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01A004E00 - A4-EXT, VMEbus 6U, extension board for A4/A4N, 4 M-Module slots, with P2

01A004N00 - A4N, VMEbus 6U, single-board computer, CPU 68332/20MHz, 2 MB DRAM, 256 KB SRAM, 3 M-Module slots, P2 mounted

01A004N01 - A4N, VMEbus 6U, single-board computer, CPU 68332/20MHz, 2 MB DRAM, 256 KB SRAM, 3 M-Module slots, without P2

01A004NEU - EU Manufacturer declaration for this product

01A008E00 - A8-EXT, VMEbus 6U, extension board for A8/A9/A10, 4 M-Module slots, with P2

01A009-00 - A9, VMEbus 6U, single-board computer, CPU 68040/25MHz and CPU 68360/25 MHz, 16MB DRAM, 0.5MB SRAM, 8MB Flash, SCSI-2, Ethernet, graphics, PC card, CAN, 4 M-Module slots, 1-slot front panel

01A009-01 - A9, VMEbus 6U, single-board computer, CPU 68360/25 MHz and CPU 68040/25 MHz, 16MB DRAM, 0.5MB SRAM, 8MB Flash, SCSI-2, Ethernet, PC card, 4 M-Module slots, 1-slot front panel

01A009-EU - EU Manufacturer declaration for this product

01A010-00 - A10, VMEbus 6U, single-board computer, CPU 68060/50MHz and CPU 68360/25MHz, 16MB DRAM, 0.5MB SRAM, 8MB Flash, SCSI-2, Ethernet, graphics, PC card, CAN, 4 M-Module slots, 1-slot front panel

01A010-01 - A10, VMEbus 6U, single-board computer, CPU 68060/50MHz and CPU 68360/25MHz, 16MB DRAM, 2MB SRAM, 8MB Flash, Ethernet, SCSI-2, PC card, 4 M-Module slots, 1-slot front panel

01A010-EU - EU Manufacturer declaration for this product

01A011-00 - A11, VMEbus 6U, single-board computer, CPU XPC603RRX266, 32MB DRAM, 8MB Flash SCSI, Ethernet, CompactFlash, 1-slot VME (3-row connector), temperature range 0..+60°C; floppy disk connector not assembled

01A011-01 - A11, VMEbus 6U, single-board computer, CPU XPC740RRX300, 32MB DRAM, 8MB Flash, SCSI, Ethernet, CompactFlash, 1-slot VME64 (5-row connector), temperature range 0..+60°C; floppy disk connector not assembled

01A011-02 - A11, VMEbus 6U, single-board computer, CPU MPC740RRX500, 32MB DRAM, 8MB Flash, SCSI, Ethernet, CompactFlash, 1-slot VME64 (5-row connector), temperature range 0..+60°C; floppy disk connector not assembled

01A012A00 - A12a, VMEbus 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 3 PC-MIP slots, 0..+60°C

01A012A01 - A12a, VMEbus 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 3 PC-MIP slots, -40..+85°C

01A012AEU - EU Manufacturer declaration for this product

01A012B00 - A12b, VMEbus 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 3 M-Module slots, 0..+60°C

01A012B01 - A12b, VMEbus 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 3 M-Module slots, -40..+85°C

01A012BEU - EU Manufacturer declaration for this product

01A012C00 - A12c, VMEbus 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 2 PMC slots, 0..+60°C

01A012C01 - A12c, VMEbus 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 2 PMC slots, -40..+85°C

01A012CEU - EU Manufacturer declaration for this product

01A013A00 - A13a, VME64 6U Single-Board Computer, ULV Celeron / 400MHz, 256MB DRAM, CompactFlash slot, graphics, Gigabit Ethernet, USB, 3 PC-MIP slots, temperature range 0..+60°C

01A013A02 - A13a, VME64 6U Single-Board Computer, ULP Pentium III / 933MHz, 512MB DRAM, CompactFlash slot, graphics, Gigabit Ethernet, USB, 3 PC-MIP slots, temperature range 0..+60°C

01A013C00 - A13c, VME64 6U Single-Board Computer, ULV Celeron / 400MHz, 256MB DRAM, CompactFlash slot, graphics, Gigabit Ethernet, USB, 2 PMC slots, temperature range 0..+60°C

01A013C02 - A13c, VME64 6U Single-Board Computer, ULP Pentium III / 933MHz, 512MB DRAM, CompactFlash slot, graphics, Gigabit Ethernet, USB, 2 PMC slots, temperature range 0..+60°C

01A015A00 - A15a, VME64 6U Single-Board Computer, PowerPC MPC8245/400MHz, 2MB boot Flash, CompactFlash slot, SO-DIMM slot, 3 PC-MIP slots, 0..+60°C

01A015A01 - A15a, VME64 6U Single-Board Computer, PowerPC MPC8245/400MHz, 2MB boot Flash, CompactFlash slot, SO-DIMM slot, 3 PC-MIP slots, -40..+85°C

01A015AEU - EU Manufacturer declaration for this product

01A015B00 - A15b, VME64 6U Single-Board Computer, PowerPC MPC8245/400MHz, 2MB boot Flash, CompactFlash slot, SO-DIMM slot, 3 M-Module slots, 0..+60°C

01A015B01 - A15b, VME64 6U Single-Board Computer, PowerPC MPC8245/400MHz, 2MB boot Flash, CompactFlash slot, SO-DIMM slot, 3 M-Module slots, -40..+85°C

01A015BEU - EU Manufacturer declaration for this product

01A015C00 - A15c, VME64 6U Single-Board Computer, PowerPC MPC8245/400MHz, 2MB boot Flash, CompactFlash slot, SO-DIMM slot, 2 PMC, 0..+60°C

01A015C01 - A15c, VME64 6U Single-Board Computer, PowerPC MPC8245/400MHz, 2MB boot Flash, CompactFlash slot, SO-DIMM slot, 2 PMC, -40..+85°C

01A015CEU - EU Manufacturer declaration for this product

01A201S02 - A201S, VMEbus 6U, M-Module carrier board for 4 M-Modules, on-board 16MHz-supply, with P2, -40..+85°C

01A201S09 - A201S, VMEbus 6U, M-Module carrier board for 4 M-Modules, with P2, on-board 16MHz-supply

01A201S11 - A201S, VMEbus 6U, M-Module carrier board for 4 M-Modules, on-board 16MHz-supply, without P2, -40..+85°C

01A201S12 - A201S, VMEbus 6U, M-Module carrier board for 4 M-Modules, without P2, on-board 16MHz-supply

01A201S15 - A201S, ELMA ejectors, VMEbus 6U, M-Module carrier board for 4 M-Modules, on-board 16MHz supply, with P2, -40..+85°C

01A201S16 - A201S, ELMA ejectors, VMEbus 6U, M-Module carrier board for 4 M-Modules, with P2, on-board 16MHz supply

01A201S17 - A201S, ELMA ejectors, VMEbus 6U, M-Module carrier board for 4 M-Modules, on-board 16MHz supply, without P2, -40..+85°C

01A201S18 - A201S, ELMA ejectors, VMEbus 6U, M-Module carrier board for 4 M-Modules, on-board 16MHz supply, without P2

01A201SEU - EU Manufacturer declaration for this product

01A302-00 - A302, VMEbus 6U, 128-bit binary I/O controller, temperature range 0..+60°C

01A302-01 - A302, VMEbus 6U, 128-bit binary I/O controller, temperature range -40..+85°C

01A501-01 - A501, VMEbus 6U, board with 1 GB SCSI harddisk, 4TE

01A501-03 - A501, VMEbus 6U, board with SCSI controller and PC-card interface (AD41), temperature range -40..+85°C

01A501-EU - EU Manufacturer declaration for this product

01B005-00 - B5, VMEbus 3U, single-board computer, CPU 68360/33MHz + 68040V/33MHz, 4MB DRAM, 1MB SRAM, 4MB Flash, 0.5MB boot Flash, 3xRS232, 2x Extended CAN, Ethernet (Twisted Pair), 1-slot solution

01B005-03 - B5, VMEbus 3U, single-board computer, CPU 68360/25MHz + 68060/50MHz, 4MB DRAM, 4MB Flash, 1MB SRAM, 512KB Boot Flash, 2x CAN, 3x RS232, 1x Ethernet via twisted pair, VIC 64 VMEbus interface

01B005-04 - B5, VMEbus 3U, single-board computer, temperature range -40..+85°C, CPU 68360/33MHz + 68040V/33MHz, 4MB DRAM, 1MB SRAM, 4MB Flash, 0.5MB boot Flash, 3xRS232, 2x Extended CAN, Ethernet (Twisted Pair), 1-slot solution

01B005-EU - EU Manufacturer declaration for this product

01B006-00 - B6, 1-slot VME 3U, single-board computer, CPU 68360/33MHz, 4MB DRAM, 4MB SRAM, 4MB Flash, 0.5MB boot Flash, 2 SA adapter slots, without SA adapters

01B006-EU - EU Manufacturer declaration for this product

01B011-00 - B11, VMEbus 3U, single-board computer, MPC8245/300MHz (from hardware rev. 01.xx), 2MB Flash, no DRAM, 2 PC-MIP slots, 1-slot front panel, temperature range: 0..+60°C

01B011-01 - B11, VMEbus 3U, single-board computer, MPC8245/300MHz (from hardware rev. 01.xx), 2MB Flash, no DRAM, 2 PC-MIP slots, 1-slot front panel, temperature range: -40..+85°C

01B011-EU - EU Manufacturer declaration for this product

01B012-02 - B12, VMEbus 3U, MPC823/66MHz, 32MB SDRAM, 8MB Flash, 32KB SRAM, 4KB EEPROM, CompactFlash slot Type I, 2 RS232, Ethernet, 4 LEDs, 1 push button, M-Module slot, 1-slot front panel EMC, temperature range: 0..+60°C

01B012-03 - B12, VMEbus 3U, MPC823/66MHz, 32MB SDRAM, 8MB Flash, 32KB SRAM, 4KB EEPROM, CompactFlash slot Type I, 2 RS232, Ethernet, 4 LEDs, 1 push button, M-Module slot, 1-slot front panel EMC, temperature range: -40..+85°C, E2 suitable components

01B012-EU - EU Manufacturer declaration for this product

01B201S00 - B201S, VMEbus 3U, M-Module carrier board for 1 M-Module

01B201SEU - EU Manufacturer declaration for this product

01B202S00 - B202S, VMEbus 3U, M-Module carrier board for 2 M-Modules; incl. 2 guide rails no. 5845-0125 for 4.4" card height

01B202S05 - B202S, VMEbus 3U, M-Module carrier board for 2 M-Modules; incl. 2 guide rails no. 5845-0125 for 4.4" card height, temperature range: -40..+85°C

01B202SEU - EU Manufacturer declaration for this product

01B402-02 - B402, VMEbus 3U, CPU 68332/20 MHz, 256KB global dual-ported SRAM, 1MB local SRAM, 1MB Flash, 1 M-Module slot

02D002-00 - D2, CompactPCI 6U, single-board computer, Pentium MMX/266MHz, 1MB Cache, 1MB SRAM, 32MB DRAM, 100Mbit Ethernet, 3 PC-MIP slots, 1-slot front panel

02D002-03 - D2, CompactPCI 6U, single-board computer, K6-III+/450, 1MB cache, 32MB DRAM, 100Mbit Ethernet, 3 PC-MIP slots, temperature range 0..+45°C

02D002-EU - EU Manufacturer declaration for this product

02D003A00 - D3a, CompactPCI 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 3 PC-MIP slots, 0..+60°C

02D003A01 - D3a, CompactPCI 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 3 PC-MIP slots, -40..+85°C

02D003AEU - EU Manufacturer declaration for this product

02D003B00 - D3b, CompactPCI 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 3 M-Module slots, 0..+60°C

02D003B01 - D3b, CompactPCI 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 3 M-Module slots, -40..+85°C

02D003BEU - EU Manufacturer declaration for this product

02D003C00 - D3c, CompactPCI 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 2 PMC slots,0..+60°C

02D003C01 - D3c, CompactPCI 6U, single-board computer, CPU MPC8245-300MHz, 2MB Flash, 2 PMC slots,-40..+85°C

02D003CEU - EU Manufacturer declaration for this product

02D004-00 - D4, 64-bit CompactPCI 6U single-board computer, system slot version, Pentium 4 / 2.2GHz, 2 Gigabit Ethernet (front), 1 Gigabit Ethernet (PICMG 2.16), DVI graphics, USB, 1 PMC slot, SO-DIMM DDR slot, CompactFlash slot, no PXI support, 0..+45°C

02D004-01 - D4, 64-bit CompactPCI 6U single-board computer, system slot version, Pentium 4 / 1.7GHz, 2 Gigabit Ethernet (front), DVI graphics, USB, 2 PC-MIP slots, SO-DIMM DDR slot, CompactFlash slot, no PXI support, 0..+60°C

02D004-02 - D4, 64-bit CompactPCI 6U single-board computer, system slot version, Pentium 4 / 1.7GHz, 2 Gigabit Ethernet (front), DVI graphics, USB, 1 PMC slot, SO-DIMM DDR slot, CompactFlash slot, no PXI support, 0..+60°C

