PROPRIETARY NOTICE
All rights reserved by Janz Tec AG.
No parts of this technical manual may be modified, copied or reproduced
in any form or by any means for commercial use without the prior written
permission of Janz Tec AG, Germany.
All instructions, information and specification contained in this manual
are for reference only and remain subject to change without
announcement.
emPC-X1600
emPC-X1100
Fanless Embedded PC System Intel ATOM Processor
(Hardware Manual)
Version 1.1
refers to product revision no.
V 1.4/1.1
Title:
File: j:\as\entwicklung\projekte\hw\empc\empc_x1600\doc\manual\manual_empc-
x1600_hardware.doc
Pattern: z:\text\vorlagen\normal.dot
Created: Stefan Althöfer, 21.06.2011
Last Update: Stefan Althöfer, 22.03.2013
© Janz Tec AG 2013
Im Dörener Feld 8
D-33 100 Paderborn, Germany
Tel.: +49-5251-1550-0
FAX: +49-5251-1550-190
email:
support@janztec.com
Internet: www.janztec.com
emPC-X1600 (Hardware Manual) • Contents i
Rev. 1.1 © Janz Tec AG
Contents
1 Introduction 5
1.1 Features...............................................................................................................................5
1.1.1 Standard Products..........................................................................................................5
1.1.2 Hardware Customization ................................................................................................6
1.1.3 Software..........................................................................................................................6
2 Safety Instructions 7
2.1 Installation and Maintenance...............................................................................................7
2.2 Ambient and Environmental Conditions...............................................................................7
3 Installation/Maintenance 8
3.1 cFast Card Removal............................................................................................................8
3.2 Battery replacement.............................................................................................................8
4 Interfaces 9
4.1 Power Supply, Reset and Power LED.............................................................................. 10
4.2 RS232 (Console) .............................................................................................................. 10
4.3 RS232............................................................................................................................... 10
4.4 RS485............................................................................................................................... 11
4.5 CAN................................................................................................................................... 11
4.6 DVI-D connector ............................................................................................................... 11
4.7 USB type A receptacle USB0, USB1 and USB2 .............................................................. 12
4.8 Ethernet Interface ETH0................................................................................................... 12
4.9 Ethernet Interface ETH1................................................................................................... 12
5 System Internals 13
6 Appendices 14
6.1 Technical Data.................................................................................................................. 14
6.2 References........................................................................................................................ 16
6.3 Product History.................................................................................................................. 17
6.3.1 emPC-X1600 (/0, /1, /2)............................................................................................... 17
6.3.2 emPC-X1100 ............................................................................................................... 17
6.4 Manual History.................................................................................................................. 18
ii emPC-X1600 (Hardware Manual) • Contents
© Janz Tec AG Rev. 1.1
List of Figures
Figure 1: emPC-X1600/0 interfaces.........................................................................................................9
Figure 2: emPC-X1600/1 interfaces.........................................................................................................9
Figure 3: emPC-X1600/2 interfaces.........................................................................................................9
Figure 4: emPC-X1600/4 interfaces.........................................................................................................9
Figure 5: Power connector .................................................................................................................... 10
figure 6: System Block diagram............................................................................................................. 13
List of Tables
Table 1: emPC-X1600 standard products................................................................................................5
Table 2: Interfaces connected to D-SUB..................................................................................................9
Table 3: Power connector assignment.................................................................................................. 10
table 4: RS232 (Console) connector..................................................................................................... 10
table 5: RS232 connector...................................................................................................................... 11
table 6: RS232 connector...................................................................................................................... 11
table 7: CAN connector ......................................................................................................................... 11
table 8: DVI-D connector....................................................................................................................... 11
table 9: USB connector.......................................................................................................................... 12
table 10: Ethernet connector 0.............................................................................................................. 12
table 11: Ethernet connector 1.............................................................................................................. 12
emPC-X1600 (Hardware Manual) • Contents iii
About this Manual
This is the hardware manual for the emPC-X1600 embedded PC. It starts with an introduction to the
emPC-X1600. After that it discusses some topics about installation of the product. The rest of the
manual then covers technical details about the emPC-X1600.
Throughout this manual the term emPC-X1600 also refers to emPC-X1100 when not otherwise
noticed. Both products only differ in the CPU option.
More in depth technical information will be found in secondary manuals, e.g. the ixBus system
reference manual.
Conventions
If numbers are specified in this manual, they will be either decimal or hexadecimal. We use C-notation
to identify hexadecimal numbers (the 0x prefix).
