|
The RTCU product line currently includes 13 different hardware
variants covering a broad range of I/O
configurations, environments, and applications.
For an overview and comparison of all the products
available, please refer to the
RTCU
Product Matrix (August 2023).
All RTCU products are based on the
RTCU M2M
Platform and are therefore fully
programmable using the RTCU IDE
Development Environment.
Products and services are delivered according to the
conditions in the
User License Agreement and Limited Warranty.
Quick Access Page Index:
|
RTCU
M2M/IIoT Devices |
|
RTCU NX
Series |
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The
RTCU NX-200 is the most advanced
automotive IIoT Gateway product available on the
market today. Based on the successful hardware
architecture from the RTCU
NX-400, it features an added range of
sophisticated automotive features like a a full-motion sensor
suite, dual CAN bus interfaces, Worldwide LTE,
and a slick aluminium encapsulation.
The device is based on the new
NX32L (NX32
for Linux) architecture, which embraces many new
technologies and at the same time maintains full
backward compatibility, which ensures already
implemented and tested NX32 applications can execute without
changes.
.jpg)
The
RTCU NX-200 is designed to meet the ever-increasing challenges on security, in that it
offers full TLS on all major protocols and
includes a hardened protected execution
environment with dual-boot and automatic
fallback and recovery.
 The
RTCU NX-200
device is an automotive-grade device that
is designed from the ground up for
professional M2M / IIoT applications with its
strong on-board I/O capabilities and multiple
communication interfaces such as Worldwide cellular LTE, WLAN, Bluetooth
Classic / Low-Energy, dual CAN bus, Ethernet, dual
RS232, RS485, and 1-Wire.
The RTCU NX-200 also sports two USB host port interfaces
allowing for expansion of the device with
accessories such as RFID reader,
additional Ethernet port, and additional
RS232/RS485 ports
The
new RTCU NX-200 DR
offers support for Automotive Dead
Reckoning that improves the GNSS dramatically with
additional on-board motion sensors and optional vehicle
wheel-tick input.
The
on-board I/O system can be expanded almost
indefinitely and completely transparently by
adding Modbus I/O modules.
Technical
Highlights:
Platform:
- Based on the
RTCU M2M Platform.
- NX32L (NX32 for
Linux)
execution architecture.
- RTCU IDE
development tool.
- Operates under
a full and highly optimized Linux
variant.
- Open and
extendable with the
RTCU Platform SDK.
Hardware Core:
Cortex-A5 32-bit
ARM processor operating at 500 Mhz.
Hardware floating
point and DSP instructions.
128 MByte LP-DDR
RAM.
512 MByte NAND
Flash (file-systems).
16 MByte NOR flash
(system boot).
128 KB SRAM with
battery back-up (unlimited endurance).
Real-time clock
with battery back-up.
Security:
Embedded firewall.
TLS/SSL support
with full certificate management.
TLS/SSL support for
all major TCP protocols, such as SMTP, MQTT,
and sockets.
Hardware assisted
encryption/authentication.
Wireless Communication:
Worldwide LTE Cat. 4
Cellular Engine
(RTCU NX-200e with regional EMEA support).
Dual Mini-SIM card readers,
with Mini-SIM.
Wireless LAN
(Wi-Fi).
Classic and
Low-Energy Bluetooth.
Multi-constellation
GNSS with GPS, GLONASS, and GALILEO.
RTCU
NX-200 DR: GNSS with Automotive Dead Reckoning.
Wired Communication:
100 Mbps Ethernet
LAN interface.
Optional 2nd
Ethernet LAN interface.
Dual
channel Full CAN 2.0B
controller with hardware filtering /
multi-speed support.
1-Wire bus for
accessories such as ID-button reader,
temperature sensors, etc.
Dual USB host ports for
unlimited expandability.
2 x RS232 channels
and 1 x RS485 channels.
I/O Interfaces:
5
x digital inputs.
4
x high-power solid-state digital outputs.
4
x flex-inputs with dual-mode operation
(digital/analog).
2
x analog inputs
0..10 volt / 12 bits resolution.
Expandable I/O with
standard Modbus modules.
User Interaction:
4
x bi-colour LED and dual DIP-switches.
Virtual
jumpers for RS485 and CAN termination.
Reset
/ recovery switch.
High-speed Mini-USB
service-port connector.
Sensors:
3-axis
Accelerometer with 16g scale.
3-axis Gyroscope with
2000 dps scale.
3-axis Magnetometer with 50 gauss
scale (Not available on
the RTCU NX-200e).
Temperature sensor.
Audio:
Fully digitized
audio system.
Transfer, store, and
play audio.
Amplified
speaker output.
Microphone input.
Digitized cellular
audio.
DTMF support for
Interactive Voice Response applications.
Storage :
Internal flash
drive with up-to 512 MByte capacity.
Persistent memory
and circular datalogger.
Standard SD-CARD
reader.
USB flash media.
Power and Battery:
Operating voltage
from 8 to 36 VDC.
On-board 2.6Ah Li-Ion
battery with intelligent charging.
Encapsulation:
Custom designed aluminium profile with
mounting flange and plastic-end caps.
Regulatory Approvals:
- Automotive
EMC Directive, UN ECE R10 (E1).
- Radio
Equipment Directive, RED 2014/53/EU.
- RoHS
Directive, 2011/65/EU.
For further information please refer to the data
sheet and the technical manual below,
and the
RTCU M2M Platform datasheet.
 Product
data sheet V2.02 (pdf)
Technical
manual V2.06 (pdf)
RTCU
NX-200 Product Geometry V1 (pdf)
Declaration
of Conformity (DoC) (pdf)
RTCU
Open Source Software Licenses (pdf)
-- Ordering code:
SKU RT-NX200
RTCU NX-200 device.
SKU RT-NX200DR
RTCU NX-200 device with Dead Reckoning.
SKU RT-NX200E
RTCU NX-200 device with EMEA LTE Cat.4 and no
magnetometer.
|
.jpg) |
The
RTCU NX-400 evo is a powerful M2M/IIoT
Gateway device, that rests on an entirely new
hardware and software architecture representing
a major leap in functionality, power, openness
and performance.
The
RTCU NX-400 evo is designed for the
most sophisticated M2M and Internet of Things
applications, that demand the most
advanced product available on the market.
The device is based on the new
NX32L (NX32
for Linux) architecture, which embraces many new
technologies and at the same time maintains full
backward compatibility, which ensures already
implemented and tested NX32 applications can execute without
changes.
The
RTCU NX-400 evo device is designed to meet the ever
increasing challenges on security, in that it
offers full TLS on all major protocols and
includes a hardened protected execution
environment with dual-boot and automatic
fallback and recovery.
The RTCU NX-400
evo
device is an industrial DIN rail device, that
has been designed from the ground up for professional
M2M / IIoT applications with its strong on-board I/O
capabilities and multiple communication interfaces such
as Worldwide LTE Cat. 4, WLAN, Bluetooth
Classic / Low-Energy, CAN bus, Ethernet, dual
RS232, dual RS485 and 1-Wire.
The
RTCU NX-400 evo also sports an USB host port interface
allowing for expansion of the device with
accessories such as: GPS, RFID reader,
additional Ethernet port and additional
RS232/RS485 ports
The
on-board I/O system can be expanded almost
indefinitely and completely transparently by
adding Modbus I/O modules. This unique I/O
expansion capability, combined with the ability
to operate as a Modbus master and slave
simultaneously, positions the
RTCU NX-400 evo as the
perfect device for a broad range of applications.
Technical
Highlights:
Platform:
- Based on the
RTCU M2M Platform.
- NX32L (NX32 for
Linux)
execution architecture.
- RTCU IDE
development tool.
- Operates under
a full and highly optimized Linux
variant.
- Open and
extendable with the
RTCU Platform SDK.
Hardware Core:
Cortex-A5 32-bit
ARM processor operating at 500 Mhz.
Hardware floating
point and DSP instructions.
128 MByte LP-DDR
RAM.
512 MByte NAND
Flash (file-systems).
16 MByte NOR flash
(system boot).
128 KB SRAM with
battery back-up (unlimited endurance).
Real-time clock
with battery back-up.
Security:
Embedded firewall.
TLS/SSL support
with full certificate management.
TLS/SSL support for
all major TCP protocols, such as SMTP, MQTT,
and sockets.
Hardware assisted
encryption/authentication.
Wireless Communication:
Worldwide LTE Cat. 4
Cellular Engine.
Wireless LAN
(Wi-Fi).
Classic and
Low-Energy Bluetooth.
Optional:
Wireless
M-Bus.
Wired Communication:
100 Mbps Ethernet
LAN interface.
Optional 2nd
Ethernet LAN interface.
Full CAN 2.0B
controller with hardware filtering and
multi-speed support.
1-Wire bus for
accessories such as ID-button reader,
temperature sensors, etc.
USB host port for
expandability.
2 x RS232 channels
and 2 x RS485 channels.
I/O Interfaces:
4 x analog inputs
and 4 x analog outputs with 0..10 volt /
0..20 mA.
8 x digital inputs
and 8 x high-power solid-state digital
outputs.
4 digital
inputs can be configured as IEC62053-31
Class A compliant.
Expandable I/O with
standard Modbus modules.
User Interaction:
Graphical 240x160
pixels White-on-Blue display.
Status-bar with
information on the state of all interfaces.
Touch-screen with
virtual buttons.
High-speed Mini-USB
service-port connector.
Audio:
Fully digitized
audio system.
Transfer, store and
play audio.
Line and amplified
speaker output.
Microphone input.
Digitized GSM
audio.
DTMF support for
Interactive Voice Response applications.
Storage :
Internal flash
drive with up-to 512 MByte capacity.
Persistent memory
and circular datalogger.
Standard SD-CARD
reader.
USB flash media.
Power and Battery:
Operating voltage
from 8 to 36VDC.
On-board 2Ah Li-Ion
battery with intelligent charging.
Encapsulation:
Housed in a
standard 9M DIN-rail dark-grey enclosure.
Regulatory Approvals:
- 2014/53/EU,
2014/30/EU and 2011/65/EU.
For further information please refer to the data
sheet and the technical manual below,
and the
RTCU M2M Platform datasheet.
Product
data sheet V1.00 (pdf)
Technical
manual V1.00 (pdf)
RTCU
NX-400 Product Geometry V1 (pdf)
Declaration
of Conformity (DoC) (pdf)
RTCU
Open Source Software Licenses (pdf)
-- Ordering codes:
SKU RT-NX400EVO
RTCU NX-400 evo.
|
.png)
|
The
RTCU NX-900 is the most advanced industrial IoT
Gateway product available on the market today.
The device is based on the NX32L (NX32
for Linux) architecture, which embraces many new
technologies and, at the same time, maintains
full backward compatibility, which ensures
already implemented and tested NX32 applications
can
 execute
with no changes.
The
RTCU NX-900 shares the form-factor, power and I/O
architecture of the popular
RTCU
AX9 turbo and the power and
advanced NX32L features from the
RTCU
NX-400!
The
RTCU NX-900 is designed to meet the ever-increasing
challenges on security, in that it offers full
TLS on all major protocols and includes a
hardened protected execution environment with
dual-boot and automatic fallback and recovery.
The
RTCU NX-900 device is an industrial-grade device that is
designed from the ground up for professional M2M
/ IoT applications with its strong on-board I/O
capabilities and multiple communication
interfaces such as Worldwide cellular LTE, WLAN,
GNSS, Bluetooth Classic / Low-Energy, Ethernet,
dual RS232, dual RS485, and 1-Wire.
The
on-board I/O system can be expanded almost
indefinitely and completely transparently by
adding Modbus I/O modules.
Technical
Highlights:
Platform:
- Based on the
RTCU M2M Platform.
- NX32L (NX32 for
Linux)
execution architecture.
- RTCU IDE
development tool.
- Operates under
a full and highly optimized Linux
variant.
