Smartoptics announced its H-Series platform for passive optical layer nodes, such as CWDM and DWDM multiplexers/demultiplexers and OADMs.
Smartoptics said its new passive multiplexing and OADM solutions take advantage of new component technology. Special attention has been paid to handling, compactness and flexibility, resulting in a 1 RU chassis housing a variety of filter modules and giving up to five times higher packing density than previous solutions.
The H-Series platform comprises a high-density 1 RU chassis that can be equipped with combinations of filter modules for state of the art CWDM and DWDM mux/demux and DWDM OADM applications.
The H-Series is fully compatible with the ITU optical grid and interconnects seamlessly with Smartoptics transponder and muxponder products as well as with other vendors’ products. It is available for immediate delivery, and shipments have already begun to initial customers.
Kent Lidström, CTO of Smartoptics, says: “Smartoptics’ long time experience of open line systems for CWDM and DWDM has taught us the importance of a cost-efficient passive optical networking platform. Therefore, we have used best of breed components to achieve maximum flexibility and compactness at the lowest possible cost when building the new H-Series. We can now proudly offer the smartest solution to your passive optical networking needs.”
Smartoptics is based in Oslo, Norway. The company was founded in 2006.
https://www.smartoptics.com/wp-content/uploads/2019/05/SO-DS-H-Series_overwiev_R4.0.pdf
IX Australia deploys Smartoptics’ low cost 100G Open Line System
Internet Exchange Australia (IX Australia) has deployed Smartoptics’ DCP-M40 Open Line System and Pluggable DWDM QSFP28 PAM4 transceivers to provide high capacity links to metro locations in Sydney.
The new, automated, network was delivered by Independent Data Solutions (IDS) and provides IX Australia with lowest cost 40 x 100 Gb/s traffic capability over a single pair of fibers.
The new Smartoptics DCP-M40 Open Line System enables up to 40x100G wavelengths over spans exceeding 50km with fully automated addition of new channels for ease of use.
Oslo-based Smartoptics AB said space and power considerations were important factors in the technology choice due to the cost of colocation and available power in hosting facilities. The 1U form factor and max 45W power consumption for a fully loaded 40 channels system were significantly differentiating factors over more traditional coherent transponders.
