MAT 1111 ® Pentium M 1.1 to 2.1GHz 1G Ethernet • Video capture Memory CompactFlash TV OUT OEM CRT AGP option- see VID1080 5V only required 1GB Ethernet Analogue Digital In/Out IDE 4 x USB2 Serial 1&2 RS232/422 485 Serial 3,4,5,6 LVDS 2/4 PAL AC97 AUDIO MINI-PCI PCI-104 RS232/TTL NTSC inputs ® ® ® ® • Intel Pentium M 1.1 to 2.1GHz The MAT 1111 Intel Pentium M EBX-sized single board computer from Microbus offers the highest performance and ® • Intel 855GME Chipset, 1GB DDR levels of integration available combined with low power consumption. ® Based on the Intel 855GME chipset, the MAT 1111 features on ® • 10/100/1Gbit Intel Ethernet board graphics, LVDS, DFP/DVI, 4 video inputs on 2 channels, 6 serial channels, 4 USB, 1Gbit Ethernet, AC97 sound, disk and ™ • CompactFlash (Type I and Type II) CompactFlash. Expansion can be simply achieved via Mini PCI or PCI-104 connection on the board. • Two video capture channels, 4 inputs AGP graphics performance can be enhanced using Microbus • Video options including ATI graphics solutions that use the ATI 7500 or the ATI 9000. Converter boards to standard connectors are available for the • Mini-PCI or PCI104 expansion ports on the MAT 1111. Power management ® ® ® The MAT 1111 uses the Intel Pentium M and Celeron processor range from 0.6 to 2.1GHz,and combined with ACPI power manage- ment and ATX power control, supports the development of low power, high performance Embedded-PC solutions. With an I2C header there is a suitable interface to use Texas Instruments' Gas Gauge technology. This is a preliminary specification only and hence is subject to change without notice. <> Microbus www.embedded-pc.com Designed and manufactured in the UK Better b y design 5.75 inches/146mm MAT 1111 ® Pentium M 0.6 to 1.8GHz 1G Ethernet • Video capture Technical Specifications ® ® Processor(s) Intel Centrino-compatible Pentium M Serial ports (6) COM 1/2 - RS232 or RS422/485 COM 3/4 - RS232 1.1GHz (12W), 1.4GHz (10W), COM 5/6 - RS232 or TTL 1.8GHz (21W), 2.1GHz (26W) Expansion Mini PCI, PCI-104 Celeron 600MHz (5W) Keyboard & mouse Combined into a single 8-way molex Chipset Intel 855GME header, 500mA self-healing fuse Memory/RAM Up to 1GB in one 64-bit SDRAM Bus speed 400MHz FSB DDR ® CMOS Battery 3.6V BIOS Phoenix/Award Speaker Sound AC97 EIDE PCI bus master ATA100 to 2 ATA devices • 44 pin notebook style Thermometer Measures processor temperature Sound system Sound AC97 supporting Line In, Line Software watchdog Programmable via BIOS call Out, Mic In & Speaker Out Voltage watchdog Monitors 1.25, 2.5, 3.3, 5 & CPU ™ CompactFlash Type I or Type II core voltages Ethernet Intel 10/100/1Gbit Dimensions 204 x 146mm (8 x 5.75 inches) ® Onboard graphics Intel Extreme Graphics 2 - CRT, LVDS Environment 0 to 70ºC operating AGP options* 1) ATI 9000 - Dual CRT, LVDS, DFP -30 to 80ºC option 2) ATI 7500 - Dual CRT, LVDS, DFP -40 to 100ºC storage RH 0 to 95% non condensing USB 4 USB 2/1.1 Frame grabbers 2 Philips 7130 (4 inputs) Power required +5V only Digital I/O 4 inputs/outputs PSU support ATX power on/off Analogue I/O 4 inputs CE Mark EMC Class B * Please refer to the ‘Advanced Graphic Options’ datasheet Mechanical size Video The Philips 7130 video input chips on the PCI bus support two Using the EBX footprint, the card is compact and compatible with full speed input channels (25/30 fps), each of which may be EBX mounting holes. The low profile memory uses a single multiplexed to two.The use of high quality micro headers helps sloping DIMM. to maintain signal quality to the board. Graphics Disk and Compact Flash ® The integrated Intel Extreme Graphics 2 on the 855GME The 2mm header on the board supports direct interface to one chipset supports RGB output, TV Out and LVDS. For more or two compact 2.5 inch drives and/or CDs. A CompactFlash demanding applications, Microbus has developed high connector for Flash IDE drives and MicroDrives is provided on performance graphics cards based on the ATI 9000 and ATI the secondary channel and can be used as a boot device. 7500.As well as high performance and dedicated video memory, Type I or type II cards can be used. these cards include video output flexibility by supporting dual RGB displays, DFP/DVI output and one and two channel LVDS. Ethernet 10/100/1Gb Ethernet is supported by an onboard RJ45 Serial channels connector. Remote activity LEDs can be taken off a header for The six serial channels are split into two groups. COM1 and external indication. COM2 are hardware compatible with the PC/AT serial channel architecture using discrete interrupts and I/O addresses. USB and PXE boot These channels may be software selected to support RS232 or The system supports USB and PXE boot with controllable RS422/485. COM3, 4, 5 and 6 are based on a USB channel. options which can be enabled in the BIOS settings. Both options As standard they are configured to support RS232. support boot from external drives, for example from a PXE network device or external FLASH devices. These features can COM5 and 6 may be software selected to support TTL or TTL be disabled to ensure security. inverted. There is no filtering on the board; this is placed on the remote connector boards. This allows customers to meet demanding EMC specifications with external filtering. Microbus Ltd Treadaway Hill, Loudwater, High Wycombe, Bucks HP10 9QL UK Tel: +44 (0) 1628 537333 <> Microbus Fax: +44 (0) 1628 537334 email: sales@microbus.com Better b y design www.embedded-pc.com The information herein has been carefully checked, but no responsibility is assumed for inaccuracies. Microbus reserves the right to make changes without notice to any products herein to improve reliability, function or design. Microbus does not assume any liability arising out of the application or use of any product or circuit described herein; neither does it convey any licence under its patent rights nor the rights of any others. Copyright © 2007 by Microbus Ltd. All rights reserved. Other product and company names may be trademarks of their respective companies. October 2007