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Custom-built Industrial Computers and Secure Appliances


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Custom-built  Industrial Computers and  Secure Appliances

Embedded

Computing

Industrial PC

Industrial

Security

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Janz Tec AG – Custom-built Industrial Computers and Secure

Appliances

For 35 years Janz Tec AG has been one of the leading producers
of embedded computers, industrial PCs and components. Our
highly qualified staff devise hardware and software for industrial
computers and secure appliances, all exclusively produced in
Germany. Industrial Security is an important aspect of the appli-
ances and guarantees secure transfer and storage of information
for industrial applications. In our Systems Engineering division,
we make available our longstanding experience in the areas of
expertise – conception, design and integration of our customers’
complex technical systems.

Industrial Computing Architects

The staff of Janz Tec AG see themselves as Industrial Computing
Architects
– they devise, develop and produce components and
systems on the basis of standards customised to the customer’s
individual requirements. This unique combination of specialists
in the areas of hardware and software engineering as well as infor-
mation technology enables us to design every industrial compu-
ter, control unit and component in accordance with the customer’s
technological application and specific requirements. Our chief
concerns in this are sustainability in the climate of IoT, long-term
availability and highest quality.

Integration of Secure Appliances

Janz Tec offers a variety of interfaces for the integration of indi-
vidual systems, sensors and actuators from different producers
within complex system layouts, at the same time guaranteeing
highest functional reliability and industrial security. Our industrial
computer systems are distinguished by their highly modular,
open architecture which ensures reduced integration outlay and
unified information access. Industrial security is assured as an
integral part of our solutions.

Your Partner for Highest Technological Demands

We will fulfil your highest technological demands. We train our
highly qualified employees for this and ensure they receive conti-
nuous further training. Additionally we keep up with the changing
trends, both economic and technological, by being involved with
different organisations. Our aim is the optimal solution for your
application.

Quality management Quality at Work

The very highest quality is our benchmark. We have been living
and improving our process-oriented quality management system
Quality at Work for many years. Our certification according to
EN ISO 9001:2008 supports us in successfully realising deman-
ding automation tasks. This demand for quality is also seen in
the consequent training and further development of our employees.
A highly-trained team guarantees high customer satisfaction.

Take advantage of over 35 years of experience and the far-

reaching know-how of our Industrial Computing Architects.

Michael Rennerich and Matthias

Stute, Management of

Janz Tec AG

Milestones

1982    Michael Janz founds Janz
Elektronik GmbH in Lichtenau.

1985    The successful start-up becomes
Janz Computer AG after the
investment of the Stute family.

1987    The company obtains a larger
industrial location.

1990    Partnerships with foreign repre-
sentatives expand the distribution
network worldwide.

2001    Janz grows further:
The operative companies Janz
Informationssysteme AG and
Janz Automationssysteme AG
are founded.

2005    Expansion of production areas
at Paderborn headquarters.

2011    Janz Automationssysteme AG
operates under the name
Janz Tec AG.

2015    A second facility starts in Bad
Lippspringe and the production
area is doubled.

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6  Embedded Computing

8  Embedded PCs

14  IoT Gateways

16    Web Panels

18    Panel PCs

20  References

24  Industrial PC

26  Mini | Compact IPCs

29  Desktop | Wallmount PCs

30  Rack PCs

32  References

34  Boards

36  CAN Host Interfaces

38  CAN FD Boards

39  VMEbus Boards

40  CODESYS

44  Industrial Security

52  Industries

54  Contact and Adresses

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Embedded Computing

Reliable Embedded Computing Solutions

With their robustness and reliability, Janz Tec’s embedded
computing systems, also called emPC’s, are made for industrial
applications in all different branches and applications. Each
application has different requirements for controlling systems
such as, for example, passive cooling, zero maintenance,
flexible storage media and communication interfaces.

ARM and x86-based computing systems are available in flexible
performance ranges and with different operating systems.

Additionally, all emPC’s can be equipped with industrial grade
touch displays in different diagonals and with resistive
or capacitive touchscreens. These panel PC’s are known under
the label emVIEW. Customer-specific designs are also available
in smaller quantities.

›››

Embedded Computing

6 | 7

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Fanless Embedded PC

Embedded PC System, ARM based

Processor

› Freescale i.MX515 application processor with 600 MHz
› Fanless cooling concept
› 32 kB instruction and data caches
› Unified 256 kB L2 Cache
› Vector floating point co-processor

Memory

› System memory 256 MB DDR2
› Boot Flash 2 MB, with boot loader
› Battery-free NVRAM 32 kB
› CompactFlash Socket, Type I/II

Interfaces

› 2 x 10/100 Mbit/s Ethernet (RJ45 connectors)
› 2 x USB (v2.0), with 500 mA power supply capability
› Up to 2 x RS232 serial interfaces
› Up to 2 x CAN/CANopen interfaces
› 15-pin VGA graphic interface on front panel

Power Supply

› Input 9…34 V

DC

› Power consumption ca. 6 W

Physical

› Ambient operating temperature -40 °C ... +70 °C
› Non-operating temperature range from -40 °C … 75 °C
› Humidity 0 % ~ 80 %, non-condensing
› Dimensions (w x h x d): 111 x 62 x 104 mm
› Weight approx. 0.8 kg

Supported Operating Systems

› Windows CE 6.0
› Linux
› Other operating systems on request

Option

› CODESYS IEC61131-3 runtime environment
› Integrated I/O modules

Embedded PC System x86 based,
with Intel Atom technology

Processor

› Based on Raspberry Pi 3, Model B
› Broadcom BCM2836 processor
› Quad-Core CPU based on ARM Cortex-A53

with 4 x 1.2 GHz

*1)

› Fanless cooling concept
› Realtime clock, battery buffered

Memory

› System memory 1 GB DDR2
› External accessible μSD card slot

Interfaces

› 1 x 10/100 Mbit/s Ethernet
› 4 x USB (v2.0)
› 1 x 9-pin D-SUB connector for serial debug console
› 1 x CAN (ISO/DIS 11898-2 opto-isolated, termination
settings via jumper)
› 1 x RS232 (Rx, Tx, RTS, CTS) or switchable to RS485
(Half Duplex; termination settings via jumper)
› 8 x digital inputs / outputs (24V

DC

)

Power Supply

› Input 9 … 32 V

DC

Physical

› Ambient operating temperature 0 °C ... 35/40°C

*2)

› Non-operating temperature range from -20 °C … 75 °C
› Humidity 0 % ~ 95 %, non-condensing
› Dimensions (w x h x d): 99.8 x 30.0 x 96.7 mm
› Desktop, Wall or DIN rail mounting

Supported Operating Systems

› Linux

Options

› OSIRIS Basic

emPC-A500

emPC-A/RPI3

Embedded Computing

Processor

› Freescale i.MX6 application processor
› Quad-Core CPU based on
ARM Cortex-A9 800 MHz, with ARMv7™, Neon,
VFPv3 and Trustzone support
› Fanless cooling concept

Memory

› System memory 2 GB DDR3
› Battery-free NVRAM 128 kB
› Internal CFast Socket for SATA SSD
› Internal 4Gbyte eMMC flash
› Internal SD card slot

Interfaces

› 2 x 10/100/1000 Mbit/s Ethernet
› 2 x USB (v2.0), with 500 mA power supply capability
› Up to 2 x RS232 serial interfaces
› Up to 2 x CAN/CANopen interfaces
› Serial port with RTS/CTS only
› DVI-D graphic interface on front panel (single link)

Power Supply

› Input 9…34 V

DC

› Power consumption ca. 6 W

Physical

› Ambient operating temperature -40 °C ... 60 °C
› Non-operating temperature range from -40 °C … 75 °C
› Humidity 0 % ~ 80 %, non-condensing
› Dimensions (w x h x d): 111 x 62 x 104 mm
› Weight approx. 0.8 kg

