Huawei OptiX OSN 500
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| Model: | Huawei OptiX OSN 500 – Huawei OptiX OSN 500 |
| Detail: | The OptiX OSN 500 is of a pure packet architecture, and supports a variety of service access modes. It completes Huawei’s optical transmission system, and sharpens the competitive edges of Huawei’s optical transmission products. |
Huawei OptiX OSN 500 is a Huawei OSN 500 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 packet-architecture device rather than a TDM one, which decides what it is good at: Ethernet services natively, and TDM only through emulation. 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.
This is SDH-generation equipment, and SDH is a legacy transport technology. The industry moved to packet and to OTN years ago, and the OSN 500 is not a platform anyone is designing a new network around in 2026.
That is not the same as saying it is useless. A great deal of SDH is still in service carrying E1 and STM-n circuits that work perfectly well, in utilities, rail, broadcast, defence and government networks where the circuits outlive the fashion in transport technology. If that is what you are maintaining, this keeps it running. If you are being offered SDH for something new, push back.
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 500 equipment is worth doing. Send us the platform, the subrack and the software release and we will come back with a straight answer.
Huawei OptiX OSN 500 Specification | ||
| Dimensions | 44mm (H) x 442mm (W) x 220mm (D) | |
| Switch capacity | Packet: 7.2 Gbit/s and TDM: 21.25 Gbit/s (higher order), 5 Gbit/s (lower order) | |
| Service slots | 3 slots | |
| Supported interfaces | Ethernet interface | FE/GE |
| SDH interface | STM-1/4 | |
| PDH interface | E1/E3; T1/T3 | |
| CES interface | ATM/IMA E1, ch STM-1 | |
| Networking Mode | Supporting pure packet or SDH networking Supporting single-fiber bidirectional transmission | |
| Power Supply | P48V DC/ -60V DC, 220V AC/110V AC | |
| Operation Environment | Temperature
| Long term: -5ºC ~ 45ºC Short term: -5ºC ~ 55ºC |
| Relative Humidity | Long term: 5% ~ 85% Short term: 5% ~ 95% | |
| Ethernet Feature | E-Line, E-LAN and QinQ MPLS-TP based VPWS and VPLS MS-PW ETH PWE3 IGMP Snooping v2 Blacklist, Broadcast packet suppression, ACL | |
| QoS | Hierarchical QoS scheduling and traffic shaping DiffServ mode based on traffic classification Simple traffic classification, complex traffic classification, per hop behavior (PHB), and ACL Committed access rate (CAR) PQ scheduling priority, weighted round robin (WRR) and PQ+WRR queuing Tail drop and weighted random early detection (WRED) Shaping based on port scheduling priority | |
| OAM | MPLS-TP OAM | LSP/PW OAM: CC, LB, LT AIS, RDI LM, DM LCK, TST CSF |
| Ethernet OAM | ETH-CC, ETH-Loopback, ETH-Link Trace, Remote Loopback, Remote Fault Detection, RMON(RFC 2819) | |
| Protection | Equipment-level Protection | power 1+1 backup |
| MPLS-TP based networklevel Protection | LSP/PW Linear protection, Ring protection Anti multifailure protection based on MS-PW LAG, MC-LAG, Dual-homing protection, LPT ERPS, MSTP | |
| SDH based network-level Protection | 2 fiber MS-SP Ring 1+1/1:n (n<=5) Linear MSP,SNCPLAG, LPT, LCAS | |
| Synchronization | Both Ethernet and SDH networks supporting clock synchronization Supporting G.813, Synchronous Ethernet and IEEE 1588v2 synchronization Adaptive clock recovery (ACR) One external clock inputs/outputs (2 MHz or 2 Mbit/s) Two external time signals(1pps+TOD) | |
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