If we refer to low active signal names, they will suffixed by a “#” character.
Some parts of the manual contains notices you have to observe to ensure your personal safety, or to
prevent damage to property. These are visually marked with the following alert symbols:
DANGER
indicates that death or severe personal injury will result if proper precautions are not
taken.
WARNING
indicates that death or severe personal injury may result if proper precautions are not
taken.
CAUTION
indicates that minor personal injury can result if proper precautions are not taken.
NOTICE
indicates that damage to equipment can result if proper precautions are not taken.
indicates information that we think you should have read to save your time by avoiding
common problems. Important suggestions that should be followed will also be marked
with this sign.
Acronyms and Abbreviations
EMC Electromagnetic capability.
ESD Electrostatic discharge.
FLASH Electrically erasable PROM. Capable of in-circuit re-programming with the capability of
erasing considerably large blocks (in contrast to EEPROM).
NVRAM Non volatile RAM. Storage is ensured by a battery.
Rev. 1.1 © Janz Tec AG
emPC-X1600 (Hardware Manual) • Introduction 1 - 5
Rev. 1.1 © Janz Tec AG
1 Introduction
The emPC-X1600-Platform is a flexible computer system. It consists of one CPU board and can be
expanded with a variety of IO expansion boards. The boards are stacked together and are inserted into a
rail mounted housing. This allows flexible system building. Internal busses are documented, so users can
build application specific IO expansion boards.
Order-No.: Product Interfaces
SY-EPC-70001
emPC-X1600/0
ATOM Z530, 1 GB DDR2,
DVI, 3 x USB 2.0, 2 x Ethernet,
2 x RS232 (console)
SY-EPC-70000
emPC-X1600/1
ATOM Z530, 1 GB DDR2,
DVI, 3 x USB 2.0, 2 x Ethernet,
1 x RS232 (console). 1 x CAN/CANopen
SY-EPC-70002
emPC-X1600/0
ATOM Z530, 1 GB DDR2,
DVI, 3 x USB 2.0, 2 x Ethernet,
2 x CAN/CANopen
SY-EPC-70004
emPC-X1600/4
ATOM Z530, 1 GB DDR2,
DVI, 3 x USB 2.0, 2 x Ethernet,
4 x CAN/CANopen
SY-EPC-71001
emPC-X1100/0
ATOM Z510, 1 GB DDR2,
DVI, 3 x USB 2.0, 2 x Ethernet,
2 x RS232 (console)
SY-EPC-71000
emPC-X1100/1
ATOM Z510, 1 GB DDR2,
DVI, 3 x USB 2.0, 2 x Ethernet,
1 x RS232 (console). 1 x CAN/CANopen
SY-EPC-71002
emPC-X1100/0
ATOM Z510, 1 GB DDR2,
DVI, 3 x USB 2.0, 2 x Ethernet,
2 x CAN/CANopen
SY-EPC-71004
emPC-X1100/4
ATOM Z510, 1 GB DDR2,
DVI, 3 x USB 2.0, 2 x Ethernet,
4 x CAN/CANopen
Table 1: emPC-X1600 standard products
1.1 Features
1.1.1 Standard Products
• 1.6 GHz Intel
®
Atom
™
(Z530 series)
• 1 GB DDR2
• Internal cFAST Socket for SATA based SSD modules
• 1 x 10/100/1000 Mbit/s Ethernet
• 1x 10/100 Mbit/s Ethernet
• 3 x USB 2.0 interface (480Mbit/s), with 500mA power supply capability
• 2 x user programmable front panel LEDs
• 128 kB of nvSRAM which does not require battery backup
• Battery backed up RTC
• Internal watchdog function
• Internal temperature monitoring
• Video controller (Intel GMA 500) with up to 256 Mbyte of video memory
• DVI-D display connector
• internal LVDS display interface
1 - 6 emPC-X1600 (Hardware Manual) • Introduction
© Janz Tec AG Rev. 1.1
• Internal expansion bus (iX-Bus)
• System Power supply 9..32 VDC
• Reset Push Button and Power LED
• 2 male 9pin D-SUB connectors, utilized by serial ports or CAN (see table above)
• Power supply monitor
1.1.2 Hardware Customization
Due to it’s flexible system architecture, the emPC-X1600 can be easily customized if the standard
products do not provide optimum features or price. Customization is possible even at moderate
quantities. Ask sales department for details.
Following you find a (non-complete) list of possible customization:
• Internal SSD with up to 4 GByte MLC Flash. Soldered to PCB for improved mechanical reliability.