02D004-03 - D4, 64-bit CompactPCI 6U single-board computer, system slot version, Pentium 4 / 2.2GHz, 2 Gigabit Ethernet (front), DVI graphics, USB, prepared for on-board hard disk, SO-DIMM DDR slot, CompactFlash slot, no PXI support, 0..+45°C

02D004-EU - EU Manufacturer declaration for this product

02D201-00 - D201, CompactPCI 6U, carrier board for 4 M-Modules (with J4/J5)

02D201-01 - D201, CompactPCI 6U, carrier board for 4 M-Modules (w/o J4/J5)

02D201-EU - EU Manufacturer declaration for this product

02D202-00 - D202, CompactPCI 6U, carrier board for 6 PC-MIP modules (with J3/J4/J5)

02D202-EU - EU Manufacturer declaration for this product

02D203-00 - D203, CompactPCI/PXI 6U, carrier board for 4 M-Modules (with J4/J5), temperature 0..+60°C

02D203-01 - D203, CompactPCI/PXI 6U, carrier board for 4 M-Modules (with J4/J5), temperature -40..+85°C

02D203-02 - D203, CompactPCI/PXI 6U, carrier board for 4 M-Modules, without J4/J5, temperature 0..+60°C

02D203-04 - D203, 6U 4HP, for sandwich mounting inside Kahlua Box, carrier board for 4 M-Modules

02D203-EU - EU Manufacturer declaration for this product

02D302-00 - EU D302, CompactPCI 6U, 128-bit binary I/O controller, temperature range 0..+60°C

02D302-01 - D302, CompactPCI 6U, 128-bit binary I/O controller, temperature range -40..+85°C

02F001-00 - F1, CompactPCI 3U, single-board computer, MPC8240/250MHz, 2MB Flash, no DRAM, 2 PC-MIP slots, 1-slot front panel

02F001-01 - F1, CompactPCI 3U, single-board computer, MPC8240/250MHz, 2MB Flash, no DRAM, 2 PC-MIP slots, 1-slot front panel, temperature range: -40..+85°C

02F001-EU - EU Manufacturer declaration for this product

02F001N00 - F1N, CompactPCI 3U, single-board computer, MPC8245/300MHz, 2MB Flash, no DRAM, 2 PC-MIP slots, 1-slot front panel

02F001N01 - F1N, CompactPCI 3U, single-board computer, MPC8245/300MHz, 2MB Flash, no DRAM, 2 PC-MIP slots, 1-slot front panel, temperature range: -40..+85°C

02F001NEU - EU Manufacturer declaration for this product

02F002-00 - F2, CompactPCI 3U, single-board computer, Pentium MMX/266 MHz, 512KB cache, 32MB DRAM, 100Mbit Ethernet, 1 PC-MIP slot, 2-slot front panel, for backplanes with system slot right

02F002-02 - F2, CompactPCI 3U, single-board computer, Pentium MMX/266MHz, 512KB cache, 32MB DRAM, 100Mbit Ethernet, COM1..4, 1 PC-MIP slot, 2-slot front panel, for backplanes with system slot left

02F002-EU - EU Manufacturer declaration for this product

02F004-00 - F4, CompactPCI 3U, peripheral card, MPC8240/250MHz, 2MB Flash, no DRAM, 2 PC-MIP slots, 1-slot front panel

02F004-01 - F4, CompactPCI 3U, peripheral card, MPC8240/250MHz, 2MB Flash, no DRAM, 2 PC-MIP slots, 1-slot front panel, temperature range: -40..+85°C

02F006-00 - F6, CompactPCI 3U, peripheral card, MPC8260/200MHz, 8MB Flash, 16MB local SDRAM, temperature range: 0..+60°C

02F006-02 - F6, CompactPCI 3U, peripheral card, MPC8260/200MHz, 8MB Flash, 16MB local SDRAM, temperature range: -40..+85°C

02F006-EU - EU Manufacturer declaration for this product

02F007-00 - F7, CompactPCI 3U, single-board computer, Celeron 733MHz incl. passive heat sink, 0MB DRAM, 100Mbit Ethernet, DVI graphics, 0..+60°C

02F007-01 - F7F7, CompactPCI 3U, single-board computer, Celeron 733MHz incl. passive heat sink, 64MB DRAM, 100Mbit Ethernet, DVI graphics, -40..+85°C

02F007-02 - F7, CompactPCI 3U, single-board computer, Pentium III 850MHz, 0MB DRAM, 100Mbit Ethernet, DVI graphics, 0..+60°C

02F007-EU - EU Manufacturer declaration for this product

02F007E00 - F7E, I/O extension for F7, keyboard, mouse, serial, parallel, floppy, 3U/8HP (F7 system slot right), 0..+60°C

02F007E01 - F7E, I/O extension for F7, keyboard, mouse, serial, parallel, floppy, 3U/8HP (F7 system slot right), -40..+85°C

02F007E02 - F7E, I/O extension for F7, keyboard/mouse, 2x serial, floppy, 3U/4HP (F7 system slot right or left), 0..+60°C

02F007E03 - F7E, I/O extension for F7, keyboard/mouse, 2x serial, floppy, 3U/4HP (F7 system slot right or left), -40..+85°C

02F007E06 - F7E, I/O extension for F7N, keyboard/mouse, 2x serial, floppy, 3U/4HP (F7 system slot right or left), 0..+60°C

02F007E07 - F7E, I/O extension for F7N, keyboard/mouse, 2x serial, floppy, 3U/4HP (F7 system slot right or left), -40..+85°C

02F007E08 - F7E, I/O extension for F7N, keyboard, mouse, serial, parallel, floppy, 3U/8HP (F7 system slot right), 0..+60°C

02F007E09 - F7E, I/O extension for F7N, keyboard, mouse, serial, parallel, floppy, 3U/8HP (F7 system slot right), -40..+85°C

02F007N00 - F7N, CompactPCI/PXI 3U, single-board computer, Tualatin Celeron / 1.2GHz incl. passive heat sink, 0MB DRAM, Gigabit Ethernet, DVI graphics, USB, 0..+60°C

02F007N01 - F7N, CompactPCI/PXI 3U, single-board computer, Tualatin Pentium III / 1.26GHz incl. passive heat sink, 0MB DRAM, Gigabit Ethernet, DVI graphics, USB, 0..+60°C

02F007NEU - EU Manufacturer declaration for this product

02F008-00 - F8, 3U 12TE 32-bit CompactPCI system slot infotainment SBC with Transmeta Crusoe TM5900/800MHz, 512MB SDRAM, CompactFlash slot, 2.5" hard disk slot, dual Fast Ethernet (RJ45 front), 1 RS232 (D-Sub front), USB 1.1 (front), CRT/LCD (up to UXGA) graphics controller, DVI and DVI-I (front), 16 MB integrated graphics RAM, up to 1600 x 1200 pixels, operating temperature -40..+85°C without hard disk (operating temperature with hard disk according to the corresponding hard disk data sheet)

02F009-00 - F9, 3U 4HP 32-bit CompactPCI system slot SBC with Celeron Pentium M 600MHz (Banias), SO-DIMM slot, CompactFlash slot, 1 Gigabit Ethernet (front), 2 USB 2.0 (front), CRT/LCD graphics (DVI-I front); operation temperature 0..+60°C

02F009-01 - F9, 3U 4HP 32-bit CompactPCI system slot SBC with Pentium M 1.4GHz (Dothan), SO-DIMM slot, CompactFlash slot, 1 Gigabit Ethernet (front), 2 USB 2.0 (front), CRT/LCD graphics (DVI-I front); operation temperature tbd.

02F009E00 - F9E, 1-slot 3U I/O extension for F9 with PS/2 keyboard/mouse, USB, 1 COM, audio optional, prepared for 2.5" hard disk (replaces CompactFlash facility), mounting on top or bottom of F9, 0..+60°C

02F201-00 - F201, CPCI 3U, M-Module carrier board for 1 M-Module

02F201-01 - F201, CPCI 3U 4HP, M-Module carrier board for 1 M-Module, temperature range: -40..+85°C

02F201-EU - EU Manufacturer declaration for this product

02F202-00 - F202, CompactPCI 3U, M-Module carrier board for 2 M-Modules

02F202-EU - EU Manufacturer declaration for this product

02F203-00 - F203, CompactPCI 3U, PC-MIP carrier board for 3 PC-MIPs

02F203-EU - EU Manufacturer declaration for this product

02F204-00 - F204, CompactPCI/PXI 3U, carrier board for 1 M-Module, temperature range 0..+60°C

02F204-01 - F204, CompactPCI/PXI 3U, carrier board for 1 M-Module, temperature range -40..+85°C

02F205-00 - F205, CompactPCI/PXI 3U, carrier board for 2 M-Modules, temperature range 0..+60°C

02F205-01 - F205, CompactPCI/PXI 3U, carrier board for 2 M-Modules, temperature range -40..+85°C

02F205-EU - EU Manufacturer declaration for this product

03C201-00 - C201, PC/AT, M-Module carrier board for 3 M-Modules, long slot version

03C201-EU - EU Manufacturer declaration for this product

03C202-00 - C202, PC/AT, M-Module carrier board for 1 M-Module, short slot version

03C202-EU - EU Manufacturer declaration for this product

0500-0001 - Battery M4T32... for Timekeeper M41T11 (spare part)

0500-0002 - Battery M4T28... for Timekeeper M48T86 (spare part)

0501-0001 - DVI-I to DVI-D and VGA Y-adapter cable (for example for D4, F7/N, F8, F9, P17)

05A000-10 - Keyboard/mouse Y-cable 0.1m, 6-pin Mini DIN plug to two 6-pin Mini DIN receptacles

05A008-02 - A9, A10 M-Module mounting kit for 4 M-Modules, 1 additional 1-slot front panel, 4 60-pin contact strips

05A008-03 - Accessory A9/A10: SA adapter mounting kit on M-Module mounting kit

05A008-12 - Accessory A9/A10: 1-slot front panel for 2 SA adapters

05A012-00 - Hard disk 2.5", 9.5mm adapter for A12, D3, SC13

05A012-01 - Mounting kit for 2 SA adapters for A12/A15/D3, incl. 6U 1-slot VME or CompactPCI front panel incl. ribbon cable, without SA adapters

05A013-00 - Mounting kit for 4 SA adapters for A13, incl. 6U 1-slot VME/cPCI front panel and ribbon cable, without SA adapters

05AD67-00 - IDE mounting kit 44-pin to 44-pin; 50.8 mm; installation kit for Kahlua Box or A12, D3, A15 with AD67, temperature range: -40..+85°C

05B000-01 - Interface cable: 9-pin micro D-Sub to 9-pin D-Sub (2m)

05B005-00 - Accessory kit for B5: 1-slot front panel, M-Module mounting kit, cover plates for M-Module and SA adapter

05B011-00 - Mounting kit for 2 SA adapters for B11, incl. 3U 1-slot VME front panel and ribbon cable, without SA adapters

05B012-00 - Accessory kit for B12: 2-slot front panel, mounting kit for 1 M-Module and 1 SA adapter, cover plates for M-Module and SA adapter

05B402-00 - Accessory B402: 1-slot front panel with flat cable for use of serial interface adapters

05F001-00 - Mounting kit for 2 SA adapters for F1/F1N/F4, incl. 3U 1-slot CompactPCI front panel and ribbon cable, without SA adapters

05F002-00 - Mounting kit for 2 SA adapters for F2, version for backplanes with system slot right incl. 3U 1-slot CompactPCI front panel and two ribbon cables, without SA adapters

05F003-03 - IDE adapter cable, 44-pin 2-mm IDE connection to 2x 44-pin 2-mm IDE connection, 450mm

05F006-00 - RS232 interface cable 9-pin D-Sub plug to 8-pin RJ45 plug, 2m

05F007-02 - DVI-to-VGA cable, DVI plug to 15-pin HD-Sub plug, 2m, -40..+85°C

05F007-03 - Adapter, DVI analog plug to VGA 15-pin HD-Sub receptacle, -20..+85°C

05F007-04 - 6U mounting kit for assembly of F7 + AD52-00/..-01

05F007-05 - 6U 1Slot mounting kit for assembly of F7 + F7E

05F007-07 - 6U mounting kit for assembly of F7 + AD52-02/03

05F007E00 - Hard disk 2.5" installation kit for F7E

05F007N03 - Stand-alone adapter for F7 and F7N

05M000-01 - M-Module cable, 2m, 21-pin VG receptacle to pig tail, for connection to VMEbus P2 mating connector (05M000-02), for wiring of M-Module I/O signals via P2

05M000-02 - VMEbus P2 connector for cable connection of 4 21-pin M-Module cables (05M000-01) for mounting in VMEbus enclosure without J2 backplane, consisting of 96-pin shroud and receptacle

05M000-14 - M-Module cable, 2.5m, with 44-pin HD-Sub plug/housing to pig tail

05M000-15 - F205, Front-panel cover for M-Module cut-outs at front panels, snap-in, 10 pcs