Supported Operating Systems

› Linux
› Other operating systems on request

Option

› CODESYS IEC61131-3 runtime environment
› Integrated I/O modules
› OSIRIS Standard

emPC-A/iMX6

emPC-X

Processor

› Intel Atom E3825 (2 x 1.33 GHz, 1 MB L2 Cache)
› Intel Atom x5-E3940 (4 x 1.6/1.8 GHz, 2 MB L2 Cache)

(preliminary)

Memory

› 2 GB DDR3L system memory with 1.067 GT/s
› 128 kB battery-free NVRAM
› Internal CFast Socket for SATA SSD

Interfaces

› 2 x 10/100/1000 Mbit/s Ethernet
› 3 x USB (v2.0)
› Up to 2 x RS232 serial interfaces
› Up to 2 x CAN/CANopen interfaces
› Reset push button

Power Supply

› Input 9...34 V

DC

› Power consumption < 12 W

Physical

› Ambient operating temperature 0 °C ... 50 °C
› Non-operating temperature range from -20 °C … 75 °C
› Humidity 0 % ~ 80 %, non-condensing
› Dimensions (w x h x d): 111 x 62 x 104 mm
› Weight approx. 0.8 kg

Supported Operating Systems

› Windows Embedded Compact (WEC) 7
› Windows Embedded Standard (WES) 7
› Windows 7, Windows 10 IoT
› Linux
› Other operating systems on request

Option

› CODESYS IEC61131-3 runtime environment
› Integrated I/O modules

*1)  CPU performance will be reduced by software in our standard OS image to

4 x 600 MHz for protecting the system against overheating.

*2)  temperature range depends on mounting situation of the device, please see

hardware manual for more detailed information

8 | 9

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Flexible Embedded PC Systems

Interfaces

› 2 x 10/100/1000 Mbit/s Ethernet, RJ45 connectors
› 4 x USB host connection, USB 2.0 or USB 3.0
› Up to 2 x isolated CAN/CANopen ports
› Up to 2 x RS232 ports
› DVI-I connector
› Internal mPCIe socket

Power Supply

› Input 9/14…34 V

DC

Physical

› Ambient operating temperature range: see table
› Non-operating temperature range: -20°C…75°C
› Humidity: 0 ~ 80 %, non-condensing
› Dimensions excl. wall mounting pads (w x h x d):
› 0 slot version: 96 x 171 x 230 mm
› 2 slot version: 147 x 171 x 230 mm
› 4 slot version: 179 x 171 x 230 mm

Supported Operating Systems

› Windows Embedded Compact (WEC) 7
› Windows Embedded Standard (WES) 7
› Windows 7, Windows 10 IoT
› Linux
› Other operating systems on request

Options

› CODESYS IEC61131-3 runtime environment
› Customized IO expansion with personality board
› Up to 4 either PCI or PCIexpress slots

emPC-CX+

Intel

®

Atom™

Intel

®

Core™ i3 / i7

* These options are available on request. Please contact our regional sales office for further information.

Embedded Computing

Ambient operating

temperatur range

emPC-CX+/A-E3827

Intel Atom E3827

2 x 1.75 GHz

8 GB DDR3L

1 MB

integrated in SoC

0/2

0/2

1

1x S-ATA II

yes

2/1*

2 x 10/100/1000

4/1

1/2*

on request

9 … 34 V

DC

0 °C...50 °C

emPC-CX+/i3-3120ME

Intel i3-3120ME

2 x 2.4 GHz

16 GB DDR3

3 MB

QM77

0/2

0/2/4

1

2x S-ATA III

yes

2/1*

2 x 10/100/1000

4/4

1/2*

on request

14 … 34 V

DC

0 °C...50 °C

0 °C...45 °C

emPC-CX+/i7-3517UE

Intel i7-3517UE

2 x 1.7/2.8 GHz

16 GB DDR3

4 MB

QM77

0/2

0/2/4

1

2x S-ATA III

yes

2/1*

2 x 10/100/1000

4/4

1/2*

on request

14 … 34 V

DC

0 °C...50 °C

0 °C...45 °C

Processor

Frequency

max. RAM

L2 Cache

Chipset

PCI slots

PCIe (x1)slots

mPCIe slots

Hard Disk (internal, 2,5'') / SSD

CFast socket (external)

CAN / CANopen

Ethernet (MBit/s)

USB (v2.0 / v3.0)

RS232

RS485

Power Supply

with fan

without fan

10 | 11

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emPC-CXR – Rugged Embedded PC Systems

Rugged and high-quality computer platform
Made in Germany

› COM Express embedded processor modules
› New housing design and new cooling concept
› Extreme requirements in reference to temperature,

ingress protection, shock and vibration.

› High-performance computer platform for the fields marine,

mining industry, military, aircraft industry, construction
machines and navy.

› Rugged communication computers specifically designed

for heavy vehicles working in harsh environments.

Made in Germany

Particularly
Robust Systems
for Use
in Extreme
Environment

Rugged Embedded PC Systems

Processor

› Intel Core i7-3517UE (Dual Core Technology
with up to 1.7 GHz, 4 MB L2 Cache)
› Intel Celeron 1047UE (Dual Core Technology
with up to 1.4 GHz, 2 MB L2 Cache)

Interfaces

› 2 x M12 connectors for CAN or serial ports
› 2 x M12 connectors for 10/100/1000 Mbit/s Ethernet
› 2 x M8 connectors for USB v2.0
› 1 x M12 power supply connector
› 1 x M12 with 4 digital input/outputs
› 1 x 15 pin DSUB VGA connector (waterproof)

Physical

› Ambient operating temperature range from

-40°C …+ 70°C

› Dimensions (w x h x d): 270 x 200 x 90 mm

(not including M connector overhang)

› Shock (operational):
IEC60068-2-27, 50G, half sine, 11ms duration
› Vibration (operational):
IEC60068-2-64, 5Grms, random, 5-500Hz, 1Oct/min,

1hr/axis

› IP67 environmental protection

Supported Operating Systems

› Windows Embedded Standard (WES) 7
› Windows 10 IoT Enterprise
› Linux
› Other operating systems on request

Options

› CODESYS IEC61131-3 runtime environment
› OLED display with 2 x 20 characters
› 4 free programmable buttons

emPC-CX

R

emPC-CX+/ET

Embedded Computing

Processor

› Intel Core i7-3517UE (Dual Core Technology
with up to 1.7 GHz, 4 MB L2 Cache)
› Intel Celeron 1047UE (Dual Core Technology
with up to 1.4 GHz, 2 MB L2 Cache)

Interfaces

› 2 x 10/100/1000 Mbit/s Ethernet, RJ45 connectors
› 4 x USB host connection, USB 2.0 or USB 3.0
› Up to 2 x isolated CAN/CANopen ports
› Up to 2 x RS232 ports
› DVI-I connector

Physical

› Ambient operating temperature

-40°C…+70°C

› Non-operating temperature range from

-40°C…85°C

› Humidity 0 ~ 80 %, non-condensing
› Dimensions excl. wall mounting pads (w x h x d):

96 x 171 x 230 mm

› Shock (operational):

IEC60068-2-27, 50G, half sine, 11ms duration

› Vibration (operational):

IEC60068-2-64, 5Grms, random, 5-500Hz, 1Oct/min,
1hr/axis

Supported Operating Systems

› Windows Embedded Standard (WES) 7
› Windows 10 IoT Enterprise
› Linux

Options

› CODESYS IEC61131-3 runtime environment
› Customized IO expansion with personality board

12 | 13

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IoT Gateways

Embedded PC System

Embedded Computing

Processor

› Freescale i.MX6 application processor
› Quad-Core CPU based on
ARM Cortex-A9 800 MHz, with ARMv7™, Neon,
VFPv3 and Trustzone support
› Fanless cooling concept

Radio and Wireless Technologies

› GPRS/UMTS/LTE-CAT6 (Down: 300 Mbps | Up: 50 Mbps)
› Wi-Fi 802.11 a/b/g/n
› With GPS/GNSS module
› Optional with Bluetooth 4.0 (2.1+EDR, LE) or
ZigBee 802.15.4 support
› For usage in Europe, Middle East, Africa and America