• Without nvSRAM for price reduction.
• Serial ports can be modified for RS485 physical layer (optionally isolated)
• More CAN ports are possible by using expansion cards (in a larger housing)
• More serial ports are possible (but not currently supported for WindowsXP)
• Digital/Analog-IO expansion card
• Customer specific expansion cards
• Power supply monitor to supervise power supply voltage and one external control voltage. The
monitor can be configured to turn system on/off upon configurable thresholds and with
configurable timeouts.
1.1.3 Software
Supported by
• Windows XP
• Windows XP embedded
• Windows-CE 6.0
• Linux, QNX.
Contact Janz Tec for more information about the available software packages.
emPC-X1600 (Hardware Manual) • Safety Instructions 2 - 7
2 Safety Instructions
Refer to page iii for explanation of the warning notice system.
The product described in this documentation may be operated only by personnel qualified for the specific
task in accordance with the relevant documentation for the specific task, in particular its warning notices
and safety instructions. Qualified personnel are those who, based on their training and experience, are
capable of identifying risks and avoiding potential hazards when working with these products.
2.1 Installation and Maintenance
NOTICE
The product is intended to be used in industrial environments. Typical applications are
process virtualization or as a controller for industrial automation.
DANGER: Electrical Shock
Danger to life.
This product operates with 14..32 V DC SELV power supply. Do not connect this product to
an improper power supply.
WARNING: Unauthorized Opening
Improper opening of the device may result in substantial damage to the equipment.
Remove power before you open the housing of the product. Do not connect power or
operate the product until you have closed the housing and tightened all screws.
WARNING: Electrical Shock
The IO interfaces (connectors) of the product are only suited to be connected to SELV
circuits. Use interfaces (connectors) for their intended use only.
CAUTION: Explosive Risk
Danger of explosion when replacing with wrong type of battery.
The product equipped with a Lithium battery. Replace only with battery of the same or
equivalent type.
2.2 Ambient and Environmental Conditions
DANGER: Explosive Risk
This product is NOT designed to be used in potentially explosive atmosphere.
Do not operate this product in potentially explosive atmosphere.
WARNING
This product does NOT fulfil the requirements for a fire enclosure according to EN
60950-1 in all possible mounting positions. In these mounting positions, installation is
only permitted above concrete or other non inflammable materials.
NOTICE: Damage
Do not operate the product beyond the specified ambient conditions. Do not cover the
vent slots of the product.
NOTICE: EMI
This product is a class A device. This product may cause radio interference. In this case
the user must take
adequate measures.
Rev. 1.1 © Janz Tec AG
3 - 8 emPC-X1600 (Hardware Manual) • Installation/Maintenance
3 Installation/Maintenance
WARNING
The emPC-X1600 is designed as a fan less computer system. Nevertheless a certain
amount of heat is generated inside the housing. The housing transports this heat to the
environment. Caution when touching the housing, burns hazard!
The external power supply has to be connected to “+” and “-“. The additional input “S” is the sense input
of an optional power supply monitor (Leave open if the power supply monitor is not available).
If the Power LED does not lit after power is applied, the input polarity might be reversed. Swap the wires
and try again.
Once during power-on, the BIOS detects which type of monitor is connected to the
emPC-X1600 and configures the video system accordingly. Therefore:
• If you have no monitor connected to the DVI connector during power-on, you will
not see any video output, even if you connect a monitor later on.
• If the monitor you have connected during power-on is not supported, then you
will not see any video output, even if you connect a proper monitor later. Note
that the BIOS rejects to operate with monitors that have a larger physical
resolution than supported. E.g your UXGA monitor will not work as 1600x1200 is
rejected by BIOS.
3.1 cFast Card Removal
Due to space limitations for the emPC-X1600, there is no opening in the housing for the
internal cFast Flash card on the CPU module. For removing the cFast Flash card the
housing of the emPC-X1600 must be opened. Therefore the back panel of the housing
must be removed by removing the two screws – the back is the one with which the
emPC-X1600
is
mounted on the DIN rail.
NOTICE
Power must be turned off before removing or inserting the compact flash card. When
installing the Compact Flash Card, precautions against electrostatic discharge (ESD)
must be taken.
3.2 Battery replacement
The battery is needed for keeping the RTC alive. To replace the battery the housing must be opened by
removing the four screws at the front.
