CMOS Setup / IDE Configuration

CMOS Setup / IDE Configuration

IDE

The Lynx has a single IDE channel to connect up to two hard disks, CompactFlash modules or CD-ROM drives. This basic IDE interface operates using PIO mode 0, resides on the ISA bus, and does not support the drive address register at I/O address 3F7h. It has been tested successfully on a wide variety of operating systems.

IDE SETUP

IDE devices include hard disk drives, CD-ROM drives, and some CompactFlash modules.

There are 3 fields in the Basic CMOS Configuration screen that are relevant to IDE setup: IDE Drive Geometry, Drive Assignment Order, and Boot Order.

IDE Drive Geometry

Most desktop PCs have two IDE channels, each capable of supporting two IDE devices in a slave/master configuration or a single IDE device in a single (or master only) configuration.

In the IDE Drive Geometry list:

IDE 0 corresponds to primary channel, master/single drive.

IDE 1 corresponds to primary channel, slave drive.

IDE 2 corresponds to secondary channel, master/single drive.

IDE 3 corresponds to secondary channel, slave drive.

The Lynx uses the first IDE channel only. IDE 2 and IDE 3 are unused

All modern IDE devices use LBA mode. When setting up an IDE device, leave the drive geometry set to LBA mode unless your hard drive requires a different mode.

CD-ROM drives that will be used as boot devices should be set accordingly in the Drive Geometry list.

Drive Assignment Order

After a hard drive has been declared in the IDE Drive Geometry field, it must be assigned a DOS drive letter, even if you are not using the DOS operating system. Normally, "Drive C:" will be assigned to the IDE device that you wish to boot from.

Do not attempt to assign a drive letter to a CD-ROM drive. The drivers required to use these devices will automatically assign a drive letter to the device when loaded.

Boot Order

This field allows you to specify the order in which the BIOS looks for boot devices.

EPM-4 Reference Manual

Configuration / Operation 11

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Lynx EPM-4 manual Cmos Setup / IDE Configuration, IDE Drive Geometry, Drive Assignment Order, Boot Order

EPM-4 specifications

The Lynx EPM-4 is a cutting-edge electronic monitoring device designed for a wide range of applications including transportation, logistics, and outdoor activities. With its sleek design and robust capabilities, the EPM-4 provides users with advanced tracking and monitoring features that enhance efficiency and safety.

One of the standout features of the Lynx EPM-4 is its high-precision GPS tracking technology. This allows for real-time location monitoring, ensuring that users can keep tabs on their assets or personnel at all times. The GPS functionality is complemented by cellular connectivity, enabling seamless communication and data transmission even in remote areas. Whether used in urban settings or off-the-grid locations, the EPM-4 maintains reliability and performance.

Another key characteristic of the Lynx EPM-4 is its user-friendly interface. The device is equipped with a bright LED display that provides instant access to essential information, including speed, distance traveled, and battery status. Its intuitive navigation system ensures that even users with minimal technical expertise can operate the device effectively.

Durability is a fundamental aspect of the Lynx EPM-4 design. Constructed to withstand harsh environmental conditions, it features IP67-rated water and dust resistance. This ensures that the device can perform flawlessly in diverse weather conditions, making it suitable for outdoor enthusiasts and professionals alike.

The EPM-4 also incorporates advanced battery technology, allowing for extended usage time on a single charge. This is particularly advantageous for long-haul trips or field operations where charging facilities may be unavailable. Additionally, the device supports various power management modes that optimize battery life based on usage patterns.

Connectivity options are another highlight of the Lynx EPM-4. It supports Bluetooth and Wi-Fi, enabling quick data transfer to smartphones, tablets, or computers for further analysis. Users can easily share information with team members or stakeholders, enhancing collaboration and decision-making processes.

Lastly, the Lynx EPM-4 features customizable settings, allowing users to tailor the device’s functionality to meet their specific needs. Whether it’s setting geofences, receiving alerts for unusual activity, or customizing data logging intervals, the EPM-4 ensures a personalized experience that maximizes utility.

In conclusion, the Lynx EPM-4 stands out as a premier electronic monitoring solution, combining GPS precision, robust durability, extended battery life, and versatile connectivity. With its advanced features and user-friendly design, it serves a vital role in managing logistics, ensuring safety, and enhancing operational efficiency across various industries.