- Open and
extendable with the
RTCU Platform SDK.
Hardware Core:
Cortex-A5 32-bit
ARM processor operating at 500 Mhz.
Hardware floating
point and DSP instructions.
128 MByte LP-DDR
RAM.
512 MByte NAND
Flash (filesystem).
16 MByte NOR flash
(system boot).
128 KB SRAM with
battery back-up (unlimited endurance).
Real-time clock
with battery back-up.
Security:
Embedded firewall.
TLS/SSL support
with full certificate management.
TLS/SSL support for
all major TCP protocols.
Hardware assisted
encryption/authentication.
Wireless Communication:
Worldwide LTE Cat. 4
Cellular Engine.
Internal
SIM card reader and support for eSIM.
Wireless LAN
(Wi-Fi).
Classic and
Low-Energy Bluetooth.
Medium
range ISM band RF transceiver with
external antenna.
Multi-constellation
GNSS with GPS, GLONASS, and GALILEO.
Wired Communication:
100 Mbps
Ethernet
LAN interface.
1-Wire
bus for
accessories such as ID-button reader,
temperature sensors, etc.
2 x RS232 channels
and 2 x RS485 channels.
I/O Interfaces:
4
x analog inputs with 0..10 volt / 0..20
mA with 12 bit precision.
4
x analog outputs with 0..10 volt / 0..20
mA.
5
x digital inputs and 4 x high power
relays.
Up
to 4 digital inputs can be configured as
IEC62053 31 Class A compliant.
Expandable I/O with
standard Modbus modules.
User Interaction:
4 x bi-colour LED and 4 x position
DIP-switch.
High-speed Mini-USB
service-port connector.
Sensors:
3-axis
Accelerometer with 16g scale.
Temperature sensor.
Audio:
Fully digitized
audio system.
Transfer, store, and
play audio.
Digitized cellular
audio.
DTMF support for
Interactive Voice Response applications.
Storage :
Internal flash
drive with up-to 512 MByte capacity.
Persistent memory
and circular datalogger.
Standard SD-CARD
reader.
Power and Battery:
Wide
AC/DC power operating range from 100..260VAC / 8..36 VDC.
On-board 2 Ah Li-Ion
battery with intelligent charging.
5/12/24V
DC-out capability for powering external
equipment.
Encapsulation:
Housed in a ruggedized plastic
encapsulation with cable glands.
IP65
protected for outdoor usage.
Regulatory Approvals:
- Radio
Equipment Directive, RED 2014/53/EU.
- EMC
Directive, 2014/30/EU.
- RoHS
Directive, 2011/65/EU.
For further information please refer to the data
sheet and the technical manual below,
and the
RTCU M2M Platform datasheet.
Product
data sheet V1.02 (pdf)
Technical
manual V1.04 (pdf)
RTCU
NX-900 Product Geometry V1 (pdf)
Declaration
of Conformity (DoC) (pdf)
RTCU
Open Source Software Licenses (pdf)
-- Ordering code:
SKU RT-NX900
RTCU NX-900 Industrial IoT device.
|
|
|
The
RTCU NX-910 is a
cost-effective version of the full-featured
RTCU NX-900 that has certain features omitted for a
perfect balance between price and functionality.
The main differences between the
RTCU NX-910 and the
RTCU NX-900 are summarized in the table below:
.png)
The above comparison table can also be downloaded
here.
 The
RTCU NX-910 device is based on the NX32L (NX32
for Linux) architecture, which embraces many new
technologies and, at the same time, maintains
full backward compatibility. This ensures
already implemented and tested NX32 applications
can execute
with no changes.
The
RTCU NX-910 shares the form-factor, power and I/O
architecture of the popular
RTCU
AX9 encore, as well as the power and
advanced NX32L features from the
RTCU
NX-900!
For a comparison between the
RTCU NX-910 and the
RTCU AX9 encore, please refer to the
comparison table
here.
The
RTCU NX-910 is designed to meet the ever-increasing
challenges on security, in that it offers full
TLS on all major protocols and includes a
hardened protected execution environment with
dual-boot and automatic fallback and recovery.
The
RTCU NX-910 device is an industrial-grade device that is
designed from the ground up for professional M2M
/ IoT applications with its strong on-board I/O
capabilities and multiple communication interfaces such
as LTE Cat. 1, Ethernet,
dual RS232, dual RS485, and 1-Wire.
The
on-board I/O system can be expanded almost
indefinitely and completely transparently by
adding Modbus I/O modules.
Technical
Highlights:
Platform:
- Based on the
RTCU M2M Platform.
- NX32L (NX32 for
Linux)
execution architecture.
- RTCU IDE
development tool.
- Operates under
a full and highly optimized Linux
variant.
- Open and
extendable with the
RTCU Platform SDK.
Hardware Core:
Cortex-A5 32-bit
ARM processor operating at 500 Mhz.
Hardware floating
point and DSP instructions.
128 MByte LP-DDR
RAM.
512 MByte NAND
Flash (filesystem).
16 MByte NOR flash
(system boot).
128 KB SRAM with
battery back-up (unlimited endurance).
Real-time clock
with battery back-up.
Security:
Embedded firewall.
TLS/SSL support
with full certificate management.
TLS/SSL support for
all major TCP protocols.
Hardware assisted
encryption/authentication.
Wireless Communication:
LTE Cat.
1
Cellular Engine for EMEA.
Internal
SIM card reader and support for eSIM.
Wired Communication:
100 Mbps
Ethernet
LAN interface.
1-Wire
bus for
accessories such as ID-button reader,
temperature sensors, etc.
2 x RS232 channels
and 2 x RS485 channels.
I/O Interfaces:
4
x analog inputs
and 2 x analog outputs with 0..10 volt /
0..20 mA.
5
x digital inputs and 4 x high power
relays.
4 digital
inputs can be configured as IEC62053-31
Class A compliant.
Expandable I/O with
standard Modbus modules.
User Interaction:
4 x bi-colour LED and 4 x position
DIP-switch.
High-speed Mini-USB
service-port connector.
Sensors:
Temperature sensor.
Audio:
Fully digitized
audio system.
Transfer, store, and
play audio.
Digitized cellular
audio.
DTMF support for
Interactive Voice Response applications.
Storage :
Internal flash
drive with up-to 512 MByte capacity.
Persistent memory
and circular datalogger.
Standard SD-CARD
reader.
Power and Battery:
Wide
AC/DC power operating range from 100..260VAC / 8..36 VDC.
On-board
1 Ah Li-Ion
battery with intelligent charging.
12/24V
DC-out capability for powering external
equipment.
Encapsulation:
Housed in a ruggedized plastic
encapsulation with cable glands.
IP65
protected for outdoor usage.
Regulatory Approvals:
- Radio
Equipment Directive, RED 2014/53/EU.
- EMC
Directive, 2014/30/EU.
- RoHS
Directive, 2011/65/EU.
For further information please refer to the data
sheet and the technical manual below,
and the
RTCU M2M Platform datasheet.
Product
data sheet V1.03 (pdf)
Technical
manual V1.05 (pdf)
Declaration
of Conformity (DoC) (pdf)
RTCU
Open Source Software Licenses (pdf)
-- Ordering code:
SKU RT-NX910
RTCU NX-910 Industrial IoT device.
|
|
RTCU LX
Series |
|
|
The
RTCU LX2 pro is
a powerful successor to the
RTCU MX2 turbo with
significant features, capacity, power
and security improvements. The RTCU LX2 pro
is based on the latest
LX hardware architecture, offering an
unprecedented balance between price and performance.
The
RTCU LX2 pro is
positioned for a broad range of professional Automotive
Internet of Things applications. With onboard
Worldwide LTE Cat. 4, Dual-band GNSS, and
BLE 5.3, the
RTCU LX2 pro device
is ready for tomorrow's advanced IoT applications.
The device is based on the
NX32L (NX32
for Linux) architecture, which embraces many new
technologies and, at the same time, maintains full
backward compatibility, which ensures that already
implemented and tested NX32 applications can execute without
changes.
The
RTCU LX2 pro is designed to meet the ever-increasing challenges on security, in that it
offers full TLS on all major protocols. It
includes a hardened protected execution
environment with dual-boot and automatic
fallback and recovery.
The
RTCU LX2 pro
device is designed from the ground up for
professional M2M / IoT applications with strong onboard
I/O capabilities and multiple
communication interfaces such as LTE Cat.4,
BLE, CAN bus, RS232,
RS485, and 1-Wire.
The RTCU LX2 pro
has an onboard Dual-band Multi-constellation GNSS
positioning engine that supports the concurrent
reception of all four global GNSS systems. The Dual-band
receiver tracks not only L1 but also L5, significantly
mitigating the multipath effect in an urban environment
- ultimately improving positioning accuracy
substantially. The RTCU LX2 pro
is also available in versions with Dead-Reckoning and
RTK.
The RTCU LX2 pro improves
on the RTCU MX2 turbo in
several ways, most notably the LX architecture, higher
performance and capacity, BLE, Enhanced security, and
Worldwide coverage. The RTCU LX2 pro
has the same physical size and housing as the RTCU
MX2 turbo
and offers almost perfect hardware and software
backward compatibility.
Please check the
RTCU LX2 pro and the RTCU MX2 turbo LTE comparison.
Technical
Highlights:
Platform:
- Based on the
RTCU M2M Platform.
- NX32L (NX32 for
Linux)
execution architecture.
- RTCU IDE
development tool.
- Operates under
a full and highly optimized Linux
variant.
- Open and
extendable with the
RTCU Platform SDK
(under development).
LX hardware Core:
Cortex-A7
32-bit ARM processor operating at up to 1 GHz.
Cortex-M4
32-bit co-processor for advanced power-management.
Hardware
floating-point and DSP instructions.
128
MByte RAM.
Up-to 512 MByte NAND
Flash (system).
Real-time clock
with dedicated backup battery.
Storage :
- Internal flash
drive with 4 GB total capacity.
- Persistent memory
and circular datalogger.
Security:
- Embedded firewall.
- Port
forward and NAT services.
- TLS/SSL support
with full certificate management.
- TLS/SSL support for
all major TCP protocols, such as SMTP, MQTT,
and sockets.
- Hardware assisted
encryption/authentication.
Wireless Communication:
Worldwide LTE
Cat. 4 Multi-Band Cellular Engine.
Dual SIM-card readers
(internal/external) with support for eSIM.
Bluetooth Low Energy 5.3 (BLE).
High-precision
Dual-band L1/L5 Multi-Constellation GNSS positioning
engine.
Optional:
Dead-Reckoning and RTK with sub-meter accuracy.
Wired Communication:
2 x CAN 2.0B
controller with hardware filtering /
multi-speed support.
1-Wire bus for
accessories such as ID-button reader,
temperature sensors, etc.
1 x RS232 channel
with full control signals.
1 x
RS232 channel.
1 x RS485 channel.
I/O Interfaces:
6
x digital inputs.
4 x
high-power solid-state open-drain digital outputs.
2 x analog inputs with
flexible range of 0..10VDC or 0..30VDC (12 bits).
Expandable I/O with
standard Modbus modules.
User Interaction:
4 x
bi-colour LED.
2 x
DIP-switches.
Reset/recovery
switch.
High-speed Mini-USB
service-port connector.
Sensors:
3-axis
Accelerometer.
3-axis
Gyroscope.
Temperature sensor.
Audio:
- Fully digitized
audio system.
- Transfer, store, and
play audio.
- Digitized cellular
audio.
- DTMF support for
Interactive Voice Response applications.
Power and Battery:
Operating voltage
from 8 to 36 VDC.
On-board 2 Ah Li-Ion
battery with intelligent charging.
Encapsulation:
- Custom designed aluminium profile.
- Optional:
Mounting bracket.
Regulatory Approvals:
- Automotive
EMC Directive, UN ECE R10 (E1).
- Radio
Equipment Directive, RED 2014/53/EU.
- RoHS
Directive, 2011/65/EU.
