ATC 8010, powerful and reliable Artificial Intelligent (AI) platform, is specially designed for the applications, such as ANPR, AFR and highly-demanding on graphic performance. Its updated Intel® Coffee Lake desktop 35W CPU, and NVIDIA® 1050Ti/1080 graphic card guarantees the graphic performance, which satisfies with most of the Automated Intelligent (AI) requirement. 8-Port 802.3af/at PoE, offers wide bandwidth and precise control to the analysis of big video data. Besides, ultraONE+ technology commits the transmission of video and audio, up to 10 meters distance. 5 x HDMI and 1 x VGA let users monitor the immediate video without any delay and blind spot. RAID 0, 1, 5, 10 guarantees the safety of video data in the 2 x external SSD, and 2 x mSATA. Fanless design for NVIDIA® GeForce® GTX 1050Ti is also available.
VIP 1000 (VIP 1000-T & VIP 1000-R) is a new Full HD dual HDMI Extender over IP system for public transport applications from NEXCOM.
With NVIDIA® Jetson Xavier™ NX SOM, ATC 3530 can deliver up to 21 TOPS for running modern AI workloads with consuming 15W low power.
VTC 1030 is a compact and rugged entry-level vehicle computer with Intel Atom® x6211E dual-core processor 1.3GHz/3GHz (burst).
NEXCOM's VTC 1031 fanless in-vehicle computer features a next-generation Intel Atom® x6413E processor quad-core 1.5GHz.
VTC 7260-xC4 is a compact, rugged, and fanless in-vehicle, AI-aided, telematics computer designed with Intel 11th Gen.
VTC 7260-x is a compact, rugged, and fanless in-vehicle, AI-aided, telematics computer designed with Intel 11th Gen.
VTC 210 provides SDK control API such as integration modules power/reset on/off, WDT control, ignition delay timer and so on.
Computing power drives vehicle applications, which is why NEXCOM offers a wide range of computing platforms to meet different vehicle needs.
Bus-News magazine Issue 1, October 2021: NEXCOM – Smart Buses Steer into Smart Cities with Vehicle Telematics.
With built-in high-performance Intel® Coffee-Lake S/Refresh processing power and the powerful NVIDIA® GeForce® RTX 2080 Ti graphics engine with 4,352 CUDA® core...
With built-in high cost-effective NVIDIA® JetsonTM TX2, the rugged ATC 3200 can perform a deep learning in inference acceleration up to 1.3TFLOPS computing powe...
NEXCOM mobile surveillance system VTC 7251-7C4 accomplishes operational efficiency of public transportation and service.
NEXCOM mobile system VTC 7251 accomplishes operational efficiency of public transportation and service.
NEXCOM mobile surveillance system VTC 7250-7C8 accomplishes operational efficiency of public transportation and service.
VTC 6222, based on Intel Atom® quad core processor E3950 (up to 2.0GHz), is specifically comply with stringent E mark standard in rugged, fanless and compact me...
VTC 6221, based on Intel Atom® quad core processor E3950 (up to 2.0GHz), is specifically comply with stringent E mark standard in rugged, fanless and compact me...
VTC 1021 features next generation Intel Atom® x5-E3940 processor quad core 1.8GHz, with powerful graphic and multimedia enhancement.
VTC 1020, a compact, rugged and entry-level vehicle computer with Intel Atom® x5-E3930 processor dual core 1.3GHz, is designed for the harsh in-vehicle environm...
VTC 1910-S, a super slim, rugged and entry-level vehicle computer with Intel Atom® processor E3815 (1.46GHz), is designed for the harsh in-vehicle environment.
NEXCOM introduces the new VTC 7270, its latest fanless AI powered in-vehicle telematics computer/5G communication hub.
NEXCOM’s in-vehicle AI-aided telematics computer, VTC 7260-xC4, is used as the core of vehicles to help deploy a wide range of applications.
NEXCOM introduces the VTC 1031 and nROK 1031, its compact mid-range vehicle and railway PCs, helping to fulfil commuters’ busy lifestyles.
The VTC 1030 provides a complete solution for fully-connected buses, leveraging IoT technologies in day-to-day operations.
NEXCOM's highly dependable VTC 210, the fanless in-vehicle computer, handles various telematics applications reliably.
NEXCOM introduces the ATC 3200, a compact, AI-enabled gateway suitable for both in-vehicle and stationary applications.
NEXCOM’s VIP 1000T/R is a new E-mark certified in-vehicle HDMI extender over IP solution designed for bus transport PIS and infotainment.
The NEXCOM in-vehicle computer VTC 1021 features the Hailo-8™ AI acceleration module, enabling best-in-class AI performance at the edge.
Finding a vehicle mount computer that can withstand a wide range of environmental conditions is a challenge. NEXCOM answers with the VMC 2020.
The latest IP65-grade in-vehicle computer, VTC 7252-7C4IP, with features beyond surveillance, enables a higher level of security.
The NEXCOM ATC 3530 harnesses the power of NVIDIA® Jetson Xavier™ NX by combining in-vehicle functionality with AI-aided recognition computing
Three awards have been obtained by NEXCOM during the 30th Taiwan Excellence Awards for transportation in-vehicle computer products.
The VMC 220 is a mobile panel PC for in-vehicle use with a robust set of features, making it the ideal driver display PC for many vehicle applications.
NEXCOM’s Mobile Computing Solutions group brings you Movidius’ Myriad™-X-enhanced transportation computing solutions.
NEXCOM is thrilled to present its series of Google Coral AI Edge telematics solutions, featuring the Edge TPU Accelerator.
NEXCOM’s Mobile Computing Solutions group features top-of-the-line NVIDIA graphic processing units (GPUs) in select industrial AI edge computers.
The future of intelligent transportation systems is here with NEXCOM’s VTC 7251-7C4 vehicle telematics computer, based on the Intel® Core™ processor family.
NEXCOM introduces the fundamental solution to these concerns with the nROK 6222/VTC 6222, a rugged mobile computer.
NEXCOM embraces the need for state-of-the-art AI in introducing the new ATC 8110 advanced telematics computer.
NEXCOM is ushering in the future of in-vehicle AI edge computing with the ATC 8010 AI edge in-vehicle computer.
Use the form opposite to get in touch with NEXCOM International Co., Ltd. directly to discuss any requirements you might have.