CNTI-R351 is a fanless box computer, powered by Rockchip RK3588 processor, on-board 4GB memory, and on-board 32GB eMMC storage. HDMI display, 4*LAN，2*USB3.0, 2*USB2.0, 2*COM (1*RS485, 1*RS232), 1*8bit DIO, 2*Iso. CAN2.0, 1*M.2 2242 M-Key, 1*full size Mini PCIe, with SIM card slot, supports 4G LTE, opt. onboard WIFI6+ BT5.0. DC 9-36V wide power input, is suitable for industrial applications such as logistics visual inspection, AGV, AMR and intelligent connected vehicle MEC.

Regarding Intel's cessation of direct investment in the NUC business, many netizens asked: What will happen to customers who need portable and highly integrated product solutions?

At this time, JHCTECH must be mentioned.JHCTECH pays attention to product development and innovation. We also put a lot of energy into product research and development. It has designed and developed a variety of exquisite and compact products that can be used to replace NUC. Let us focus on the following:

As the demand for high-performance CPUs in various industries continues to increase, JHCTECH has made another breakthrough, adding a new member to the KMDA family - the new high-performance fanless embedded industrial edge computing node product KMDA-7610/7920/7921 made a stunning debut . The new product is positioned as an Intel Alder lake expandable BOX PC. The appearance follows the KMDA 6 series, equipped with Intel® 12th generation Alder Lake-S/13th generation Raptor lake-S series processors.

BRAV-7131 is equipped with NVIDIA Jetson AGX Orin 32/64GB module, 8/12 cores ARM CPU and high performance GPU, up to 200/275TOPS AI performance, onboard 32/64G memory and 64G storage, multichannel IO and clock synchronization, DC 9-36V wide voltage power supply. It can be used as MEC(Multi-Access Edge Computing) for intelligent transportation, machine vision, intelligent logistics and other industries. 

BRAV-7720/7721 is a workstation-grade Edge computing system, powered by Intel® Alder Lake-S series CPU, Q670 chipset, dual-channel DDR5 memory, and dual/four PCIe expansions. Flexible optional computing power, multi  IO interfaces, high PFC power supply, high efficiency cooling solution and industrial grade reliability design, very suitable for V2X MEC, highway event detection, unmanned experiment vehicle and high-precision machine vision and other fields and applications.

Recently, China's  Ministry of Industry and Information Technology responded to the governments of Hubei Province, Zhejiang Province and Guangxi Zhuang Autonomous Region to support Hubei (Xiangyang), Zhejiang (Deqing) and Guangxi (Liuzhou) to establish a national-level pilot zone for vehicle networking. JHCTECH's Edge Computing MEC successfully supported Xiangyang and Liuzhou Automotive Networking Pilot Area.

According to market data, the global and Chinese single-board computer (SBC) market volumes were 5.05 billion yuan and 1.493 billion yuan respectively in 2022. Based on the huge market capacity, JHC has also planned SBC board products, and independently developed 3.5-inch and 2.5-inch standard SBC boards. As of the first quarter of 2023, JHC has successfully developed three standard 3.5-inch SBC boards, forming a series, and launched the PADR-M102 product with this standard 3.5-inch board series. Let's learn more about it together!

From February 18th to 19th, 2023, JHCTECH successfully held its first Global Partner Conference (China Region) in Shenzhen, attracting over 100 partners from 22 provinces and 4 municipalities in China. The two-day event, themed "Empowerment & Symbiosis" strengthened the company's cooperation with its distributors and was the opportunity for JHCTECH to present its enhanced innovation, products competitiveness, and support service, and all attendees get the chance to share the latest market trends, explore ways to achieve win-win cooperation, as well as achieve joint development.

On the occasion of the New Chinese Year of the Rabbit, JHCTECH would like to extend greetings and blessings to all our partners and customers who have supported us for years!

On December 15^th JHCTECH announced its relocation to Refong Optoelectronics Building, Guangming District, Shenzhen. A grand housewarming ceremony was held to celebrate this event. In the future, the company will expand new business with its new look, which symbolizes entering a new milestone. Guests gathered at the housewarming party and witnessed the unveiling ceremony of the new office. 

On November 22, JHCTECH held the KGEC new product launch online, which brought a new compact AMR controller KGEC-6200. Let's take a look at the main exciting highlights of the product.

Since 2015, China's intelligent connected vehicle demonstration zones have begun to sprout. Many demonstration zones, including Beijing, Shanghai, Jiangsu, Changchun, Chongqing, Changsha, Wuhan, etc., have been officially implemented. Shanghai International Automobile City is the first Chinese domestic pilot demonstration zone for intelligent connected vehicles approved by the Ministry of Industry and Information Technology. Its project includes three test areas with complementary functions: a closed test area, an open road for 5G+MEC+V2X, and an open road for 4G+MEC +V2X.

The Intelligent Networked Vehicle (Shanghai) Pilot Demonstration Zone project has built 50 new holographic intersections to ensure the efficient coordination of vehicles, roads, as well as an all-around infrastructure implementation environment for clouds, networks, and roads. This infrastructure enables environments' all-element fusion perception of people, vehicles, and road events and supports innovative application exploration of autonomous driving.

In recent years, the automotive industry has been rapidly developing, paving the way for many innovations and new trends. With the rapid increase in consumer demand for high-performance cars, commercial vehicles with autonomous driving are gradually gaining recognition in the market. Safety is the most critical factor in the development process of autonomous vehicles. According to statistics from the National Highway Traffic Safety Administration (NHTSA) in the United States, driver error accounted for 94% of traffic accidents, with identification errors being the most common cause. Advanced Driver Assistance Systems (ADAS) is one of the key active safety systems for vehicles, closely related to the vehicle power system, brake system, and steering system. ADAS vehicle control system requires high reliability. Using such advanced driver assistance systems will help to reduce traffic accidents, injuries, and deaths thanks to human error avoidance. Therefore, road testing of ADAS controllers' functions and performance is essential.

In recent years, with the continuous acceleration of the electrification process, new energy vehicles have become more and more popular; according to the "New Energy Vehicle Industry Development Plan (2021-2035)", by 2025, sales of new energy vehicles will account for 20% of total vehicle annual sales. The rapid development of new energy vehicles has increased the demand for charging piles, combined with the support of policies such as "new infrastructure" and "steady growth" so that the market size of new energy charging piles has increased from 7.2 billion RMB in 2017 to 41.87 billion RMB in 2021. The market size is expected to reach 80.96 billion RMB in 2022.

The recent strong development of the logistics industry has been made possible thanks to higher-scale automation and intelligent manufacturing, which are now an irreversible trend for this industry. Automated and intelligent handling tools, including unmanned forklifts, have ushered in unprecedented development opportunities. The application of unmanned forklifts and AGV/AMR in industrial production, warehousing, and logistics is clearly the trend of further market growth. Automated Guided Vehicles (AGVs)s integrate with forklifts, and their application in the field of warehousing and logistics has gradually expanded in recent years. Thanks to the cooperation of traditional forklift manufacturers, AGV manufacturers, logistics integrators, and warehousing robot companies, the unmanned forklift market is developing rapidly and becoming more and more competitive.