05M000-17 - 25 mounting screw sets to fix M-Modules on carrier boards

05M000-20 - M-Module cable, 2m with 44-pin HD-Sub plug/housing to 44-pin HD-Sub plug/housing, (connecting 1:1)

05M000-25 - M-Module cable, 2m, with 44-pin half-pitch D-Sub plug/housing to 50-pin D-Sub receptacle/housing, (connecting 1:1)

05M014-01 - Cable for M14/M53, 2m, with 21-pole VG connector

05P017-00 - Splitter cable D-Sub S-Video In/Out, Composite Video Output to 2 mini DIN 4-pin/RCA jacks

0700-0004 - CE-conformal housing for VMEbus 3U: MENCOMP6-BGT: closed 19" rack, 4U, 9 slots, J1 backplane, power supply 230V, fan, incl. power cable no. 6080-0020

0700-0006 - CE-conforming housing for VMEbus 6U: closed 19" rack, 5U, 7 slots, J1+2 backplane (not VME64), power supply 230V, fan incl. power cable no. 6080-0020

0700-0009 - CE-conformal housing for VMEbus 3U: closed 19" rack, 4U, 9 slots, J1 backplane, power supply 230V, fan

070000-44 - SCSI hard disk 3.5", 2GB

0701-0004 - CompactPCI 19" 3U rack-mount enclosure, 5-slot 6U CompactPCI midplane, ATX power supply, fan, 2 batteries

0701-0009 - CompactPCI 19" 3U rack-mount enclosure, 3U 7-slot CompactPCI backplane, ATX power supply

0701-0010 - CompactPCI 19" 7U rack-mount enclosure, 6U 8-slot CompactPCI midplane, ATX PSU 400W, prepared for HD, FD and CD, 1U fan tray

0701-0018 - CompactPCI 19" 4U rack-mount enclosure, 3U 8-slot CompactPCI backplane right, ATX power supply 300W front side, incl. 2 fans on 1U fan tray, prepared for HD, FD

0710-0001 - CD ROM drive incl. mounting and mounting material

0710-0004 - Standard floppy disk drive incl. cable and mounting accessories

0710-0005 - 3.5" IDE hard disk drive incl. mounting material, usual market capacity

0710-0009 - IDE hard disk 2.5", 9.5mm, 20GB; for mounting on-board (harddisk mounting kit may be additionally required)

0710-0011 - SCSI floppy disk drive, incl. mounting accessories

0710-0012 - Industrial IDE hard disk 2,5", 40GB, 24 hours/7 days, 0..+60°C; for on-board mounting (hard disk mounting kit may be required additionally)

0713-0001 - CompactPCI 1-slot 3U I/O midplane

0714-0002 - Filler panel 3U/4HP IEEE 1101

0751-0001 - CompactFlash card, 32MB, Type I, 0..+60°C

0751-0006 - CompactFlash card, 512MB, Type I, 0..+60°C

0751-0007 - CompactFlash card, 512MB, Type I, -40..+85°C

0751-0008 - CompactFlash card, 64MB, Type I, 0..+60°C

0751-0009 - CompactFlash card, 128MB, Type I, 0..+60°C

0751-0012 - CompactFlash card, 256MB, Type I, 0..+60°C

0751-0013 - Compact Flash card, 64MB, -40..+85°C

0751-0014 - Compact Flash card, 128MB, -40..+85°C

0751-0018 - CompactFlash card, 256MB, Type I, -40..+85°C

0752-0045 - 128MB DRAM 0..+60°C for 01A011-01

0752-0048 - 64MB DRAM 0..+60°C for 02D003x00

0752-0049 - 128MB DRAM 0..+60°C for 02D003x00

0752-0050 - 256MB DRAM 0..+60°C for 02D003x00

0752-0051 - 512MB DRAM 0..+60°C for 02D003x00

0752-0082 - 256MB DDRAM 0..+60°C for 02D004-01

0752-0096 - 512MB DRAM 0..+60°C for 15EM02-04 (08EK01-01)

0752-0104 - 512MB DDRAM 0..+60°C for 02D004-00

0752-0105 - 512MB DDRAM 0..+60°C for 15EM05-00

0752-0106 - 512MB DDRAM 0..+60°C for 02D004-01

0752-0113 - 256MB DDRAM 0..+60°C for 02D004-00

0752-0114 - 1GB DDRAM 0..+60°C for 02D004-00

0752-0115 - 1GB DDRAM 0..+60°C for 02D004-01

0752-0116 - 256MB DDRAM 0..+60°C for 02D004-02

0752-0117 - 512MB DDRAM 0..+60°C for 02D004-02

0752-0118 - 1GB DDRAM 0..+60°C for 02D004-02

0752-0119 - 256MB DDRAM 0..+60°C for 02D004-03

0752-0120 - 512MB DDRAM 0..+60°C for 02D004-03

0752-0121 - 1GB DDRAM 0..+60°C for 02D004-03

0752-0123 - 256MB DRAM 0..+60°C for 15EM04N01

0752-0132 - 512MB DRAM -40..+85°C for 02D003x01

0752-0143 - 512MB DRAM 0..+60°C for 15EM02-02 (A13)

0752-0156 - 512MB DRAM 0..+60°C for 15EM02-07 (08EK01-02)

0752-0158 - 512MB DRAM 0..+60°C for 15EM04N01

0752-0163 - 64MB DRAM 0..+60°C for 01A011-01

0752-0166 - 512MB DRAM 0..+60°Cfor 15EM02-09 (08EK01-03)

0752-0169 - 512MB DDRAM 0..+60°C for 02F008-00

0752-0170 - 1GB DDRAM 0..+60°C for 02F008-00

0780-0001 - Power cable with power connector/safety plug, 2m

0780-0002 - SCSI3 cable, 68-pin D-Sub plug to 68-pin D-Sub plug, screw mounting, 1m, for 08AD39-01

08AD19-00 - Adapter A8/B8 family: Ethernet AUI

08AD20-00 - Adapter A8/B8 family: Cheapernet

08AD21-00 - Adapter A8 family: Twisted Pair

08AD22-00 - Adapter A8 family: P2 adapter with SCSI-2

08AD23-00 - Adapter A8 family: P2 adapter with SCSI-2 and CAN

08AD23-01 - Adapter A8 family: P2 adapter with SCSI-2, CAN and graphics (LCD, touch screen, contrast voltage)

08AD38-00 - Rear I/O interface adapter for F2, 3U/80mm

08AD39-00 - P2 interface adapter for rear I/O, 2 SA adapter interfaces, 2 COM ports, LPT, AUI, 8-Bit SCSI; temperature range -40..+85°C

08AD39-01 - P2 interface adapter for rear I/O, VME64: 2 COM ports, LPT, AUI, 8-bit/16-bit SCSI; temperature range -40..+85°C

08AD44-00 - DRAM SIMM module, 32MB, fast-page mode, 60ns

08AD44-01 - DRAM SIMM module, 16MB, fast-page mode, 60ns

08AD45-03 - AD45, double PC-MIP, DS21143 Ethernet controller, 10/100Mbit/s, 100Base-T, quad RS232 UART 16450 with 128-byte FIFO, with front panel for 3U VMEbus boards, 0..+60°C

08AD45-04 - AD45, double PC-MIP, DS21143 Ethernet controller, 10/100Mbit/s, 100Base-T, quad RS232 UART 16450 with 128-byte FIFO, with front panel for 3U VMEbus boards, -40..+85°C

08AD45-EU - EU Manufacturer declaration for this product

08AD52-00 - AD52, adapter for F7: 2x RS232, keyboard/mouse, temperature range: 0..+60°C

08AD52-01 - AD52, adapter for F7: 2x RS232, keyboard/mouse, temperature range: -40..+85°C

08AD52-02 - AD52, adapter for F7: 2x SA-adapter slots, keyboard/mouse, temperature range: 0..+60°C

08AD52-03 - AD52, adapter for F7: 2x SA-adapter slots, keyboard/mouse, temperature range: -40..+85°C

08AD67-01 - I/O extension 19" 6U 4HP incl. 1 USB connector, 1 keyboard connector, 1 mouse connector; prepared for 3 SA adapters, prepared for HDD 2.5", reset, abort, 0..+60°C

08AD71-00 - AD71, 2,5" HD-adapter for A013, A015

08CT01-00 - CompactPCI transition module 6U/80mm, 6 x 50-pin + 4 x 68-pin ribbon cable connectors

08CT01-EU - EU Manufacturer declaration for this product

08CT02-00 - CompactPCI transition module 6U/80mm, I/O connection for D2 CompactPCI CPU board

08CT02-01 - CompactPCI transition module 6U/80mm, I/O connection for D2 CompactPCI CPU board, operation temperature -40°C..+85°C

08CT02-02 - CompactPCI transition module 6U/80mm, I/O connection for D4 CompactPCI CPU board, 0..+60°C

08EK01-01 - ESM evaluation kit: Mini ATX carrier board EC01 with 1 ESM slot, 3 PCI slots, floppy interface; ESM EM02 with ULP Pentium III / 933MHz, graphics, Gigabit Ethernet, USB; temperature range: 0..+60°C; incl. external PSU and adapter for mounting of one PCI-104 module - 512MB DRAM installed, CompactFlash not installed (08EK01-01 = EC01-03 + EM02-04)

08EK01-02 - ESM evaluation kit: Mini ATX carrier board EC01 with 1 ESM slot, 3 PCI slots, floppy interface; ESM EM02 with ULP Pentium III / 933MHz, graphics, Gigabit Ethernet, USB; temperature range: 0..+60°C; incl. external PSU and adapter for mounting of one PCI-104 module - 512MB DRAM installed, CompactFlash not installed (08EK01-01 = EC01-03 + EM02-04)

08EK01-03 - ESM evaluation kit: Mini ATX carrier board EC01 with 1 ESM slot, 3 PCI slots, floppy interface; ESM EM02 with ULV Celeron 650MHz, graphics, Gigabit Ethernet, USB; temperature range: 0..+60°C; incl. external PSU and adapter for mounting of one PCI-104 module - 512MB DRAM installed, CompactFlash not installed (08EK01-03 = EC01-03 + EM02-09)

08EK02-03 - ESM evaluation kit: Mini ATX carrier board EC01 with 1 ESM slot, 3 PCI slots, floppy interface; ESM EM04N with PowerPC Kahlua II / 400MHz, 8MB Flash, 2 Fast Ethernet, 2 COMs, FPGA functions (graphics 800x600, CAN, quad UART, SPI, IDE); temperature range:0..+60°C; incl. external PSU, RJ45 to D-Sub cable, VGA cable and adapter for mounting of one PCI-104 module - 256MB DRAM installed, CompactFlash not installed (08EK02-03 = EC01-00 + EM04N01)

08EK03-00 - ESM evaluation kit: Mini ATX carrier board EC01 with 1 ESM slot, 3 PCI slots, COM2 switchable, TFT/VGA, PS/2, IDE, floppy interfaces; ESM EM05 with Crusoe TM5900 / 800MHz, 2 Fast Ethernet, 2 COMs, FPGA functions (graphics 800x600, TFT, floppy, COM2); temperature range: 0..+60°C; incl. VGA cable, RJ45 to D-Sub cable, keyboard/mouse y-cable, external PSU and adapter for mounting of one PCI-104 module - 512MB DRAM installed, CompactFlash not installed (08EK03-00 = EC01-06 + EM05-00 + SA13-01)

08F009R00 - F9R, 1-slot 3U rear I/O transition module for F9 for 32-bit PCI systems; with primary IDE, USB ports 3 and 4, PS/2 keyboard/mouse, COM1 (TTL level); optional: VGA analog video and Gigabit Ethernet, 0..+60°C

08SA01-00 - Serial interface adapter, RS232, not optically isolated, 0..+60°C

08SA01-03 - Serial interface adapter for F1/F1N/F4/B11, RS232, not optically isolated, for direct mounting on CPU board, 0..+60°C (N.B.: Standard adapters can only be mounted using MEN's mounting kit.)

