Embedded 1.8 GHz Pentium® M Solution
with 1 or 3 Gigabit Ethernet

[PIP11: Embedded 1.8 GHz Pentium M Solution]

PIP11 / PIP11-E

The PIP11 is a powerful, highly integrated, robust and fanless Packaged Industrial PC based on Intel's Embedded Mobile Technology. It incorporates the low power embedded Pentium® M with 1.8 GHz and 2MB L2 cache. On-board integrated are numerous features like SATA, Gigabit Ethernet, and Firewire 1394b. The PIP11 represents an unique solution for today's demanding industrial needs and is available with various options and housings. The PIP11 is designed to operate under extreme as well as normal conditions without the need of fans and without derating or throttling. The special engineering results in an unique solution which is compact, maintenance free, noiseless, and rugged. All MPL PIP solutions can be assembled according to your needs.

The PIP11 Specialities

are low power consumption and high flexibility due to various expansions. Furthermore the unit has a complete set of PC interfaces (GEthernet, USB 2.0, IEEE1394b, Graphics...). It offers industrial features like 8-28 VDC input power, 4 serial ports (RS232/485), and PC/104-Plus slot (with full ISA bus). Optional PCI or PMC expansions, CAN, Sound, GPS, and even UPS functionality can be added. Other features are:

These features make the PIP11 to the ideal solution for any application where a high performance PC with a low power consumption is required. Additional you benefit from a high quality, very rugged, small size, and expandable Industrial PC solution. The PIP11 is widely used in vision, medicine, defense, transportation, telecom, and industrial applications.


Technical Features PIP11

Board Key Data
Processor Low Power Embedded Pentium M® CPU, 1.8 GHz
32kB L1 Instruction Cache, 32kB L1 Data Cache, 2MB L2 Cache
Intel SpeedStep
64-Bit Data Bus
CPU in Intel's long-term supply program
Chip Set Intel 855GME & 6300ESB 400MHz Front Side Bus
BIOS 1MB Flash EEPROM, easy BIOS update MPL engineered BIOS (General Software)
Memory Up to 1.5 GB memory with or without ECC
512 MB ECC RAM soldered on-board
200-pin SO-DIMM socket for one DDR333 module
FLASH Two 44-pin headers for Flash modules or disks Can be used with any available Flash
RTC Backed with on-board battery, field exchangeable CMOS setup can be saved in EEPROM
Watchdog Timer 2 stages, independent count values for each stage Configurable granularity from 1µ to 10 min.
Indicators 8 two-color LEDs, 6 activity + 2 user definable Power, Reset, HDD, IEEE1394b, LAN Activity/Speed
Temperature Sensors Monitors CPU temperature, on-board memory, power supply, as well as PCB board temperature
Interfaces
Graphics Intel IGD (Integrated Graphics Device)
250MHZ graphics core with 2D and 3D engine
Optional dual panel support available
Digital-Video on DVI-I connector max. 1920x1200
Analog-Video on DVI-I connector max. 2048x1536
LVDS ports on 1.27 header, 1920x1200 (WUXGA)
Ethernet:
1x Gbit  PIP11-1
3x Gbit  PIP11-1E
10BaseT / 100BaseTX / 1000BaseTX
Gigabit Ethernet over 66MHz / 32-bit PCI bus
RJ45 connector, ESD protected
supports IEEE802.3ab auto negotiation
3 x USB 2.0 2 x USB ports with 480, 12 or 1.5 Mbit/s external
1 x USB port with 480, 12 or 1.5 Mbit/s internal
Interfaces support USB keyboard and mouse
2 x Type A connectors, ESD protected
1 x USB 2.0/1.1 port on PIP internal header
USB boot capabilities
3 x Firewire
PIP11-1 only
IEEE-1394b ports, up to 800Mbit/s
Power source for ext. device possible
Bilingual connector
ESD protected
4 x Serial Ports 2 ports fix RS232
2 ports optionally via RS232 or RS422/485 modules
2 x 9-pin D-SUB, ESD protected
Transfer rates up to 230.4 kBaud
2 x E-IDE Ports Up to 4 drives PIO mode 4 and Bus Master IDE 2 x standard 44-pin header
2 x SATA Ports Data transfer rates up to 150Mbyte/s 2 x standard SATA connectors
2 x PS/2 For keyboard and mouse 2 x 6-pin mini DIN connector, ESD protected
Parallel Port SPP, EPP, ECP (IEEE1284) 25-pin D-SUB connector, ESD protected
Floppy Supported via LPT, USB or ext. FDD port Optional connection for external device
Speaker Port Easy connection of speaker Available on internal 10-pin header
Power/Reset Button On chassis (protected) and remote buttons ATX functionality, ESD protected
PC/104-Plus 8/16 bit memory and I/O ISA-Interface (PC/104)
32 bit PCI interface (PC/104-Plus)
Up to 4 PC/104-Plus bus master cards
Physical / Power
Power 8 - 28VDC supply power, optionally up to 48VDC High efficiency switching regulators
Power Consumption Typically 26W 12VDC, 1.8GHz, 512MB SDRAM, HDD
Temperature Range -20°C up to +60°C, extended -40°C up to +65°C No fan, no openings, no throttling required
Humidity 5% - 95% non condensing  
Standard Compliance
The PIP11 is designed to meet or exceed the most common standards. Particular references are:
EMC EN 55022, EN 55024, EN 61000, MIL-STD-461E
Shock & Vibration EN 60068
Environmental & Safety EN 50155, MIL-STD-810-F, EN 60601, EN 60950
Approval Lists CE, IEC 60945, IACS E10

CPU Board Versions

Reference Description
PIP11-1 Low Power embedded Pentium M 1.8 GHz with 2MB L2 Cache, 512MB ECC RAM on-board and ECC DDR memory socket for additional memory (max. 1GB), 3D Graphic (DVI-I), 2x USB 2.0, 2x RS232, 1x GigaBit Ethernet, 3x FireWire, PC/104...
PIP11-1E Low Power embedded Pentium M 1.8 GHz with 2MB L2 Cache, 512MB ECC RAM on-board and ECC DDR memory socket for additional memory (max. 1GB), 3D Graphic (DVI-I), 2x USB 2.0, 2x RS232, 3x Gigabit Ethernet, PC/104...
PIP11-Cx PIP11 Solution assembled & mounted according to customer needs & requirements (e.g. with or without housing, depopulated parts, installation of specific connectors, installing a customers application, etc.)

Extended Temperature Option

Reference Description
XTEST-3 extended temperature test -40° C up to +65° C

For deployment in harsh environments, the PIP11 can be ordered in an extended temperature version. Every system needs to pass various tests in a environmental chamber to prove that it will perform flawless over the temperature range indicated.
Please note: In order to get a system that will operate under these conditions, all additional selected components like hard disks or extension cards have to be specified or tested for conformity to the extended temperature range.

 
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