Kontron’s FlatClient ECO Series Panel PCs with 6th Generation Intel Atom or Celeron Low Power Processors | IoT Now News and Reports

Ismaning, Germany – kontrona global provider of IoT/embedded computing technology (ECT), now offering 6th gen Intel Atom or Celeron processors for its FlatClient ECO Panel PC series, providing high computing and graphics performance with low power consumption. Panel PCs with full metal housing are easy to clean thanks to their scratch-resistant and seamless front made of continuous tempered glass.

Anti-glare and anti-fingerprint surface finish displays in sizes ranging from 10.1″ to 23.8″ are therefore easy to read even in difficult lighting conditions and offer bright, detailed viewing at WXGA/Full resolution -HD: the preconditions for the user. Friendly machine operation.

The new models of the FlatClient ECO Panel PC series are equipped with 6th generation Intel Atom x6212RE or x6425RE or Intel Celeron J6413 processors. In addition to two DisplayPorts and two Ethernet interfaces with 2.5 or 1 GbE, the all-in-one Panel PCs also have four USB 3.2 ports. Fast NVMe SSDs with up to 1TByte are used for mass storage, and fast wireless connections via WiFi 5/6 and Bluetooth can also be integrated.

With their fanless, enclosed metal casing and system design, the compact FlatClient Panel PCs achieve a long service life and high system availability even in harsh industrial environments and have already proven themselves thousands of times over. Human Machine Interfaces (HMIs) are available as an embedded version or as a device for mounting the arm accessory with VESA and can therefore be easily integrated into a wide variety of industrial environments.

With the optionally available ‘QIWI Toolkit’, the Panel PC can be transformed into an intuitive web panel that can be easily configured and maintained.

The easy-to-clean, anti-reflective and scratch-resistant display offers IP65 protection, so-called ‘dirty corners’ or ‘dirty edges’ are avoided thanks to a completely flush glass front and beveled housing surfaces. Projected Capacitive Multi-Touch (PCAP) can also be operated with gloves, detects drops (drop rejection) and palms (palm rejection) and thus ensures safe operation.

Custom solutions can be implemented quickly and cost-effectively, from screen size flexibility, compute performance, and memory expansion, to application-specific touch configuration, I/O settings, hardening from BIOS and operating system security, software installation, individual branding, customization service and repair kits and special packaging.

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James D. Brown
James D. Brown
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