GE IS420UCSCH1B Quad Core Controller Module 

Processor and Memory: 1.2 GHz AMD G-Series Quad-Core processor with 4 GB DDR3-1333 SDRAM

Communications: 6 Ethernet ports and clock synchronization via IEEE 1588 protocol (accuracy within 100 microseconds)

Operating Temperature: -40°C to 70°C

Altitude Range: 0-1000 meters, atmospheric pressure 89.9-101.3 kPa

High performance and real-time performance

Multi-core processing architecture: IS420UCSCH1B is equipped with an efficient processor and large-capacity memory, supports real-time multi-tasking systems, and meets the rapid response requirements of complex control algorithms.

Multi-protocol communication: IS420UCSCH1B is equipped with multiple Ethernet ports, compatible with mainstream industrial communication protocols, supports precise clock synchronization, and ensures the coordination of distributed systems.

High reliability design

Multiple redundant configurations: IS420UCSCH1B supports multiple redundant modes, and key components can be switched online to reduce the risk of downtime.

Wide adaptability: Adapt to extreme temperature environments and strong electromagnetic interference scenarios, and industrial-grade protection ensures long-term stable operation.

Intelligence and connectivity

Industrial Internet integration: IS420UCSCH1B supports edge computing and cloud data interaction, can be connected to the industrial Internet platform, and realize remote monitoring and predictive maintenance.

Flexible expansion: Connect modular I/O through dedicated interfaces, adapt to diverse control needs, and support software-defined functions and custom logic programming.

Energy field: GE IS420UCSCH1B is designed for gas turbine and steam turbine control, which can optimize combustion efficiency, reduce emissions, and achieve precise control of the start-stop process.

Industrial automation: GE IS420UCSCH1B is suitable for distributed control of process industries (such as chemicals and pharmaceuticals), supporting multi-device collaborative operations and production line-level optimization.

Smart grid: GE IS420UCSCH1B can be integrated into microgrid control systems to achieve smooth access and dynamic scheduling of renewable energy (such as wind power and photovoltaics).