See the platform
design something real.

A cleared and budgeted point-to-point link with antenna heights, equipment sizing, a rain fade availability figure, a coordination view, and an RF exposure compliance report ready for procurement.

• A fade margin you can defend at coordination
• Antenna heights and equipment sizing fixed before procurement
• The ARPANSA exposure report done up front, not retrofitted

A day and night HF frequency plan tied to real propagation, an antenna matched to the paths so the network stays up when conditions shift, and an RF exposure compliance report for the site.

• A frequency plan that holds through the day-to-night shift
• An antenna matched to the real paths, not a guess
• Propagation tied to live conditions, not a seasonal average

Per site antenna choices, an intermod-screened channel plan, a coverage map at the design frequency, and an RF exposure report for each site, ready for an accredited person to coordinate and lodge.

• Coverage proven before a purchase order is signed
• An intermod-screened channel plan, ready for coordination
• The holes found on a map, not after a shift goes dark

A shaped antenna design with a known pattern and gain, a coverage map on real terrain that proves it works, and an RF exposure compliance report for the site.

• A pattern shaped to the job, not whatever is on the shelf
• Coverage proven on real terrain before you commit
• Exposure zones and compliance sorted alongside the design

A specified feeder run with the right coax, a loss budget to the antenna port, and match, return loss, and PIM figures ready for the acceptance test.

• Every dB of feeder loss budgeted to the antenna port
• Match, return loss and PIM figures ready for the acceptance test
• The quiet losses caught before anyone climbs the tower

A full site power design. Solar and battery sizing, DC distribution, feeder cable sizing, generator backup, and earthing and lightning protection matched to the load and the environment.

• Solar and battery sized for the worst run of weather
• Voltage drop held inside limits across the longest run
• Earthing and lightning protection matched to a strike on the mast

A PON access design with a sized split ratio, an optical budget that passes its class with margin, a line-by-line loss breakdown, a wired link ready for the installer, and a specified cable to order.

• A split ratio that serves every premises and still closes the budget
• Field losses in the budget, not a surprise at test
• A wired link the installer can build straight from

A digital link with a modulation matched to the budget, a throughput figure you can commit to, and constellation and EVM evidence that the signal holds it.

• A modulation matched to the margin you actually have
• A throughput figure you can commit to, with evidence behind it
• Constellation and EVM proof the signal holds it