08SA02-00 - Serial interface adapter, RS422/485, half duplex, optically isolated, 0..+60°C

08SA02-01 - Serial interface adapter, RS422/485, full duplex, optically isolated, 0..+60°C

08SA02-07 - Serial interface adapter, RS422/485, full duplex, optically isolated, 0..+60°C

08SA03-00 - Serial interface adapter, RS232, optically isolated, 0..+60°C

08SA03-01 - Serial interface adapter, RS232, optically isolated, -40..+85°C

08SA04-00 - Serial interface adapter, TTY, optically isolated, 0..+60°C

08SA08-00 - Serial interface adapter, CAN ISO high-speed, optically isolated, 0..+60°C

08SA08-01 - Serial interface adapter, CAN ISO high-speed, optically isolated, -40..+85°C

08SA12-00 - Serial interface adapter, audio codec AC'97, -40..+85°C

08SA13-00 - Serial interface adapter, PS/2 for keyboard/mouse, -40..+85°C

08SA15-00 - Serial interface adapter, 8 digital I/O, -40..+85°C

08SC13A00 - SC13a, busless single-board computer (6U), CPU MPC8245-300MHz, 2MB Flash, 3 PC-MIP slots, 0..+60°C

08SC13A01 - SC13a, busless single-board computer (6U), CPU MPC8245-300MHz, 2MB Flash, 3 PC-MIP slots, -40..+85°C

08SC13AEU - EU Manufacturer declaration for this product

08SC13B00 - SC13b, busless single-board computer (6U), CPU MPC8245-300MHz, 2MB Flash, 3 M-Module slots, 0..+60°C

08SC13B01 - SC13b, busless single-board computer (6U), CPU MPC8245-300MHz, 2MB Flash, 3 M-Module slots, -40..+85°C

08SC13BEU - EU Manufacturer declaration for this product

08SC13C00 - SC13c, busless single-board computer (6U), CPU MPC8245-300MHz, 2MB Flash, 2 PMC slots, 0..+60°C

08SC13C01 - SC13c, busless single-board computer (6U), CPU MPC8245-300MHz, 2MB Flash, 2 PMC slots, -40..+85°C

08SC13CEU - EU Manufacturer declaration for this product

08VT01-00 - P2 interface adapter for rear I/O, VME64: connections for floppy, AC'97 audio, 2 SA adapters (serial interface adapters, e.g. for RS232...; keyboard/mouse), TFT display; temperature range 0..+60°C

090009-03 - Kahlua Box with M-Module slots, consisting of: aluminum enclosure, width: 266mm, depth: 245mm, height: 80mm; PSU, 24V DC, 40W; 6U 4HP single-board computer for sandwich mounting, CPU MPC8245/300MHz, 256MB DRAM, 32MB CompactFlash, 2MB Flash, 3 M-Module slots; 0..+45°C. Fanless version: max. ambient temp. = +45°C w/o mezzanine modules, derated by 2.25°C per Watt power dissipation on mezzanines.

090009-04 - Kahlua Box with PC-MIP slots, consisting of: aluminum enclosure, width: 266mm, depth: 245mm, height: 80mm; PSU, 24V DC, 40W; 6U 4HP single-board computer for sandwich mounting, CPU MPC8245/300MHz, 256MB DRAM, 32MB CompactFlash, 2MB Flash, 3 PC-MIP slots;0..+45°C. Fanless version: max. ambient temp. = +45°C w/o mezzanine modules, derated by 2.25°C per Watt power dissipation on mezzanines.

090009-05 - Kahlua Box with PMC slots, consisting of: aluminum enclosure, width: 266mm, depth: 245mm, height: 80mm; PSU, 24V DC, 40W; 6U 4HP single-board computer for sandwich mounting, CPU MPC8245/300MHz, 256MB DRAM, 32MB CompactFlash, 2MB Flash, 2 PMC slots; 0..+45°C. Fanless version: max. ambient temp. = +45°C w/o mezzanine modules, derated by 2.25°C per Watt power dissipation on mezzanines.

090009-06 - Kahlua Box with M-Module slots, consisting of: aluminum enclosure, width: 266mm, depth: 245mm, height: 80mm; PSU, 24V DC, 40W; 6U 4HP single-board computer for sandwich mounting, CPU MPC8245/300MHz, 256MB DRAM, 32MB CompactFlash, 2MB Flash, 3 M-Module slots; 0..+45°C. Forced air cooling.

090009-07 - Kahlua Box with PC-MIP slots, consisting of: aluminum enclosure, width: 266mm, depth: 245mm, height: 80mm; PSU, 24V DC, 40W; 6U 4HP single-board computer for sandwich mounting, CPU MPC8245/300MHz, 256MB DRAM, 32MB CompactFlash, 2MB Flash, 3 PC-MIP slots;0..+45°C. Forced air cooling.

090009-08 - Kahlua Box with PMC slots, consisting of: aluminum enclosure, width: 266mm, depth: 245mm, height: 80mm; PSU, 24V DC, 40W; 6U 4HP single-board computer for sandwich mounting, CPU MPC8245/300MHz, 256MB DRAM, 32MB CompactFlash, 2MB Flash, 2 PMC slots; 0..+45°C. Forced air cooling.

10A009-01 - OS-9 V.3.0: BSP for A9/A9L (object code, PC disk format, MEN)

10A009-62 - VxWorks V.5.4/Tornado 2.0 standard BSP for A9/A9L/A10

10A010-01 - OS-9 V.3.0: BSP for A10 (object code, MEN)

10A011-01 - OS-9(000) V 3.x: BSP for A11 (object code, MEN)

10A011-40 - QNX 6 BSP for A11 (object code, MEN)

10A011-60 - VxWorks V5.4 / Tornado V2.0.x: standard BSP for A11

10ABMX-07 - OS-9 V.3.0: OS-9/68k + NET license

10ABMX-20 - ELinOS V.3.0 - Embedded Linux incl. RTAI real-time extension for PowerPC, English version. The Sysgo Development Kit includes the board support packages (BSPs) for MEN cards F1N, B11, A12, A15, D3, SC13, F6, EM04/N and PP01. The package includes 1 year ELinOS development support with support agreement by Sysgo and additionally the BSP support for MEN hardware by MEN. ---For correct handling of the ELinOS software support it is mandatory to sign and return the enclosed support agreement directly to Sysgo!

10ABMX-21 - ELinOS V.3.0 - Embedded Linux incl. RTAI real-time extension for PowerPC, German version. The Sysgo Development Kit includes the board support packages (BSPs) for MEN cards F1N, B11, A12, D3, SC13, F6, EM04/N and PP01. The package includes 1 year ELinOS development support by Sysgo and additionally the BSP support for MEN hardware by MEN. ---For correct handling of the ELinOS software support it is mandatory to sign and return the enclosed support agreement directly to Sysgo!

10B005-01 - OS-9 V.3.0.3: BSP for B5 (object code, floppy disks, MEN)

10B006-01 - OS-9 V.3.0.3: BSP for B6 incl. Bit Bus driver (object code, floppy disks, MEN)

10B012-01 - OS-9(000) 3.x: BSP for B12 (object code, MEN)

10B012-60 - VxWorks V.5.4(.2) / Tornado 2.(0.2) BSP for B12

10B402-01 - OS-9 V.3.0: BSP for B402 (object code, PC disk format, MEN)

10D002-60 - VxWorks V.5.4/Tornado II standard BSP for D2

10D004-70 - Windows 2000/XP driver package for MEN's D4; graphic driver for the 845 chipset (win2k_xp131.exe), Gigabit Ethernet driver for the 82540 chip (pro2kxpm.exe)

10EM04-60 - VxWorks V.5.4(.2) / Tornado 2.(0.2) BSP for EM04 and EM04N

10F001-01 - OS-9(000) V.2.2: BSP for F1 (object code, MEN)

10F001-60 - VxWorks V.5.4 / Tornado 2.0 BSP for F1

10F001N01 - OS-9(000) V.2.2/3.x: BSP for F1N, B11, A12, D3, SC13, Kahlua Box (object code, MEN)

10F001N02 - OS-9(000) V4.2: BSP for F1N, B11, A12, A15, D3, SC13, Kahlua Box (object code, MEN)

10F001N40 - QNX 6 BSP for F1N, B11, A12, A15, D3, SC13, Kahlua Box (object code, MEN)

10F001N60 - VxWorks V.5.4..5.5 / Tornado 2.0..2.2 BSP for F1N, B11, A12, D3, SC13, Kahlua Box, A15

10F002-60 - VxWorks V.5.4 / Tornado 2.0 BSP for F2

10F007-70 - Windows 2000/XP Driver Package for MEN's F7 Ethernet

10F007N61 - VxWorks 5.5 / Tornado 2.2 BSP for MEN F7N/F7

13D002-00 - WindowsNT driver package for D2 (object and source code, MEN)

13EM02-70 - Windows 2000/XP graphics driver (Intel graphics driver for 815 chipset) for A13, EM02 (ESM kit EK01)

13EM02-71 - Windows 2000/XP network driver (Intel) for A13 and EM02 (ESM kit EK01) - only for 933MHz versions!

13EM05-70 - MEN Windows drivers for EM05

13EM05-71 - Windows 2000/XP network driver for F8 and EM05 (ESM kit EK03)

13F002-00 - WindowsNT driver package for F2 (object code, MEN)

13F008-70 - Windows 2000/XP graphics drivers for MEN's F8

13M014-60 - VxWorks: BSP extension for M14 and A501

13M066-06 - MDIS4/2004 low-level driver sources for M66/A302/D302

13M066-70 - MDIS4/2004 Windows NT4/W2K driver for M66/A302/D302

13Z001-06 - MDIS4 low-level driver sources for LM78/LM79

13Z002-06 - MDIS4 low-level driver sources for Z8536/watchdog

13Z004-06 - MDIS4 low-level driver sources for ALI1543 user LEDs on D2/F2

13Z008-06 - MDIS4 low-level driver sources for GPIO lines on D2/F2

13Z009-06 - MDIS4 low-level driver sources for Z8536 F2, watchdog, SMB

13Z011-06 - MDIS4/2004 low-level driver sources for F7/F7N/D4/EM02 watchdog

13Z011-70 - MDIS4/2004 Windows NT4/W2K watchdog driver for F7, F7N, D4 and EM02

13Z014-70 - VME4WIN Software Package - VMEbus support under Windows 2000/XP for A13

13Z014-90 - Linux device driver for MEN PCI to VME bridge on A12, A13, B11, A15 Including Documentation

13Z015-06 - MDIS4/2004 low-level driver sources for MSCAN/Layer2

13Z016-06 - MDIS4/2004 low-level CANopen driver (Master)

13Z018-06 - MDIS4/2004 low-level driver sources for EM05 watchdog

14A011-00 - MENMON (Firmware) for A11 (object code)

14A012-00 - MENMON (Firmware) for A12, D3, SC13 (object code)

14A015-00 - MENMON (Firmware) for A15 (object code)

14B011-00 - MENMON (Firmware) for B11 (object code)

14B012-00 - MENMON (Firmware) for B12 (object code)

14EM04-00 - MENMON (Firmware) for EM04, EM04N (object code)

14F004-00 - MENMON (Firmware) for F4 (object code)

14F006-00 - MENMON (Firmware) for F6 (object code)

15EM02-04 - EM02, ESM - Embedded System Module, ULP Pentium III / 933MHz, CompactFlash slot, 512MB DRAM installed, graphics, Gigabit Ethernet, USB; PCI-104 stackable; temperature range: 0..+60°C

15EM02-07 - EM02 for ESM Kit EK01-02, ESM - Embedded System Module, ULV Celeron / 400MHz, CompactFlash slot, 512MB DRAM installed, graphics, Gigabit Ethernet, USB;temperature range: 0..+60°C

15EM02-09 - EM02 for ESM Kit EK01-03, ESM - Embedded System Module, ULV Celeron / 650MHz, CompactFlash slot, 512MB DRAM installed, graphics, Gigabit Ethernet, USB; temperature range: 0..+60°C

15EM04N01 - EM04N, ESM - Embedded System Module, PowerPC Kahlua II / 400MHz, 2MB Flash, CompactFlash slot, SO-DIMM DRAM slot, dual Fast Ethernet, 2 COMs, FPGA functions (graphics 800x600, CAN, quad UART, SPI, IDE, SRAM, GPIO); PCI-104 stackable; temperature range: 0..+60°C

15EM05-00 - EM05, ESM - Embedded System Module, Transmeta TM5800 / 800MHz, CompactFlash slot, SO-DIMM DRAM slot, dual Fast Ethernet, dual COM; standard FPGA contents graphics 800x600, TFT, floppy, COM2; temperature range: 0..+60°C

15P017-00 - P17, Double PC-MIP Display Controller with SMI731, 16MB integrated SGRAM, 4 Mbit Flash BIOS, LCD (up to UXGA resolution) and CRT via DVI, LVDS, S-Video In/Out and Composite Video Output; operating temperature 0..+60°C

15P017-02 - P17, Double PC-MIP Display Controller with SMI731, 16MB integrated SGRAM, 4 Mbit Flash BIOS, LCD and CRT via DVI, operation temperature 0..+60°C

15XX0001X - Please refer to our PC-MIP compare chart for a selection of mezzanine functions.

