rcT2G (Train to Ground) communication system is consists of a wireless reliable and secure transmission path between the mobile asset and the infrastructure and downstream technology ensuring the integration of systems/applications in the mobile and infrastructure part.
The T2G (Train to Ground) technological block provides transparent transmission path based on the Ethernet standards as a permanent, reliable, controlled and encrypted connection for managed data transmissions (including QoS) in critical applications (ATP/ATC/CBTC/FRMCS) or for other technologies/applications (CCTV, Voice, diagnostic and general data) with need of data transmissions between mobile and infrastructural parts.
A technology providing an interface for connection of technological block / systems / applications with need of critical data transmissions between mobile and infrastructural part (e.g. ATP/ATC/CBTC/FRMCS)
A technology providing monitoring and recording in the mobile part and in the infrastructure. In connection with the transmission system (T2G), it is possible to transmit on-line the image (stream) from cameras (with defined latency) or recordings from recording devices between the mobile and infrastructure parts of the monitoring systems.
A technology providing an interface for connecting other systems/applications whose data are transmitted between the mobile and infrastructure parts via a transmission system (T2G).
Technology and technological equipment of standard Ethernet type networks (active and passive network elements, optical/metallic cable routes, etc.) for the mobile and infrastructure part ensuring interconnection and integration with the required technologies.
Dual radio access point for equipping of infrastructural parts to provide wireless communication in two frequency bands simultaneously with mobile assets according to IEEE 802.11 a/b/g/n. It is an ideal solution as a wireless linking device for communication between a mobile asset (rail/ground vehicle) and infrastructure including T2G (Train to Ground) communication systems type.
The rcAP 3.2020 outdoor radio access point (Q2 product line, Q2-AP) provides a robust solution based on the Power Architecture® T2080 multi-core processor with high computing power, which provides a high level of encryption for cybersecurity applications.
All connectors such as power, Ethernet, antenna connectors, etc. are located on the front side of the enclosure. Service connectors are placed under the aluminum cover. For advanced diagnostic purposes provides build in mSATA storage and GPIO interface with I/O.
The device complies with EN 50155, EN 62368-1 and EN 45545 standards and provides IP65 rating.
GENERAL SPECIFICATIONS:
COMPLIANCE:
(meets the following requirements and standards)
CONSTRUCTION:
Dual radio communication client for equipping of mobile asset (rail/ground vehicle) to provide wireless communication in two frequency bands simultaneously with the infrastructural part according to IEEE 802.11 a/b/g/n standard. It is an ideal solution as a wireless linking device for communication between the mobile asset (rail/ground vehicle) and the infrastructure including the T2G (Train to Ground) communication system type.
The rcCLI 3.2020 radio client (Q2 product line, Q2-CLI) provides a robust solution based on the Power Architecture® T2080 multi-core processor with high computing power, which provides a high level of encryption for cybersecurity applications.
All connectors such as power, Ethernet, antenna connectors, etc. are located on the front side of the enclosure. Service connectors are placed under the aluminum cover. For advanced diagnostic purposes provides build in mSATA storage and GPIO interface with I/O.
The device complies with EN 50155, EN 62368-1 and EN 45545 standards and provides IP65 rating.
GENERAL SPECIFICATIONS:
COMPLIANCE:
(meets the following requirements and standards)
CONSTRUCTION:
Intelligent industrial 24-port Ethernet L3 switch with the extension of possibility to connect the High-availability Seamless Redundancy networks (HSR) and with integrated computer with processor Power Architecture® T2080.
rcSWT 2.2121 (Q2 product line, Q2-AP-C) is ideal for mission critical applications that requests high availability and short time of network recovery and for any applications with need of high speed data transfer (e.g. transfer large amounts of video, voice and data over the network) up to 10 Gbit/s.
The switch includes SFP/SFP+ slots for use with a choice of optical or metallic connections. In addition to the switch's basic functions, it is enhanced with an internal computer that is connected via an internal bus as an integral part of the switch, and is based on the Power Architecture® T2080 multi-core processor with high computing power that provides a high level of encryption for cybersecurity applications.
GENERAL FEATURES:
INTERFACES:
ENVIRONMENT:
COMPLIANCE:
(meets the following requirements and standards)
CONSTRUCTION:
Passive radio signal power splitter for 2.4 GHz and 5 GHz bands.
rcSPL 1.3801 (rcSPL product line) is ideal for dividing the radio signal for covering of wide area or divided areas from the one radio input device.
Intended for WLAN networks based on the standard IEEE 802.11, a/b/g/n or similar type networks.
Reduces the number of devices as radio signal sources to cover given area.
Electrical data
Interfaces
Construction data
Compliance
Infrastructural dual-direction antenna for 2.4 GHz and 5 GHz bands. It allows directional propagation of the signal in two directions without the use of additional elements to split the source radio signal.
rcANT 1.2101 (rcANT production line) is with propagation the radio signal in two directions to cover the "path" without radio signal degradation compared to using multiple antennas and other passive modules (antenna system) to split the radio signal from a single radio input device. Designed for WLANs based on IEEE 802.11, a/b/g/n or similar.
The antenna design practically reduces the number of antennas used in antenna systems and, at the same time, when splitting the radio signal into two given directions, limits the propagation of the radio signal outside the required coverage area and thus does not contribute to increasing the level of radio noise outside the coverage area.
ELECTRICAL DATA
INTERFACES
ENVIRONMENTAL DATA
CONSTRUCTION DATA
COMPLIANCE
Rail-Com Systems s.r.o.
generála Svobody 764
Pardubice 533 51
Czech Republic