Upgrade legacy multi-mode fibre networks in 1 hour — no recabling, no service interruption.
Used in SDM · Datacom · QuantumEach series solves a specific multi-mode, few-mode or multi-core fibre problem. Together they form a complete glass-PIC toolkit for telecom, datacom, quantum, sensing and LiDAR.
Drop-in passive devices that lift legacy OM1–OM4 to single-mode performance. 10G / 40G validated over 1 km+.
Selective excitation of LP01/11/02/21 modes across S+C+L bands. The MDM building block.
Compact, ultra-low-loss 4-core and 7-core fanouts. Engineered for high-density interconnects.
Femtosecond laser inscription in glass — design, fabrication, test, packaging. 400–5000 nm.
Four vertical markets where Modular Photonics components deploy in production today — from hyperscale data centres to remote mining networks.
Multi-mode retrofit and multicore fan-outs for hyperscale and colocation interconnects.
Future-proof OM1–OM4 plant. Squeeze more bandwidth from installed cabling without trenching.
High-density Wi-Fi backhaul over legacy MMF. Extend reach and bit-rate, no new fibre.
Surface and underground networks with limited recabling access. Maximise existing runs.
Founded 2015 in Sydney by four photonics experts from Macquarie University.
Patented femtosecond laser inscription writes photonic circuits directly inside glass.
Telecom · Datacom · Quantum · Sensing · LiDAR — single platform, multiple verticals.
Backwards-compatible retrofit across all legacy multi-mode fibre grades. 1 km+ reach.
Talk to our applications engineers about your retrofit, MDM or custom-PIC requirement.
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