Memory

› System memory 2 GB DDR3
› Battery-free NVRAM 128 kB
› Internal CFast Socket for SATA SSD
› Internal 4 GByte eMMC storage
› Internal SD card slot

Interfaces

› 2 x 10/100/1000 Mbit/s Ethernet
› 2 x USB (v2.0), with 500 mA power supply capability
› Up to 2 x RS232 serial interfaces
› Up to 2 x CAN/CANopen interfaces
› DVI-D graphic interface on front panel (single link)

Power Supply

› Input 9…34 V DC

Physical

› Ambient operating temperature -40 °C ... 60 °C
› Non-operating temperature range from -40 °C … 75 °C

Supported Operating Systems

› Linux

Option

› CODESYS IEC61131-3 runtime environment
› integrated I/O modules

Processor

› Intel Atom E3825 (2 x 1.33 GHz, 1 MB L2 Cache)
› Intel Atom x5-E3940: 4 x @1.6 / 1.8 GHz

Radio and Wireless Technologies

› GPRS/UMTS/LTE-CAT6 (Down: 300 Mbps | Up: 50 Mbps)
› Wi-Fi 802.11 a/b/g/n
› With GPS/GNSS module
› Optional with Bluetooth 4.0 (2.1+EDR, LE) or
ZigBee 802.15.4 support
› For usage in Europe, Middle East, Africa and America

Memory

› 2 GB DDR3L system memory with 1.067 GT/s
› 128 kB battery-free NVRAM
› Internal CFast Socket for SATA SSD

Interfaces

› 2 x 10/100/1000 Mbit/s Ethernet
› 3 x USB (v2.0)
› Up to 2 x RS232 serial interfaces
› Up to 2 x CAN/CANopen interfaces

Power Supply

› Input 9...34 V DC

Physical

› Ambient operating temperature 0 °C ... 50 °C
› Non-operating temperature range from -20 °C … 75 °C
› Humidity 0 % ~ 80 %, non-condensing
› Dimensions (w x h x d): 111 x 62 x 104 mm
› Weight approx. 0.8 kg

Supported Operating Systems

› Windows Embedded Compact (WEC) 7
› Windows Embedded Standard (WES) 7
› Windows 7, Windows 10 IoT
› Linux
› Other operating systems on request

Option

› CODESYS IEC61131-3 runtime environment
› Integrated I/O modules

emIOT-X

emIOT-A/iMX6

Processor

› Efficiency Single Core ARM Cortex A5 @ 550 MHz
› Built-In LTE telecom core @ 600 MHz
› Optional:

LTE CAT-NB1 Modem with Cortex A7 @ 1,3 GHz and GPRS
fallback (Preliminary)

Radio and Wireless Technologies

› GPRS/UMTS/LTE-CAT3 (Down: 100 Mbps | Up: 50 Mbps)
› With GPS/GNSS support
› For usage in Europe, Middle East, Africa and America

Memory

› Memory: 256 MB RAM
› Internal flash storage: 512 MB

Interfaces

› 1x M12 includes

-  Power supply
-  2x Digital I/O
-  1x Serial Console
-  1x Remote pin

› 1x M12 adaptive interfaces with the options

1) 10/100 Fast Ethernet
2) 1x CAN
1x RS232/RS485
2x Digital I/O
3) On request other customer specific interfaces

Power Supply

› Input 9…34 V DC
Remote contact to trigger

Physical

› IP65 protection class
› Solid aluminum housing
› Ambient operating temperature -20 °C ... 60 °C
› Non-operating temperature range from -40 °C … 75 °C

Supported Operating Systems

› Linux

emIOT-Edge

14 | 15

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Embedded Computing

Web Panels

Display

› 7”, 10”, 15” or 21” TFT display
• Aspect ratio 16:9
• LED backlight technology

Touch Screen

• Resistive touch screen
• Projected capacitive touchscreen (PCT)

Processors

• Freescale i.MX6Dual, i.MX6Quad (optional)

System

• Fanless cooling
• Real time clock (battery backed up)
• 4 free programmable buttons at front site (optional)

Storage Mediums / Memory

• 1 GB DDR3 memory (soldered to board)
• 8 GB µSD card (internal)

Interfaces

• 1 x RJ45 connector for 10/100BaseT Ethernet
• 1 x USB 2.0
• 1 x Connector for power supply
• 1 x CAN (optional)

emWEB

Software

• Minimal Debian Linux operating system
• HTML5 browser application automatically starting in full

screen mode after system boot up

Certifications

• CE

Physical and environmental conditions

• Ambient operating temperature range 0°C … + 55°C
• Non-operating temperature range -20°C … 75 °C
• Humidity 0% ~ 80%, non-condensing

Housing

• Solid metal sheet housing for industrial usage
• IP65 front side, IP20 rear sides
• Front design “Janz Tec” for default

Options

• CAN (Controller Area Network) interface
• Security features:
- Signed and encrypted boot
- Hardware random generator (NIST certified)
- Hardware accelerated cryptographic engine
• Customized front design possible

Used in

Resistive Touchscreen

Capacitive Touchscreen

Display Resolution

Contrast ratio

Viewing angle (hor.)

Viewing angle (vert.)

Luminance (typ.)

Input level

Power consumption

Dimensions

(w x h x d) in mm

7.0“

emWEB-7

yes

yes

WSVGA / 1024 x 600

600 : 1

150°

145°

300 cd/m²

9 … 34 VDC

8W

213,5 x 147,0 x 24,0

10.1“

emWEB-10

no

yes

WXGA / 1280 x 800

800:1

170°

170°

500 cd/m²

9 … 34 VDC

11W

288,0  x  225,0  x  33,0

15.6“

emWEB-15

yes

no

WXGA / 1366 x 768

500 : 1

170°

160°

300 cd/m²

14 … 34 VDC

14W

427,0  x  279,0  x  34,0

21.5“

emWEB-21

yes

no

Full HD / 1920 x 1080

5000 : 1

178°

178°

300 cd/m²

14 … 34 VDC

18W

570,1 x 366,7 x 34,0

16 | 17

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emVIEW

The scalable product series from emVIEW
systems offers a wide spectrum of processor
performance and display sizes. Customer-
specific solutions can be implemented at
any time for optimal adaptation to your task
requirements.

Housing

Aluminum front panel with front foil for corporate

design (standard is Janz Tec design)

Dimensions and weights see table

Touchscreen

Resistive and/or capacitive touchscreen

Additional PC Features:

Depend on the emPC model:

emPC-A500
emPC-A/iMX6
emPC-X
emPC-CX+
emPC-CX+/ET

Industrial display only features:

5 rear side control buttons for Power (On/Off),
OSD (activating), Confirm (for OSD menu), Up
and Down (navigation within OSD menu)

DVI-D and DP graphic ports

RS232 and USB touchscreen port

Power connector for 14...32 V DC power supply

Resistive or capacitve touchscreens

Display properties see emVIEW table

Panel PC Systems

Embedded Computing

emPC-A500

emPC-A/iMX6

emPC-X

emPC-CX+

emPC-CX+/ET

Industrial Display only

6.5‘‘

X

X

X

7.0‘‘

X

X

X

15.6‘‘

X

X

X

X

emVIEW-15WT/D

8.4‘‘

X

X

X

emVIEW-8T/D

10.1‘‘

X

X

X

emVIEW-10WT/D

21.5‘‘

X

X

emVIEW-21WT/D

12.1‘‘

X

X

X

X

X

emVIEW-12T/D

Custom Design

on request

on request

on request

on request

on request

on request

15.0‘‘

on request

X

X

X

emVIEW-15T/D

Used in

Backlight

Resolution

Format

Luminance (typ.)

Contrast (typ.)

Colors

Viewing angle (hor.)

Viewing angle (vert.)