CAUTION
Explosion risk in case of improper replacement of the battery. Disposal of used batteries
according to local regulations. Replace only with the same or equivalent type. When
installing the battery, precautions against electrostatic discharge (ESD) must be taken.
© Janz Tec AG Rev. 1.1
emPC-X1600 (Hardware Manual) • Interfaces 4 - 9
4 Interfaces
The emPC-X1600 is equipped with differing interfaces. The following interfaces are common for all
systems: DVI-D, 3 x USB 2.0, 1 x 10/100 Mbit/s Ethernet and 1 x 10/100/1000 Mbit/s Ethernet.
Depending on which alternative was ordered additional interfaces are available. The following table
shows what alternatives are possible.
Product Interface Windows Linux Address
emPC-X1600/0
Serial-0 (Console) COM2 ttyS1 0x2f8/IRQ3
Serial-1 (Console) COM1 ttyS0 0x3f0/IRQ4
emPC-X1600/1
Serial (Console) COM1 ttyS0 0x3f0/IRQ4
CAN CAN0/mpcan_00 /dev/pcan_0 MOD_BASE
emPC-X1600/2
CAN0 CAN0/mpcan_00 /dev/pcan_0 MOD_BASE
CAN1 CAN1/mpcan_01 /dev/pcan_1 MOD_BASE + 0x200
emPC-X1600/4
CAN0 CAN0/mpcan_00 /dev/pcan_0 MOD0_BASE
CAN1 CAN1/mpcan_01 /dev/pcan_1 MOD0_BASE + 0x200
CAN2 CAN0/mpcan_10 /dev/pcan_2 MOD1_BASE
CAN3 CAN1/mpcan_11 /dev/pcan_3 MOD1_BASE + 0x200
Table 2: Interfaces connected to D-SUB
Serial-1
DVI
USB
01
Ethernet
10
S0
S1
Reset
Power
24VDC
S
Serial-0
2
Figure 1: emPC-X1600/0 interfaces
Serial
DVI
USB
01
Ethernet
10
S0
S1
Reset
Power
24VDC
S
CAN
2
Figure 2: emPC-X1600/1 interfaces
CAN-1
DVI
USB
01
Ethernet
10
S
0
S
Reset
Power
24VDC
S
CAN-0
2
Figure 3: emPC-X1600/2 interfaces
CAN-3
DVI
USB
01
Ethernet
10
S0
S1
Reset
Power
24VDC
S
CAN-2
2
CAN-1 CAN-0
Figure 4: emPC-X1600/4 interfaces
Rev. 1.1 © Janz Tec AG
4 - 10 emPC-X1600 (Hardware Manual) • Interfaces
4.1 Power Supply, Reset and Power LED
The power supply connector is implemented with a Phoenix Contact Plug type MC1,5/3-ST1F-5,08 BF
and is included in delivery. The assignment of this connector is shown in Figure 5 and Table 3.
Reset
Power
24VD
C
S
Pin Description
1 (+) + 9..32 VDC
2 (S) NC, do not connect
3 (-) GND
Figure 5: Power connector Table 3: Power connector assignment
There is a Reset button next to the power connector. The LED next to the power connector is the power
LED.
Internal system GND is connected to the housing and routed to the power supply
connector via a common mode choke.
If voltage is applied the GND pin of the connector (e.g. + and - reversed) while the
housing is still connected to GND (e.g. by cables shields) then the common mode choke
or the internal PCB traces can be destroyed. The polarity reversal protection will not
protect this fault.
4.2 RS232 (Console)
The RS232 (Console) serial interface is provided by Super IO W83627 chip, hence it is a legacy
compatible serial port. The connector is a standard 9 pin D-SUB plug, but the interface is connected with
four wires only, table 4 shows the pin out. The names and the address for this connector are shown in
Fehler! Verweisquelle konnte nicht gefunden werden..
1 n.c. 6 n.c.
2 RxD 7 RTS
3 TxD 8 CTS
4 n.c. 9 n.c.
5 GND
9pin male D-Sub
table 4: RS232 (Console) connector
1
6
4.3 RS232
Additional serial interfaces might be implemented by a XR16V2750
dual UART chip. This type of serial
port has proprietary implementation over the internal expansion bus. Hence it needs special software
driver. For a description of UART registers refer to the TI manual. The UART clock input is 14,7456MHz
to allow error free generation of standard baud rates. This RS232 variant provides all 8 interface signals
as shown in table 5.
