IW-G30M-C4CG-4E002G-E008G-BIA

iWave Systems's IW-G30M-C4CG-4E002G-E008G-BIA delivers industrial-grade robustness for the Embedded - Microcontroller, Microprocessor, FPGA Modules segment, specifically designed for harsh environment applications. Its extreme durability and long-term availability make it ideal for oil/gas monitoring and heavy machinery control systems.The MPU, FPG configuration features conformal coating and shock-resistant mounting. This ruggedized design withstands 50G mechanical shock and continuous vibration in mining equipment applications.The ARM® Cortex®-A53(x40, ARM® Cortex®-R5(x2) incorporates error-correcting caches for reliable operation. Its extended lifecycle support guarantees 15+ years of availability for industrial automation systems.With the ARM® Mali 400 MP2 handling real-time predictive maintenance algorithms, the system anticipates failure modes. This dedicated unit processes vibration spectra at 100kHz sampling rates for early fault detection.Operating at 1.5GHz, 600MHz, the processor maintains deterministic performance in noisy environments. The spread-spectrum clocking reduces EMI emissions in sensitive measurement equipment.The 8GB eMMC industrial-grade flash memory supports 100,000 write cycles. The extended retention specification ensures data integrity over 20 years in underground monitoring systems.4GB, 1GB of temperature-compensated RAM maintains stability in extreme conditions. The self-refresh algorithm adapts to environmental changes in desert solar installations.The 2 x 240 Pin interface meets IP69K standards for high-pressure washdown environments. Its gold-plated contacts resist corrosion in offshore drilling applications.The 4.33" x 2.95" (110mm x 75mm) form factor fits standard DIN rail mounting systems. The aluminum enclosure provides both EMI shielding and heat dissipation for control cabinets.Rated for -40°C ~ 85°C, the module operates in arctic drilling sites and foundry environments. The extended validation includes 1000 thermal shock cycles between -40 C and +125 C.