For further information please refer to the data
sheet and the technical manual below,
and the
RTCU M2M Platform datasheet.
Product
data sheet V1.00 (pdf)
Technical
manual V1.00 (pdf)
Declaration
of Conformity (DoC) (pdf)
RTCU
Open Source Software Licenses (pdf)
-- Ordering code:
SKU RT-LX2P
RTCU LX2 pro device.
|
|
 |
The
RTCU LX4 pro is
a powerful successor to the
RTCU DX4i pro with
significant improvements in features, capacity, power,
and security. The RTCU LX4 pro
is based on the latest
LX hardware architecture, offering an
unprecedented balance between price and performance.
 The
RTCU LX4 pro is positioned for a broad range of
professional industrial Internet of Things
applications. With onboard M-Bus / Wireless M-Bus
and pulse counting inputs (S0), it is a perfect
component in advanced Energy Management
applications.
The device is based on the
NX32L (NX32
for Linux) architecture, which embraces many new
technologies and at the same time maintains full
backward compatibility, which ensures already
implemented and tested NX32 applications can execute without
changes.
The
RTCU LX4 pro is designed to meet the ever-increasing challenges on security,
by offering full TLS on all major protocols and
includes a hardened protected execution
environment with dual-boot and automatic
fallback and recovery.
The
RTCU LX4 pro
device is designed from the ground up for
professional M2M / IIoT applications with strong
onboard I/O capabilities and multiple
communication interfaces such as a Worldwide LTE Cat.4
Cellular Engine,
Wired and Wireless M-Bus, LAN, RS232,
RS485, and 1-Wire.
The
RTCU LX4 pro
rests on the
RTCU M2M Platform,
that brings all the
necessary tools together to develop, implement
and maintain today’s sophisticated M2M/IIoT
applications.
Technical
Highlights:
Platform:
- Based on the
RTCU M2M Platform.
- NX32L (NX32 for
Linux)
execution architecture.
- RTCU IDE
development tool.
- Operates under
a full and highly optimized Linux
variant.
- Open and
extendable with the
RTCU Platform SDK
(under development).
LX hardware Core:
Cortex-A7
32-bit ARM processor operating at up to 1 GHz.
Cortex-M4
32-bit co-processor for advanced power-management.
Hardware
floating-point and DSP instructions.
128
MByte RAM.
256 MByte NAND Flash (system boot, persistent memory,
and file-systems).
Real-time clock with
a dedicated backup battery.
Security:
Embedded firewall
with router functionality.
Port
forward and NAT services.
TLS/SSL support
with full certificate management.
TLS/SSL support for
all major TCP protocols, such as SMTP, MQTT,
and sockets.
Hardware assisted
encryption/authentication.
Wireless Communication:
LTE
Cat. 4 Worldwide Cellular Engine.
Internal SIM-card reader with support for eSIM.
Optional:
Wireless M-Bus. EN 13757-4/7 OMS EU/CE.
Wired Communication:
100 Mbps Ethernet
LAN interface.
Wired
M-Bus (EN 13757-2/3) interface with up to 20
slave devices.
1-Wire bus for
accessories such as ID-button reader,
temperature sensors, etc.
1 x RS232 channel
handshake support.
2 x RS485 channels.
I/O Interfaces:
8 x
digital inputs.
Up
to 4 digital inputs configurable as IEC62053-31
Class A compliant.
4 x
analog inputs with 0..10 volt / 0..20 mA with 12 bit
resolution.
2 x
analog outputs with 0..10 volt / 0..20 mA.
8 x
high-power solid-state digital outputs.
Expandable I/O with
standard Modbus modules.
User Interaction:
Graphical
144x32 pixels display with backlight.
Keypad
with 8 keys for sophisticated user interaction and
control.
3 x
bi-colour, 1 x single colour LED.
High-speed Mini-USB
service-port connector.
Sensors:
Temperature sensor.
Audio:
Fully digitized audio system.
Transfer, store, and
play audio.
Digitized cellular
audio.
DTMF support for
Interactive Voice Response applications.
Storage :
Internal
flash drive with up to 64 MByte capacity.
Persistent memory
and circular datalogger.
Standard SD-CARD
reader.
Power and Battery:
Operating voltage
from 8 to 36 VDC.
On-board 2 Ah Li-Ion
battery with intelligent charging.
Encapsulation:
Housed
in a industry standard M36 DIN complaint
encapsulation.
Two-part
pluggable connectors for easy installation and
maintenance.
Regulatory Approvals:
- Radio
Equipment Directive, RED 2014/53/EU.
- EMC
Directive, 2014/30/EU.
- RoHS
Directive, 2011/65/EU.
For further information please refer to the data
sheet and the technical manual below,
and the
RTCU M2M Platform datasheet.
Product
data sheet V1.04 (pdf)
RTCU
LX4 pro vs DX4i pro 3G comparison (pdf)
Technical
manual V1.02 (pdf)
Declaration
of Conformity (DoC) (pdf)
RTCU
Open Source Software Licenses (pdf)
-- Ordering code:
SKU RT-LX4P
RTCU LX4 pro device.
SKU RT-LX4PWM1 RTCU LX4
pro device with Wireless M-Bus OMS CE/EU.
|
.jpg) |
The
RTCU LX5 pro is
the first member in the new cost-effective
LX generation of RTCU
devices that combines the powerful
NX32L architecture from devices such as the
RTCU NX-200
with the hardware simplicity and cost-level
of devices such as the RTCU CX1.
With the
LX hardware architecture, the
RTCU LX5 pro offers an
unprecedented balance between price and performance and
is at the same time positioned for a broad range of
automotive and industrial Internet of Things
applications.
The device is based on the
NX32L (NX32
for Linux) architecture, which embraces many new
technologies and at the same time maintains full
backward compatibility, which ensures already
implemented and tested NX32 applications can execute without
changes.
.jpg)
The
RTCU LX5 pro is designed to meet the ever-increasing challenges on security, in that it
offers full TLS on all major protocols and
includes a hardened protected execution
environment with dual-boot and automatic
fallback and recovery.
The
RTCU LX5 pro
device is designed from the ground up for
professional M2M / IIoT applications with strong onboard
I/O capabilities and multiple
communication interfaces such as LTE Cat.4,
WLAN, CAN bus, LAN, RS232,
RS485, and 1-Wire.
.jpg)
The RTCU LX5 pro is
designed for the most advanced automotive applications
as well as the most demanding industrial applications
and is therefore available in two versions - one
designed for DIN rail mounting.
The
onboard I/O system can be expanded almost indefinitely
with Modbus I/O extension modules.
Technical
Highlights:
Platform:
- Based on the
RTCU M2M Platform.
- NX32L (NX32 for
Linux)
execution architecture.
- RTCU IDE
development tool.
- Operates under
a full and highly optimized Linux
variant.
- Open and
extendable with the
RTCU Platform SDK
(under development).
LX hardware Core:
Cortex-A7
32-bit ARM processor operating at up to 1 GHz.
Cortex-M4
32-bit co-processor for advanced power-management.
Hardware
floating-point and DSP instructions.
128
MByte RAM.
512
MByte NAND Flash (system boot, persistent memory,
and file-systems).
Real-time clock
with dedicated backup battery.
Security:
Embedded firewall.
Port
forward and NAT services.
TLS/SSL support
with full certificate management.
TLS/SSL support for
all major TCP protocols, such as SMTP, MQTT,
and sockets.
Hardware assisted
encryption/authentication.
Wireless Communication:
LTE
Cat. 4 Multi-Band Cellular Engine for the EMEA
region.
Internal
SIM-card reader with support for eSIM.
Wireless LAN
(Wi-Fi).
Medium
range ISM band RF transceiver with an on-board
antenna.
Multi-constellation
GNSS with GPS, GLONASS, and GALILEO.
Wired Communication:
100 Mbps Ethernet
LAN interface.
Full CAN 2.0B
controller with hardware filtering /
multi-speed support.
1-Wire bus for
accessories such as ID-button reader,
temperature sensors, etc.
1 x RS232 channel.
1 x RS485 channel.
I/O Interfaces:
3
x digital inputs.
4 x
high-power solid-state open-drain digital outputs.
3 x
analog inputs with 0..10 volt / 0..20 mA and 12 bit
precision.
Expandable I/O with
standard Modbus modules.
User Interaction:
3 x
bi-colour LED.
High-speed Mini-USB
service-port connector.
Sensors:
3-axis
Accelerometer with 16g scale.
Temperature sensor.
Audio:
Fully digitized
audio system.
Transfer, store, and
play audio.
Digitized cellular
audio.
DTMF support for
Interactive Voice Response applications.
Storage :
Internal flash
drive with up to 128 MByte capacity.
Persistent memory
and circular datalogger.
Micro SD-CARD
reader.
Power and Battery:
Operating voltage
from 8 to 36 VDC.
On-board 2 Ah Li-Ion
battery with intelligent charging.
Encapsulation:
Housed
in a compact UL94 V0 grade PC fire-resistant plastic
encapsulation.
DIN
rail mounting option.
Regulatory Approvals:
- Radio
Equipment Directive, RED 2014/53/EU.
- EMC
Directive, 2014/30/EU.
- RoHS
Directive, 2011/65/EU.
For further information please refer to the data
sheet and the technical manual below,
and the
RTCU M2M Platform datasheet.
Product
data sheet V1.00 (pdf)
Technical
manual V1.01 (pdf)
Declaration
of Conformity (DoC) (pdf)
RTCU
Open Source Software Licenses (pdf)
-- Ordering code:
SKU RT-LX5P
RTCU LX5 pro device.
SKU RT-LX5P-DIN RTCU LX5
pro device with DIN rail mounting bracket.
|
|
The
RTCU LX5 eco is a more
economical version of the full-featured
RTCU LX5 pro, with the differences summarized in the table below:
With the
LX hardware architecture, the
RTCU LX5 eco offers an
unprecedented balance between price and performance and
is at the same time positioned for a broad range of
automotive and industrial Internet of Things
applications.
The device is based on the
NX32L (NX32
for Linux) architecture, which embraces many new
technologies and at the same time maintains full
backward compatibility, which ensures already
implemented and tested NX32 applications can execute without
changes.
The
RTCU LX5 eco is designed to meet the ever-increasing challenges on security, in that it
offers full TLS on all major protocols and
includes a hardened protected execution
environment with dual-boot and automatic
fallback and recovery.
The
RTCU LX5 eco
device is designed from the ground up for
professional M2M / IIoT applications with strong onboard
I/O capabilities and multiple
communication interfaces such as LTE Cat.1,
CAN bus, RS232, RS485, and 1-Wire.
The RTCU LX5 eco is
designed for the most advanced automotive applications
as well as the most demanding industrial applications
and is therefore available in two versions - one
designed for DIN rail mounting.
The
onboard I/O system can be expanded almost indefinitely
with Modbus I/O extension modules.
Technical
Highlights:
Platform:
- Based on the
RTCU M2M Platform.
- NX32L (NX32 for
Linux)
execution architecture.
- RTCU IDE
development tool.
- Operates under
a full and highly optimized Linux
variant.
- Open and
extendable with the
RTCU Platform SDK
(under development).
LX hardware Core:
Cortex-A7
32-bit ARM processor operating at up to 1 GHz.
Cortex-M4
32-bit co-processor for advanced power-management.
Hardware
floating-point and DSP instructions.
128
MByte RAM.
512
MByte NAND Flash (system boot, persistent memory,
and file-systems).
Real-time clock.
Security:
Embedded firewall.
Port
forward and NAT services.
TLS/SSL support
with full certificate management.
TLS/SSL support for
all major TCP protocols, such as SMTP, MQTT,
and sockets.
Hardware assisted
encryption/authentication.
Wireless Communication:
LTE
Cat. 1 Multi-Band Cellular Engine for the EMEA
region.
Internal
SIM-card reader with support for eSIM.
