Converging Edge AI Compute and 5G Connectivity for ITS
Today’s intelligent transportation is evolving with AIoT technology to enable a smart, secure and efficient method of mobility for everyday life. Modern transportation infrastructure requires an intelligent system that can integrate Edge AI compute and 5G connectivity in a range of ITS applications, such as traffic control and monitoring, V2X communication, autonomous driving and fleet management.
Lanner provides an integrated ITS computing platform that empowers Edge AI and 5G connectivity. These rugged computers consolidate ITS workloads that not only enable AI computing for traffic video analytics and autonomous driving, but also deliver secure 5G connectivity and mobile cellular bonding for data transport from edge to cloud.
Lanner provides an integrated ITS computing platform that empowers Edge AI and 5G connectivity. These rugged computers consolidate ITS workloads that not only enable AI computing for traffic video analytics and autonomous driving, but also deliver secure 5G connectivity and mobile cellular bonding for data transport from edge to cloud.
Cellular Bonding
Lanner’s industrial uCPE ISD-V330 aggregates the bandwidth from multiple available connections, creating an uninterrupted network with high-speed broadband technologies, such as FirstNet Ready LTE, commercial LTE networks, microwave broadband, as well as VSAT. This generates a reliable and secure inter-agency connection network to send and receive mission-critical data, while keeping needed resources in the field.
Multi-SIM Vehicle Computer
- 3x Removable LTE/5G caddy with dual SIM slots
- Operating temperature: -40~70ºC
- Intel® Atom™ x6000E CPU (Elkhart Lake)
- 2x GbE LAN, 4x USB, 2x COM, 1x CAN, 2x HDMI
- E13, MIL-STD-810G anti-vibration & shock
Multi-SIM Vehicle Computer
- 1x Removable LTE/5G caddy with dual SIM slots
- Operating temperature: -40~70ºC
- Intel® Atom™ x7-E3950 CPU (Apollo Lake)
- 6x RJ-45 LAN (4 with PoE or 2 with PoE+)
- E13, MIL-STD-810G anti-vibration & shock
Rail Cyber Security
Ethernet-based rail network systems are often used to facilitate communications between devices and systems on trains, combined with automated operations and remote control, resulting in increased freight and transport efficiency. With EN50155 and EN45545, Lanner ICS-R372 is designed as a cost-effective rail security appliance, providing quality performance with low power consumption for rolling stock cybersecurity applications.
Rail Cyber Security Appliance
- EN50155, EN50121, EN50125, and EN45545 Certified
- M12 Protected I/O with 6x GbE ports
- Wide operating temperature -40 to 70°C
- Support 24~36V or 72~110V power input
- 2x M.2 Slots with 4x SIM card slot
Video Analytic for Traffic Management
Intelligent traffic systems may be in different development stages globally, but integrators have recognized that a single source of Internet connectivity is insufficient, especially with the high maintenance costs due to unreliable availability. Lanner rugged computers with edge computing and 5G is designed to provide backup cellular connectivity for intelligent traffic management infrastructure.
5G/WiFi Ready IP67 Outdoor Computer
- Compliant with IP67 and MIL-STD-810G
- M12 Protected I/O with 4x LAN, 2x PoE+, 1x USB
- Wide operating temperature -40 to 70°C
- M.2 Sockets for 5G and Wi-Fi 6 Connectivity
- Intel® Atom® C3000 CPU (Denverton)
VPU-Powered Edge AI Appliance
- Included Falcon-H8 AI Accelerator Card
- 2x LAN, 4x PoE, 4x USB, 6x COM, 8x DIO
- Wide operating temperature -40 to 70°C
- 1x Removable LTE/5G caddy with dual SIM slots
- Intel® Atom® C3000 CPU (Denverton)
Autonomous Driving
Lanner offers Intel Xeon-based server-in-car as the perception computer for L4 autonomous systems deployed in self-driving buses or trucks. With best-in-class performance, availability and reliability, Lanner’s server-in-car optimizes complex AI algorithms at the proximity to analyze data from sensors, cameras, LiDAR, and send instructions to the car’s actuators, which control acceleration, braking, and steering.
Read the Use Case
Read the Use Case
ATS-6000
Autonomous Driving Compute Platform
- Dual Intel® Xeon® CPU (Sapphire Rapids) compute platform
- Intel Atom CPU (Denverton-AD) ADAS platform
- DDR5 memory down design
- Automotive-grade MCU with ASIL D and vehicle network interface
- High bandwidth PCIe 5.0 for GPU/FPGA support
- Liquid cooling design compatible