20A004N00 - A4N/A4-EXT user manual

20A008-00 - A9/A10 user manual

20A011-00 - A11 user manual

20A012-00 - A12 user manual

20A013-00 - A13 user manual

20A015-00 - A15 user manual

20A201S00 - A201S user manual

20A302-00 - A302 user manual

20A501-00 - A501 user manual

20ABMX-00 - Phoenix BIOS user manual

20AD38-00 - AD38 user manual

20AD39-00 - AD39 user manual

20AD45-00 - AD45 user manual

20APPN001 - Application Note: Using MEN +5V CompactPCI Boards with +3.3V V(I/O)

20B005-00 - B5 user manual

20B006-00 - B6 user manual

20B011-00 - B11 user manual

20B012-00 - B12 user manual

20B201S00 - B201S user manual

20B402-00 - B402 user manual

20C201-00 - C201/C202 user manual

20CT01-00 - CT01 user manual

20CT02-00 - CT02 user manual

20D002-00 - D2 user manual

20D003-00 - D3 user manual

20D004-00 - D4 user manual

20D201-00 - D201 user manual

20D202-00 - D202 user manual

20D203-00 - D203 user manual

20D302-00 - D302 user manual

20EK01-00 - EK01 user manual, includes EM02 user manual (20EM02-00)

20EK02-00 - EK02 user manual

20EK03-00 - EK03 user manual

20EM02-00 - EM02 user manual

20EM04-00 - EM04/EM04N user manual

20EM05-00 - EM05 user manual

20F001-00 - F1 user manual

20F001N00 - F1N, CompactPCI 3U, single-board computer, MPC8245/300MHz, 2MB Flash, no DRAM, 2 PC-MIP slots, 1-slot front panel, temperature range: -40..+85°C

20F002-00 - F2 user manual

20F004-00 - F4 user manual

20F007-00 - F7 user manual

20F007N00 - F7N user manual

20F201-00 - F201/F202 user manual

20F203-00 - F203 user manual

20F204-00 - F204/F205 user manual

20SA00-00 - SA adapter user manual

20SC13-00 - SC13 user manual

20SYST001 - Kahlua Box product overview

20VT01-00 - VT01 user manual

21APPN002 - Application Note: How to use Special Features of MEN's F2 under Linux using MDIS Drivers

21APPN003 - Application Note: Using P1/P501 Graphics on MEN 824x/ALI boards under ELinOS

21APPN004 - Application Note: ELinOS demo-em04-001, simple demo project for EM04

21APPN005 - Application Note: ELinOS demo-em04-000, X-Window/RTAI demo project for EM04

21APPN006 - Application Note: ELinOS demo-em04-002, simple demo project for EM04

A10 - The A10 CPU board combines workstation characteristics with embedded control capabilities and industrial requirements. The A10 with the high-end MC68060 CPU, including MMU and FPU, is MEN's top dual-processor 68K industrial single-board real-time workstation. It is fully hardware and software compatible with the A9, capping the family's scalable performance at well over 100 MIPS. Because of full compatibility between A9 and A10, a single processor family (and a single BSP) can be used many places in a system. Major SBC components are part of the design story: the powerful 32-bit processor(s), DRAM, SRAM and Flash memory, multiple serial and mass storage interfaces, graphics and Ethernet, making the A10 fully functional VME CPU card. The other part, the many features often required for hard industrial applications, are also provided on the card: including PC-card carrier, CAN bus interface, timers, RTC, watchdog, temperature sensors, and DRAM parity. Four M-Modules providing flexible industrial I/O extension can be mounted on the same double Eurocard, and can be accessed without hitting the VMEbus. The A10 single-board computer is partly compatible with the MVME172 and MVME177 boards by Motorola.

A11 - The A11 is an industrial PowerPC single-board computer with scalable performance delivering up to 1160 MIPS. When equipped with the 603e, the A11 delivers excellent price-performance for cost-sensitive applications with a need for high computing power. The board can also be ordered with the 740 PowerPC CPU family for applications where maximum perfomance is required. The A11 is a complete state-of-the-art computer board needing only one slot on the VMEbus. It offers fast Ethernet and Ultra2 SCSI controllers, a large amount of DRAM, Flash and CompactFlash memory. Four serial interfaces are provided - two of them default as COM3 and COM4, and the others as COM1 and COM2 directly at the front panel or via a transition module. The A11 offers computer I/O flexibility by providing two slots for PC-MIP mezzanine modules, while still providing full front-panel connectivity. Both Type I and Type II PC-MIP modules can be used to equip the A11 with a full range of workstation and industrial I/O options. Graphics for VGA, additional Ethernet or SCSI for server or redundancy purposes, fieldbus interfaces for remote I/O control, and many others are available, depending on the application. The A11 single-board computer is partly compatible with the MVME2300, MVME2400, MVME2600, MVME2700 and MVME5100 boards by Motorola, and offers I/O compatibility with many existing P2 transition modules from Motorola (MVME712M) and other vendors.

A12a - The A12 is a single-board computer for embedded applications based on the Kahlua II PowerPC. It can be used as a master or slave in a VMEbus environment or as a stand-alone card. The A12 provides up to 1MB local dual-ported SRAM for slave access and communication between the local CPU and another VMEbus master. The A12 comes with the MPC8245 PowerPC with 300MHz clock frequency and a local 32-bit/33-MHz PCI data bus. It is a complete state-of-the-art SBC offering DRAM, Flash and CompactFlash memory, dual Fast Ethernet, 4 COMs, USB, IDE and keyboard/mouse interfaces as well as an optional onboard hard disk. In addition, the A12a CPU board can be equipped with PC-MIP mezzanine cards. PC-MIP is the format of choice for all types of workstation I/O such as graphics, Ethernet or additional serial lines. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the kind of I/O requirements, further standard versions of A12 are availabe for other mezzanine standards. The A12 single-board computer is partly compatible with the MVME2100 board by Motorola.

A12b - The A12 is a single-board computer for embedded applications based on the Kahlua II PowerPC. It can be used as a master or slave in a VMEbus environment or as a stand-alone card. The A12 provides up to 1MB local dual-ported SRAM for slave access and communication between the local CPU and another VMEbus master. The A12 comes with the MPC8245 PowerPC with 300MHz clock frequency and a local 32-bit/33-MHz PCI data bus. It is a complete state-of-the-art SBC offering DRAM, Flash and CompactFlash memory, dual Fast Ethernet, 4 COMs, USB, IDE and keyboard/mouse interfaces as well as an optional onboard hard disk. In addition, the A12b CPU board can be equipped with M-Module mezzanine cards. M-Modules are recommended for real-world I/O like analog/binary process I/O and instrumentation I/O. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the kind of I/O requirements, further standard versions of A12 are availabe for other mezzanine standards. The A12 single-board computer is partly compatible with the MVME2100 board by Motorola.

A12c - The A12 is a single-board computer for embedded applications based on the Kahlua II PowerPC. It can be used as a master or slave in a VMEbus environment or as a stand-alone card. The A12 provides up to 1MB local dual-ported SRAM for slave access and communication between the local CPU and another VMEbus master. The A12 comes with the MPC8245 PowerPC with 300MHz clock frequency and a local 32-bit/33-MHz PCI data bus. It is a complete state-of-the-art SBC offering DRAM, Flash and CompactFlash memory, dual Fast Ethernet, 4 COMs, USB, IDE and keyboard/mouse interfaces as well as an optional onboard hard disk. In addition, the A12c CPU board can be equipped with PMC mezzanine cards. PMCs may particularly be used for intelligent telecom I/O. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the kind of I/O requirements, further standard versions of A12 are availabe for other mezzanine standards. The A12 single-board computer is partly compatible with the MVME2100 board by Motorola.

A13a - The A13a is a complete VME-PC, ideal for VMEbus applications which need video output and thus require a Windows or Linux based environment. Equipped with a Tualatin processor, the A13a is a powerful, yet low-power 6U CPU board which needs only one slot in a VMEbus system. The VME-PC can be delivered with a Celeron processor (400MHz / 100MHz FSB / 256K L2 Cache) or Pentium III processor (933MHz / 133MHz FSB / 512K L2 Cache). Both versions feature a 64-bit VME bridge with full master/slave functionality as well as a 32-bit/33MHz local PCI interface to support the PC-MIP mezzanine slots. The onboard SO-DIMM accepts up to 512MB DRAM and the CompactFlash slot allows use of silicon disks. The board is provided with the 815G chip set, which comprises an embedded graphics controller. The onboard USB port is a universal interface to a variety of peripheral devices (such as keyboard, mouse, printer, modem, or video camera). For high-speed networking, the Pentium III version of the A13a features Gigabit Ethernet while the low-power Celeron version is equipped with Fast Ethernet. All connections mentioned above are conveniently available at the card's front panel. Further I/O is available via a transition module: a serial interface, (E)IDE, a hub interface for TFT/video, a Codec connection for AC'97 Audio, a floppy interface, as well as two PS/2 interfaces for keyboard and mouse. Additionally the A13a is equipped with four UARTs offering all types of legacy serial I/O. For mass storage, the A13a provides an Ultra ATA/66 EIDE interface, suitable for any EIDE hard disk and CD-ROM drive. In addition, the A13a can be equipped with three PC-MIP mezzanine cards. PC-MIP is the format of choice for all types of workstation I/O such as graphics, Ethernet or additional serial lines. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the ki

A13c - The A13c is a complete VME-PC, ideal for VMEbus applications which need video output and thus require a Windows or Linux based environment. Equipped with a Tualatin processor, the A13c is a powerful, yet low-power 6U CPU board which needs only one slot in a VMEbus system. The VME-PC can be delivered with a Celeron processor (400MHz / 100MHz FSB / 256K L2 Cache) or Pentium III processor (933MHz / 133MHz FSB / 512K L2 Cache). Both versions feature a 64-bit VME bridge with full master/slave functionality as well as a fast 64-bit/66-MHz local PCI interface to support the PMC mezzanine slots. The onboard SO-DIMM accepts up to 512MB DRAM and the CompactFlash slot allows use of silicon disks. The board is provided with the 815G chip set, which contains an embedded graphics controller. The onboard USB port is a universal interface to a variety of peripheral devices (such as keyboard, mouse, printer, modem, or video camera). For high-speed networking, the Pentium III version of the A13c features Gigabit Ethernet while the low-power Celeron version is equipped with Fast Ethernet. All connections mentioned above are conveniently available at the card's front panel. Further I/O is available via a transition module: a serial interface, (E)IDE, a hub interface for TFT/video, a Codec connection for AC'97 Audio, a floppy interface, as well as two PS/2 interfaces for keyboard and mouse. Additionally the A13c is equipped with four UARTs offering all types of legacy serial I/O. For mass storage, the A13c provides an Ultra ATA/66 EIDE interface, suitable for any EIDE hard disk and CD-ROM drive. In addition, the A13c can be equipped with two PMC mezzanine cards. PMCs may particularly be used for intelligent telecom I/O. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the kind of I/O requirements, further standard versions of A13 are av

A15a - The A15 is an advanced PowerPC based single-board computer for embedded applications. It features full VME64 support and it can be used as a master or a slave in a VMEbus environment. The A15 provides 1MB local dual-ported SRAM for slave access and communication between the local CPU and another VMEbus master. The A15 comes with the MPC8245 PowerPC with 400MHz clock frequency and local 32-bit/33MHz PCI data bus. It is a complete state-of-the-art SBC offering DRAM, Flash and CompactFlash memory, dual Fast Ethernet, four COMs, USB, IDE and keyboard/mouse interfaces as well as an optional on-board hard disk. A software-loadable FPGA is available for individual user-defined functions such as additional UARTs, a CAN bus interface, DSP functions etc. In addition, the A15a can be equipped with PC-MIP mezzanine cards supporting both front I/O and rear I/O. PC-MIP is the format of choice for all types of workstation I/O such as graphics, Ethernet or additional serial lines. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the kind of I/O requirements, further standard versions of A15 are availabe for other mezzanine standards. The A15 single-board computer is partly compatible with the MVME2100 board by Motorola.

A15b - The A15 is an advanced PowerPC based single-board computer for embedded applications. It features full VME64 support and it can be used as a master or a slave in a VMEbus environment. The A15 provides 1MB local dual-ported SRAM for slave access and communication between the local CPU and another VMEbus master. The A15 comes with the MPC8245 PowerPC with 400MHz clock frequency and local 32-bit/33MHz PCI data bus. It is a complete state-of-the-art SBC offering DRAM, Flash and CompactFlash memory, dual Fast Ethernet, four COMs, USB, IDE and keyboard/mouse interfaces as well as an optional on-board hard disk. A software-loadable FPGA is available for individual user-defined functions such as additional UARTs, a CAN bus interface, DSP functions etc. In addition, the A15b can be equipped with M-Module mezzanine cards supporting both front I/O and rear I/O. M-Modules are recommended for real-world I/O like analog/binary process I/O and instrumentation I/O. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the kind of I/O requirements, further standard versions of A15 are availabe for other mezzanine standards. The A15 single-board computer is partly compatible with the MVME2100 board by Motorola.

A15c - The A15 is an advanced PowerPC based single-board computer for embedded applications. It features full VME64 support and it can be used as a master or a slave in a VMEbus environment. The A15 provides 1MB local dual-ported SRAM for slave access and communication between the local CPU and another VMEbus master. The A15 comes with the MPC8245 PowerPC with 400MHz clock frequency and local 32-bit/33MHz PCI data bus. It is a complete state-of-the-art SBC offering DRAM, Flash and CompactFlash memory, dual Fast Ethernet, four COMs, USB, IDE and keyboard/mouse interfaces as well as an optional on-board hard disk. A software-loadable FPGA is available for individual user-defined functions such as additional UARTs, a CAN bus interface, DSP functions etc. In addition, the A15c can be equipped with PMC mezzanine cards supporting both front I/O and rear I/O. PMCs may particularly be used for intelligent telecom I/O. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the kind of I/O requirements, further standard versions of A15 are availabe for other mezzanine standards. The A15 single-board computer is partly compatible with the MVME2100 board by Motorola.