Medium
range ISM band RF transceiver with an on-board
antenna.
Multi-constellation
GNSS with GPS, GLONASS, and GALILEO.
Wired Communication:
Full CAN 2.0B
controller with hardware filtering /
multi-speed support.
1-Wire bus for
accessories such as ID-button reader,
temperature sensors, etc.
1 x RS232 channel.
1 x RS485 channel.
I/O Interfaces:
3
x digital inputs.
4 x
high-power solid-state open-drain digital outputs.
3 x
flex analog/digital inputs with 0..30 volt and 12
bit precision.
Expandable I/O with
standard Modbus modules.
User Interaction:
3 x
bi-colour LED.
High-speed Mini-USB
service-port connector.
Sensors:
3-axis
Accelerometer with 16g scale.
Temperature sensor.
Audio:
Fully digitized
audio system.
Transfer, store, and
play audio.
Digitized cellular
audio.
DTMF support for
Interactive Voice Response applications.
Storage :
Internal flash
drive with up to 64 MByte capacity.
Persistent memory
and circular datalogger.
Power and Battery:
Operating voltage
from 8 to 36 VDC.
On-board
1 Ah Li-Ion
battery with intelligent charging.
Encapsulation:
Housed
in a compact UL94 V0 grade PC fire-resistant plastic
encapsulation.
DIN
rail mounting option.
Regulatory Approvals:
- Radio
Equipment Directive, RED 2014/53/EU.
- EMC
Directive, 2014/30/EU.
- RoHS
Directive, 2011/65/EU.
For further information please refer to the data
sheet and the technical manual below,
and the
RTCU M2M Platform datasheet.
Product
data sheet V1.00 (pdf)
Technical
manual V1.01 (pdf)
Declaration
of Conformity (DoC) (pdf)
RTCU
Open Source Software Licenses (pdf)
-- Ordering code:
SKU RT-LX5E
RTCU LX5 eco device.
SKU RT-LX5E-DIN RTCU LX5
eco device with DIN rail mounting bracket.
|
|
RTCU MX Series |
.jpg) |
The
RTCU MX2 turbo
LTE
has been designed for a broad variety
of advanced telemetry / telematics applications
and is made according to the highest technical
standards for professional automotive and
industrial use.
The
RTCU MX2 turbo LTE uses the
NX32 execution model
and is fully backward compatible with
the X32 execution model of the former RTCU MX2i
series. Existing software will therefore be able
to operate without any changes or costly
re-testing.
The
RTCU MX2 turbo LTE
is designed for a broad variety of advanced
telemetry / telematics applications and has been
designed according to the highest technical
standards for professional automotive and
industrial use. The product has all necessary
regulatory approvals – including 2004/104/EC /
UN ECE R10 – edition
5 and CE mark.
The positioning is enhanced
with a powerful
GNSS receiver that is also available in a variant based
on the powerful
u-Blox M8 with Untethered Dead Reckoning.
UDR (Untethered Dead Reckoning) refers to GNSS data
fused with inertial sensor data. It is an easy-to-use
and competitive solution that enables high positioning
performance in places where GNSS signals are poor or not
available. Please read the white paper
here.
RTCU MX2 turbo LTE technical highlights:
-
Based on
the
RTCU M2M Platform.
-
NX32
execution architecture:
o
RTCU IDE development tool with a full
featured device emulator.
o Huge standard API with more than 800+ functions.
o Comprehensive protocol support, including:
TCP-UDP/IP, FTP, SMTP, RACP, MQTT,
MODBUS, FMS/J1939, NMP/Garmin FMI.
o
Fully backward compatibility with existing X32
applications.
-
LTE Cat. 1 engine
for EMEA. Backward compatible with 3G/2G.
-
Internal
and external SIM-card reader selectable from
the application.
-
Two
positioning engines:
GNSS engine with GPS, GLONASS, GALILEO and QZSS.
GNSS engine with Untethered Dead Reckoning
(UDR). Vehicle/bike modes.
-
High-performance
3-axis
accelerometer
with 16g scale.
-
Enhanced
memory sub-system with
fast program
execution.
-
Extended
flash memory with a capacity
of 7 MB (XF7).
-
Internal
8 MB FAT32 flash drive.
-
Standard
FAT32
SD-CARD
reader
with up to 32 GB capacity.
-
2
x RS232
channels and
1 x RS485
channel.
-
2 x analog inputs with 0..10 volt /
12 bit precision.
-
5
x digital inputs
and
4 x high-power
solid-state
digital
outputs.
-
MODBUS for
I/O extension or SCADA integration.
-
Full
CAN 2.0B
controller
with hardware filtering and multi-speed
support.
-
1-Wire
bus
for
accessories such as
ID-Button reader,
Temperature sensor,
etc.
-
Wide
operating range from
8..36 VDC.
-
External
power can be selectable enabled/disabled
by the application.
-
On-board
high-capacity
Li-Ion battery.
-
Advanced
power-management
with wake-up
on a wide range of events.
-
High-speed
USB
programming/service cable.
-
Fully
supports the Professional Navigation and
Messaging device
PNM-220.
-
Supports
the
Garmin Fleet Management
Interface.
-
Fully
supported by the
RTCU Communication Hub
and the
RTCU
Deployment Server.
-
Accessories:
2 MP camera, and
the
MDT-200 terminal.
-
Exclusive
and durable
"GOLD"
aluminium
encapsulation.
-
Optional
Mounting Bracket Kit for easy "screw-on" installations
-
Alternative
front
end-cap with
protected SIM card reader.
For further information please refer to the
data sheet and the technical manual below.
Product
data sheet V1.00 (pdf)
Technical
manual V1.00 (pdf)
Declaration
of Conformity (DoC) (pdf)
-- Ordering codes:
SKU RT-MX2T-LTE
RTCU MX2 turbo (LTE Cat. 1 EMEA, GNSS)
SKU
RT-MX2T-LTE-U RTCU MX2 turbo
(LTE Cat. 1 EMEA, GNSS+UDR)
|
.jpg)
|
The
RTCU MX2
warp
has been designed for a broad variety
of advanced telemetry / telematics applications
and is made according to the highest technical
standards for professional automotive and
industrial use.
The
RTCU MX2 warp uses the
NX32 execution model
and is fully backward compatible with
the X32 execution model of the former RTCU MX2i
series. Existing software will therefore be able
to operate without any changes or costly
re-testing. Mechanically and electrically the
RTCU MX2 warp
is fully back-ward compatible with the
former RTCU MX2i pro and
constitutes therefore a direct plug-in
replacement.
The
RTCU
MX2 warp includes many sophisticated
standard features and can be further upgraded as
required with the following on-demand hardware
features:
CAN:
CAN 2.0B controller with hardware filtering.
COM: RS485/MODBUS
and 1xRS232 port with control signals.
HS:
Headset support.
ISIM:
Internal SIM-card reader.
The 'ISIM' option is
FREE and just
requires activation.
Options can
be applied on-demand even remotely by the unit
already installed in the field.
The
RTCU MX2 warp
is designed for a broad variety of advanced
telemetry / telematics applications and has been
designed according to the highest technical
standards for professional automotive and
industrial use. The product has all necessary
regulatory approvals – including 2004/104/EC /
UN ECE R10 – edition
5 and CE mark.
RTCU MX2 warp technical highlights:
-
Based on
the
RTCU M2M Platform.
-
NX32
execution architecture:
o
RTCU IDE development tool with a full
featured device emulator.
o Huge standard API with more than 800+ functions.
o Comprehensive protocol support, including:
TCP-UDP/IP, FTP, SMTP, RACP, MQTT,
MODBUS, FMS/J1939, NMP/Garmin FMI.
o
Fully backward compatibility with existing X32
applications.
-
Worldwide Quad-band GSM engine.
-
External SIM-card reader
with optional internal reader.
-
Digitized audio can be played over cellular or to an
external device.
-
DTMF
support for implementation of Interactive
Voice Response applications.
-
State-of-the
art
GNSS
positioning engine
with GPS,GLONASS
and optional GALILEO.
-
High-performance
3-axis
accelerometer
with 16g scale.
-
Enhanced
memory sub-system with
fast program
execution.
-
Extended
flash memory with a capacity
of 7 MB (XF7).
-
Internal
8 MB FAT32 flash drive.
-
Standard
FAT32
SD-CARD
reader
with up to 32 GB capacity.
-
Up-to 2
x RS232
channels and
an
optional
RS485/MODBUS
channel.
-
MODBUS for
I/O extension or SCADA integration.
-
2 x analog inputs with 0..10 volt /
12 bit precision.
-
5
x digital inputs
and
4 x high-power
solid-state
digital
outputs.
-
Optional
Full
CAN 2.0B
controller
with hardware filtering and multi-speed
support.
-
1-Wire
bus
for
accessories such as
ID-Button reader,
Temperature sensor,
etc.
-
Powerful
on-demand hardware options:
CAN:
Full CAN 2.0B
controller
with
hardware
filtering
and
multi-speed
support.
COM: RS485/MODBUS and an
RS232 port with control signals.
HS: Headset
support.
ISIM: Internal SIM-card reader.
Active
reader
selectable
from the
app.
FREE!
-
Wide
operating range from
8..36 VDC.
-
External
power can be selectable enabled/disabled
by the application.
-
On-board
high-capacity
Li-Ion battery.
-
Advanced
power-management
with wake-up
on a wide range of events.
-
Optional
Hands-free
interface
with
microphone and Class-D audio speaker
amplifier.
-
High-speed
USB
programming/service cable.
-
Fully
supports the Professional Navigation and
Messaging device
PNM-220.
-
Supports
the
Garmin Fleet Management
Interface.
-
Fully
supported by the
RTCU Communication Hub
and the
RTCU
Deployment Server.
-
Accessories:
2 MP camera, and
the
MDT-200 terminal.
-
Exclusive
and durable
"GOLD"
aluminium
encapsulation.
-
Optional
Mounting Bracket Kit for easy "screw-on" installations
-
Alternative
front
end-cap with
protected SIM card reader.
For further information please refer to the
data sheet and the technical manual below.
Product
data sheet V1.00 (pdf)
Technical
manual V1.00 (pdf)
Declaration
of Conformity (DoC) (pdf)
-- Ordering codes:
SKU
RT-MX2W
RTCU MX2 warp
|
|
Starter kits |
|
|
The
RTCU
NX-200
Starter kit contains all the necessary parts to
kick-start the development of the most advanced
M2M
applications.
The RTCU NX-200 Starter kit, contains:
-- Ordering code:
SKU RT-KIT-NX200
RTCU NX-200 Starter Kit.
|
.jpg) |
The
RTCU Starter kit includes
everything required to get started with the
evaluation and test of the
powerful RTCU NX-400 evo device.
The RTCU
NX-400 evo Starter kit contains:
-- Ordering
code:
SKU
RT-KIT-NX400E
|
|
|
The
RTCUStarter kit includes
everything required to get started with the
evaluation and test of the
powerful RTCU NX-900 device.
The RTCU
NX-900 Starter kit contains:
-- Ordering
code:
SKU
RT-KIT-NX900
|
|
|
The
RTCU
LX2 pro
Starter kit contains all the necessary parts to
kick-start the development of the most advanced
automotive IoT
applications.
The
RTCU LX2 pro Starter kit, contains:
-- Ordering
code:
SKU RT-KIT-LX2P
|
.png) |
The RTCU LX4 pro
Starter kit includes
everything required to get started with the
evaluation of
the RTCU LX4 pro.
The Starter kit includes:
-- Ordering
code:
SKU
RT-KIT-LX4P
|
|
|
The
RTCU
LX5 pro
Starter kit contains all the necessary parts to
kick-start the development of the most advanced
automotive and industrial IoT
applications.
