AnyRover V3+ Mobile Access Router
The AnyRover V3⁺ Mobile Access Router (MAR) is an optimal solution for professional use in mobile applications in vehicles. It offers secure communication and high functionality in a very compact and energy-optimised solution. The powerful device enables seamless integration into OpenVPN or IPsec networks or the Internet. Advanced security functions are available with the integrated firewall and NAT support.
With support for 4G/LTE, or optionally 5G, the AnyRover V3⁺ allows HD video transmissions via mobile networks in real time (e.g. for traffic monitoring). With its option for up to three modems, the AnyRover can establish simultaneous connections to three mobile networks.
The use of the optional S.A.NE software from Bondix further optimises the triple modem solution. With this solution, different connections (mobile radio, but also WLAN and Ethernet) are active at the same time and the data is distributed over several connections (channel bundling). The MAR enables the simultaneous use of different providers and is therefore a highly available solution for mobile communication. The connection quality is further increased in the WLAN or mobile radio area with the optional use of MIMO technology.
4 x 4 Multiple Input Multiple Output (MIMO) means that the AnyRover establishes four parallel data streams via four neighbouring antennas. This results in an increase in data rate of up to 150 % compared to just one antenna under the same reception conditions. Where MIMO communication is not possible due to poor reception conditions, several channels are either used for beamforming (a type of electronically adjustable directional antenna) or one channel is used for uninterrupted cell switching (handover). This requires a combination antenna that contains four (two for 4G) mobile radio antenna elements.
The AnyRover V3⁺ IEEE 802.11ax WLAN can act as a client and access point simultanously on two different frequency bands. In mobile applications, a vehicle parked in a garage can connect to a local service WLAN (software downloads), while the WLAN hotspot of the vehicle allows enterprise network access to client devices (laptops, tablets, mobile phones). The MIMO technology offers improved connectivity in a greater radius. With WPA2 (AES) encryption and 802.1x/EAP authentication, the system guarantees secure WLAN communication.
The highly sensitive GPS receiver is also available with 3D dead reckoning technology. The use of dead reckoning enables uninterrupted navigation and localisation even in places where there is no GPS signal, e.g. in tunnels, multi-storey car parks or under buildings, thanks to advanced sensor technology. The position is immediately available even after the vehicle has been parked for a long time period.
The integrated 10/100/1000 MBit/s Ethernet switch allows the connection of up to five devices. The SFP slot can be used as an additional Ethernet (fibre, copper) connection. The AnyRover V3⁺ can also be connected directly to VDSL networks using the existing SFP slot.
One or more ports can be separated from the others using internal VLANs (IEEE 802.1q). In this way, a DMZ can be set up for additional security requirements.
One of the Ethernet ports can be configured as a WAN port. As soon as this port is connected to an alternative communication interface (DSL, satellite), this connection can be set as a new path to the central network automatically. This function is primarily used as a backup or alternative link function.
With two different types of Power over Ethernet (PoE) modules, the AnyRover V3⁺ can either supply itself with power as a Powered Device (PD) or feed PoE+ devices (IEEE 802.3at) connected to up to two Power Sourcing Equipment (PSE) Ethernet ports.
Both SMA or FAKRA antenna connector options are available.
The architecture of the AnyRover V3⁺ i.MX6D processor is designed to minimise power consumption. This conserves battery power and enables longer periods of use.
The AnyRover V3⁺ also offers a configurable general purpose input and output interface (GPIO). These ports can be used to control up to three relays or lamps, for example, or to evaluate up to four analogue/digital input signals. The input voltage and the device temperature are also available as measured values. Scripts can be used to realise alarms, e.g. when the battery voltage of a system is low.
The operating temperature of the AnyRover V3⁺ ranges from -20 °C to +75 °C. The flexible supply voltage range of 8 to 60 volts enables easy installation in various vehicles or fixed installations.
The AnyRover V3⁺ offers the option of a serial interface on the rear of the housing. This can be used, for example, to transfer the position data to a navigation application. We can also provide a turn-key solution that reads vehicle data from its CAN bus (e.g. the vehicle's mileage or fuel level) and that forward that data to a central location. This means that vehicles can be called into the workshop for servicing in a much more targeted manner, thus saving on vehicle maintenance costs. A module that adds a direct CAN interface to the AnyRover V3 is available on request.
The optional integrated battery backup unit allows the AnyRover V3⁺ to continue operating in the event of a power failure so that central systems or on-call services can be alerted. Depending on the configuration level, a bridging time of up to 2 hours is possible at full function. With a configurable limitation of the battery charge, the Li-Ion battery service life can be extended to values that exceed a normal life cycle duration.
When the supply power is lost and when it is restored, automatically executed scripts can trigger messages or perform more complex tasks. GNSS tracking is therefore also possible if, for example, a power supply has been disconnected due to theft. The Battery Backup Unit can therefore supplement security features in systems that would otherwise require several additional components.