Lynx EPM-4 manual Map and Paging Control Register, Mpcr READ/WRITE 00E3H

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Map and Paging Control Register

Map and Paging Control Register

MPCR (READ/WRITE) 00E3H

D7

D6

D5

D4

D3

D2

D1

D0

FPGEN

Reserved

Reserved

Reserved

Reserved

PG2

PG1

PG0

Table 11: Map and Paging Control Register Bit Assignments

Bit

Mnemonic

Description

 

 

 

D7

FPGEN

FLASH Paging Enable — Enables a 64KB page frame from E0000h to

 

 

EFFFFh. Used to gain access to the on-board FLASH memory.

 

 

FPGEN = 0

FLASH page frame disabled.

 

 

FPGEN = 1

FLASH page frame enabled.

 

 

Note: When FPGEN = 1, the Page Select bits are used to access various blocks within

 

 

the FLASH. The "D0000h 64k page function" in CMOS Setup must be set to "ISA Bus".

D6-D3

Reserved — These bits have no function.

D2-D0

PG2-PG0

Page Select — Selects which 64K block of FLASH will be mapped into the page

 

 

frame.

 

 

 

 

 

 

 

 

 

Memory Range within

 

 

PG2

PG1

PG0

FLASH

 

 

 

0

0

0

000000h

to 00FFFFh

 

 

0

0

1

010000h

to 01FFFFh

 

 

0

1

0

020000h

to 02FFFFh

 

 

0

1

1

030000h

to 03FFFFh

 

 

1

0

0

040000h

to 04FFFFh

 

 

1

0

1

050000h

to 05FFFFh

 

 

1

1

0

060000h

to 06FFFFh

 

 

1

1

1

070000h

to 07FFFFh

.

EPM-4 Reference Manual

Reference 41

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Contents Reference Manual EPM-4 Support Product Release NotesReference Manual Model EPM-4Page Table of Contents Appendix a CBL/CBR-5009 Appendix B References Description IntroductionCompatibility Technical SpecificationsEPM-4 Block Diagram RoHS-Compliant Version EPM-4 Support Website Technical SupportPage Overview Configuration / OperationInitial Configuration and Setup Basic Cmos Configuration Cmos Setup / Boot ProcedureConsole Redirection Boot Order Cmos Setup / IDE ConfigurationIDE Drive Geometry Drive Assignment OrderBios Ext Cmos Setup / Advanced ConfigurationDefault 0E0h Default DisabledDefault IRQ7 Default EnabledDefault SPP Default 133 MHzDefault IRQ3 Default IRQ4Default IRQ11 Save Cmos as custom defaults Using Custom Cmos DefaultsPage Reference Physical DimensionsReference EPM-4 Reference Manual Hardware Assembly B10 External ConnectorsMating Transition Cable ‡Pin 1 Location Connector Function Connector Functions and Interface CablesJumper Block Locations Jumper Block LocationsJumper Summary System Bios SelectorMain Power Connector Pinout Signal Name Description Power SupplyCBL/CBR-1008 Reorder Part No EPM-4 Revision Battery TypeReal Time Clock System RAMSerial Ports Battery Backed Static RAMPin Name Signal Name Function IDE Hard Drive Connector Pinout SignalIDE Hard Drive / CompactFlash / CD-ROM Interface Utility Connector Pinout CBR-5009 Signal Utility Connector J7CBR-5009 Pin Connector Signal KEYBOARD/MOUSE Interface Parallel / Floppy Port Centronics Floppy Signal Pin DirectionEthernet Interface RJ45 Ethernet ConnectorGreen LED Link / Activity Yellow LED SpeedWatchdog Timer PC/104-PlusModules Expansion BusPC/104 Modules Memory Map Memory and I/O MapStart End Address Comment On-Board I/O Devices MAPComponents Group Interrupt ConfigurationSCR READ/WRITE 00E0h Special Control RegisterRevind Read only 00E1h Revision Indicator RegisterBit Mnemonic Description Mpcr READ/WRITE 00E3H Map and Paging Control RegisterPage Appendix a CBL/CBR-5009 a CBL/CBR-5009 ConnectorsCBL/CBR-5009 Schematic CBL/CBR-5009 Dimensions and MountingAppendix B References

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.