A201S - The A201S is an M-Module carrier board for universal I/O on the VMEbus, allowing high flexibility in applications such as process and motion control, measuring and instrumentation, communication or special-purpose tasks. The M-Modules are screwed tightly on the carrier board, but the board needs only one slot on the VMEbus. An interrupt controller handles the M-Modules individually. In VMEbus D16 systems the I/O signals of the M-Modules can be accessed from P2/J2 inside the rack.

A302 - The A302 is an input/output VMEbus target board for 128 binary process signals. The I/Os are divided into four optically isolated units. The card is used for input/output of digital signals with different voltage levels and ground references. For each unit 32 channels are driven to a 44-pin D-Sub connector. Each channel can be either input or output. The binary inputs/outputs can be universally used in industrial systems. They are optically isolated from the system, which is essential for advanced automotive and industrial applications.

A4N - The A4N CPU board is a universal intelligent VMEbus master and/or slave. Being equipped with sufficient local EPROM/Flash, SRAM, RTC etc., the 32-bit CPU (MC68332) handles three local M-Modules. The A4-EXT extension board allows to add another four local M-Modules with a second VMEbus slot. Each M-Module slot has its own DMA channel. The M-Module trigger lines can be controlled through the "TPU" (Time Processing Unit) of the MC68332. In 16-bit VMEbus systems, the I/O signals of the M-Modules are also available inside the rack at P2/J2. The A4N can access the VMEbus as an A24/A16/D16 master, and it can also perform slot-1 function. As a slave, the board has 2MB of genuine dual-ported RAM. Due to its bus architecture and I/O modularity the A4N is suited for a myriad of applications. Together with several M-Modules it can be used as a complete controlling computer or can fulfill I/O tasks in a VMEbus multimaster system. Its genuine dual-ported RAM makes the A4N also an ideal choice for use as an intelligent data acquisition system or for handling local I/O tasks.

A501 - EU Manufacturer declaration for this product

A9 - The A9 CPU board combines workstation characteristics with embedded control capabilities and industrial requirements. The A9 with its 68040 (with MMU and FPU) plus a 68360 is a mid-range industrial workstation. It is hardware and software compatible with the A10 and B9L/B10, comprising a family of boards scalable in size and performance. Because of full compatibility between A9 and A10, a single processor family (and a single BSP) can be used many places in a system. Major SBC components are part of the design story: the powerful 32-bit processor(s), DRAM, SRAM and Flash memory, multiple serial and mass storage interfaces, graphics and Ethernet, making the A9 a fully functional VME CPU card. The other part, the many features often required for hard industrial applications, are also provided on the card: including PC-card carrier, CAN bus interface, timers, RTC, watchdog, temperature sensors, and DRAM parity. Four M-Modules providing flexible industrial I/O extension can be mounted on the same double Eurocard, and can be accessed without hitting the VMEbus. The A9 single-board computer is partly compatible with the MVME162 and MVME167 boards by Motorola.

AD38 - The AD38 is a 3U rear I/O adapter for use in combination with MEN's F2 CompactPCI workstation. It is plugged onto J1/J2 of the F2's I/O board from the rear side and leads the rear-panel I/O signals to standard connectors. Consequently, standard cables can be used to connect drives and other peripherals.

AD45 - The AD45 combines RS232 functionality with fast Ethernet. The double-wide PC-MIP module is a high-performance quadruple UART with RS232 interface. Each 16C950 UART channel has 128-deep transmit and receive FIFOs, with readable levels and user-defined thresholds. All UARTs are capable of delivering up to 15Mbps asynchronous data throughput simultaneously, and are software-compatible with commonly used 16C450, 550, 650 and 750 UARTs. The UARTs support Big Endian byte-lane conversion, 5, 6, 7, 8 and 9 bit data framing and Infra-red (IrDA) receiver and transmitter as well as several other sophisticated functions for high-end serial communication requirements. The AD45 is supplied with RS232 line drivers using standard RJ45 connectors at the front. At the same time, the AD45 is an Ethernet module with a DS21143 intelligence. It supports a full-duplex 100Base-T interface on a standard RJ45 front panel connector. The Ethernet MAC address is stored in a serial EEPROM.

B11 - The B11 is a high-speed PowerPC based VMEbus CPU board with complete single-board computing functionality. It is optimized for industrial requirements in control and instrumentation in terms of functionality, environmental conditions and cost. The B11 is especially prepared for all types of industrial qualification such as extended temperature range (-40..+85°C), shock, vibration, humidity etc. The computing core of the B11 is the powerful MPC8245 Kahlua II processor with its internal PowerPC 603 and 300MHz clock frequency. The B11 is equipped with one SO-DIMM SDRAM slot, a CompactFlash slot and soldered boot Flash. This guarantees maximum flexibility in memory configuration. The B11 hosts two serial interfaces, IDE hard-disk controller, keyboard, mouse and USB as well as a real-time clock and watchdog. Two local PC-MIP mezzanine slots are available for flexible and individual workstation I/O extensions such as Ethernet, graphics, SCSI, additional serial lines, field busses etc. The non-transparent PCI-to-VME bridge is a very fast and cost-competitive in-house design. Using a dual-ported SRAM, the B11 speeds up to a transfer rate of 7MB/s for master single cycle operations and up to 13MB/s for slave burst operations. Despite the full functionality of the B11 and even with 2 PC-MIP slots, the complete CPU card needs only one 3U slot in a VMEbus system.

B12 - The B12 is a VMEbus single Eurocard industrial computer designed to operate under harsh environmental conditions, e.g. in trains. The B12 is controlled by a PowerPC MPC823e microprocessor which operates at 66MHz. It provides 32MB SDRAM for data and up to 32MB Flash memory for program storage. 32KB non-volatile FRAM can be used to periodically store operating data. There is no loss of operating data if system power is switched off. The B12 gives access to the serial communication ports of the MPC823e. These include two RS232 ports and a 10Base-T Ethernet interface on the board. In addition, the B12 offers three CAN controllers and an RS422/485 interface accessible at the front panel. All of these interfaces are optically isolated. The B12 CPU board is prepared for master and slave operations on the VMEbus. It is equipped with a real-time clock, temperature sensor and a voltage supervisor. Board configuration data is stored in a 4kbit serial EEPROM. The B12 is fully compliant with EN50155 and thus an ideal computer for railway applications.

B201S - The B201S is an M-Module carrier board for universal peripheral input/output applications on the VMEbus. M-Modules are screwed tightly on the carrier board, but the board needs only one slot on the VMEbus. MEN's B201S offers VMEbus developers instant access to more than 70 different M-Modules for I/O in fields such as process I/O, measurement, instrumentation, motion control, communication, and development.

B202S - The B202S is an M-Module carrier board for universal peripheral input/output applications on the VMEbus. M-Modules are screwed tightly on the carrier board, but the board needs only one slot on the VMEbus. MEN's B202S offers VMEbus developers instant access to more than 70 different M-Modules for I/O in fields such as process I/O, measurement, instrumentation, motion control, communication, and development.

B402 - The B402 CPU board is a universal intelligent VMEbus master and/or slave. Being equipped with sufficient local EPROM/Flash, SRAM, RTC etc., the 32-bit CPU (MC68332) handles one local M-Module. The B402 makes use of the 16 TPU channels ("Time Processing Units") of the RISC CPU inside the 68332. The TPU channels provide user-defined intelligent timer functions, for example for signal analysis. All TPU lines for the on-board M-Module are available as TTL signals on row C of the M-Module I/O connector. The B402 can access the VMEbus as an A24/A16/D16 master, and it can also perform slot-1 function. As a slave, the board has 2MB of genuine dual-ported RAM. Due to its bus architecture and I/O modularity the B402 is suited for a myriad of applications. Together with an M-Module it can be used as a controlling computer or can fulfill I/O tasks in a VMEbus multimaster system. Its genuine dual-ported RAM makes the B402 also an ideal choice for use as an intelligent data acquisition system or for handling local I/O tasks.

B5 - Due to its numerous serial interfaces and the powerful 68040V/68060 CPU, the B5 CPU board is optimized for high-speed communication control. All of the serial lines of the 68360 are available: one Ethernet 10Base-T, three RS232 interfaces, and two RS232, RS422, RS485 or TTY interfaces (or optional second Ethernet). Two full/extended CAN interfaces complete the B5's communication features. The B5 supports full VMEbus master/slave functionality; it has abundant on-board memory and an RTC. Due to its local and global bus, genuine dual-ported DRAM and the shared M-Module slot the B5 is also optimized for slave operation with all VME communication features installed. The B5 is able to run without VMEbus, being a real single-board computer with an M-Module slot for flexible I/ O extension. The B5 is an ideal solution for automotive applications, especially for small mobile systems and harsh environmental conditions.

B6 - The B6 is a cost-optimized single-board CPU board for embedded communication-intensive applications. The board features an MC68360, which supports all kins of serial protocols including Ethernet, Bitbus, UART etc. This 68020-compatible 32-bit CISC processor is well equipped with 4MB SRAM, 4MB DRAM and 4MB Flash. Independent of the CISC processor a RISC processor is available for communication tasks. It can serve up to six serial interfaces with 12 DMA channels. The line drivers of the serial interfaces are not fixed by the board. Two serial interfaces are connected directly on the CPU, another four via ribbon cable. They can be adapted to RS232/485 as well as Bitbus and Ethernet. An M-Module slot is provided for local extensions. It needs a second slot on the VMEbus. A mounting kit is available. Full multimaster-capability as well as automatic slot-1 functionality make the B6 an interesting choice for many VMEbus applications. The B6 was designed to be extremely cost-effective. It is also available for harsh environmental requirements.

C201 - The C201 is an M-Module carrier board for universal peripheral I/O applications on a desktop PC with AT interface. The M-Modules plugged on the C201 are screwed tightly on the carrier board. The long-slot card C201 can carry three M-Modules.

C202 - The C202 is an M-Module carrier board for universal peripheral I/O applications on a desktop PC with AT interface. The M-Module plugged on the C202 is screwed tightly on the carrier board. The short-slot card C202 can carry one M-Module.

CT01 - The CT01 is a 6U CompactPCI transition module for use in combination with MEN's 6U CompactPCI carrier boards for PC-MIP mezzanine modules. It is plugged onto J3/J4/J5 of the CompactPCI backplane system slot from the rear side and leads the rear-panel I/O signals to standard connectors. Consequently, standard cables can be used to connect peripherals.

CT02 - The CT02 is a 6U CompactPCI transition module for use in combination with MEN's D2 or D4 CompactPCI workstations. It is plugged onto (J3/)J4/J5 of the CompactPCI backplane system slot from the rear side and leads the rear-panel I/O signals to standard connectors. Consequently, standard cables can be used to connect drives and other peripherals.

D2 - The D2 is a Pentium single-board computer optimized for industrial requirements in control and instrumentation in terms of functionality, environmental conditions and cost. It needs only one slot in a CompactPCI system. Its "Socket 7+"-based computing core supports Tillamook CPUs up to 266MHz. The chip set comes with 100MHz CPU and 33MHz PCI bus clock and supports the latest DRAM technology. All PCI components are carefully selected for optimum support regarding long-term availability. In addition to state-of-the-art PC functionality - such as 10/100Mbit Ethernet, UARTs, EIDE, LPT, Microsoft ACPI, floppy, GPIO and USB - the D2 is equipped with a bundle of industrial functions. These unique features are highly reliable, SMT-mounted SDRAM in addition to SO-DIMMs, SRAM as NOVRAM disk, flexible CompactFlash extension, BIOS extensions for non-video, boot from CompactFlash etc., support of PXI trigger signals (National Instruments), three local PC-MIP mezzanines for flexible and individual workstation I/O extensions like graphics, SCSI, additional serial lines, field buses etc. and various board and system control mechanisms. The D2 CPU board is carefully prepared for all types of industrial qualification procedures such as extended temperature range (-40..+85°C), shock, vibration, humidity etc.

D201 - The D201 is a 6U M-Module carrier board for universal I/O on the CompactPCI bus as well as on PXI for automated testing requirements. It allows high flexibility in applications such as data acquisition or process control. You can install up to four M-Modules on the D201, which needs only one slot on the CompactPCI bus or alternatively on the PXI bus. All M-Modules are screwed tightly on the board and require no separately mounted transition panel. The D201 offers developers immediate access to more than 70 different M-Modules for I/O in fields such as process I/O, measurement, instrumentation, motion control, communication, and development.

D202 - The D202 is a 6U PC-MIP carrier board for universal I/O on the CompactPCI bus or on the PXI bus. You can install up to six PC-MIPs on the D202, with four Type I/II and two Type I PC-MIPs. All PC-MIPs provide I/O via the J3/J4/J5 CompactPCI connectors of the D202, while the four Type II modules are also accessible at the front panel. Even equipped with six PC-MIPs, the D202 needs only one slot on the CompactPCI/PXI bus. PC-MIPs are an ideal solution for flexible and fast CPU-related applications, which take advantage out of the internal PCI bus of the PC-MIPs.

D203 - The D203 is a 6U M-Module carrier board for universal I/O on the CompactPCI bus as well as on PXI for automated testing requirements. It allows high flexibility in applications such as data acquisition or process control. The D203 supports all eight PXI trigger lines as defined in the PXI specification. You can install up to four M-Modules on the D203, which needs only one slot on the CompactPCI bus or alternatively on the PXI bus. All M-Modules are screwed tightly on the board and require no separately mounted transition panel. The D203 offers developers immediate access to more than 70 different M-Modules for I/O in fields such as process I/O, measurement, instrumentation, motion control, communication, and development.