1 DCD 6 DSR
2 RxD 7 RTS
3 TxD 8 CTS
4 DTR 9 RI
9pin male D-Sub
5 GND
1
6
© Janz Tec AG Rev. 1.1
emPC-X1600 (Hardware Manual) • Interfaces 4 - 11
table 5: RS232 connector
4.4 RS485
In the RS485 variant, there are only the differential signals D+ and D- provided. The transceiver is
enabled to send data, when RTS# of the corresponding UART is low. Data received on the RS485 will
always be seen on the UART’s RxD input. This is regardless of the RTS# state. It is however possible to
modify the hardware, so that transmitted data is not received (RTS# low disables receiver).
When the receiver is enabled and no data is send (MARK=1), then D+ > D-.
1 n.c. 6 GND
2 B / D+ 7 A / D-
3 GND 8 n.c.
4 n.c. 9 n.c.
5 n.c.
9pin male D-Sub
table 6: RS232 connector
1
6
4.5 CAN
The CAN interface is implemented with a SJA1000 controller chip. The connector is a standard 9 pin D-
SUB plug with a pin out shown in table 7. The CAN interface is isolated and has a software switchable
120 Ohm termination.
1 n.c. 6 GND
2 CANL 7 CANH
3 GND 8 n.c.
4 n.c. 9 VEXT
1
5 n.c.
9pin male D-Sub
table 7: CAN connector
1
6
4.6 DVI-D connector
Digital graphics connector from motherboard. Analog graphic signals are not available on this port.
1 TMDS 2- 13 TMDS 3+
2 TMDS 2+ 14 +5V
3 SHIELD 15 GND
4 TMDS 4- 16 Hotplug detect
5 TMDS 4+ 17 TMDS 0-
6 DDC clock 18 TMDS 0+
7 DDC data 19 SHIELD
8 N/C 20 TMDS 5-
9 TMDS 1- 21 TMDS 5+
10 TMDS 1+ 22 SHIELD
11 SHIELD 23 TMDS C+
12 TMDS 3- 24 TMDS C-
table 8: DVI-D connector
Rev. 1.1 © Janz Tec AG
1
This signal is optionally available to provide power to supply an external transceiver module
4 - 12 emPC-X1600 (Hardware Manual) • Interfaces
4.7 USB type A receptacle USB0, USB1 and USB2
Two USB 2.0 interfaces are available at the front panel.
1 +5V, I
MAX
= 500 mA
2 USB-
3 USB+
4 GND
table 9: USB connector
1
NOTICE
Although each port can deliver supply current of 500 mA, the overall load on USB0 to
USB3 interfaces should be limited to 900 mA to prevent power supply from overheating.
4.8 Ethernet Interface ETH0
Ethernet interface 0 is implemented by Davicom DM9102 network controller. It provides 10/100BaseT,
networking through the shielded modular jack. Twisted pair cable can be used to connect to this port.
1 TPO+ 5 n.c.
2 TPO- 6 TPI-
3 TPI+ 7 n.c.
4 n.c. 8 n.c.
table 10: Ethernet connector 0
The two LEDs indicate Ethernet status as follows:
LED1 LED2
No Link No Activity
10/100 Mbit Link Activity
4.9 Ethernet Interface ETH1
Ethernet interface 1 is implemented by Realtek 8111 network controller. It provides 10/100/1000BaseT,
networking through the shielded modular jack. Twisted pair cable can be used to connect to this port.
1 MDI0+ 5 MDI2+
2 MDI0- 6 MDI2-
3 MDI1+ 7 MDI3+
4 MDI1- 8 MDI3-
table 11: Ethernet connector 1
The two LEDs indicate Ethernet status as follows:
LED1 LED2
No Link No Activity
10/100/1000 Mbit Link Activity
© Janz Tec AG Rev. 1.1
emPC-X1600 (Hardware Manual) • System Internals 5 - 13
5 System Internals
The emPC-X1600 is built upon a couple of standard building blocks, as shown in figure 6.
Q7 Module
(CPU engine)
ixBus Q7 Carrier ixBus Power Supply and
Communication Module
expansion
Bus
UART
(console)
cFAST
Socket
figure 6: System Block diagram
Following you find a list of utilized building blocks:
• Congatec Q7 module (QA series)
• Janz Tec ix-Bus Q7 carrier module
• Janz Tec ix-Bus power supply and communication module
Refer to Congatec documentation for details on the Q7 Module.
Refer to Janz Tec ixBus System Reference Manual for details on the Janz Tec specific building blocks.
