Modular Photonics is excited to launch its latest product line the new industry-leading MCMUX series of compact and ultralow loss fan-in and fan-out devices for multicore fibres. The MCMUX devices are being offered for commercially available 4 and 7-core multicore fibre or can be customized to client supplied multicore fibre. Applications include high density data…
CEO Mick Withford represents Modular Photonics at the 2024 LESANZ conference in Sydney, Australia.
Modular Photonics’ CTO Dr Simon Gross will be giving an invited talk at OFC in San Diego on Wednesday 11 March. The presentation “Ultrafast Laser-written Sub-components for Space Division Multiplexing” will touch on technologies behind Modular Photonics’ products.
Modular Photonics’ CEO Mick Withford featured as a panelist at the Prism Awards Winners Panel on Thursday 6 February at the Industry Stage at Photonics West in San Francisco.
Modular Photonics’ CEO Mick Withford presents at the Leaders, Innovators & Disruptors Networking event at the Macquarie Incubator, pitched at entrepreneurs / start-ups.
Modular Photonics’ CEO pitching our products at the BICSI Fall Exhibition.
Modular Photonics’ CEO Mick Withford will be presenting our products at the Data Center Dynamics Conference in Sydney on August 15.
Modular Photonics’ CEO Mick Withford was honoured to have the opportunity to talk about how we use light to control light at Vivid in Sydney with a talk entitled “Shaped Light – Shaping the Internet.”
CEO Mick Withford presents at BICSI Canberra on 22 May. Modular Photonics appreciates this opportunity especially given the large amounts of outdated multi-mode LANs in our nations capital city and the strong need for ever increasing data speeds using retrofit technologies such as our OMPlex single-mode emulators.
OMPlex Retrofit Devices – Now with less than 1dB loss! OMPlex are retrofit devices boosting the data speeds of existing multi-mode fibre 40G (MMF) networks, supporting 1G, 10G and 40G over 2 km of MMF overcoming the need to recable to single-mode fibre.