D302 - The D302 is an input/output CompactPCI target board for 128 binary process signals. The I/Os are divided into four optically isolated units. The card is used for input/output of digital signals with different voltage levels and ground references. For each unit 32 channels are driven to the 44-pin D-Sub connector. Each channel can be either input or output. The binary inputs/outputs can be universally used in industrial systems. They are optically isolated from the system, which is essential for advanced automotive and industrial applications.

D3b - The D3 is a single-board computer for embedded applications based on the Kahlua II PowerPC. It can be used in a CompactPCI system slot or as a stand-alone card. The D3 comes with the MPC8245 PowerPC with 300MHz clock frequency and a local 32-bit/33-MHz PCI data bus. It is a complete state-of-the-art SBC offering DRAM, Flash and CompactFlash memory, dual Fast Ethernet, 4 COMs, USB, IDE and keyboard/mouse interfaces as well as an optional onboard hard disk. In addition, the D3b CPU board can be equipped with M-Module mezzanine cards. M-Modules are recommended for real-world I/O like analog/binary process I/O and instrumentation I/O. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the kind of I/O requirements, further standard versions of D3 are availabe for other mezzanine standards.

D3c - The D3 is a single-board computer for embedded applications based on the Kahlua II PowerPC. It can be used in a CompactPCI system slot or as a stand-alone card. The D3 comes with the MPC8245 PowerPC with 300MHz clock frequency and a local 32-bit/33-MHz PCI data bus. It is a complete state-of-the-art SBC offering DRAM, Flash and CompactFlash memory, dual Fast Ethernet, 4 COMs, USB, IDE and keyboard/mouse interfaces as well as an optional onboard hard disk. In addition, the D3c CPU board can be equipped with PMC mezzanine cards. PMCs may particularly be used for intelligent telecom I/O. The modular combination of I/O functionality on a single-board computer allows to build up tailored control systems which appear as customized solutions based on standard components. Depending on the kind of I/O requirements, further standard versions of D3 are availabe for other mezzanine standards.

D4 - With the Pentium 4 Mobile Northwood processor, the 845G Brookdale chipset technology (400MHz local bus frequency) and its 64-bit/66-MHz bridge to the CompactPCI bus (32-bit/33-MHz on board), the D4 is one of the most powerful 6U single-board computers today. Standard versions come with the 1.7GHz and 2.2GHz processors from Intel's "Embedded Line". The D4 can operate as a system-slot card for any CompactPCI or PXI system, with the system slot capable of being placed either left or right in the enclosure. The 1-slot D4 supports full hot swap and is compatible with PICMG 2.16 and the requirements of a server blade. The 845G chipset supports up to 1 GB of 200MHz DDRAM. Application code is conveniently stored in a scalable CompactFlash which is controlled via IDE. A second IDE channel allows direct connection of an onboard 2.5" hard disk. The chipset also features a DVI graphics controller which allows for attachment of both advanced and legacy flat-panel displays and CRT monitors. Three onboard USB ports provide universal interfaces to a variety of peripheral devices (such as keyboard, mouse, printer, modem, or camera). For high-speed networking and field bus interfacing, the D4 features two or three Gigabit Ethernet lines (depending on the model). Further interfaces include two COMs, keyboard/mouse, floppy and parallel ports. DVI, keyboard/mouse, 2 Gigabit Ethernet, 1 USB and 1 COM are conveniently available at the front panel of the D4. All the other functions are available via the rear I/O adapter. The rear I/O adapter is compatible with that of MEN's D2 CPU board (Pentium Tillamook SBC) to provide an easy upgrade path from D2 to D4. Further flexible I/O extension is provided by using the two PC-MIP slots or one PMC slot on the D4 CPU board. The mezzanine signals are provided at the front or via the rear I/O adapter. The Phoenix BIOS on the D4 was especially designed for embedded system applications.

EK01 - Embedded System Modules are complete computers on a module. A final ESM-based embedded application consists either of a stand-alone ESM (the power supply connection being sufficient to operate the module), an ESM with an application-specific carrier card and/or an ESM with additionally plugged PCI-104 modules. The EK01 is a ready-to-use starter kit that allows evaluation of the functions of the EM02 Embedded System Module. The kit consists of the standard CPU module, DRAM memory, the carrier card with I/O connectors, an external PSU, and an adapter for mounting a PCI-104 module. The EK01 provides versatile mounting options and can also be installed in a standard PC (including a PCI-104 module). After evaluation, the design overhead for each application is limited to I/O. Depending on the application and quantity it may be necessary to develop a simple carrier card, choose PCI-based standard components, write software drivers for those additional functions, or design a housing. This minimal additional design effort can be carried out by the user or by MEN. The EM02 is an ideal computing platform for embedded industrial PCs under Windows or Linux. It is controlled by an Ultra-Low Power Tualatin Pentium III with 933MHz or an Ultra-Low Voltage Tualatin Celeron Processor with 400MHz. It provides 16KB L1 and 512KB/256KB L2 cache. The EM02 uses the Intel 815G chip set, including graphics. It provides one VGA connector, one USB 1.1 connector Type A and one Gigabit Ethernet interface at the front panel. It also provides 512MB of DRAM and a CompactFlash slot on board. As an alternative to onboard USB, legacy I/O is routed to the carrier board via the J2 system connector of the EM02. It includes a serial interface, (E)IDE, a floppy interface, as well as two PS/2 interfaces for keyboard and mouse. The carrier board has an ATX-compatible format and provides the mechanical platform, the power supply and the I/O connectors. It comes with one ESM slot and three PCI slots, whic

EK02 - Embedded System Modules are complete computers on a module. A final ESM-based embedded application consists either of a stand-alone ESM (the power supply connection being sufficient to operate the module), an ESM with an application-specific carrier card and/or an ESM with additionally plugged PCI-104 modules. The EK02 is a starter kit that allows evaluation of the functions of the EM04N Embedded System Module. The kit consists of the standard CPU module, an FPGA loaded with additional I/O functions, the carrier card with I/O connectors, DRAM memory, an external PSU, VGA and RJ45 to D-Sub cables, and an adapter for mounting a PCI-104 module. The EK02 provides versatile mounting options and can also be installed in a standard PC (including a PCI-104 module). After evaluation, the design overhead for each application is limited to I/O. Depending on the application and quantity it may be necessary to develop a simple carrier card, choose PCI-based standard components, load additional or different I/O functions into the FPGA, write software drivers for those additional functions, or design a housing. This minimal additional design effort can be carried out by the user or by MEN. The EM04N is an ideal computer for low-cost deeply embedded solutions in very harsh environments, for machine control, Man-Machine Interfaces, fieldbus bridges or embedded Linux PCs. It is controlled by an MPC8245 PowerPC (Kahlua II) at 400MHz (incl. FPU, MMU). The EM04N provides 256MB DRAM for data storage and a CompactFlash slot for program storage. It comes with two RS232 interfaces and two Fast Ethernet channels at its front panel. As an evaluation example, additional I/O functionality is implemented in the onboard FPGA, comprising a graphics controller with 800x600 resolution, a CAN controller, a quad UART as well as controllers for IDE and touch panel. The physical interfaces for these functions are accessible on the carrier board which is included in the kit. The carrier board has an

EK03 - Embedded System Modules are complete computers on a module. A final application consists either of a stand-alone ESM, an ESM with an application-specific carrier card and/or an ESM with additionally plugged PCI-104 modules. The EK03 is a starter kit that allows evaluation of the functions of the ESM EM05. The kit consists of the CPU module, an FPGA with additional I/O functions, the carrier card, DRAM memory, PSU, VGA and RJ45 to D-Sub cables, and an adapter for mounting a PCI-104 module. The EK03 provides versatile mounting options and can also be installed in a standard PC. After evaluation, the design overhead for each application is limited to I/O. Depending on the application and quantity it may be necessary to develop a simple carrier card, choose PCI-based standard components, load additional I/O functions into the FPGA, write software drivers for those additional functions, or design a housing. The EM05 is a powerful industrial PC designed to operate in harsh environments (-40 to +85°C, shock, vibration, humidity etc.) -- an ideal solution also for infotainment applications. It is controlled by the Crusoe TM5900 from Transmeta, a Pentium-like x86 with an integrated Northbridge. What makes this CPU attractive is its low power consumption of typically 5W at 800MHz and a long-term availability of five years. The EM05 is equipped with 512MB DDR RAM (133MHz) and a CompactFlash slot for scalable program storage. It provides two RS232 interfaces and two Fast Ethernet channels via RJ45 connectors at its front panel. Further I/O deriving from the onboard Super I/O controller such as USB, IDE, PS/2 etc. are routed to the I/O connector of the ESM by means of an FPGA. Additional I/O functionality is implemented in the onboard FPGA, comprising a graphics controller with 800x600 resolution and controllers for IDE, SPI and GPIO. The physical interfaces are accessible on the carrier board which is included in the kit. The ATX-compatible carrier board provides the mech

EM02 - The EM02 is a complete embedded single-board computer for use on any carrier board in different industrial environments. The final application consists either of a stand-alone EM02, the EM02 with an application-specific carrier card and/or with additionally plugged PCI-104 modules. The EM02 is controlled by an Ultra-Low Power Tualatin Pentium III with 933MHz or an Ultra-Low Voltage Tualatin Celeron Processor with 400MHz. It provides 16KB L1 cache controlled by processor programmable registers and 512KB/256KB L2 cache for ECC protected cache data array. The EM02 uses the Intel 815G chip set, including graphics. It provides one VGA connector, one USB connector Type A and one Gigabit or one Fast Ethernet interface at the front panel. It also has an SO-DIMM socket and a CompactFlash interface on board. As an alternative to onboard USB, legacy I/O is routed to the carrier board via the J2 system connector of the EM02. It includes a serial interface, (E)IDE, a hub interface for DVI/TFT/video, a floppy interface,

EM04 - The EM04 is a complete embedded single-board computer for use on any carrier board in different industrial environments. The final application consists either of a stand-alone EM04, the EM04 with an application-specific carrier card and/or with additionally plugged PCI-104 modules. The EM04 is controlled by an MPC8245 PowerPC (Kahlua II) microprocessor which operates at 266MHz up to 400MHz. The MPC8245 includes a Floating Point Unit and a Memory Management Unit. The EM04 has an SO-DIMM socket for data and a CompactFlash slot for program storage. At its front panel the EM04 provides two RS232 interfaces and two Fast Ethernet channels. Additionally, nearly unlimited I/O functionality such as graphics controllers, serial interfaces, CAN bus controller etc. can be realized in a very flexible and cost-effective way by means of an onboard FPGA. Physical interfaces for such functions must be implemented on the carrier board. The EM04 is an ideal computer for low-cost deeply embedded solutions in very harsh enviro

EM04N - The EM04N is a complete embedded single-board computer for use on any carrier board in different industrial environments. The final application consists either of a stand-alone EM04N, the EM04N with an application-specific carrier card and/or with additionally plugged PCI-104 modules. The EM04N is controlled by an MPC8245 PowerPC (Kahlua II) microprocessor which operates at 266MHz up to 400MHz. The MPC8245 includes a Floating Point Unit and a Memory Management Unit. The EM04N has an SO-DIMM socket for data and a CompactFlash slot for program storage. At its front panel the EM04N provides two RS232 interfaces and two Fast Ethernet channels. Additionally, nearly unlimited I/O functionality such as graphics controllers, serial interfaces, CAN bus controller etc. can be realized in a very flexible and cost-effective way by means of an onboard FPGA. Physical interfaces for such functions must be implemented on the carrier board. Compared to the EM04, the EM04N is equipped with the larger Cyclone onboard FPGA, w

EM05 - The EM05 is a complete embedded single-board computer for use on any carrier board in different industrial environments. The final application consists either of a stand-alone EM05, the EM05 with an application-specific carrier card and/or with additionally plugged PCI-104 modules. The EM05 is controlled by the Crusoe TM5900 microprocessor from Transmeta, a Pentium-like x86 with an integrated Northbridge that operates at 800MHz. What makes this CPU especially attractive is its extremely low power consumption of typically 5W at 800MHz and a long-term availability of five years. The EM05 is equipped with an onboard 133MHz fast DDR RAM SO-DIMM socket for data and a CompactFlash slot for scalable program storage. At its front panel the EM05 provides two RS232 interfaces and two Fast Ethernet channels via RJ45 connectors or 9-pin D-Sub connectors. Further I/O deriving from the onboard Super I/O controller such as USB, IDE, PS/2 etc. can be routed to the I/O connector of the ESM by means of an FPGA -- with the corresponding connectors available on a carrier board. In the same flexible way, additional functionality such as serial interfaces, CAN bus controllers, protocol converters, touch controller etc. can also be realized in the FPGA to the needs of the individual application. The functionality of the FPGA is dynamically loaded by the application software. The EM05 is a powerful yet low-cost industrial PC which is designed to operate in harsh environments -- an ideal solution also for infotainment applications. For a first evaluation of the functions of the EM05 it is strongly recommended to use the EK03 ESM starter kit. The kit consists of the standard CPU module, an FPGA loaded with additional I/O functions, the carrier card with I/O connectors, an external PSU, VGA and RJ45 to D-Sub cables, and an adapter for mounting a PCI-104 module. ESM modules are complete computers on a plug-on module. They consist of the hardware (CPU, chip set, memory, I/O) which is not

F1 - The F1 is a high-speed PowerPC-based CompactPCI card optimized for industrial requirements in control and instrumentation in terms of functionality, environmental conditions and cost. It is especially prepared for all types of industrial qualification such as extended temperature range (-40 to +85°C), shock, vibration, humidity etc., and is thus the optimum choice for the most extreme environmental conditions: railroad, ship and aerospace applications. The computing core of the F1 is the powerful high-speed MPC8240 Kahlua processor, which has an internal PowerPC 603. The F1 is equipped with SO-DIMM SDRAM, CompactFlash (TM) and Flash, two serial interfaces, hard-disk controller (IDE), RTC with 8k NVRAM, keyboard, mouse, USB and two local PC-MIP mezzanines for flexible and individual workstation I/O extensions such as graphics, SCSI, additional serial lines, field busses etc. and various board and system control mechanisms. Despite the full functionality of the F1 and even with its 2 PC-MIP slots populated, the complete CPU card still needs only one slot in a CompactPCI system. By means of an adapter in double PC-MIP format (AD45) the F1 functionality can be extended by four RS232 UARTs and 100Base-T Ethernet. The signals are available at the front via five RJ45 connectors. The F1 in this configuration still needs only one slot on the CompactPCI bus (see Related Products and AD45 data sheet).

