A-B 1756-LSC8XIB8I A ControlLogix Low Speed Counter Module

A-B 1756-LSC8XIB8I A building on the connectivity provided in the initial release, the Ethernet driver now provides real-time read and write data access to devices running CODESYV2.3 and V3. Customers with intelligent connected operations using devices running on CODES (a common PLC runtime and development environment) can now collect industrial data from different devices throughout the plant.Configuration API support for EFM Exporter: Customers with third party applications (e.g. SCAD, HMI, IOT applications and simple web applications) can now make programme changes to EFM Exporter to standardise and simplify projects.Enhanced Honeysuckle Integration: Customers using Honeysuckle can now quickly and easily find and utilise industrial data in Augmented Reality experiences, Machine Learning Models, Masu or other Honeysuckle tools. In conjunction with Version 8 PROSOFT PLX32-EIP-SIE includes new features that give users access to all of their data in that version, the ability to link that data to new or existing data in that model, and the ability to view mapping and critical diagnostic information from that version of the platform.

A-B 1756-LSC8XIB8I A Developed and supported by industry experts at The Trusted Computing Group (TCG), DLES is a methodology that can be implemented in secure product hardware during manufacture. The architecture breaks the boot process down into layers and creates unique secrecy and integrity metrics for each layer, automatically re-keying and protecting secrets if malware is present. One of the key benefits of using the CS1702 with secure boot is that it enables device manufacturers to create a chain of trust for multi-load firmware.The development kit comes with a programmable 32-bit ARM-4 arm cortical controller and sample code to develop a secure, cloud-connected solution.The microchip helps add authentication and encryption to connected devices with the A-B 1756-LSC8XIB8I development kit. A-B 1756-LSC8XIB8I features include.
 A-B 1756-LSC8XIB8I development board with Plug-In Module (PIM) containing the CC1702 with integrated cryptographic accelerator
 two titles compatible with Mikrolack Trinica’s click board library
 Microlatch Trinica Wi-Fi7 click board, equipped with the microchip AtwIN151-MR210PBIEEE802.11B/G/N/module, optimised for iot applications.
 can measure temperatures on four channels ranging from 0 to 127 degrees Celsius and from -64 to 191 degrees Celsius.