Resistive Touchscreen

Capacitive Touchscreen

Front Protection

7.0“

emVIEW-7WT

LED

1024 x 600

16:9

300 cd/m²

600:1

16.7 Mio.

160°

145°

yes

no

IP65

8.4“

emVIEW-8T

LED

800 x 600

4:3

400 cd/m²

500:1

256k

160°

140°

yes

on request

IP65

12.1“

emVIEW-12T

LED

800 x 600

4:3

450 cd/m²

700:1

16.7 Mio.

160°

140°

yes

yes

IP65

10.1“

emVIEW-10WT

LED

1280 x 800

16:9

500 cd/m²

800:1

16.7 Mio.

170°

170°

no

yes

IP65

15.0“

emVIEW-15T

LED

1024 x 768

4:3

750 cd/m²

700:1

16.7 Mio

160°

140°

yes

on request

IP65

21.5“

emVIEW-21WT

LED

1920 x 1080

16:9

300 cd/m²

5000:1

16.7 Mio

178°

178°

yes

on request

IP65

15.6“

emVIEW-15WT

LED

1366 x 768

16:10

300 cd/m²

500:1

16.7 Mio.

170°

160°

yes

yes

IP65

This table shows the availability of the emVIEW displays with the emPC systems. If there are some missing items, or questions, please contact your regional sales office.

18 | 19

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Challenge: The challenge for Janz Tec was to find a controller

for navigation lights at airports like runways and gate signals,
indicators for taxiways etc. These navigation lights need the
utmost reliability and they feature redundant systems in most
cases.

Solution: To allow simple integration in new as well as existing

installations, the dimensions of this controller had to be com-
pact. With dimensions of 134 x 185 x 90 mm, this PC offers the
highest performance available in this configuration. Easy unit
serviceability was also very important, so connections were pro-
vided above and below the system. The new system upgrades

the front display and a more powerful processor as well as rapid
Ethernet interfaces. Featuring the usual industrial controller
interfaces (3 x GigabyteEthernet ports, 4 x USB2.0 ports, 2 x
serial interfaces and 1 x DVI-I-Interface), additionally CANopen
and several analogue and digital I/Os have been added to
provide a perfect custom solution.

Pro Janz Tec: Requiring a long-term availability (as far as 10

years) this company searched for a reliable partner with
a high level of controller expertise. Janz Tec AG’s development
competence, together with requirements resulted in a decision
to make a custom, jointly developed controller system.

Advanced Airport Navi-
gation Lighting Controllers
for Safe Landings

Embedded Computing Reference

Embedded Computing Reference

Embedded Computing

Challenge: To stay ahead as a system supplier and maintain

the position of a global leader in the technology sector, top per-
formance is required in the drive technology industry in many
ways. Besides developing new products, a company must also
demonstrate the ability to tailor previously developed solu-
tions to a customer’s specific requirements. Our customer has
always been aware of this challenge and took up the gauntlet in
three specific core target industries.

Solution: Thus, they chose to base their system on the

high-performance EtherCAT at an early stage, which is why the
MC6 motion controller also relies on EtherCAT – an Ethernet-
based synchronous bus system. Today, the machine tool

industry cannot survive without drive technology. Reliability,
precision and a high load capacity must be guaranteed at all
times. The drives of our customer ensure that plant and ma-
chinery operate smoothly – even in the most difficult operating
conditions.

Pro Janz Tec: They not only found a control system manufactu-

rer in the Paderborn-based company, Janz Tec, but also a quali-
fied partner for EtherCAT issues. Janz is known for its reliability
and expertise – qualities that have been shaping our customer
for years. Thanks to Janz Tec, the compact size of the MC6
means it can be used in a wide range of applications.

SoftMotion –
System-integrated
Control Software

Embedded Computing

20 | 21

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Challenge: The challenge for Janz Tec was to build a customer

specific embedded computer system for the MicroAutoBox
(MABX), which is an example of a world-implemented Real-time
development platform in Rapid-Control-Prototyping.

Solution: As an extension for MicroAutoBox II the individual

embedded computer system was designed. The integrated
Gigabit-Ethernet-Switch realizes the communication between
the PowerPC MABX II and the Janz Tec Embedded-PC, which
is powered by a passively-cooled Intel®  CPU – though more
powerful COM Express module can be used. To incorporate
WLAN, mobile communications or FireWire®, the computer unit
offers an internal PCIe-Mini-Card-slot and an Express-Card-
socket on at the rear, and three Gigabit Ethernet connections on
the front. One internal 2.5“ form factor SATA connector allows
using ruggedized SSDs as well as high capacity hard disks.

Pro Janz Tec: This customer was looking for a partner who

could offer intelligent, individualized solutions. With the Micro-
AutoBox II and its embedded computing expansion, users now
have a unique development system offering great versatility,
compact configuration and almost unlimited possibilities.

The Senior Product Manager at our customer says: “Becau-
se of Janz Tec AG`s Embedded know-how, we were able to
offer an extension option for the MicroAutoBox II within just a
few months. The cooperation was straightforward and issues
arising could be dealt with promptly. In Janz Tec AG we found
a regional partner with obvious competence in Embedded PC
technology.“

Unique Embedded
Development System for
Automotive Environments

Embedded Computing Reference

Embedded Computing Reference

Challenge: The challenge for Janz Tec was to build the

customer specific HMI system, with a display which is suitable
for daylight operation (sunny conditions) in aircraft tow tractor
cabins. Low power operation even in adverse environmental
conditions is essential for fanless operation.

Solution: At the beginning of the project a standard Janz Tec

emVIEW-6T/A400 was selected, a small compact ARM based
Panel PC with a 6.5“ display. Important factors in selecting
these systems were the full CAN/CANopen support and the use
of Soft-SPS CODESYS as IEC 61131-3 control software. Based
on a standard emVIEW-6T/A400, a customer specific product
was designed, with a display suitable for daylight operation and
customer CI front panel design.

Pro Janz Tec: Since the tractors are equipped with very large

windows, and thus have a lot of ambient light in the cabins,
a normal display is often difficult to read and Janz Tec was able
to offer a small HMI system with a display technology suitable
for this application. The decision to use Janz Tec for the series
launch was based on several reasons – significantly the fast,
flexible response to additional requests from the customer.
This decision insured that a system could be delivered that
could cope with wide temperature ranges.

Latest Generation Aircraft
Tow Tractor uses Janz Tec
emVIEW Systems

Embedded Computing

22 | 23

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Industrial PC

Flexible Industrial PC Systems

Our Industrial PC Systems are available with mini | compact,
19” rack and wall mount housings, as well as customer-specific
variants. Particular attention is paid to the selection of suitable
components which are available long-term. Likewise, special
certifications such as EN 60950, EN 50121 are possible as well
as certifications according to customer specifications.

Why powered by Advantech

Benchmarking power: Your Janz Tec Industrial PC features
advanced OEM technology from Advantech, the global leader
in industrial PCs. The built-in Advantech components are equip-
ped with latest Intel® 7th/6th Generation Core™ i Technology.

First-class quality: The installed Advantech components are
ensured by extensive quality test resulting in high reliability and
longevity.

Proven partnership: Buying a stamped „Powered by Advantech“
Janz Tec Industrial PC from a partner of Advantech is your
proof of trust and confidence. Janz Tec IPCs fulfill strict requi-
rements related to application knowledge, experience, service
performance and local coverage.

About Advantech: Founded in 1983, Advantech is a leader in
providing trusted innovative industrial products. Advantech
offers comprehensive system integration, hardware, software,
customer-centric design services, and global logistics support;
Advantech has always been an innovator in the development
and manufacture of high-quality, high-performance computing
platforms.