The RTCU LX5 pro Starter kit, contains:
-- Ordering code:
SKU RT-KIT-LX5P
RTCU LX5 pro Starter Kit.
|
|
.jpg)
.jpg)
|
The RTCU LX2 pro FMI
Starter kit includes everything listed in the
RTCU LX2 pro starter kit, but additionally includes:
-
Garmin
(Europe) Navigation device
-
Interface cable for
connecting the RTCU LX2 pro with the Garmin
device
-
Interface
cable for connecting the Garmin device
to the PC (RTCU
Emulator)
Please
see more about the Garmin Fleet Management /
Navigation interface
here.
For a
more advanced and flexible solution, also see
the Navigation and Messaging Platform
here.
This complete package
includes
everything to start-up the development of advanced
Fleet Management, Messaging and Navigation
applications!
-- Ordering code:
SKU RT-GARKIT2
|
|
Software
and Middleware |
.jpg) |
RTCU
IDE Programming Environment
The RTCU Integrated Development Environment
is the
primary tool for developing and maintaining todays professional
M2M/IIoT applications.
Within the RTCU IDE all aspects of development are covered, such
as source code editing, help, code generation, device emulation,
device communication and pilot device deployment.
The RTCU IDE Programming Environment can be downloaded
FREE here.
RTCU
IDE - User's manual
(pdf)
|
.JPG) |
RTCU
Emulator
The RTCU Emulator is a Windows-based emulation environment
for RTCU devices. Using the RTCU Emulator gives the
developer a very powerful tool allowing test and debugging of
applications in the convenience of a Windows environment -
without any need for a physical RTCU device.
Please download
here.
RTCU
Emulator - datasheet
(pdf)
RTCU
Emulator - User's manual
(pdf)
|
|
 |
The RTCU Communication Hub is a managed
middleware service that enables reliable and secure
bi-directional communication between RTCU devices
installed in the field and the application back-end
infrastructure.
The RTCU Communication
Hub works over any TCP/IP based communication
channel, whether it is behind a NAT firewall or a
dynamic IP address schema. For full flexibility, it can
be installed on-premises or in the cloud.
This powerful communication
backbone routes not only application-level data but also
supports additional services such as the
RTCU Deployment Server
and the
RTCU IDE development tool.
The RTCU Communication
Hub offers several layers of security, including
X.509 TLS secured communication with full
certificate management. Automatic data compression is
supported for lower communication costs and reduced
latency.
The main features of the RTCU
Communication Hub:
Advanced
64-bit server architecture.
Supports thousands of clients and massive traffic.
Runs as a
Microsoft Windows service.
The service will start without user log-on and can also be managed
remotely.
Support for
up to 32 separately configurable and isolated hub
instances.
Remote
manageable using the "Monitor" tool client utility.
Password
protected remote access.
Comprehensive
logging functionality.
Advanced
filtering functionality for powerful log-analysis.
Graphical
diagnostic tool.
Secure TLS
socket communication.
Full X.509
certificate management.
Automatic
data compression for lower communication costs and
reduced latency.
Automatic
fallback and recovery.
Plug-in
architecture for extending functionality and
backbone integration.
Plug-in
developers kit is available for free.
Integrated
device time service.
Open-source
integration libraries.
Support the
RTCU Deployment Server and
the RTCU IDE.
Backward
compatible with the RTCU Gateway 2.
Free for up
to 25 clients. A license must be purchased for
additional clients.
Please
download here.
RTCU
Communication Hub - datasheet
(pdf)
RTCU
Communication Hub - User's manual
(pdf)
|
 |
The RTCU Deployment Server (RDS) offers
sophisticated features for maintaining application/firmware
etc. in a large scale installation of RTCU devices remotely
connected to the
RTCU Communication Hub.
The RTCU Deployment Server can be configured by
the user to ensure that the specified units is operating with the correct firmware,
application or a generic file. The RTCU Deployment Server will automatically
ensure that the units are upgraded as requested
and this task will even take place during FULL operation of the unit. Any
interruption in an the upgrade attempt will be automatically handled and
resumed to avoid any waste of expensive bandwidth.
Some of the features:
Runs as a Windows
Service for automatic start-up in server installations.
Available
in a 32 bit and a high-performance 64 bit version.
Remote maintenance,
diagnostic and logging facilities.
Upgrades
firmware and application automatically according to
user-configuration.
Firmware
and application can be upgraded during full
operation of the unit.
This unique feature minimizes downtime and the impact on the
user.
Failed upgrade attempts will
automatically be resumed at the point of interruption.
This unique feature will reduce the cost and time of
upgrading.
Automatically or application
driven decision when to switch over to the new
application/firmware.
Up to
1000 simultaneous upgrade sessions.
Support applications that use VPL
upgrade notifications.
Support for automatic
programming of un-programmed factory delivered unit.
Scheduled upgrade policy.
Support for upload of user defined file to unit.
Directory
syncronization between server and
device.
Comprehensive logging and
status features.
Import from and export
to comma delimited files.
RTCU
Deployment Server API for advanced back-end integration.
Please
download here.
RTCU
Deployment Server - User's Manual
(pdf)
|
|
Fleet Management / Navigation |
|
.JPG) |
The
Logic IO Navigation and Messaging Platform
(NMP) is a powerful and open platform for
implementation of state-of the-art advanced fleet
management applications integrating navigation, messaging,
driver identification and job dispatch capabilities.
The NMP
platform works on almost any Microsoft Windows CE 5.0
based device and is based on the market leading
Sygic navigation engine
tightly integrated into the powerful RTCU concept.
The Logic IO Navigation and Messaging Platform
(NMP) is fully backward compatible with already developed RTCU
applications utilizing the Garmin FMI
interface, but extends the functionality to a new level of power
and flexibility. A number of user defined on-screen buttons and
dialogs can be
defined and controlled in almost any way and additionally the
Mobile Data Terminal (MDT-200) API is fully
supported, thus opening up for a new level of customized user
interaction.
The key features of the Navigation and
Messaging Platform:
-
Based
on
Sygic navigation engine
under Microsoft Windows CE 5.0 (or later).
-
Several map
options including emergency maps for
police, ambulance etc.
-
Versatile
range of devices supported (large screens, ruggedized, etc).
-
Fully
compatible with the
Garmin FMI level 2 API.
-
Fully
compatible with the
Mobile Data Terminal API.
-
User defined
on-screen buttons and dialogs with many
user properties.
-
Single GPS
source with data from the RTCU device.
-
Highly
configurable user interface.
-
Custom device
logo, colour theme and waypoints icons.
-
Customer
language and unicode support.
-
Remote
upgrade and configuration capabilities.
-
Open
architecture allowing specialized
functionality to be added.
-
Full RTCU IDE
and RTCU Emulator support for rapid development.
-
Support for
Sygic Emergency maps for special
vehicles such as fire/police.
The developing task is easy as the NMP
device can be connected to the
RTCU Emulator,
allowing
rapid development of
complete fleet management and messaging applications within the RTCU IDE
environment.
For detailed information
about the NMP interface please
consult the RTCU IDE on-line help or
manual.
For a complete solution with a professional ruggedized
navigation device with interface cables, etc. and the NMP
software
preinstalled ready to use, please see the
PNM-220.
The illustration below shows the system architecture with the
various components constituting a complete Fleet Management
solution:
.jpg)
NMP
- Product
data sheet V2.10 (pdf)
NMP
- User Guide V3.00 (pdf)
Sygic
Fleet 10 - Users guide (EN) V3 (pdf)
Sygic
Fleet 10 - Users guide (DE) V3 (pdf)
Sygic
Fleet 10 - Users guide (NL) V3 (pdf)
Sygic
Fleet 10 - Users guide (FR) V3 (pdf)
Sygic
Fleet 10 - Users guide (IT) V3 (pdf)
|
.jpg)
.jpg)
|
The PNM-230
is a complete
solution using the
Navigation
and Messaging
Platform (NMP)
designed for the most demanding and professional fleet
management applications.
The PNM-230 offers a ruggedized 7-inch, easy to read, screen
optimized for finger touch usage. A powerful processor and
generous RAM and flash ensure a delightful experience.
The product comes with the NMP software/maps
pre-installed and cable for connection to the
RTCU MX2 turbo. Ready to go!
.png) The PNM-230 product package includes:
- Rugged and durable Navigation and Messaging device:
- 7-inch diagonal resistive
touch anti-glare TFT-LCD screen.
- Driver friendly interface
with 6 hardware buttons.
- Powerful dual-speaker system.
- Automotive interface cable
with data and power.
- Running Microsoft Windows
CE.NET 6.0.
- Navigation and
Messaging
Platform software installed.
- Sygic maps installed according to customer
requirements.
- Interface cable for the RTCU
MX2i pro/pro+ / MX2 turbo.
- Power cable for connection to 12..36 volt.
- Connection for up-to two
analog cameras for rear-view or cabin
monitoring.
- Dashboard mount.
- Optional: Cable for
connection to the RTCU Emulator.
PNM-230 is the latest version
with more storage and a faster processor.
PNM-220
- Product data sheet V1.00 (pdf)
PNM-220 - Technical Manual V1.00 (pdf)
-- Sygic Fleet 10 maps:
RT-SYG-FEU2 (Europe -
TomTom)
RT-SYG-TFEU2 (TRUCK, Europe - TomTom)
RT-SYG-FEU-E (Emergency,
Europe - Navteq)
RT-SYG-TFEU-E (TRUCK/Emergency,
Europe - Navteq)
Note:
Maps for
other regions are
also available
on request.
|
|
.JPG) |
The analog cameras are
designed for direct connection to the
PNM-230 product allowing applications such as
rear-view monitoring to be implemented.
This is a powerful and ruggedized camera for the
most demanding applications with 12/24 Volt usage.
The camera is waterproof and
offers IR LED for true night-vision view.
RT-O-CAM-RV2 - Product data sheet V1.00 (pdf)
-- Ordering code:
RT-O-CAM-RV2
|
|
.jpg)
|
The
Garmin Fleet Management / Navigation API supports implementation
of advanced fleet management applications integrating
Navigation, Two-way messaging, Driver identification and Job
dispatch capabilities. The Job dispatch functionality includes
advanced features such as support for routes with multiple
stops, route optimization and periodic Estimated Time of Arrival
(ETA) notifications.
The
RTCU NX-200
series, the RTCU LX2 pro, and the
RTCU MX2 turbo can
be connected to certain navigation devices from Garmin allowing
the development of highly advanced Fleet Management, Messaging
and Navigation applications.
For Garmin Navigation devices currently supported
see
here.
To connect the
RTCU device to the Garmin Navigation device a
special interface cable is required. It is also
possible to connect the Garmin device to the
RTCU Emulator allowing development of
complete Fleet Management applications within the RTCU IDE
environment.
Logic IO is offering interface cables as well as Garmin
Navigation devices constituting a complete solution.
Currently we are offering the
Garmin Dezl 780
professional navigator.
Also available is a
complete LX2
pro FMI Starter kit
with everything to get started on the
development of applications
For detailed information
about the Garmin Fleet Management / Navigation API please
refer to the datasheet below and the RTCU IDE on-line help or
manual.
A large variety of interface cables are available
with HD traffic and Premium traffic services and with
various connectors for different RTCU devices.
Please refer to the
ordering codes below.
For supported devices please refer to this
page maintained by Garmin.
Product
data sheet V2.00 (pdf)
-- Ordering codes:
RT-O-GARMIN-FMI25
(CX1/NX-900)
RT-O-GARMIN-FMI25T
(LX2/MX2/NX-200. TYCO6)
RT-O-GARMIN-FMI25R
(LX2/MX2/NX-200. RJ45)
RT-O-GARMIN-FMI45
(CX1/NX-900. Premium traffic services)
RT-O-GARMIN-FMI45T
(MX2/NX-200. TYCO6. Premium traffic services)
RT-O-GARMIN-FMI45R
(LX2/MX2/NX-200. RJ45. Premium traffic services)
RT-O-GARMIN-FMIPC (RTCU
Emulator cable. Requires RJ45 FMI cable)
|
.png) |
|
|
RF add-on
modules |
|
|
The RTCU
NX-400 offers optional support for the industry
standard Wireless M-Bus. Originally defined for
Smart Metering (i.e., Meter-Bus), but it’s also
the ideal solution for Industrial Wireless
Sensor Networks. Wireless M-Bus has been
developed and proven over many years for Smart
Metering applications.
