Huawei OptiX OSN 8800 UPS

Huawei OptiX OSN 8800 UPS is a Huawei OSN 8800 system, supplied as a configured node rather than as individual cards. Buying at this level means the shelf, its control and cross-connect, its power arrangement and a defined set of interfaces arrive as one item.

Huawei’s own description of the platform is worth reading in full on the specification tab, but the short version is that this is positioned as a transport platform for the role its documentation describes. Matching the platform to the traffic you actually have matters more than the headline capacity, because a packet platform asked to carry a lot of TDM, or the reverse, works but works awkwardly.

It is specified for AC power. Most telecoms transmission equipment expects minus 48 V DC, so an AC variant exists to serve sites without DC plant. It works, and the consequence is that there is no battery reserve behind the equipment unless a UPS is provided separately. A DC-powered shelf on a site with a battery string rides through a mains interruption; an AC-powered one does not, and on a transport node that difference usually matters more than the equipment cost.

The OSN 8800 has been succeeded by the OSN 9800. Worth saying plainly: this is a previous-generation platform, and new Huawei optical development goes into the 9800. It is also one of the most widely deployed optical transport platforms in the world, which is exactly why parts for it are still bought. Networks built on it are still carrying traffic and still need spares and expansion.

So if you are extending an existing 8800 network, this is the right family and a 9800 part is not, because the shelves are not interchangeable. If you are building something new, ask about the 9800 instead. Huawei publishes no end-of-support date for the 8800 outside a logged-in account, so treat any date you are quoted for it with suspicion.

One UK rule worth knowing about, and who it actually binds. Under the UK’s Designated Vendor Direction, designated public telecoms providers, meaning the large operators running public networks, were required to stop using Huawei high data rate transmission equipment in their core networks from 31 December 2025, a date that has now passed, and must remove Huawei from their 5G networks entirely by 31 December 2027.

If you are one of those operators, that is the governing fact about this product and nothing here changes it. If you are not, and most buyers of transmission hardware are not, the Direction does not apply to you and there is no UK legal barrier to buying or running this equipment. It is narrowly scoped to designated providers and public networks. Worth stating plainly, because it gets quoted as though it were a blanket ban, and it is not.

What to settle before ordering a complete system. The power feed available at the site and whether there is battery behind it; whether the configuration is protected; the interfaces the traffic actually needs now and in a few years; and the licences, because on Huawei transmission platforms capacity and ports are frequently licensed separately from the hardware that provides them. A node physically capable of a rate it is not licensed for looks like a fault and is not one. Tell us the site, the traffic and the availability you have promised and we will configure it properly, including the licences and the installation materials that are easy to leave off a quote.

Green Code Technologies supplies Huawei transmission hardware, including line and tributary boards, cross-connect and control cards, optics and the shelves they go in. We are a supplier of Huawei alongside HPE, Dell, Cisco, Samsung and Netgear, and we would rather confirm a part against Huawei’s own documentation than sell you the wrong one, which on OSN 8800 equipment is worth doing. Send us the platform, the subrack and the software release and we will come back with a straight answer.