Arrow Electronics Unveils Groundbreaking Next-Generation Solutions Driving Global Technological Innovation

The Arrow Technology Showcase in Shanghai, China, convenes engineering teams, component suppliers, and system integrators to evaluate hardware platforms addressing high-voltage distribution, real-time networking, and edge artificial intelligence (AI) across discrete manufacturing, transport, and data centers.

Core Technology and System Architecture
The exhibition centers on integrated hardware blocks configured to lower latency and thermal load across industrial automation and power architectures. In industrial robotics, systems incorporate the Robot Operating System (ROS) with EtherCAT deterministic communication protocols and sensor-over-Ethernet architectures via the Holoscan Sensor Bridge (HSB). This setup routes raw perception data from high-resolution machine vision modules directly into motion control hardware, removing serialization bottlenecks during high-speed trajectory planning.

For data centers and processing plants, the hardware architecture implements an 800V DC power delivery framework. This topologies-based approach minimizes conversion steps between medium-voltage grids, onsite energy storage, and server racks. By utilizing direct high-voltage DC distribution, power stages support liquid and two-phase immersion cooling units configured to dissipate sustained thermal loads generated by dense neural network clusters.

Deployment or Implementation
Implementation models demonstrate the migration of discrete field wiring into unified industrial automation and automotive buses. In vehicle systems, decentralized electrical and electronic (E/E) architectures transition toward zonal control units (ZCUs) interfaced through Controller Area Network (CAN) and Local Interconnect Network (LIN) gateways. Ultra-wideband passive entry passive start (UWB PEPS) controllers and high-voltage battery management systems (HVBMS) couple directly with centralized telematics units. Arrow Electronics acts as the systems engineering and supply aggregator, providing reference schematics, passive-electromechanical component matching, and design support to integrate functional safety protocols without requiring redesigns of legacy baseboards.

Industry Applications
In logistics and discrete manufacturing, synchronous servo control linked with embedded machine vision facilitates autonomous optical inspection, parts sorting, and bin-picking. For the automotive sector, high-voltage battery management systems and high-power DC fast-charging modules resolve cell balancing and thermal throttling issues in electric vehicle powertrains. Infrastructure facilities apply the building automation sub-systems to monitor thermal profiles and power draw across production equipment.

Operational Impact and Performance Metrics
Adopting direct 800V DC power routing cuts internal copper conductor mass and mitigates I2R resistive heat losses within distribution trunks. Field-bus consolidation onto EtherCAT lines delivers sub-millisecond jitter reduction, preventing frame dropouts during synchronous multi-axis machining. At the edge, offloading vision streams over Ethernet simplifies wiring harnesses while safeguarding signal integrity in electrically noisy environments.

“As AI, automation and electrification reshape industries, customers are navigating increasingly complex design, power and system requirements,” stated Jacky Wan, vice president of sales components, China, at Arrow Electronics.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

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