Wireless M-Bus specifications:
-
Long
Range with up-to 1000 meters.
-
Lightweight
protocol.
-
Support
for uni-directional or bi-directional
communication.
-
Operating
on license-free ISM bands.
-
868
MHz, 433 MHz, and 169 MHz options.
-
Support
for AES-128 encryption/authentication.
-
Support
for C,R,S,T modes.
-
Interoperability
with many vendors
-
Four
regional versions available.
-
External
SMA male connector.
-
Factory
installed option. Can not be
retrofitted.
(RS485
port 2 can not be used when this option
is installed)
Powerful
software features:
-
User-friendly
high-level API.
-
Full
encryption support.
-
Comprehensive
documentation with example project.
-
Software
support implemented as an RTCU M2M
Platform Extension module
-
Open
source allowing further customization.
-
Please
download the software package from the
download area here.
Product
data sheet V1.01 (pdf)
-- Ordering codes:
RT-O-FO-WBUS1 868
MHz / EU CE.
RT-O-FO-WBUS2 868 MHz / Russia.
RT-O-FO-WBUS3 865 MHz / India.
RT-O-FO-WBUS4 433 MHz / non-EU.
|
.jpg)
.jpg) |
RF
add-on modules for the NX-900 / LX5, and the CX1 warp
series
Wireless connectivity is
becoming a feature of choice for many applications, today.
By using an off the-shelf embedded wireless module, the customer
gets the benefit of using field proven RF hardware and protocol
software to ensure the best performance possible. RF
functionality of the RTCU units are designed to effortlessly
interface with virtually any control, command, or monitoring
applications for building automation systems, security systems,
and industrial applications. The easy configurable network
allows adapting to changing floor plans and requirements in a
matter of minutes. New sensors and devices can be added to the
network, as fast as they can be mounted.
The highly sophisticated RF protocol implemented
offers bi-directional communication with increased operational
reliability and improves the basis for an extensive range of
devices. Additionally the bidirectional communication ensures,
that the tasks are received and accomplished correctly.
Currently four main categories of add-on modules are supported:
Remote control
keyfobs: With remote control keyfobs the user defined
functionality on the RTCU unit can be controlled.
External relay modules:
The relay modules provide relay outputs, which can be controlled
remotely and are capable of switching external AC or DC powered
loads.
AC switching
modules: The modules can be plugged directly into a wall
receptacle and are capable of switching devices.
Remote sensors:
A variety of sensors can be connected to the RTCU unit
remotely, which make them usable in wide variety of applications
cost and time effectively.
The RF
add-on modules are supported by the
RTCU NX-900, RTCU
LX5 pro, RTCU LX5 eco, the RTCU CX1 warp
and the RTCU SX1 series.
Product
data sheet v1.00 (pdf)
Technical
manual V1.00 (pdf)
-- Ordering codes:
RT-O-HM-RC42
(Handheld remote sender with 4 buttons. Black)
|
|
Accessories / Options |
|
.png)
RT-O-USB-CAM1
.png)
RT-O-USB-CAM2 |
The latest generation of RTCU devices offers
support for connecting a USB Camera for
sophisticated applications that require
high-resolution pictures and videos to be
collected. Two camera versions are available for
indoor as well as outdoor day/night applications
with in-built IR light.
General data:
-
USB
connection with data and power.
-
Connects
directly to the USB host port of the
RTCU NX-400 /
RTCU NX-200.
-
High-performance
color CMOS sensor.
-
Minimum
illumunination (without IR light): 0.05
lux.
-
Standard
compressed JPEG formats.
-
Electronic
shutter/exposure and AGC.
-
3.6
mm lens.
-
Working
temperature: -10～50 degrees Celcius.
The RT-O-USB-CAM1 is designed for outdoor use
with its waterproof IP66 design and power IR LED
light for true night operation. Fully
adjustable mount with 5 meter cable.
The
RT-O-USB-CAM2 is a compact camera for
indoor use with a swivel mount and 3 meter
cable.
Powerful
high-level application API:
-
Selectable
resolution up-to 1920x1080.
-
Get
camera capabilities.
-
Snapshot
to file.
-
Capture
video to file.
-
Fourteen
adjustable parameters, such as
brightness, contrast, saturation, hue,
color balance and gamma.
Product
data sheet V1.01 (pdf)
-- Ordering codes:
RT-O-USB-CAM1 Outdoor
camera with I/R and 5 meter cable.
RT-O-USB-CAM2 Indoor
camera with 3 meter cable.
|
|
.png)
|
This
compact USB network adapter offers a dongle
design with a built-in cable to avoid cramped
connections, making it a perfect solution for
adding a second Ethernet connection to the RTCU
device. The USB network adapter has been
designed for the most demanding industrial
applications requiring dual LAN capability.
General data:
-
USB
connection with data and power.
-
Connects
directly to the USB host port of the
RTCU NX-400 /
RTCU NX-200.
-
10 /
100 Mbps.
-
Standard
RJ45 connection to the network.
-
LED
indicators for link and activity.
-
Full
Duplex support up to 200 Mbps.
-
Support
for auto MDIX.
-
Cable
length: 150 mm.
-
Working
temperature: 10～40 degrees Celcius.
Powerful
software features:
-
Fully
supported by the NX32L firmware.
-
Link
status available on the RTCU NX-400
display.
-
Support
for all present protocols.
-
Full
RTCU Communication Hub support.
Product
data sheet V1.00 (pdf)
-- Ordering codes:
RT-O-USB-ETH1 10/100
Mbps USB Ethernet Adapter.
|
.jpg) |
The Mobile Data
Terminal (MDT-200) extends the RTCU NX-200, RTCU LX2
pro, RTCU MX2,
and the RTCU NX-900 Series with a flexible and easy to use user-interface solution with
many advanced features, allowing all kinds of two-way messaging
applications to be implemented.
The Mobile Data Terminal is easily connected to the RTCU unit and includes the following features:
-
High
contrast
graphical
Liquid
Crystal
Display
(FSTN
LCD).
-
White LED
backlight with 10 step user selectable
level.
-
320 x 240 pixels (1/4 VGA) resolution.
-
11 lines
with 28 characters per line.
-
21 tactile keys and a 4 way cursor,
all with LED backlighting.
-
Full numeric keypad for easy entry of numbers/text.
-
User defined characters for multilingual support.
-
Wide viewing angle.
-
Built in piezo buzzer.
-
UV stabilized,
high temperature enclosure. Built for tough
environments.
-
Flexible
suction
windscreen
mount
supplied.
-
Optional
heavy
duty
PanaVise
mounting bracket.
-
High-level
VPL
library.
-
Full
RTCU
Emulator
support.
-
MDT on/off and standby functionality
for maximum power saving.
Application development for the Mobile Data
Terminal is easily archived with easy to use high-level library
functions accessible from the RTCU IDE. The VPL application
using the MDT can be fully simulated in the RTCU IDE environment
before upload to a physical RTCU unit.
Product
data sheet V1.01 (pdf)
Technical
manual V1.01 (pdf)
-- Ordering codes:
RT-O-MDT200-MX2 (with NX200/LX2/MX2interface cable)
RT-O-MDT200-AX9 (with NX-900 interface cable)
|
 |
The
PanaVise 727-06 slimline mounting bracket for the MDT-200 Mobile
Data Terminal is a heavy duty alternative to the standard
windscreen suction mount, supplied as standard with the product.
The PanaVise 727-06 is made of aluminium, zinc and steel and
the overall mounting height (including shaft) is 152.4 mm (6
inch). Flexible movement with 210° Tilt, 360° Turn & 360°
Rotation at both ends.
-- Ordering code: RT-O-MDT-727-06
|
.jpg) |
The Mounting bracket is used in the cases were screw-hole
mounting is required for the RTCU LX2/MX2 Series.
Installation is very easy as the bracket is
designed to simply fit on the device without need for any
tools. The rubber gasket between the bracket and the
device
ensures that when the bracket is fastened with the two
screw-holes onto the surface it will remain in place.
Product
data sheet V2.00 (pdf)
-- Ordering code: RT-O-MX2BRI (For the complete
LX2/MX2 Series)
|
.jpg) |
The RTCU LX2 / MX2 Series and
the RTCU NX-200 uses the Mate'N'Lock connector
type for most of its external interfacing.
The following Mate'N'Lock
are
available for the RTCU LX2 / MX2 / NX-200 Series:
-
4
pins Connector house for the Power-connector
-- Ordering code: RT-O-TYCO-H4 (10 pcs)
-
6
pins Connector house for the Serial port 1-connector
-- Ordering code: RT-O-TYCO-H6 (10 pcs)
-
12
pins Connector house for the Communication-connector
-- Ordering code: RT-O-TYCO-H12 (10 pcs)
-
16
pins Connector house for the I/O-connector
-- Ordering code: RT-O-TYCO-H16 (10 pcs)
-
Crimp
contacts
-- Ordering code: RT-O-TYCO-CR (100 pcs)
-
Original
TYCO Crimp
hand tool for fast&easy crimp assembly
Safe, fast and easy crimp cable assembly.
-- Ordering code: RT-O-TYCO-TOOL
Tyco
Crimp Hand Tool Guide V2.00 (Logic IO) (pdf)
Original documents from Tyco:
Tyco Mate'N'Lock Application Specification 114-13000
(TYCO) (pdf)
Tyco
Crimp Hand Tool - Instruction Sheet 408-8547 (TYCO) (pdf)
|
|
.jpg)
.jpg) |
Commercial grade SD-CARD,
such as Sandisk, can be used in applications where the limited
write endurance is acceptable - for example if the SD-CARD is
often replaced. Commercial grade SD-CARDs should not
be used in applications where a potential failure on the
media is considered mission critical.
For
applications that uses the SD-CARD media extensively and where a
failure is critical, it is recommended to use approved Industrial Grade
SD-CARDs.
ATP
Industrial Grade SD/SDHC Cards are optimized for demanding
industrial applications with consistent performance in all
conditions. ATP uses reliable SLC flash technology with a flash
endurance more than 20 times higher than commercial grade
products with MLC flash. The differences in write endurance
between commercial grade MLC flash and ATP Industrial grade SLC
flash is quite remarkable for write-intensive applications:
|
Product
Line |
Details |
Total
Writeable Data Prediction @ 1GB |
Time
Prediction
@ 500
writes a day (1GB) |
|
ATP Industrial Grade |
Industrial SLC Flash
+ Advanced Wear Levelling |
80,000GB
or
2,800,000 writes |
5,740 days
or
15.7 years |
|
Commercial Grade |
Grade A MLC
(2 bits per cell)
+ Advanced Wear Levelling |
4,000GB
or
140,000 writes |
280 days |
ATP
Industrial Grade SD-CARD specification (pdf)
ATP
Industrial Grade Micro SD-CARD specification (pdf)
-- Ordering codes:
SKU
RT-O-SDIG-1G
ATP Industrial Grade SD-CARD - 1 GB.
SKU
RT-O-MSDIG-1G
ATP Industrial Grade Micro SD-CARD - 1 GB.
Other capacities on request.
|
|
.JPG) .JPG) |
Most RTCU devices can access an industry standard SD-CARD
/ Micro SD-CARD memory card using the FAT16/FAT32 file-system for full Microsoft Windows
file sharing compatibility.
Please use
ATP Industrial Grade SD-CARD
for mission critical applications.
-- Ordering code:
Please refer
to the Partner pricelist for details.
|
.jpg) |
DIN rail mounted power supply especially suited for use with the
RTCU DX4 and RTCU NX-400 series.
Features:
-
Universal
AC input for worldwide use.