›››

Industrial PCIndustrial PC

24 | 25

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Industrial PC

Mini | Compact IPC

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology

supported

System

› Active cooling concept with 2 System Fan
› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Two SKUs to support ATX Power Supply & AC-DC Power

Adapter

Storage Mediums / Memory

› Up to 2 x SSD internal (RAID 1) or 1 x SSD + 1 x slimODD
› DDR4 SO-DIMM memory max. Capacity 32GB (up to

16GB per SO-DIMM)

Options

› Slim ODD
› Power Adapter with Phoenix plug

Housing

› Economical IPC chassis for Mini-ITX motherboard
› Front LED indicators for system fault detection
› Reserved USB, COM and WLAN antenna openings on

front side

› 2 x System Fan (Ø 70 mm) 39.45 CFM
› Dimensions (w x h x d): 250 x 98 x 255 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … 50°C
› Non-operating temperature range -20°C … 60°C

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology sup-

ported

System

› Active PWM cooling concept (optimized and streamlined

airflow)

› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Input 12 … 24 VDC Phoenix Connector or 12 VDC DIN

Connector

Storage Mediums / Memory

› Up to 2 x SSD internal or with Hot-Swap Storage Expansion

Kit (RAID 1)

› DDR4 SO-DIMM memory max. Capacity 32GB (up to

16GB per SO-DIMM)

Options

› Air Filter Polyurethane PPI30 or PPI80 (front accessible)
› Hot-Swap Storage Expansion Kit
› Rack or Wallmounting Kit
› Desktop/Tower Rubber Feet Kit
› Power Adapter with Phoenix or DIN lockable DC plug

Housing

› Solid stainless steel housing for industrial usage
› 1 x System Fan PWM (Ø 80 mm) 36.37 CFM
› Dimensions (w x h x d): 328 x 88,8 x 201 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … 50°C
› Non-operating temperature range -20°C … 60°C

FALCON active 2

FALCON active 1

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology

supported

System

› Passive cooling concept (fanless)
› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Input 12 … 24 VDC Phoenix Connector

Storage Mediums / Memory

› Up to 2 x SSD internal (1 x 2,5” + 1 x mSATA)
› DDR4 SO-DIMM memory max. Capacity 32GB (up to

16GB per SO-DIMM)

Options

› Slim ODD
› Power Adapter with Phoenix plug

Housing

› SECC/Aluminium housing for industrial usage
› Heatpipe heatsink (CPU and Chipset)
› Dimensions (w x h x d): 260 x 80 x 240 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … 50°C
› Non-operating temperature range -20°C … 60°C

FALCON passive 1

FALCON passive 2

Processors

› 7th Generation Intel® Core™ i7-7700T Processor w/

Configurable TDP-down and TDP-down Frequency or
i5-7500T w/ TDP-down Frequency

System

› Passive cooling concept (fanless) with integrated heat

sink on top cover

› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Input 12 … 24 VDC Phoenix Connector or 12 VDC DIN

Connector

Storage Mediums / Memory

› Up to 2 x SSD internal (RAID 1) and 1 x M.2 Socket

(2242/2260) for PCIe (2 lanes)

› DDR4 SO-DIMM memory max. Capacity 32GB (up to

16GB per SO-DIMM)

Options

› Clip for horizontal rail mounting
› Wall or Desktop mounting bracket
› Plastic tip-up feet or Rubber feet kit
› Power Adapter with Phoenix or DIN lockable DC plug

Housing

› Aluminium housing for industrial usage w/ Integrated EMC

and IP30 protection

› Color RAL 7021 (other Color on request)
› Dimensions (w x h x d): 240 x tbd x 190 mm

Operating Systems

› Windows® 10 IoT Enterprise 2016 LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … tbd°C (w/ air

flow)

› Non-operating temperature range -20°C … 60°C

26 | 27

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Industrial PC

Mini | Compact IPC

Desktop | Wallmount PC

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology

supported

System

› Support expansion modules (PCI/PCIe and Hot-Swap

Storage Expansion Kit)

› Wide operating temperature
› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Input 9 … 36 VDC Phoenix Connector

Storage Mediums / Memory

› 1 x 2,5” HDD/SSD internal + 1 x CFast + 1 x mSATA
› DDR4 SO-DIMM memory max. Capacity 32GB (up to 16GB

per SO-DIMM)

Options

› GPIO module (32 bit)
› Power Adapter with Phoenix plug
› 2-Slot i-module with 1 x PCIe x16 + 1 x PCIe x4
› 2-Slot i-module with 2 x PCIe x8
› 2-Slot i-module with 1 x PCIe x16 + 1 x PCI
› 2-Slot i-module with 1 x PCIe x16 + 1 x PCIe x4 + 2 x 2.5“

HDD/SSD bay

› 4-Slot i-module with 1 x PCIe x8 + 3 x PCIe x4
› 4-Slot i-module with 1 x PCIe x16 + 3 x PCIClip for

horizontal rail mounting

Housing

› Dimensions (w x h x d): 78 x 192 x 230 mm

Operating Systems

› Windows® 7 FES / 10 IoT Enterprise 2016 LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range -10°C … 50°C
› Non-operating temperature range -40°C … 85°C

Processors

› Intel® Core™ i7-6822EQ or Core™ i3-6100E CPU

System

› Passive cooling concept (fanless) for wide operating

temperature and 2U rackmount

› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Input 100 ~ 240V AC Power

Storage Mediums / Memory

› Up to 2 x SSD internal (RAID 1)
› 1 x M.2 (2260 M-Key, with SATA interface)
› 8GB DDR4 onboard w/o ECC, DDR4 SO-DIMM memory

max. Capacity 24GB (up to 16GB per SO-DIMM)

Options

› 2U Rackmount kit

Housing

› Housing for industrial usage w/ PCI/PCIe slots
› Dimensions (w x h x d): 427 x 88 x 325 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range -20°C … 60°C
› Non-operating temperature range -40°C … 85°C

FALCON modular 1

FALCON passive 3

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology

supported

System

› Supports microATX / Mini-ITX motherboard
› Two USB 2.0 and two USB 3.0 ports in the front side
› Supports up to four FH/FL (10.5“) expansion slots
› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Supports 80plus single power supply up to 500W

Storage Mediums / Memory

› Supports up to internal two 3.5“ or one 3.5“ + one 2.5“

HDD

› DDR4 DIMM memory max. Capacity 64GB (up to 16GB

per SO-DIMM)

Options

› Slim Optical Drive
› COM port cable kit

Housing

› 1 x System Fan (Ø 120 mm)
› Dimensions (w x h x d): 192 x 376.7 x 338.5 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … 50°C
› Non-operating temperature range -20°C … 60°C

ENDEAVOUR MB 2

ENDEAVOUR SBC 1

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology

supported

System

› Supports full-size SHB/SBC
› Supports front accessible slots
› Lockable front door prevent unauthorized access
› Easy maintain system fan
› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Supports 80plus single power supply up to 650W

Storage Mediums / Memory

› Up to 2 x HDD/SSD internal and 2 x HDD/SSD with Hot-

Swap Storage Expansion Kit (RAID 1)

› DDR4 DIMM memory max. Capacity 32GB (up to 16GB per

SO-DIMM)

Options

› Optical Drive
› DVI-D or DP cable with bracket
› Dual port USB 2.0/3.0 cable with bracket
› COM port cable kit

Housing

› 2 x System Fan (Ø 92 mm)
› Dimensions (w x h x d): 240 x 260 x 460 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … 50°C
› Non-operating temperature range -20°C … 60°C

28 | 29

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Industrial PC

Rack PC

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology

supported

System

› 398 mm short depth 2U rackmount chassis
› Two Internal 2.5“ drive bay and two „hot-swap or external“

drive bay

› Built-in Intelligent System Module enabling whole system

fan control and remote manageability

› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Supports 80 Plus single 350W or 500W redundant power

supply

Storage Mediums / Memory

› Up to 2 x HDD/SSD internal and 2 x HDD/SSD with Hot-

Swap Storage Expansion Kit (RAID 1)

› DDR4 DIMM memory max. Capacity 64GB (up to 16GB per

SO-DIMM)

Options

› Hot-Swap Storage Expansion Kit (up to 2 x 2,5” SATA HDD/

SSD)

› Slim Optical Drive
› Dual port USB 2.0 cable with bracket
› COM port cable kit

Housing

› 1 x System Fan PWM (Ø 80 mm) 41 CFM
› Dimensions (w x h x d): 482 x 88 x 398 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … 50°C
› Non-operating temperature range -20°C … 60°C

