IT/OT network convergence, Wi-Fi 6/7 and private 5G coverage, dual-backbone redundancy. Vendor-neutral, layered network design for fabs, factories and logistics.
Industrial Network Architecture | MOTRIX
CORE INTEGRATION · 03 / 10
Network Architecture
Network Architecture
IT/OT convergence is now an industry reality, yet consolidating without disrupting production is still the challenge for most sites. A blueprint is only the start; on-site validation decides whether a solution actually works.
APPROACH
Clearly layered, expandable open network architecture
Whether it is a wired backbone for the plant, industrial wireless coverage or multi-site interconnection, the design goal is always long-term stability and easy maintenance.
Wired backbone, industrial Wi-Fi 6/7 and 5G, IT/OT network consolidation and layered governance
Capabilities
Wired backbone
A stable transmission foundation
High-reliability backbone architecture for industrial environments keeps critical control signals stable and latency within bounds.
Industrial wireless Wi-Fi 6 / Wi-Fi 7 / 5G
Seamless connectivity for mobile devices
Wireless coverage planned for AMRs, AGVs, handhelds and mobile devices, so every corner of the site stays connected without drops.
Production and office network integration
Two networks, one governance model
A clear security boundary and management responsibilities between production equipment and office systems let managers monitor production while keeping equipment stable and safe.
How it works
Take a single backbone outage. Traffic fails over to the backup path automatically, and AMRs roam across access points without dropping.
Industries
Industries
01
Semiconductor and electronics fabs
Tools and AMRs are heavily networked. The backbone must be stable and wireless must roam.
02
Multi-site manufacturing
One governance model across sites, with redundancy in every zone.
03
Logistics parks
Many mobile devices over a large area. Wireless planning is key.
Brand lineup
Integrated brands
Process
STEP 01
Audit the existing network and equipment, and measure coverage and latency.
STEP 02
Draw the layered blueprint and redundant paths.
STEP 03
Build zone by zone without stopping production.
STEP 04
Functional verification, permission setup and operator training.
STEP 05
Deliver topology documents and a monitoring dashboard.
FAQ
FAQ
Yes. We design with open protocols and no vendor lock-in.
We cut over by zone and time slot, building redundancy for each segment before switching.
We deliver full documentation and a monitoring platform, and can also provide scheduled inspections and remote support.
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