-
Protections:
Short circuit / overload / over voltage.
-
Cooling
by free air convection.
-
LED
indicator for power on.
-
DC
OK relay contact.
-
24
Volt / 2.5 A.
Product
data sheet (pdf)
-- Ordering code: RT-O-MDR6024
|
 |
DIN rail mounted power supply.
Features:
-
Universal
AC input for worldwide use.
-
Compact design.
-
Protections:
Short circuit / overload / over voltage.
-
Cooling
by free air convection.
-
LED
indicator for power on.
-
24 Volt / 0.63 A.
Product
data sheet (pdf)
-- Ordering code: RT-O-HDR-15-24
|
.jpg) |
The RTCU NX-900 / AX9 Series Wall Mount Kit includes 4 corner
mounting brackets for easy wall mounting of the unit.
-- Ordering code: RT-O-AX-WM1
|
 |
The RTCU NX-900 / AX9 Series screw wing head is for easy fastening of the
lid without using a tool.
Delivered in bag with 60 pcs (for 15 devices).
-- Ordering code: RT-O-AX-SWH60
|
|
MODBUS I/O
Expansion Modules |
.jpg) |
RT-EX-9017:
8 Analog Inputs, 16 Bit
To expand the I/O
capability of certain RTCU products an MODBUS compatible I/O module can be connected to the product and configured
using the I/O Expansion configuration functionality available in the RTCU
IDE. The I/O Expansion is completely transparent to the application and
remote I/O are therefore accessed and used exactly as on-board
I/O.
Logic IO are offering a range of MODBUS I/O
modules that are
high-quality, low-cost and extremely easy to set-up and use due
to the set-up utility included in the RTCU IDE.
The EX9017 module offers 8 Analog Inputs with a
resolution of 16 bits.
Several Voltage and Current configurations are available,
including:
+/-150 mV, +/-500 mV, +/-1 V, +/-5 V, +/-10 V and +/-20 mA.
Product
data sheet V1.02 (pdf)
Technical
manual V2.01 (pdf)
-- Ordering code:
RT-EX-9017
|
.jpg) |
RT-EX-9024:
4 Analog Outputs, 14 Bit.
To expand the I/O capability of
certain RTCU products
an MODBUS
compatible I/O module can be connected to the product and configured
using the I/O Expansion configuration functionality available in the RTCU
IDE. The I/O Expansion is completely transparent to the application and
remote I/O are therefore accessed and used exactly as on-board
I/O.
Logic IO are offering a range of MODBUS I/O
modules that are
high-quality, low-cost and extremely easy to set-up and use due
to the set-up utility included in the RTCU IDE.
The EX9024 module offers 4 Analog Outputs with a
resolution of 14 bits.
Several Voltage and Current configurations are available,
including:
+/-10 V, 0..10 V, +/-5 V, 0..5 V, 0..20 mA and 4..20 mA.
Product
data sheet V1.01 (pdf)
Technical
manual V2.02 (pdf)
-- Ordering code:
RT-EX-9024
|
.jpg) |
RT-EX-9041D:
14 Digital Inputs (isolated)
To expand the I/O capability
of certain RTCU products
an MODBUS
compatible I/O module can be connected to the product and configured
using the I/O Expansion configuration functionality available in the RTCU
IDE. The I/O Expansion is completely transparent to the application and
remote I/O are therefore accessed and used exactly as on-board
I/O.
Logic IO are offering a range of MODBUS I/O
modules that are
high-quality, low-cost and extremely easy to set-up and use due
to the set-up utility included in the RTCU IDE.
The EX9041D module offers 14 isolated Digital Inputs and
LED indication of the inputs status.
Product
data sheet V1.01 (pdf)
Technical
manual V2.01 (pdf)
-- Ordering code:
RT-EX-9041D
|
.jpg) |
RT-EX-9043D:
15 Digital Outputs
To expand the I/O capability of
certain RTCU products
an MODBUS
compatible I/O module can be connected to the product and configured
using the I/O Expansion configuration functionality available in the RTCU
IDE. The I/O Expansion is completely transparent to the application and
remote I/O are therefore accessed and used exactly as on-board
I/O.
Logic IO are offering a range of MODBUS I/O
modules that are
high-quality, low-cost and extremely easy to set-up and use due
to the set-up utility included in the RTCU IDE.
The EX9043D module offers 15 Digital Outputs and
LED indication of the outputs status.
Product
data sheet V1.01 (pdf)
Technical
manual V2.02 (pdf)
-- Ordering code:
RT-EX-9043D
|
.jpg) |
RT-EX-9044D:
4 Digital Inputs and 8 Digital Outputs (isolated)
To expand the I/O capability of
certain RTCU products
an MODBUS
compatible I/O module can be connected to the product and configured
using the I/O Expansion configuration functionality available in the RTCU
IDE. The I/O Expansion is completely transparent to the application and
remote I/O are therefore accessed and used exactly as on-board
I/O.
Logic IO are offering a range of MODBUS I/O
modules that are
high-quality, low-cost and extremely easy to set-up and use due
to the set-up utility included in the RTCU IDE.
The EX9044D module offers 4 isolated Digital Inputs and 8
isolated Digital Outputs.
LED indication is available for Input/Output status.
Product
data sheet V1.01 (pdf)
Technical
manual V2.01 (pdf)
-- Ordering code:
RT-EX-9044D
|
.jpg) |
RT-EX-9065D:
4 Digital Inputs and 5 Digital Relay Outputs
To expand the I/O capability of
certain RTCU products
an MODBUS
compatible I/O module can be connected to the product and configured
using the I/O Expansion configuration functionality available in the RTCU
IDE. The I/O Expansion is completely transparent to the application and
remote I/O are therefore accessed and used exactly as on-board
I/O.
Logic IO are offering a range of MODBUS I/O
modules that are
high-quality, low-cost and extremely easy to set-up and use due
to the set-up utility included in the RTCU IDE.
The EX9065D module offers 4 isolated Digital Inputs and 5
high-power Digital Relay Outputs (5A/230V).
LED indication is available for Input and Output status.
Product
data sheet V1.01 (pdf)
Technical
manual V2.01 (pdf)
-- Ordering code:
RT-EX-9065D
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RT-EX-9063D:
8 Digital Inputs and 3 Digital Relay Outputs
To expand the I/O capability of
certain RTCU products
an MODBUS
compatible I/O module can be connected to the product and configured
using the I/O Expansion configuration functionality available in the RTCU
IDE. The I/O Expansion is completely transparent to the application and
remote I/O are therefore accessed and used exactly as on-board
I/O.
Logic IO are offering a range of MODBUS I/O
modules that are
high-quality, low-cost and extremely easy to set-up and use due
to the set-up utility included in the RTCU IDE.
The EX9063D module offers 8 isolated Digital Inputs and
3
high-power Digital Relay Outputs (5A/230V).
LED indication is available for Input and Output status.
Product
data sheet V1.00 (pdf)
Technical
manual V1.01 (pdf)
-- Ordering code:
RT-EX-9063D
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Modular 1-Wire |
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Modular
1-Wire concept
The modular 1-Wire concept
is offering high flexibility and customization for a wide range
of applications utilizing multiple 1-Wire devices. The 1-Wire
concept is based on building blocks such as combiners, splitters
and unit interface cables connected together with standard and
widely available RJ45 UTP cable technology.
Unit interface cables are available which connect the RTCU unit to a splitter or combiner, that again connects to
branches with more splitters and combiners and at the end-points
of this arbitrary topology various lengths of 1-Wire devices
such temperature sensors or ID-button readers can be connected.
As the backbone is based on standard RJ45 UTP cable technology
expanding a network can easily be achieved.
Product
data sheet v1.00 (pdf)
Technical
manual V1.02 (pdf)
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Modular
1-Wire unit interface cable
The modular 1-Wire
interface cable makes the physical bridge to the modular 1-Wire
network. The modular network can easily be customized with the
use of standard RJ-45 splitters and combiners to achieve the
needed 1-Wire network. Multiple 1-Wire devices such as
temperature sensors and ID-Button readers can be connected to
one RTCU unit.
The modular 1-Wire interface cables are available for the
NX-200, LX2/MX2
series, the NX-900 series and the CX1 warp. The modular 1-Wire interface
are delivered with a RJ-45 connector for easy connection to a
combiner if only a single 1-Wire device is connected. For
multiple 1-Wire devices a splitter can be used. No external
power supply is required as the 1-Wire devices derives power
directly from the 1-Wire bus simplifying installation.
Please refer to the Modular 1-Wire
Technical manual for installation and use.
Product
data sheet v1.02 (pdf)
-- Ordering codes:
RT-O-1WM-IF1 (Unit interface cable for
NX900)
RT-O-1WM-IF2 (Unit
interface cable for LX2, MX2, NX-200)
RT-O-1WM-IF3 (Unit interface cable for CX1 warp)
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Modular
1-Wire splitter, combiner and RJ45 UTP cables
The modular 1-Wire concept
is build on standard RJ45 cable technology and by using
splitters, combiners and RJ45 UTP cables any network topology
required by the application can be designed and implemented.
The following parts are offered:
-
RJ45
combiner. Combines two RJ45 cables
-
RJ45
splitter. Splits one RJ45 cable into two cables.
-
RJ45 UTP
cables. HQ cables in various lengths.
-- Ordering codes:
RJ45-CMB
(RJ45 combiner)
RJ45-SPL2
(RJ45 2-way splitter)
RJ45-UTP03M
(RJ45 HQ UTP cable - 3 meter)
RJ45-UTP05M
(RJ45 HQ UTP cable - 5 meter)
RJ45-UTP10M
(RJ45 HQ UTP cable - 10 meter)
RJ45-UTP15M
(RJ45 HQ UTP cable - 15 meter)
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Modular
1-Wire temperature sensor
The modular 1-Wire
temperature sensor are delivered with a RJ-45 connector for easy
connection to the modular 1-Wire network via a combiner or
splitter allowing easy installation in any application. The
temperature sensor offers an accuracy of typical +/- 0.5ºC and
ranges from –55ºC to +125ºC.
The communication between the RTCU unit and the temperature
sensor is done through the 1-Wire interface, requiring only a
single wire and a ground to establish the data connection. No
external power supply is needed as the temperature sensor
derives power directly from the 1-wire bus simplifying
application set-up. From the RTCU application temperatures are
measured with a simple function similar to the known board
temperature function. The temperature sensor has a unique
factory-lasered 64-bit serial number allowing connection of
multiple temperature sensors on the same 1-Wire bus.
Please consult the RTCU IDE on-line help for more information
about the supported 1-Wire Temperature Sensor functions.
The Modular 1-Wire temperature sensor can be delivered in two
length; 3 or 10 meters of cable with a RJ-45 for easy
installation into the modular 1-Wire network. If another length
is required the modular 1-Wire network is easy expandable with a
combiner or splitter and standard UTP network cable.
Product
data sheet v1.00 (pdf)
-- Ordering codes:
RT-O-1WM-TEMP3
(Modular 1-Wire temperature cable - 3 meter)
RT-O-1WM-TEMP10
(Modular 1-Wire temperature cable - 10 meter)
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Modular
1-Wire ID-Button reader
The modular 1-wire
ID-Button reader features an easy to install and easy to use
1-Wire ID-Button reader with controllable LED indicator.
The modular 1-Wire ID-Button reader are delivered with a RJ-45
connector for easy connection to the modular 1-Wire network via
a combiner or splitter allowing easy installation in any
application. The ID-Button reader offers a way to uniquely
identify persons or items equipped with ID-buttons.
The communication between the RTCU unit and the
ID-Button reader is done through the 1-Wire interface, requiring
a single data wire, a ground to establish the data connection,
an extra wire is dedicated for controlling the LED present in
the ID-Button reader. No external power supply is needed as the
ID-Button reader derives power directly from the 1-wire bus
simplifying application set-up. From the RTCU application
reading an ID-Button and controlling the LED indicator is easily
done with function call. IDButtons with on-board non-volatile
memory is also available for storing data directly in the
ID-Button.