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology

supported

System

› Supports full-size SHB/SBC or ATX/MicroATX motherboards
› LED indicators for power, HDD, temperature, fan, LAN1 and

LAN2

› Supports up to 2 expansion slots in BP and 1 expansion slot

via riser card in MB version

› Active PWM cooling concept with 1 expansion slot via riser

card in MB version

› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Supports Flex ATX/PFC power supplies

Storage Mediums / Memory

› Up to 2 x HDD/SSD internal or 2 x HDD/SSD with Hot-

Swap Storage Expansion Kit (RAID 1)

› DDR4 DIMM memory max. Capacity 32GB/64GB (up to

16GB per SO-DIMM)

Options

› Hot-Swap Storage Expansion Kit (up to 2 x 2,5” SATA

HDD/SSD)

› Slim Optical Drive
› COM port cable kit

Housing

› System Fan BP version: 4 (3 x Ø 40 mm) 24 CFM +

(1 x Ø 40mm) 15 CFM

› System Fan MB version: 2 x (Ø 40 mm) 24 CFM
› Dimensions (w x h x d): 480 x 44 x 497 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … 50°C
› Non-operating temperature range -20°C … 60°C

ATLANTIS 2U 2

ATLANTIS 1U 1

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology

supported

System

› Supports EATX/ATX/MicroATX motherboard with dual

processors

› Front-accessible system fan without opening top cover for

easy maintenance

› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Supports Flex ATX Power, 2U 80Plus Single or Redun-

dant Power Supply

Storage Mediums / Memory

› Two Hot-Swap 3.5“/2.5“ drive bays, one slim ODD drive

bay and two internal 3.5“ HDD bays

› DDR4 DIMM memory max. Capacity 64GB (up to 16GB

per SO-DIMM)

Options

› Slim Optical Drive
› Dual port USB 2.0/3.0 cable with bracket
› COM port cable kit

Housing

› 3 x System Fan 2 x (Ø 80 mm) 57 CFM + 1 x (Ø 60 mm)

27.72 CFM

› Dimensions (w x h x d): 426.4 x 132.2 x 480 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … 50°C
› Non-operating temperature range -20°C … 60°C

ATLANTIS 3U 1

ATLANTIS 4U 1

Processors

› 7th or 6th Generation of Intel® Core™ CPU Technology

supported

System

› Supports full-size SHB/SBC
› Supports front accessible slots
› Lockable front door prevent unauthorized access
› Easy maintain system fan and filter
› Designed for 24/7 use in industrial applications
› Embedded Roadmap lifecycle

Power supply

› Supports 80plus single power supply up to 650W

Storage Mediums / Memory

› Up to 2 x HDD/SSD internal and 2 x HDD/SSD with Hot-

Swap Storage Expansion Kit (RAID 1)

› DDR4 DIMM memory max. Capacity 32GB (up to 16GB per

SO-DIMM)

Options

› Optical Drive
› DVI-D or DP cable with bracket
› Dual port USB 2.0/3.0 cable with bracket
› COM port cable kit

Housing

› 3 x System Fan (Ø 80 mm)
› Dimensions (w x h x d): 482 x 177 x 455 mm

Operating Systems

› Windows® 7 FES / 8.1 FES / 10 IoT Enterprise 2016

LTSB / Linux

Physical and environmental conditions

› Ambient operating temperature range 0°C … 50°C
› Non-operating temperature range -20°C … 60°C

30 | 31

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Top Quality Mobile Equip-
ment for Concentrated
Feed Mixing

Industrial PC Reference

Industrial PC Reference

IEC 60945-Certified
’ECDIS’ PC

Challenge: Janz Tec was required to provide a reliable

controller to be used in feed-mix machinery, where exact
dispensing of feed formulations is essential for the safe feeding
of domestic animals. Progressive customer requirements and
the latest technology in food processing also require advanced
control

tech

nology in these stationary and mobile mixing plants.

Solution: A Janz-sourced computing system communi cates

with two displays installed in the vehicle. One 12.1“ display
with touchscreen is installed in the cab close to the driver to
allow easy parameter setting at customer sites. From here, all
control, service, and maintenance work can be performed for
the entire mixer. This information is also registered at the rear
of the truck by an additional display, which makes the

equipment extremely user-friendly. Great care was taken in
selecting and mounting the correct display for readability even
in bright sunlight. This required the surface of the display to be
specially treated with an anti-reflective coating.

CODESYS –

a Soft PLC programming tool (IEC 61131-3)

– was selected as

the most convenient user interface, since this has proven ideal
in similar applications.

Pro Janz Tec: This customer was looking for a com petent

manufacturer of control systems with a good track record,
longevity, and expertise. Janz Tec was able to meet all of the
customer’s special require ments, such as presenting different
display contents on the two monitors.

Challenge: One or more 19“-rack mounted PC systems in

multiscreen mode provide the ship’s central information display
and command control inputs, since this is more suitable for
marine applications. Ergonomics and design requirements
for ship bridges (especially yachting) increasingly make it
necessary to use smaller and more adaptable computers.
Due to the complex software required, our customer could not
accept any limitations with computer performance,
so a Core2Duo processor was selected.

Solution: It was necessary to develop a custom computer

with the manufacturer of interated bridge systems because
a) the company uses special IO boards with own designed

connectors and b) the housing should be as small as possible.
The combined experience of the customer and Janz Tec AG
was needed!

Pro Janz Tec : We succeeded in reducing the volume of the

unit by 60 % compared to the previous generation unit. The
number of internal connectors, a potential fault source, could
be reduced at the same time. For the customer it is also vital
that the computer has long-term availability, with even longer
term after-sales service for spare parts and repairs. Since many
of the components chosen come from Janz Tec directly, this
reduces the ‘guaranteed availability’ issues.

Industrial PC

32 | 33

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Boards

Standardized Board Solutions

In addition to system solutions, Janz Tec develops board-level
products for different bus systems such as VME or PCI. The
focus is on communication interfaces, e. g. CANopen and pro-
cess I/O boards. The software support for the connection of
the respective boards into the system environment is extensive.

A further forte is the customer-specific board development e. g.
of components with different processors (SoC).

›››

Boards

34 | 35

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Overview CAN Host Interfaces

System Architecture

CAN Controller

CAN Channels           1 Channel

2 Channels

4 Channels

CPU onboard

CAN Specification     CAN 2.0A  (11 bit identifier)

CAN 2.0B  (29 bit identifier)

CANopen

ISO/DIS 11898-2

opto-isolated

Operating System     Windows 2000/XP/7/8

Support

Windows CE 6.0

Windows Embedded

Compact 7

Windows Embedded

Standard 7

Linux

CAN-PCI2

PCI

NXP SJA 1000

X

X

MC68332

X

X

X (1ch)

X

X

X

X

X

CAN-PCIL

PCI

NXP SJA 1000

X

X

X

none

X

X

X

X

X

X

X

X

X

X

CAN-PCIeL

PCIe

NXP SJA 1000

X

X

X

none

X

X

X

X

X

X

X

X

X

X

CAN-mPCIeL

PCIe mini card

NXP SJA 1000

X

none

X

X

X

X

X

X

X

X

X

X

CAN-USB

USB

NXP SJA 1000

X

AVR

X

X

X

X

X

X

X

X

X

X

CAN-104

PC/104

NXP SJA 1000

X

X

MC68332

X

X

X (1ch)

X

X

X

X

X

CAN-104L+

PCI/104

NXP SJA 1000

X

X

none

X

X

X

X

X

X

X

X

X

X

CAN-104L

PC/104

NXP SJA 1000

X

X

none

X

X

X

X

X

X

X

X

X

X

Boards

CAN-PCI2

CAN-104

CAN-PCIL

CAN-PCIeL

CAN-mPCIeL

CAN-104L

CAN-104L+

CAN-USB

36 | 37

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› Double Eurocard form factor (6U) with VMEbus interface
› 32 digital inputs and 32 digital outputs
› Input/output voltage ranges 12V/24V, other voltages

optionally available

› Opto-isolated outputs optionally available
› Output current max. 2.5A, short circuit, overvoltage, overload

and overheating protected

› LED and interrupt error indication
› Counter/timer with trigger/gate activation
› Change-of-state and pattern recognition interrupt
› Front panel connection of I/O lines

