08/21
2020
ARBOR Unveils New Fanless Wide Temperature E-Mark Certified Edge Computer ARES-5310
Leading embedded computing solutions provider ARBOR Technology Corp. launches the latest embedded system ARES-5310. Its fanless and wide-temperature designs fulfill the needs of avoiding dust accumulation and operating in harsh environments.
Fanless Design and Wide Temperature Support
ARES-5310 is powered by Intel Apollo Lake-S processor. Intel’s new architecture offers high performance while providing low power consumption, Its fanless design makes dust accumulation avoidable and industrial-grade ARES-5310 comes with a wide operating temperature range from -20ºC to 70ºC, suitable for operations in harsh environments.
Designed for Connectivity
ARES-5310 has a compact design, with dimensions of only 180 x 125 x 70 mm. Its on-board 64GB of eMMC storage allows additional enclosure space for a 2.5 inch storage device. ARES-5310 also has two Mini-PCle slots to support additional SIM card modules. The new embedded controller’s two SIM card slots allow all vehicles or machines to stay networked when they travel across different countries over two types of communication bands.
E-Mark Certified
ARES-5310 has E-Mark certification to meet the requirements of traffic safety and environmental protection for the provisions of EU directives and EEC regulations, making it ready for applications in the local markets anytime.
Extensive I/O Interfaces
ARES-5310 features versatile I/O interfaces and connectivity. It provides four COM ports (RS-232/422/485), one GbE LAN, two PoE ports, four USB 3.0, and four DI/O for real-time inspection, monitoring and surveillance at the same time. ARES-5310 also comes with both HDMI and VGA outputs to connect multiple monitors. Its ACC feature for power ignition delay timer secures all of information and data at work in case of power outages.
Versatile Mounting
Thanks to ARES-5310 versatile mounting capabilities, the new embedded system is compatible with both DIN-rail mount and wall mount. The mounting capabilities allow ARES-5310 to be mounted to a wall or any other flat surfaces for a variety of applications.
Case Studies
In Europe, ARES-5310 is chosen as a transportation controller and driverless vehicle monitoring system. Its rich I/O interfaces can be networked to PoE-enabled cameras and GPS for vehicle tracking, driver behavior monitoring, and AI recognition. In Asia, as the edge computer for ANPR cameras at toll stations of national highways, ARES-5310 is selected to perform video analytic algorithms for video streaming, and to reduce computing load at the central server for automatic number-plate recognition on highways.
Features
- ntel® Atom™ x7-E3950 / Celeron® N3350 Processor
- 2CH GbE PoE (Power over Ethernet), IEEE 802.3af connectivity
- 4 x USB 3.0/2.0 combo ports
- 32 bit digital I/O with 2kV Isolation
- DIN-rail mount & Wall mount compatibility
- Wide-range operating temperature from -20°C to 70°C
- Power on/off delay control / configurable ignition power control
06.22.2020
Introduction
According to statistics, 90 percent of bus accidents happen because drivers do not pay much attention and stay focused while they are driving. Other than giving the training to bus drivers on regular basis, Advanced Driver Assistance System (ADAS) can also help to enhance safety on the move and ensure everyone safer public transportation services. Not only does ADAS assist in monitoring driver’s behavior and reducing accidents, but it also helps central management understand the status of vehicle. Therefore, car accidents can be greatly avoided.
According to statistics, 90 percent of bus accidents happen because drivers do not pay much attention and stay focused while they are driving. Other than giving the training to bus drivers on regular basis, Advanced Driver Assistance System (ADAS) can also help to enhance safety on the move and ensure everyone safer public transportation services. Not only does ADAS assist in monitoring driver’s behavior and reducing accidents, but it also helps central management understand the status of vehicle. Therefore, car accidents can be greatly avoided.
05.21.2019
Traffic monitoring and tracking is a vital element of transportation system management. One of the underlying technologies used in intelligent transportation is Automatic Number Plate Recognition (ANPR). With the ANPR system, vehicle number plates are captured by cameras and then interpreted through the use of optical character recognition (OCR) to identify license plate numbers. ANPR is used in a variety of ways to support the efficiency and security in vehicle-based infrastructure. Typical ANPR applications include traffic monitoring, road law enforcement, speed and journey time measurement, toll collection, parking lot access control, etc.