Article By : ECS Industrial Laptop Co. Ltd
ECSIPC launched a variety of complete new merchandise for good retail and automation intelligence at COMPUTEX 2023.
ECS Industrial Laptop Co. Ltd (ECSIPC) has launched a variety of complete new merchandise for good retail, automation intelligence, data kiosks, lottery terminals, together with the LIVA Z5 Plus mini-PC sequence, B760H7-M8 and Q670H7-IS1 motherboards at COMPUTEX 2023, which is occurring this week in Taipei.
ECSIPC is exhibiting its complete good charging options together with AC charger for dwelling and industrial use and DC charger with 360kW DC energy output, prepared for direct deployment in industrial and enterprise functions.
Compact industrial motherboard focused at good auto take a look at tools, AMR
The ECSIPC Q670H7-IS1 motherboard is good for automation intelligence in industrial functions similar to good auto take a look at tools and autonomous cellular robotic (AMR). It helps thirteenth Era Intel Core i Processors and a PCI-Categorical 5.0 16X slot for high-performance GPU or FPGA playing cards prepared for AI/ML processing.
This compact mini-ITX motherboard is good for small tools areas. Capacious DDR5 as much as 128GB, superfast M.2 NVMe PCI-E 4×4, and SATA SSD storage is obtainable. Connectivity consists of two Ethernet, Wi-Fi/BT and even LTE/5G modules. Legacy COM RS232/422/485 can be found to assist a variety of business tools interfaces.
360kW dual-output DC good charger
Supporting the rising adoption of electrical autos (EVs) worldwide, ECSIPC has launched a Sensible DC Charger able to twin output as much as a powerful 360kW (400A max, 480V, 3-phase). This entire turnkey resolution gives super-fast charging speeds for communal parking garages, industrial fleet operators, automotive sellers, EV infrastructure operators and repair suppliers, and freeway service stations.
It options an built-in digital signage show that permits simple to see standing data and even show promoting alternatives for public operators, plus an built-in PCI-PTS Cost System that permits tap-to-pay through safe web entry. The charging interface is compliant with CCS2, OCPP 1.6 JSON normal, and ISO 15118. The Sensible DC Charger integrates with the ECSIPC Administration Platform, permitting operators, system integrators, and industrial clients to conveniently management the charger station remotely.
New LIVA Z5 Plus Sequence Mini-PC for Sensible Retail Options
Prepared for industrial self-service kiosks with digital signage, ECSIPC is launching its new LIVA Z5 Plus and LIVE Z5E Plus mini-PCs at Computex 2023. Demonstrating its spectacular capabilities as a part of a complete good retail resolution, guests can order their very own bubble tea from a totally automated self-service kiosk that features a number of 4K shows displaying drinks menu, order standing, and gross sales promotions, all from a single LIVA Z5 plus. These cutting-edge mini-PCs can join as much as 4 4K screens concurrently.
With an embedded thirteenth Era Intel Core i Processor, it gives extremely succesful efficiency at minimal energy use. Wealthy I/O is obtainable, and storage choices embody a superfast M.2 2280 PCI-E NVMe Gen-4×4 SSD, and possibility of two.5-inch SATA SSD (Z5E plus). Connectivity consists of two 2.5GbE, with the choice of Intel vPro®, and Wi-Fi 6 connectivity, offering multi-gigabit efficiency.
Excessive-performance motherboard for data kiosks and public terminals
Designed for public functions similar to data kiosks and lottery terminals, the brand new B760H7-M8 presents excessive efficiency and feature-rich I/O, enabling it to offer a stable spine for eye-catching designs with a spread of touchscreens, buttons, switches, and vibrant lighting.
Supporting thirteenth Era Intel Core i Processors and superfast DDR5 reminiscence, the motherboard makes use of 100% stable capacitors for stability and life-cycle longevity. Superior 3D graphics may be added through GPU card into the PCI-Categorical 5.0 16x slot, and storage choices embody two ultra-high pace M.2 NVMe SSD PCI-E 4×4, and 4 SATA ports.

