Solutions Atlas
Rugged compute platforms for factory automation, safety systems, warehouse operations, and outdoor field equipment.
Each solution block pairs a field challenge with a recommended platform so engineering and purchasing teams can align faster.
Sector 01
Implementing fanless edge controllers for real-time visual inspection on assembly lines, resulting in a 24% increase in throughput.
Field Result
+40%
Throughput
Recommended System
YX-E 500
High-Performance AI Edge Node
Case Study: Case Study: AI-Driven Sorting Robotics
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Sector 02
Powering the next generation of autonomous forklift safety with millisecond latency collision detection in busy automotive plants.
Field Result
-25%
Accidents
Recommended System
YX-E 300
Flagship Industrial AI Core
Case Study: Case Study: Zero-Hit Collision Avoidance
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Sector 03
Ultra-compact embedded modules for asset management kiosks in extreme warehouse environments. High dust and heat resistance.
Field Result
100%
Traceability
Recommended System
YX-E 200
Compact Fanless Compute Module
Case Study: Case Study: Zero-Loss Inventory Management
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Sector 04
Enabling remote operation of autonomous agricultural machinery with high-bandwidth 5G links and rugged outdoor computing.
Field Result
<15ms
Latency
Recommended System
YX-E 610
5G Enabled Edge Server
Case Study: Case Study: High-Bandwidth Field Automation
Review Case Studyarrow_forwardOnce a deployment scenario looks familiar, move into the product family, service path, and file set that supports implementation.
Solutions FAQ
The solution pages are meant to shorten the gap between a field problem and a technical shortlist.
No. They are deployment patterns that connect a field problem to a recommended platform direction. The final configuration still depends on your interfaces, thermal limits, mounting conditions, and lifecycle goals.
Yes. The next step after identifying a relevant solution is to validate CPU headroom, I/O mix, enclosure constraints, and operating temperature against the actual site requirements.
Yes. The solution layer is designed to feed into OEM or ODM programs, including controlled revisions, production delivery, documentation, and lifecycle planning.
Most teams move next into the product catalog for shortlist review, the services section for customization scope, and the resource center for public technical files.