Rev. 1.1 © Janz Tec AG
6 - 14 emPC-X1600 (Hardware Manual) • Appendices
© Janz Tec AG Rev. 1.1
6 Appendices
6.1 Technical Data
CPU
Type X1600: Intel Atom Z530 X1100: Intel Atom Z510
Clock Frequency 1.6 GHz 1.1 GHz
Front Side Bud 533 MHz 400 MHz
Hyper Threading Yes No
L1-Cache 32 kB instruction, 24 kB data
L2-Cache 512 kB
Memory
Main Memory 1 GB DDR2
NVRAM 128 KB (auto-backup to EEPROM, no battery needed)
Storage
• Internal cFast Socket
• Internal ATA SSD with 4 GB (optional)
Clocks and Timers
Timekeeper (TOY) Yes
Watchdog Timer Yes
Interfaces
Ethernet 1 x 10/100/1000 Mbit/s Ethernet (RTL8111 controller)
1 x 10/100 Mbit/s Ethernet (DM9102D controller)
USB 3 x USB 2.0 high speed interface type-A connectors
• max 500 mA power supply capability per port
• max 900 mA for all ports in total
CAN (Option) SJA1000 controller
• ISO/DIS 11898-2 (isolated from logic),
• software switchable 120 Ohm termination resistor
Serial Port (Option)
Super IO W83627 (COM1, COM2)
• RS232 (4 wire)
• RS485, optionally isolated from logic
Xicor 16V2750 (Port expansion)
• RS232 (full featured)
• RS485, optionally isolated from logic
Video
Controller Intel GMA 500, supporting Direct X 9.0E and Open GL 2.0.
Memory Up to 256 MB frame buffer
Interface Dual Display Interface
• DVI-D connector on front panel, up to 1280x1024.
• Single channel LVDS on internal connector, up to 1362x768
Expansion
iX-Bus Internal 8/16 bit interface for IO and low speed peripherals
Indicators and Switches
Reset Pushbutton
Status LED for power supply status (green)
User LEDs 2 programmable LEDs (S0 – red and S1 - green)
emPC-X1600 (Hardware Manual) • Appendices 6 - 15
Rev. 1.1 © Janz Tec AG
Power Supply
Input 9..32 V DC SELV
consumption 15 W (max)
inverse-polarity protection Yes
Fuse Internal melting fuse in DC in, GND is unfused
potential separation No, GND (Pin 3 in Table 3) is connected to case
Housing
Dimensions 110 x 62 x 104 mm (w x h x d), without din rail clip
Environmental Specifications (assembled system)
Temperature range 0..+50 °C (operating),
-20..+75 (non-operating)
Humidity 0%...80%, non-condensing
6 - 16 emPC-X1600 (Hardware Manual) • Appendices
© Janz Tec AG Rev. 1.1
6.2 References
These references direct you to manuals and specifications that you need to when developing programs
for the emPC/X1600. Most of the documents can be downloaded from the Internet. Look for the WWW
servers of the chip/component manufacturers.
WWW-References
Janz Tec AG:
www.janztec.com
Intel Corporation: www.intel.com
Congatec www.congatec.com
emPC-X1600 (Hardware Manual) • Appendices 6 - 17
Rev. 1.1 © Janz Tec AG
6.3 Product History
6.3.1 emPC-X1600 (/0, /1, /2)
Version Release
Date
Name Changes
V1.0
• initial version
V1.1 11.08.2011 As
• optional cFast socket
• optimized USB connector position
V1.2 23.05.2012 As
• improved CPU cooling with monolithic cooling block
V1.3 25.10.2012 As
• improved RESET generation when power fails
V1.4 21.11.2012 As
• Ethernet LEDs swapped positions
• BAR0 of PEX8111 is now enabled to allow chip configuration
through memory space
6.3.2 emPC-X1100
Version Release
Date
Name Changes
V1.0
• initial version
V1.1 21.11.2012 as
• Ethernet LEDs swapped positions
• BAR0 of PEX8111 is now enabled to allow chip configuration
through memory space
6 - 18 emPC-X1600 (Hardware Manual) • Appendices
© Janz Tec AG Rev. 1.1
6.4 Manual History
Version Release
Date
Name Changes
V1.0 26.08.2011 as
• Initial release
V1.1 13.03.2013 as
• Changed to Janz Tec
• Restructured technical data
• Added total power limitation for USB connectors
• Fixed missing GND for RS232 connector
• Some minor updates
• Internal SSD (soldered type on Q7 Module) is now considered
optional for standard products. It is still available as
customization, but CFast based storage is required for the
standard product.
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