Fusion
LEVEL 02Everything in Core, plus a cable-by-cable cabling schedule with full per-run specification and a complete infrastructure specification document.
Fusion is the step from a defined scope to a fully specified installation. Where Core tells you what to install and where, Fusion tells you exactly how — cable by cable, termination by termination, standard by standard. It is the document set that removes ambiguity from the hands of every trade on site.
From AUD$3,500
Start Fusion ProjectFusion Deliverables
Everything in Core
- Cable run list — every run identified, typed, and routed
- Annotated floor plan — all devices located
- Schematic diagram — system architecture and signal flow
Fusion Additions
- Detailed Cabling Schedule — per-cable specification for every run in the project
- Termination Standards — method, type, and labelling convention for every cable end
- Infrastructure Specification — the standards document issued to all trades
- Network Architecture — IP scheme, DHCP reservations, firewall zones
- Integration Points Schedule — every third-party connection, protocol, and driver
The cabling schedule is the document your data cabler works from, cable by cable.
A cable run list tells you a cable exists. A cabling schedule tells you exactly what that cable is, what specification it must meet, where both ends terminate, what label it carries, and what standard it must be tested against. These are not the same document. On projects where signal integrity matters — 4K HDMI over Cat6A, multi-drop RS-232, PoE for access points and cameras — the specification of the cable is as important as its presence.
The Fusion cabling schedule is produced at the cable level, not the run level. Every individual cable in a multi-cable run is listed as its own row, with its own ID, specification, and termination detail. When the cabler pulls the cables, they are working from a document that accounts for every one of them — not a generalisation.
Schedule Structure — Column by Column
Unique identifier that links the cable schedule to the floor plan and schematic. Every document refers to the same run by the same ID — no interpretation required.
Not just 'Cat6' — the full specification: Cat6A U/FTP, 23AWG, LSZH jacket, plenum-rated where required. The cabler procures and pulls exactly what is documented.
Number of cables of this type on this run. Where multiple cables share a route, each is listed individually so the conduit sizing and pulling schedule are accurate.
The source device name, its location on the floor plan, and the specific port or terminal the cable terminates to. Matched exactly to the schematic.
The destination device name, location, and port. The cabler knows where both ends terminate before cutting a single length.
T568A or T568B, RJ45 or keystone, field-terminated or pre-made, shielded or unshielded termination method. Eliminates the most common source of signal integrity issues.
The label to be printed and applied at both ends of the cable. Consistent across the cable schedule, floor plan, and schematic — so a labelled cable can be traced through any document in the set.
What the specification covers
The specification document is issued to all trades as a binding reference. It replaces verbal instruction and ad-hoc decision-making with a written standard that covers the entire installation.
System Intent
A plain-language description of what the system is designed to do: which rooms are controlled, what sources are distributed, how zones relate to each other, and what the client experience should be at handover. This section is read by the programmer before writing a single line of code.
Product Rationale
For each major product specified, a brief statement of why it was selected — what requirement it meets, what alternatives were considered, and what its dependencies are. This allows a substitute to be evaluated correctly if supply conditions require it.
Infrastructure Standards
The installation standards that apply to this project: cable bend radii, pull tension limits, termination methods, test requirements, labelling format, and handover testing procedures. Issued to the data cabler and AV installer as a binding specification.
Network Architecture
VLAN structure, IP addressing scheme, DHCP reservations, DNS configuration, firewall zones, and remote access method. Produced to a standard that can be handed to the network engineer or IT consultant without additional explanation.
Integration Points
A schedule of every third-party integration in the project — lighting control, HVAC, security, shading, energy — with the integration method (API, serial, IP, IR, relay), the driver or module required, and the network or physical connection needed. This is the document the programmer uses to build the integration map.
What each trade receives
Data Cabler
Cabling schedule with per-cable specification, termination standards, label convention, and test requirements. Pulls the right cable to the right place and terminates it correctly the first time.
Network Engineer
Network architecture document with VLAN structure, IP addressing, DHCP reservations, and firewall zones. Configures the network to the design, not to a verbal brief.
Programmer
Integration points schedule and system intent document. Knows every third-party integration, every driver required, and every control pathway before writing a line of code.
Need Full Rack and Device Documentation?
Apex
Everything in Fusion plus rack layouts showing every device in position, and schematic diagrams expanded with front-panel and rear-panel detail for each piece of equipment — physical size, input and output block diagrams, and connection terminal identification. The installer knows the dimensions, the ports, and the connections before the rack is built.
Apex is what you issue when the installation will be carried out by a third-party electrician or AV installer with no prior relationship to the system design.
From AUD$7,500
View ApexStart with Fusion
Full cabling specification. Infrastructure standards. Integration map. Every trade works from the same document set.
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