Please consult the RTCU IDE on-line help for more information
about the supported
1-Wire ID-Button Reader functions.
The modular 1-Wire ID-Button reader can be
delivered in two length; 3 or 10 meters of cable with a RJ-45
for easy installation into the modular 1-Wire network. If
another length is required the modular 1-Wire network is easy
expandable with a combiner or splitter and a standard network
cable.
Note: On the CX1 series the LED is not supported.
Product
data sheet v1.00 (pdf)
-- Ordering codes:
RT-O-1WM-IDRD3
(Modular 1-Wire ID-Button reader - 3 meter)
RT-O-1WM-IDRD10
(Modular 1-Wire ID-Button reader - 10 meter)
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|
1-Wire
accessories |
 |
This ID Button can be read by an iButton reader connected to a
suitable RTCU unit for easy and secure identification of
a person/item identified with a unique ID button. This can be
used for numerous applications: driver identification, turning
alarm on/off, usage registration etc.
-- Ordering code:
RT-O-1W-ID1X (10 pcs.)
|
 |
This ID Button Fob holds the ID Button in place so that it is
convenient available whenever needed. Available in black colour.
-- Ordering code: RT-O-1W-FOB1X (black) (10 pcs.)
|
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This ID Button can be read
and written to by an iButton reader connected to a
suitable RTCU unit for easy and secure identification of
a person/item identified with a unique ID button. The on-board
non-volatile memory of 116 bytes of data opens up a
broad range of new applications, where the user specific
information can be stored directly into the iButton itself.
Applications
include access control, work-in-progress tracking, electronic
travelers, storage of calibration constants and debit tokens.
-- Ordering code:
RT-O-1W-ID2
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This ID Button
Reader is used for reading the ID Button above. It is
supported in the hardware and firmware of all devices
with 1-wire bus support.
Comes with 3 meter cable and includes a LED that can be
controlled from software.
Can easily be mounted on the dashboard of a vehicle.
Also see the modular 1-wire section.
Technical
manual V2.00 (pdf)
-- Ordering code:
RT-O-1W-IDRD2 (NX-400/NX-900/AX9/DX4/SX1)
RT-O-1W-IDRD3 (NX-200 /
LX2 / MX2 turbo/encore)
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External Temperature
sensor
This 1-Wire based external temperature sensor can measure
temperatures from -55 to 125 degrees Celsius with a precision of
0.5 degrees Celsius.
It is supported in the hardware and firmware of
all devices with 1-wire bus support.
Comes standard with 3 meter cable and
a waterproof
temperature-sensor.
Also see the
modular 1-wire
section.
Product
data sheet v1.02 (pdf)
Technical
manual V1.12 (pdf)
-- Ordering code:
RT-O-1W-TEMP2
(NX-400/NX-9000/AX9/DX4/SX1)
RT-O-1W-TEMP3 (NX-200 /
LX2 / MX2
turbo)
|
|
Power and
I/O Cables |
|
|
Flex Power
and I/O cable for
the RTCU LX5 Series
Flexible power
and I/O cable for the RTCU LX5 series.
60 cm cable with individual coloring for each wire.
-- Ordering code:
RT-O-LX5-IO-CAB2
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Power
cable with ignition for
the RTCU LX2 / MX2 / NX-200 Series
Power cable with
ignition for the RTCU LX2 / RTCU MX2 / RTCU NX-200.
With separate wires: red=Plus, black=Minus and green=Ignition.
Length: 2 meter.
-- Ordering code: RT-O-PWR-MX2
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|
Programming
Cables / Adaptors |
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High-Speed
USB
Programming Cable for the RTCU MX2 series
This
High-Speed USB programming cable for the RTCU MX2
series greatly increases the
communication speed to the device.
-- Ordering code:
RT-O-PCA-USB3
|
|
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RTCU
Programming Cable for all RTCU devices - except the RTCU
MX2 series.
High-quality USB programming cable with two mounted Ferrite
cores for
communicating with all current
RTCU devices - except the RTCU MX2 series.
-- Ordering code:
RT-O-PCA-USB2
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RS232
RJ45 to SUB-D9 (male) cable
for RTCU MX2 turbo
This cable is for converting the RJ45 Serial port to a
standard SUB-D9 (male) connector. Cable length: 20 cm.
-- Ordering code: RT-O-RJ45SM
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RS232
TYCO6 to SUB-D9 (male) cable.
This cable is for converting the TYCO6 serial port to a
standard SUB-D9 (male) connector. TX/RX and GND signals are
connected and RTS/CTS is shortened on the SUB-D9 side.
Cable length: 20 cm.
-- Ordering
code:
RT-O-TYCO6SM
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|
Combined Antennas |
 |
This ruggedized multi-purpose antenna has LTE, GNSS and
WLAN/BT all in the same housing for the most cost effective
and swift installation.
Suitable for use with the RTCU NX-200
and the RTCU LX2 pro.
This antenna comes with SMA(male) for cellular,
SMA(male) for GNSS, and RP-SMA(male) for WLAN and is
designed for outdoor installation with its IP66 ingress
protection.
Comes with 5 meter cable.
Product
data sheet (pdf)
-- Ordering code:
SKU RT-O-ANT-COMBI1
(5 meter cable)
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Supports the frequencies of
GNSS and
Worldwide LTE/UMTS/GSM.
The slim form-factor of this antenna makes it
ideal for installation in difficult places. The dimensions are
only: 96mm x 36mm x 15mm.
It has a SMA male connectors for
both the GNSS and Cellular connections and comes with a 3 or 5 meter cable.
Must be mounted with the adhesive side facing reverse the sky -
towards the installation surface.
Product
data sheet (pdf)
--
Ordering code:
SKU RT-O-LTE-GN1AA
(3 meter cable)
SKU RT-O-LTE-GN1AA4
(5 meter cable)
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High-performance antenna for outdoor
installation - typically on roof-top of vehicle in professional
and demanding applications.
Supports the frequencies of
GNSS and LTE/UMTS/GSM making this antenna the best choice for demanding
applications. This antenna is
with a SMA male connector for
both the GNSS and cellular connection and comes with 5
or 7 meter cable.
Product
data sheet (pdf)
--
Ordering code:
SKU RT-O-LTE-GN2AA (5 meter cable)
SKU RT-O-LTE-GN2AA-7
(7 meter cable)
|
|
|
High-performance fantenna for outdoor
installation - typically on roof-top of vehicle in professional
and demanding applications. This is a flat design that can be
mounted flush with the roof of the vehicle.
Supports the frequencies of
GNSS and LTE/UMTS/GSM making this antenna the best choice for demanding
applications. This antenna is
with a SMA male connector for
both the GNSS and cellular connection and comes with 5
meter cable.
Product
data sheet (pdf)
--
Ordering code:
SKU RT-O-LTE-GN4AA (5 meter cable)
|
 |
This
ruggedized professional grade multi-purpose antenna has
LTE and Dual-Band GNSS in the same housing
for the most cost effective and swift installation. This
antenna comes with SMA(male) for cellular and SMA(male)
for GNSS and is designed for outdoor installation with
its IP6/ ingress protection. In addition to the standard
GNSS L1 band this antenna also supports L5 band making
it perfect for use with the RTCU LX2 pro.
For the most demanding applications. Comes with 5 meter
cable.
Product
data sheet (pdf)
--
Ordering code:
SKU RT-O-LTE-GN5AA
(5 meter cable)
|
|
|
Supports the frequencies of
GNSS and
Worldwide LTE/UMTS/GSM making this antenna suitable for
use with the RTCU MX2 turbo LTE.
The slim form-factor of this antenna makes it
ideal for installation in difficult places. The dimensions are
only: 96mm x 36mm x 15mm.
It has a SMB female connector for the GNSS and a SMA
male connector for the cellular interface. Comes with 3 meter cable and can be
connected directly to the MX2 series.
Must be mounted with the
adhesive side facing reverse the sky - towards the installation
surface.
Product
data sheet (pdf)
--
Ordering code:
SKU
RT-O-LTE-GN1AB (3 meter cable)
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High-performance antenna for outdoor
installation with magnetic mount for easy and flexible
installation.
Supports the frequencies of
GPS/GLONASS and GSM / UMTS making this antenna the best choice for demanding
applications utilizing the RTCU MX2 turbo.
It has a SMB
female connector for the GNSS and a SMA male
connector for the cellular part. Comes with 5 meter cable and can be connected
directly to the MX2 series.
Product
data sheet (pdf)
--
Ordering codes:
SKU RT-O-GPSGSM-XG4
(5 meter cable)
|
|
Cellular
Antennas |
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This is a compact
LTE/UMTS/GSM window antenna with SMA male connector
and 3 m. cable. Suitable for use with all devices.
Product
data sheet (pdf)
--
Ordering code:
SKU RT-O-LTE-WIN1 (3
meter cable)
|
|
This compact LTE band antenna with an SMA male connector can
be mounted directly onto the RTCU
device.
The length is only 78 mm.
Product
data sheet (pdf)
--
Ordering code:
SKU RT-O-LTE-WHIP1 (3
meter cable)
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This compact cellular antenna supports the EMEA
frequencies for LTE/UMTS/GSM. It is designed for
easy "screw-on" directly onto the RTCU device. The length is
just 55 mm!
This antenna is part of the standard antenna set
for for the RTCU CX1 and the RTCU LX5.
Product
data sheet (pdf)
-- Ordering code:
RT-O-LTE-TINY1
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This is a magnet UMTS/GSM antenna with SMA male
connector and 3 m. cable.
Product
data sheet (pdf)
-- Ordering
code:
RT-O-GSM-MG2
|
|
GNSS / GPS
Antennas |
 |
Extremely compact GNSS antenna with an SMA male
connector and 2 meter cable.
This antenna is part of
the standard antenna set for for the RTCU CX1 and the
RTCU LX5.
Product
data sheet (pdf)
-- Ordering code:
RT-O-GPS-SCX2
|
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This GNSS Smartantenna adds
localization capability to the
RTCU NX-400 for efficient asset og timing
management. The antenna is water protected and comes with a 1.5M cable that
easily connects to the USB host connector on the RTCU NX-400. No
external power is required.
Product Features:
-
Mediatek high
performance GNSS Chipset.
-
GPS, Galileo,
GLONASS, BeiDou, QZSS, SBAS.
-
Very
high chipset sensitivity (tracking: -165
dBM)
-
Build-In
Supercap for rapid acquisition.
-
LED indicator.
-
Build-in
roof mount magnet.
-
Water resistant.
-
USB
2.0 interface.
Product
data sheet (pdf)
-- Ordering code:
RT-O-USB-GNSS1
|
 |
This compact GPS antenna with a SMB female connector and 3
meter cable is waterproof and includes a powerful magnet for
easy installation.
Product
data sheet (pdf)
-- Ordering code:
RT-O-GPSANT3
|
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WLAN /
Bluetooth / ISM Antennas |
 |
Compact "screw-on" WLAN/Bluetooth antenna for use with
all devices that support this wireless interface. Angled
design with a length of just 86 mm.
Product
data sheet (pdf)
--
Ordering code:
SKU RT-ANT-WL-S1
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This WLAN/BT antenna comes with 3-meter
cable and a magnet mount for the positioning of the
antenna in an optimal position. The antenna support 2.4
GHz and connects to all RTCU devices with WLAN/Bluetooth
support.
Product
data sheet (pdf)
--
Ordering code:
SKU RT-ANT-WL-S2
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This
compact ISM antenna supports the 868 MHz frequency band
used by RTCU devices with on-board ISM radio. It is
designed for easy "screw-on" directly onto the device
and has a convenient tilt design. The length of the
antenna is approx. 180 mm.
Product
data sheet (pdf)
--
Ordering code:
SKU RT-ANT-ISM-S2
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Obsolete Products |
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