F1N - The F1N is a high-speed PowerPC-based CompactPCI CPU card optimized for industrial requirements in control and instrumentation in terms of functionality, environmental conditions and cost. It is especially prepared for all types of industrial qualification such as extended temperature range (-40 to +85°C), shock, vibration, humidity etc., and is thus the optimum choice for the most extreme environmental conditions: railroad, ship and aerospace applications. The computing core of the F1N is the powerful high-speed MPC8245 Kahlua processor, which has an internal PowerPC 603. The F1N is equipped with SO-DIMM SDRAM, CompactFlash (TM) and Flash, two serial interfaces, hard-disk controller (IDE), RTC with 8k NVRAM, keyboard, mouse, USB and two local PC-MIP mezzanines for flexible and individual workstation I/O extensions such as graphics, SCSI, additional serial lines, field busses etc. and various board and system control mechanisms. Despite the full functionality of the F1N and even with its 2 PC-MIP slots populated, the complete CPU card still needs only one slot in a CompactPCI system. By means of an adapter in double PC-MIP format (AD45) the F1N functionality can be extended by four RS232 UARTs and 100Base-T Ethernet. The signals are available at the front via five RJ45 connectors. The F1N in this configuration still needs only one slot on the CompactPCI bus (see Related Products and AD45 data sheet).

F2 - The F2 is a high-end Pentium workstation optimized for industrial requirements in control and instrumentation in terms of functionality, environmental conditions and cost. Its "socket 7"-based computing core supports Intel's Tillamook CPUs with different clock speeds. The chip set supports the latest DRAM technology. All PCI components are carefully selected for optimum support regarding long-term availability. In addition to state-of-the-art PC functionality - such as 10/100Mbit Ethernet, UARTs, EIDE, LPT, Microsoft ACPI, floppy, GPIO and USB - the F2 is equipped with a bundle of unique industrial functions: highly reliable, SMT-mounted SDRAM in addition to SO-DIMMs, BIOS extensions for non-video, etc., support of PXI trigger signals (National Instruments), a local PC-MIP mezzanine for flexible and individual workstation I/O extensions like graphics, additional serial lines, etc. The F2 is a two-card solution, comprised of a CPU board and an I/O board. While the CPU board can be plugged into a CompactPCI system slot, the I/O board leads signals to a rear I/O adapter for convenient rear I/O without nasty cabling. The F2 is carefully prepared for all types of industrial qualification procedures such as extended temperature range (-40 to +85°C), shock, vibration, humidity etc.

F201 - The F201 is a 3U M-Module carrier board for universal I/O on the CompactPCI bus as well as on PXI for automated testing requirements. It allows high flexibility in applications such as data acquisition or process control. M-Modules are screwed tightly on the carrier and require no separately mounted transition panel. MEN's F201 offers CompactPCI and PXI developers instant access to more than 70 different M-Modules for I/O in fields such as process I/O, measurement, instrumentation, motion control, communication, and development.

F202 - The F202 is a 3U M-Module carrier board for universal I/O on the CompactPCI bus as well as on PXI for automated testing requirements. It allows high flexibility in applications such as data acquisition or process control. The F202 is slightly higher than standard 3U format, providing enough space for two M-Modules while staying compatible with CompactPCI or PXI racks through special guide rails already included in the delivery. M-Modules are screwed tightly on the carrier and require no separately mounted transition panel. MEN's F202 offers CompactPCI and PXI developers instant access to more than 70 different M-Modules for I/O in fields such as process I/O, measurement, instrumentation, motion control, communication, and development.

F203 - The F203 is a 3U PC-MIP carrier board for universal I/O on the CompactPCI bus or on the PXI bus. You can install up to three PC-MIPs on the F203, with two Type I/II PC-MIPs and one Type I PC-MIP. Two Type II modules or one double PC-MIP module are accessible at the front panel. Rear I/O via the PC-MIP's J3 connectors, however, is not possible for any of the three modules. Even populated with three PC-MIPs, the D202 needs only one slot on the CompactPCI/PXI bus. PC-MIPs are an ideal solution for flexible and fast CPU-related applications, which can make advantage out of the internal PCI bus of the PC-MIPs.

F204 - The F204 is a 3U M-Module carrier board for universal I/O on the CompactPCI bus as well as on PXI for automated testing requirements. It allows high flexibility in applications such as data acquisition or process control. The F204 supports all eight PXI trigger lines as defined in the PXI specification. One M-Module may be installed on the F204, which needs only one slot on either the CompactPCI bus or on the PXI bus. M-Modules are screwed tightly on the board and require no separately mounted transition panel. The F204 offers developers instant access to more than 70 different M-Modules for I/O in fields such as process I/O, measurement, instrumentation, motion control, communication, and development.

F205 - The F205 is a 3U M-Module carrier board for universal I/O on the CompactPCI bus as well as on PXI for automated testing requirements. It allows high flexibility in applications such as data acquisition or process control. The F205 supports all eight PXI trigger lines as defined in the PXI specification. The F205 is slightly higher than standard 3U format, providing enough space for two M-Modules while staying compatible with CompactPCI or PXI racks through special guide rails already included in the delivery. M-Modules are screwed tightly on the board and require no separately mounted transition panel. The F205 offers developers instant access to more than 70 different M-Modules for I/O in fields such as process I/O, measurement, instrumentation, motion control, communication, and development.

F4 - The F4 is a high-speed Kahlua II PowerPC-based CompactPCI CPU card optimized for industrial requirements in control and instrumentation in terms of functionality, environmental conditions and cost. It is especially prepared for all types of industrial qualification such as extended temperature range (-40 to +85°C), shock, vibration, humidity etc., and is thus the optimum choice for the most extreme environmental conditions: railroad, ship and aerospace applications. The F4 provides full single-board computing functionality on one slot and includes two PC-MIP slots for further I/O extensions. The F4 has a non-transparent PCI-to-PCI bridge and acts as a peripheral board on the CompactPCI bus. Using an adapter in double PC-MIP format (AD45) the F4 functionality can be extended by four RS232 UARTs and 100Base-T Ethernet. The signals are available at the front via five RJ45 connectors. The F4 in this configuration still needs only one slot on the CompactPCI bus (see Related Products and AD45 data sheet).

F6 - The F6 is a 3U industrial computer for multichannel communication applications on the CompactPCI bus. The card can operate in the system slot as well as in peripheral slots. The F6 is designed to operate in industrial environments. PCB design, component selection, manufacturing and qualification such as ESD and -40 to +85°C temperature screening guarantee high reliability even under harsh environmental conditions. The F6 especially provides all interfaces for integration of typical telecommunication applications. The heart of the F6 CPU board is the PowerQUICC II MPC8260 with an integrated PowerPC EC603e processor core operating at 200MHz. The integrated communication processor module (CPM) of the MPC8260 comes with three fast communications controllers (FCC), two multichannel controllers (MCC) for TDM, four serial communications controllers (SCC) for HDLC/SDLC or UART applications and two serial management controllers (SMC) for low-speed operations. The F6 offers flexible use of MPC8260 communication controllers. Channels of the MCCs, FCCs and SCCs are routed to a COM Extension connector for implementation of ATM, E1/T1, fast Ethernet or HDLC interfaces. The remaining ports are used on board the F6 for fast Ethernet and UART operation. Different physical interface configuration such as RS232, RS422/RS485 or 10Base-T is available for two SCCs.

F7 - Equipped with a Celeron or Pentium III processor, the F7 is a powerful 3U CPU board based on Socket 370. It is a perfect match as a system-slot card for any CompactPCI system, with the system slot being placed either left or right in the enclosure. A peripheral-slot version of the F7 is available on request. For 6U CompactPCI and PXI systems the F7 is available with a special mounting kit including a 6U front panel. The board is provided with the i810/i810E chip set, which contains an embedded graphics controller. The DVI interface allows for attachment of both advanced and legacy flat-panel displays and CRT monitors. The onboard USB port is a universal interface to a variety of peripheral devices (such as keyboard, mouse, printer, modem, or video camera). For high-speed networking, the F7 features a 10/100Mbit/s Fast Ethernet interface. All connections mentioned above are conveniently available at the card's front panel. For mass storage, the F7 provides enhanced EIDE features, suitable for any EIDE hard disk and CD-ROM drive. An onboard CompactFlash slot allows use of silicon disks. The jumperless board can be used with a front-side bus clock of up to 133MHz. Equipped with a PCI-bridge chip, the F7 offers a full CompactPCI interface for reliable system expansion. Last but not least, the F7's General Software BIOS was especially designed for embedded system applications.

F7N - Equipped with a Tualatin Celeron or Pentium III processor, the F7N is a powerful 3U CPU board based on Socket 370. Although offering a complete PC with additional industrial features, the board still needs only one slot on the backplane. It is a perfect match for any CompactPCI system as a system-slot card, with the system slot being placed either left or right in the enclosure. For 6U CompactPCI and PXI systems the F7N is available with a special mounting kit including a 6U front panel. The board is provided with the 815G chip set, which contains an embedded graphics controller. The DVI interface allows for attachment of both advanced and legacy flat-panel displays and CRT monitors. The onboard USB port is a universal interface to a variety of peripheral devices (such as keyboard, mouse, printer, modem, or video camera). For high-speed networking, the F7N features a Gigabit Ethernet interface. All connections mentioned above are conveniently available at the card's front panel. For mass storage, the F7N provides an Ultra ATA/66 EIDE interface, suitable for any EIDE hard disk and CD-ROM drive. An onboard CompactFlash slot allows use of silicon disks. The jumperless board can be used with a front-side bus clock of up to 133MHz. Equipped with a PCI-bridge chip, the F7N offers a full CompactPCI interface for reliable system expansion. Last but not least, the F7N's Phoenix BIOS was especially designed for embedded system applications.

F8 - The F8 is a powerful CompactPCI or busless industrial PC for multimedia and infotainment applications -- for vehicles (railways, buses, planes, trucks...) and stationary information systems. It is designed to operate in harsh environments up to EN 50155 (railway standard). The F8 is controlled by the Crusoe TM5900 microprocessor from Transmeta, a Pentium III-like x86 CPU with an integrated Northbridge that operates at 800MHz. What makes this CPU especially attractive is its extremely low power consumption of typically 5W at 800MHz and a guaranteed long-term availability of five years. The SBC is equipped with an onboard 133MHz fast DDR RAM SO-DIMM socket for data storage, a CompactFlash slot for scalable program storage and an integrated graphics RAM. At its front panel the F8 provides one RS232 interface and two Fast Ethernet channels via RJ45 connectors or 9-pin D-Sub connectors. The front panel also includes two Digital Video Interfaces (DVI and DVI-I) for long-distance connectivity and USB 1.1. The onboard display controller supports enhanced multi-display capabilities at a maximum of 1600 x 1200 pixels resolution (235-MHz, 24-bit RAMDAC). It can drive two independent digital displays (dual digital), alternatively with identical or with different screen displays. Simultaneously, it can drive two DVI and one CRT display (DualMon). The F8 provides slots for eight SA adapters for all kinds of serial interfaces (RS232, RS422/485, HDLC, binary I/O, CAN, AC'97 audio, keyboard/mouse). The functionality of the SA adapters (and other individual functions) can be flexibly implemented in the onboard FPGA as a customization of F8. The FPGA content can be programmed by the application software.

F9 - Equipped with either the Intel (LV) Pentium M (Banias, Dothan) or the Celeron M processor, the 3U sing