HW features |
Processor | QuadCore ARM CORTEX ARM57 1.5 GHz |
Co-processor | GPU 0,5 TFLOP for neural network support |
Memory | 4GigaBytes LPDDR4, eMMc 16GB |
Mass memory | HD SSD standard M2 from 128GB (expandable up to 2TB) |
Expansion slots | MicroSD Card + MiniPCE Card |
I/O | 2 Porte Gigabit Ethernet with the possibility of connecting a fiber optic connector |
| 2 USB Ports |
| N. 1 serial port RS485 |
Radio | N. 2 Hybrid radio modules with DSRC or CV2-x technology configurable via software |
Radio channel characteristics C-V2x (PC5) | 3GPP Rel.15 @5.9 GHz |
Radio channel characteristics DSRC | 802.11p |
Emergency diagnostics | Additional LoRaWAN radio channel supported by internal battery for diagnostic communications in the event of a power failure to the equipment or serious failure of the same. |
Antennas | n°2 dedicated to C-V2x radios |
Antenna | n°2 dedicated to DSRC radios |
| n° 1 GPS GNSS |
Antenna fixing | Mechanical with safety lock |
SW features |
Security/Encryption | Hardware session (one for each radio module)(HSM). Container opening alarm (Tamper); all data in memory encrypted. |
Extensions | "Sensor fusion" package integrated with measurement of various internal parameters such as: temperature, humidity, inclination, oscillation, state of input currents, etc., with generation of alarms in case of exceeding working thresholds. |
Simultaneity | Dual communication channel simultaneously C-V2X and DSRC (ITS-G5) |
| Support for all message types in both channels |
| Support encryption via PKI on both channels |
| Support sending C-ITS messages simultaneously in both channels or only in the selected channel as needed |
| Support forwarding C-ITS messages received from vehicles to the C-ITS back-end system from each channel |
General characteristics |
RSU Dimensions | 160 x 220 x 80 mm (h/l/w) |
Maximum antenna dimensions | 1200 x 300 mm diameter |
Operating Temperature | -40° + 65°C |
MTBF | 100.000 hour |
Industrial protection degree | IP67 |
Antenna connectors | n°7 IP67 |
LAN-POE | n°1 IP67 connector |
Case RSU | Anodized Aluminum |
Protection | Alarm signal in case of opening of the RSU device |
Development system | SDK/API to modify geonet elements (traffic classes, message lifetime, maximum number of retransmissions, geonet destination area, destination port, message repeat interval, message repeat duration etc.) |
Communication between RSU and back-end C-ITS system | UDP over VPN with the possibility of using DTLS for greater session security for PKI levels 1 and 2. Use of two different UDP ports for C-V2X and for ITS-G5 for data exchange between RSU and C backend -ITS. |
Caratteristiche generali |
Weight RSU & Antennas | 15 Kg. ca |
Power Supply |
Redundant power supply stage | 18-36 Vdc 60W; or Ultra-POE IEEE 802.3bt type3 60W |
Consumption | Max 35W |
Compliance |
Compliance | Complies with C-ITS Roadside ITS-G5 System Profile 2.0.7 standards of the C-Roads regulations |
| Complies with all ETSI, ISO referenced standards for each level of the RSU. Support for DENM, IVIM, SPATEM, MAPEM, SSEM, SREM (minimum version 1.3.1) and CAM (minimum version 1.4.1) messages and support DENM 2.1.1 messages |
| PKI support (vendor agnostic, as long as they meet security standards) and compliance with all reference security standards, EU security policy and EU certificate policy |
| Compliant with C-ITS 2.0.7 C-Roads message profiles; support for the data fields of each type of message, support for the creation, update and deletion of DENM and IVIM messages. SDK/API for creating and editing data fields |
| Services and definition of use cases as per C-ITS version 2.0.7 |
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