RCO-6000-CFL

9th Gen Intel™ Core™ Processors

The Intel® 9th Gen. CFL-R S Processors and Q370 chipset technologies’ processing power and IoT support enable low-latency, complex inference analysis in challenging settings.

• Up to eight hyperthreading core
• Up to 12MB cache; up to 4.4 GHz
• Intel® UHD Graphics 610/630

Cannister Bricks. Hot-Swappable & Removable

The ability for data acquisition and storage capacity are some of the most important requirements for computing at the rugged edge. iCube’s AI Edge Inference computers enable NVMe storage in a unique cannister brick design. These hot-swappable NVMe cannister bricks streamline and assist with data offload directly from the computer into a centralized location. The ability to quickly swap cannisters bricks provides easy data management and enterprise redundancy for applications that use data for machine learning.

Hot swappable NVMe SSD Cannister Bricks
Individual 2.5” Tooless SSD Drive Trays
Safety Storage Ejection Button to suspend all I/O operation, read-write to prevent loss or corruption of data

IoT Data Storage Adaptability

Two internal SATA SSD/HDD drives in the RCO-6000-CFL Industrial Computer Series are joined by two additional external SATA SSD/HDD bays as a scalable RAID. The external 2.5” bays permit toolless, hot-swappable replacement of the SATA drives, simplifying service and capacity upgrades. The addition of NVMe cannister bricks enable high-speed read and write speeds for mission critical data acquisition.

EDGEBoost Nodes. Real-Time Performance

• Different EDGEBoost nodes for GPU acceleration or dense NVMe data storage
• Select Modular Building Blocks for GPU acceleration or dense NVMe storage

Vast I/O Expandability

The RCO-6000-CFL Industrial AI Edge Inference Computer series support rich expandability to boost wireless connectivity, streamline integration and unlock automation capabilities in harsh deployments. Leading edge and legacy technologies are easily incorporated into a powerful, intelligent IoT solution. These AI Edge Computers support add-in daughterboards for additional connectivity to IoT sensors and devices.