High-Performance

PCIe Interface

CAN-PCIe/FD

High-Performance Interface

for PMC Sockets

CAN-PMC/FD

64-Channel Digital I/O

VDIO-64

Boards

› High-performance PCIe x1 CAN field bus controller
› Local intelligence with Xilinx Zynq 400 MHz
› 512MB DDR3, 16 bit
› 2 x CAN-FD interfaces with 9-pin D-SUB connector
› 2 additional CAN interfaces can be field installed
via transceiver cable
› ISO/DIS 11898-2
› CAN-FD up to 8 Mbit/s

Software drivers dor Windows and Linux operated systems

› High-performance PMC CAN field bus controller
› Local intelligence with Xilinx Zynq
› PCI interface bus master capable
› 4 independent CAN FD IP Cores in Zynq FPGA
(40 MHz clock)
› 25-pin D-SUB connector
› All I/Os are available at front and at Rear I/O
› ISO/DIS 11898-2
› Optionally opto-isolated CAN interfaces
› ICANOS firmware on-board
› CANopen optionally available

Software drivers dor Windows and Linux operated systems

› Double Eurocard form factor (6U) with VMEbus interface
› 32 opto-isolated inputs/outputs
› Outputs with high-side power switch (BTS721)
› Voltage ranges 12V/24V
› Output current max. 2.5A, short circuit, overvoltage, overload

and overheating protected

› Outputs can be read back; each 8 bit group usable as inputs
› LED display, simulation sockets for each channel each

channel current-limited

› Undervoltage and overvoltage shutdown with auto-restart and

hysteresis

› Counter/timer with trigger/gate activation
› Change-of-state and pattern recognition interrupt
› Front-panel and P2 connection for input lines

32-Channel Digital Power I/O

VDOT-32

Two Low-Pin Count FMC slots

No dedicated clock signals from Carrier to FMC (as only
available on HPC pins and use LPC)

FMC connectivity: all 34 differential pairs connected,1 GTP
transceiver with clock, 2 clock pairs, JTAG Xilinx FPGAs

Application FPGA: Spartan-6 XC6SLX150T-FGG900

Direct connection to all resources such as VME64x,
memories and FMC connectors

System FPGA: Spartan-6 XC6SLX9-2FTG256C Provides
VME bootloader, early oscillator/PLL config Configuration
Flash memory for both Main FPGA and Application FPGA
configuration FPGA configuration from SPI flash or via VME
Clocking resources

1x 10-280 MHz I2C Programmable XO Oscillator, starts up
at 100 MHz (Silicon Labs Si570, freely usable)

1x 25 MHz TCXO controlled by a DAC with SPI interface
(AD5662, used by White Rabbit PTP core)

1x 20 MHz VCXO controlled by a DAC with SPI interface
(AD5662, used by White Rabbit PTP core)

2x Low-jitter frequency synthesizer/fanout (TI CDCM61004,
fixed configuration, Fout=125 MHz, used by White Rabbit
PTP core) On-board memories

2x 256 MByte (2 Gbit) DDR3 (16-bit bus,
M41J128M16HA-15E)

1x 128 Mbit SPI flash for FPGA firmware storage

64kbit EEPROM (24AA64T-I/MC) connected for storing
application parameters

1x I2C configuration EEPROM (24LC64) Miscellaneous

On-board thermometer IC (DS18B20U+)

Unique 64-bit identifier (DS18B20U+) Front panel

1x SFP port (White Rabbit compatible)

4x LEMO/SMC programmable I/Os capable of driving
3.3V @ 50 ohm

2x mini displayPort connectors for high-speed serial GTP
links (not for video)

8x Programmable LED

Reset push button

Simple VME FMC Carrier

(SVEC)

VME64x SVEC

CAN FD Boards

VMEbus Boards

38 | 39

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CODESYS

CODESYS - Development Software for Industrial Control

Systems

More than 300 well-known manufacturers from different indus-
tries rely on the hardware-independent CODESYS program-
ming system from 3S-Smart Software Solutions. This makes
CODESYS the market leader in IEC 61131-3 development
software for industrial control systems in automation technolo-
gy. Janz Tec AG offers its customers pre-configured CODESYS
runtime environments for all emPC, emVIEW, emWEB and
JIPSY systems.

Access to bus systems, internal IOs and NVRAM and the inte-
gration of available interfaces are already included and can be
used directly from the development environment.

CODESYS on Janz Tec systems is highly universal and there-
fore very versatile. Hence, the systems are used in many
industries for many different purposes.

›››

CODESYS

40 | 41

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Real-time Environment

Machine control requires a real-time processing
unit in most cases. Janz Tec AG provides a complete
environment for real-time processing based on CODESYS,
the leading IEC 61131-3 programming environment in
the world. We provide both CODESYS V2 as well as
CODESYS V3, each pre-installed and exactly adapted to
the system on which it is running. Peripheral interfaces,
bus systems and I/Os are already configured and usable
when a customer starts the system the first time. Real-time
environment, installation, and configuration are combined
into one single package  – available for all Janz Tec
systems.

Since interfaces are nearly identical, customers can
easily choose between several system types for their
range of projects. Hardware can even be changed if
more performance is needed or if machines need more
complexity over time, with correspondingly more complex
programming. Modular machines can be equipped with a
system that meets the exact perfomance and cost needed.

SoftMotion

For integrating motors and drives into a system,
CODESYS SoftMotion expansion provides function blocks
standardized by the PLCopen organization. SoftMotion
is available as an option. Naturally, SoftMotion also comes
pre-configured and pre-licensed.

Real-time Machine

Control

Wide range of supported operating systems

The emVIEW systems are especially suitable for
visualization and monitoring purposes.

OPC server

CODESYS V3 always contains a free OPC server. So it
is easy to provide data from the real-time environment to
all relevant applications. Simply define a variable to be
exported in the OPC namespace – that‘s all! Because

OPC is standardized, access from OPC clients of all types
is possible, either locally installed or running on a remote
system.

SCADA system integration

Integrating a system from Janz Tec into complex SCADA
software is as easy as it can be. Using the OPC server,
each SCADA system can be configured to access
real-time data via this interface.

CODESYS has a wide range of industrial bus protocols
that are already included in the environment. Users can
easily integrate bus communication into their applications.
The configuration of the bus systems is already integrated
in the CODESYS development environment. Depending
on the system type, Janz Tec AG provides the following
industrial bus protocols for their devices:

V2 / V3

CODESYS

42 | 43

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The leading security ecosystem for unrestricted access to

Industry 4.0

Nothing is more important nowadays than working efficiently
and protecting your knowledge and processes.
Digitalization isn’t on its way – it has already arrived! The global
networking of all systems and processes creates collaboration
opportunities and provides new, positive benefits. But at the
same time, it also calls for new standards on process security
and efficiency.
Digitalization presents you with the challenge of networking
your products, machines and systems with one another and
making information accessible via the Internet. It goes without
saying that this all needs to be done with security in mind, given
the increasing number of hacking attacks and data thefts.

›››

Industrial Security

Industrial Security

44 | 45

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Cloud security/IoT security

The fully protected security ecosystem securely connects
your applications to the Internet of Things. Our solutions
ensure secure integration with the cloud of your choice.

Secure remote maintenance & access

Implement remote services with absolute security – boost
efficiency and get up to date quickly with the fully protected
security ecosystem.

Fully protected industrial transformation accompanied

by machine and process upgrades

Secure your know-how and your

ticket to the future

Industrial security for your business model

What are the benefits for you? You can fully concentrate on the successful implementation of your business model –
the security of your digitalization project is our job!

Fully protected industrial transformation offers the following benefits:

Industrial Security

What does that mean to you? Stay at the cutting edge,

today and in the future – using our expertise!

