform. With the ongoing advancements in technology, the 5001451A is well-positioned to adapt to future challenges and opportunities in the ever-evolving landscape of embedded systems.