Huawei FTTR Starlight F30 released, the industry's first all-optical home networking product based on C-WAN architecture.
CTOnews.com February 28 news, during the MWC 2023, Huawei released the FTTR all-optical home starlight F30.
Huawei FTTR Starlight F30 claims to be the industry's first all-optical home networking product based on C-WAN architecture, with six major upgrades:
Aesthetic upgrade, four colors, three installation modes, into the modern home style
Speed upgrade, hardware acceleration and algorithm tuning to ensure the house-wide 2000Mbps experience
Coverage upgrade, multi-beam smart antenna increases coverage by about 30%
Roaming upgrade, original SRCN (Seamless Roaming Coordinated Network, non-inductive roaming) scheduling algorithm to achieve house-free roaming
Concurrent upgrade, multi-terminal cooperation technology greatly reduces Wi-Fi interference, up to 128devices can be connected at the same time
Service upgrade, 5A one-stop service capability, building boutique installation and maintenance service
CTOnews.com has not yet found out the price and launch time of Huawei FTTR Xingguang F30.
In addition, Huawei has released a metro pooled wave division solution, which has four capabilities:
All-optical switching extends OXC to the edge, realizes one-hop direct access and flexible scheduling of the optical path of the whole network, improves the performance of network connection, and shortens the service opening time from monthly level to minute level.
Full pool architecture, 9 traditional subracks are integrated into one module through WSS integration technology, and 9 access ring networks share 96 wavelengths, which significantly improves wavelength efficiency and saves computer room space.
Fully coherent 100G, innovative 100G coherent module for metropolitan area, which helps 100G wavelength division sink to CO, increases bandwidth by about 10 times, and reduces cost on a large scale.
Full automation, optical labeling of wavelengths, automation of planning, construction, operation and maintenance through centralized management and control units, and overall reduction of operating costs