Set your company on course into the future with the leading
corporate security ecosystem. We have developed a toolkit for
the industrial transformation of your company that protects your
know-how and ensures that you successfully make the leap
to Industry 4.0.Whoever has access to your systems also has
access to your processes and, more importantly, access to your
know-how. This is no longer simply a theoretical risk, but a very
real danger. Both hardware and software offer attack vectors
for criminals. At the same time, they need to be adapted to
new process and security standards and translated into new
dimensions of efficiency. Simply put, this is the challenge you
are facing. Almost every company has its own requirements in
this respect.The fully protected security ecosystem from Janz
Tec AG connects processes and supply chains. It can be freely
configured to meet almost any digitalization requirements and
conditions.

We are your development partner, with over 35 years of expertise in highly individualized industrial machine and
process control systems with a unique hardware and software product portfolio for initial installation and retrofitting.

Industrial network security

Get a grip on your networks – the fully protected security eco-
system enables you to control network access, isolate networks
and secure network communications.

Data security and know-how protection

Your network, your data, your know-how – no matter where,
when or who you are working with, the confidentiality and integ-
rity of your information is protected thanks to the fully protected
security ecosystem.

Your production keeps running

without any downtime

Your Know-how is

absolutely secure

Enhanced efficiency thanks to

secure networking

We take care of high-

security networking

Security ecosystem – toolkit versions

based on a modular principle

Top quality is our

benchmark

46 | 47

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Fully Protected Security Ecosystem

Fully protected industrial transformation solutions –

tailored to your application.

Use Cases

Stay at the cutting edge of digitalization using our expertise! The perfect solution for any field of application –
whether purely internal and with external network connection.

Two starting points for your individual retrofit

Industrial Security

Security ecosystem – Zone node

Instant zone setting – can be used anywhere and in any env-
ironment, temporarily or permanently; for flexible integration of
all assets in a completely closed and fully protected high-perfor-
mance private network. The solution is freely configurable and
can be extended with additional functions.

Security ecosystem – Network

Instant zone setting – can be used anywhere in the world and
in any environment, temporarily or permanently; for flexible in-
tegration of all assets in a completely closed and fully protected
high-performance private network. Permanent secure connec-
tion to the home base and scalable for additional networks.
The solution is freely configurable and can be extended with
additional functions from the fully protected security ecosystem
toolkit.

Content distribution

Make data and information available to your customers wherever it may be needed –
accessible at all times and in a highly secure and billable manner.

LTE

Production on demand

Optimize the capacity utilization of your machines and systems around the world.
Remote configuration of your processes via the network on demand – precisely timed,
highly secure.

LTE

DSL

Cloudlet collaboration

Just take the cloud with you and ensure smooth collaboration within your teams under
difficult conditions and despite unstable network connections – with high security and
availability.

Monitoring & maintenance

Monitoring and maintenance – gather all information on site and consolidate it in your
maintenance hub – highly secure, fail-safe.

LTE

LTE

LTE

48 | 49

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e.g. SAP HANA Cloud Platform IoT Services, Oracle IoT Cloud Services, nemetris Smart Industry Apps

OSIRIS platforms and modules

Fully protected industrial transformation solutions: The security
ecosystem is perfect for any field of application – whether pu-
rely internal and with external network connection. Choose the
security modules and features relevant for your application.

Toolkit summary table for

Fully Protected Security Ecosystem

Industrial Security

Choose your variant!

Completely individual solutions are possible. Do not hesitate
to contact us and tell us your requirements!

OSIRIS

Premium
Custom Design

5

On request

Quad Core i.MX6 SoC

2 GB

-20°C …+40°C

-30°C …+80°C

Up to 512 GB mSATA SSD

349 x 188 x 69 mm

9…34 V

DC

2

Dual or Quad Core i.MX6 SoC

2 GB

-40°C …+60°C

-40°C …+75°C

Battery-free NVRAM 128 kB Up to

128 GB CFast card

111 x 49 x 104 mm

9…34 V

DC

1

ARM Cortex-A53

1 GB

0°C…35°C

0°C…35°C

Up to 128 GB µSD card

100 x 30 x 97 mm

9…32 V

DC

0

To be released.

OSIRIS

Standard
emIOT-A/iMX6

OSIRIS

Light
emIOT-Edge

OSIRIS

Basic
emPC-A/RPI3

e.g. OPC-UA, MQTT, CODESYS

Base Device

Security Features

Tamper Protection

Minimum Operating System

High Assurance Boot

Encrypted Firmware Image

AAA Infrastructure (RODC / DC)

Local Area Network Access Control (IEEE 802.1X)

Encrypted communication

Multi-channel wide area network access

Secure Data Storage / Fileshare

Location control

Remote access and configuration

Communication Stack

LTE / UMTS Modem (WWAN)

Managed Gbit Switch (Ethernet)

Ethernet Connectors

Hotspot (WLAN)

Industrial bus systems (CAN etc.)

Data Broker – Machine Data Connectors

Customer-specific software stack

Data Broker – Enterprise Application Connectors

Customer- or provider-specific software stack

Hardware Specifications

Processor

Main Memory

Operating Temperature Range

Non-operating Temperature Range

Battery-buffered Real-time clock

Storage

Dimensions

Input Voltage

50 | 51

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Machine and Unit Construction

Power and Energy

Machine Tools

Special Machines

Test Stand Systems

Logistics

Transport and Distribution

Smart Grids

Renewable Energies

Transport and Traffic

Medical Technology

Traffic Guidance Systems

Railway Technology

Transport Systems

Computer Tomography

Bioreactors

Laser Systems

Automotive

Maritime Applications and Ship Construction

Driver Technology

Control Systems

Control Systems

(with closed loop)

Industrial Computer Systems

for Your Industry

52 | 53

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Addresses and Contacts

Janz Tec has a worldwide network of sales and service
contacts. Please feel free to contact them directly. Or contact
us, and we will help you to find the right contact person.

Germany
Janz Tec AG

Im Doerener Feld 8
33100 Paderborn
Phone: +49 5251 1550-0
www.janztec.com
mail@janztec.com

Europe

Austria
Janz Tec AG

Office Munich
mailas.austria@janztec.com

Belgium / Luxembourg /
Netherlands
Novotec BV

mailas.benelux@janztec.com

Finland
SKS Control Oy

mailas.finland@janztec.com

France
NeoMore

mailas.france@janztec.com

USA / Asia / Australia

Australia / New Zealand
CAN+AUTOmotion Pty Ltd.

mailas.australia@janztec.com

Walter Breunig Intelligent Platforms P/L

mailas.australia@janztec.com

Great Britain
ARBOR Technology UK Ltd.

mailas.arbor@janztec.com

Italy
LVD SYSTEMS S.r.l

mailas.italy@janztec.com

Scandinavia
Profcon Electronics AB

mailas.scandinavia@janztec.com

SDT-Scandinavian Drive

Technologies AB

mailas.scandinavia@janztec.com

Switzerland
Janz Tec AG

Office Mainz
mailas.switzerland@janztec.com

Hoffmann + Krippner GmbH

mailas.switzerland@janztec.com

Slovak Republik
S. D. A. s. r. o.

mailas.eastern-europe@janztec.com

Russia
Vital Electronics JSC

mailas.russia@janztec.com

China
Wind Hill Technologies Co. Ltd.

mailas.china@janztec.com

India
CAN+AUTOmotion Pty Ltd.

mailas.india@janztec.com

USA
Saelig Co. Inc.

mailas.usa@janztec.com

AGS-TECH Inc.

mailas.usa@janztec.com

www.janztec.com

www.janztec.com

background image

Janz Tec AG
Im Doerener Feld 8
33100 Paderborn
Germany

Fon: +49 5251 1550-0
Fax: +49 5251 1550-190
mail@janztec.com
www.janztec.com

© 1

1 | 2017 Janz

Tec

AG

Janz Tec AG
Im Doerener Feld 8
33100 Paderborn
Germany

Fon: +49 5251 1550-0
Fax: +49 5251 1550-190
mail@janztec.com
www.janztec.com

© 1

1 | 2017 Janz

Tec

AG