Vantaz Systems LLC produces system architecture, industrial-grade computing and control platforms, and the power, cabling, and rack infrastructure those platforms occupy. Work is issued from Cheyenne as drawings, cabinets, racks, and cable plant — not as a generic IT catalog.
Operators, OEMs, and facility owners come to Vantaz Systems LLC when architecture, platform, and infrastructure cannot be split across unrelated vendors. We write the topology, specify the industrial platform, and engineer the cable plant, power path, and rack field that the platform sits in.
The Cheyenne practice does not sell software licenses, cloud subscriptions, or construction trades. The deliverable is a designed system, an industrial-grade platform build, and the infrastructure that keeps both running in the equipment room.
Every engagement starts from drawings or a measured room. Architecture sheets set zones and interfaces. Platform work produces control cabinets and compute racks. Infrastructure work dresses trays, patch panels, and UPS feeders so the architecture is physically true.
| Architecture | Topology, zones, rack elevations, interface matrix |
|---|---|
| Industrial platforms | Control cabinets, PLC/I/O, industrial servers, compute racks |
| Infrastructure | Cable trays, patch panels, UPS, power distribution |
| Place of work | 416 W 29th St, Cheyenne, WY 82001 |
| Issue format | Drawings, cut lists, cabinet builds, rack elevations |
| Not in scope | Civil construction, product retail, unnamed services |
Architecture work is the drawing set that the platform and the room must obey: service topology, network zones, rack elevations, and the interface matrix between components.
Design is produced at the architecture workstation. Dual displays carry the service topology and zone model while rack-elevation sheets sit on the desk as the physical counterpart of the same system.
Rack elevations, zone diagrams, and the interface matrix are printed from the same workstation so field and shop crews work from paper that matches the digital model.
The drawing set is written so control cabinets, compute racks, and cable trays can occupy one equipment room without fighting each other’s elevations or power path.
Platform work is the hardware the architecture named: DIN-rail control cabinets, industrial Ethernet, ruggedized servers, and 19-inch compute racks built as a production platform, not a lab prototype.
Industrial-grade platforms are assembled as floor-standing cabinets: PLC CPUs, I/O, industrial Ethernet switches, ruggedized servers, and labeled terminal blocks on DIN rail, ready to land on the architecture’s zone plan.
Cabinet interiors carry the HMI, PLC CPU, I/O modules, and industrial Ethernet switch as a single platform node, matching the component block on the architecture sheet.
Where the architecture calls for rack compute rather than a wall cabinet, we populate 19-inch frames with platform servers, switches, and dressed patch cords.
Infrastructure is the physical plant that feeds the platform: overhead trays, structured copper and fiber, patch panels, UPS, and power distribution in the same equipment room.
Infrastructure engineering dresses the room: cable trays for copper and fiber, the electrical panel, and UPS cabinets that feed the racks the architecture placed on the floor plan.
Fiber and copper land on numbered patch panels so the zone diagram on the architecture sheet can be traced port-for-port in the rack.
UPS cabinets, battery strings, and the distribution panel are engineered as the feed to the same racks that hold the industrial platform.
The sequence is fixed so platform cabinets and infrastructure trays are not built against an unfrozen drawing.
Existing rack elevations, one-lines, or a measured equipment room are taken as the baseline. Scope is limited to architecture, platforms, and infrastructure.
Topology, zones, interface matrix, and rack elevations are issued as sheets. Platform and infrastructure work does not start until this set is frozen.
Control cabinets and compute racks are assembled to the frozen component list: PLC, I/O, HMI, industrial Ethernet, and servers.
Trays, patch panels, UPS, and power distribution are installed to the same elevations so cables and feeders land where the architecture placed them.
Port maps, rack elevations, and cabinet internals are marked as-built against the original sheets before the room is released.
Control cabinets, industrial servers, and the room infrastructure that keeps the platform online
Architecture sheets and cabinet platforms that must drop into a host facility’s rack and power plan
UPS, trays, and patch fields engineered to a published rack elevation
A frozen architecture and industrial platform they can land without redesigning the room
Compute racks, structured cabling, and power path as one infrastructure ticket
Zone-separated architecture and DIN-rail platforms for equipment rooms on plant sites
Documented topology plus cabinets and cable plant for operations rooms
A single vendor of record for the drawing set, the platform, and the infrastructure
Vantaz Systems LLC treats architecture sheets as hold points. Platform interiors and infrastructure port maps are checked against those sheets before the equipment room is called complete.
Send architecture, platform, or infrastructure scope. We will return a sheet list and a build boundary limited to those three lines.