SDH STM-4 STM-1 over Gigabit Ethernet IP multi-service platform
Short Description:
SDH STM-4 STM-1 over Gigabit Ethernet IP multi-service platformDescription
Specification
Application
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Description
Product Overview
BD-MUX04-LMXE.V8 is a carrier-class, cost-effective, compact, high-capacity SDH &IP Network integrated transmission platform that is designed for application in metro and access networks to facilitate the efficient transport of traditional TDM and increasing Ethernet data traffic for service providers. The STM-4 STM-1 over Ethernet Multiple services platform can be transported over SDH network and IP metro network easily via BD-MUX04-LMXE.V8. Both SDH Cross-connection Matrix and Packet Switching Core are supported.
BD-MUX04-LMXE.V8 is a card based compact SDH &IP Network integrated equipment, designed mainly as a gateway node between the core SDH/IP network and a number of remote CPE boxes. It may also be used as a multi service SDH ADM node in a typical ring or mesh network. The 3U high 19” wide chassis of the BD-MUX04-LMXE has 19 slots, with 2 slots for the 1+1 power cards, 1 slot for network management card, 2 slots for TDM cross-connection cards, 2 slots for Packet switching cards, and 12 slots for universal service cards.
STM-1 STM-4 over Gigabit ethernet platform features as follows:
l Support 1+1 MSP, SNCP protection
l Management channel can be DCC/E1/VC12
l Support up to STM-16
l E1 BERT test is embedded
l Internal clock/external clock/line clock/clock holdover
l Ethernet service supporting GFP encapsulation, VC12 virtual concatenation and LCAS, P VLAN, 802.1Q VLAN and QinQ
l Large cross-connect matrix capacity is 96*96 VC-4 VC-4 level full cross connection or 32*32 VC-4 VC-12 or VC-3 level full cross connection
l 192 remote site’s Ethernet over 8*E1 aggregation
l 756 remote site’s Ethernet over 1*E1 aggregation
l 192 Ethernet over SDH aggregation
BD-MUX04-LMXE.V8 supports multiple Packet-switching network features as follows:
l 1+1 Redundancy for Ethernet Aggregation Cards
l Support LACP, 802.1Q, QinQ, xSTP, etc.
l Support Carrier Class OAM (IEEE 802.3ah, IEEE 802.1ag, ITU-T Y.1731)
l Support SAToP
l Support RMON
l Ethernet Aggregation of 48 remote Ethernet CPEs.
BD-MUX04-LMXE.V8 supports the following services on different ports:
l STM-1o/STM-1e/STM-4/STM-16
l GE/FE(Optical and Electrical)
l E1/V.35/E3/DS3
Digital subscriber line access
Hardware Architecture
Slot description:
BD-MUX04-LMXE.V8 is composed of SDH cross-connection cards, IP packet switching cards, and tributary service cards. There are 19 slots, including 2 slots for hot standby power cards, 1 slot for management card, 2 slots for SDH cross-connection cards, 2 slots for IP packet switching cards, and 12 slots for tributary cards.
Features
| Cross-connection Capacity | High Order: 96*96 VC4s
Low Order: 2016*2016 VC12s |
| Cross-connection mode | Bidirectional, Unidirectional, Multicast/broadcast and loopback |
| Packet Switching Capacity | 3.6Gbps |
STM-1 STM-4 over Gigabit ethernet platform Specifications
| Index | Performance Parameter |
| Uplink Capacity | 8×STM-1o, or 4×STM-1e, or 4×STM-4, or 4×STm-16 |
| Connector | SC/PC or FC/PC |
| Spec. | S-1.1, S1.2, L-1.1, L-1.2, S4.1, S4.2, L4.1, L4.2, S16.1, S16.2, L16.1, L16.2 |
| Dual/Single fiber bi-directional interface are optional | |
| Uplink Capacity | 4×GE electrical or optical interface |
| Connector | RJ-45,
SC/PC(SFP Optical Module, transmission distance is optional) |
| Spec. | 1000Base-TX, 1000Base-FX |
| PWR01A | DC-48V Power card, 1+1 hot-standby, maximum power is 100W |
| PWR01C | DC -48V Power card, 1+1 hot-standby, maximum power is 200W |
| PWR02A | AC 220V Power card, 1+1 hot-standby, maximum power is 100W |
| PWR02C | AC 220V Power card, 1+1 hot-standby, maximum power is 200W |
| PWR02B | AC 110V Power card, 1+1 hot-standby, maximum power is 100W |
| PWR02E | AC 110V Power card, 1+1 hot-standby, maximum power is 200W |
| NM80 | Network Management Card |
OX01A |
Dual STM-1 aggregation optical card, Cross-Connection Matrix Card embedded |
| OX01Q | Four STM-1 aggregation optical card (SFP),Cross-Connection Matrix Card embedded |
| OX01S | Dual STM-1 aggregation optical card (SFP), Cross-Connection Matrix Card embedded |
| OX04A | Dual STM-4 aggregation optical card (SFP), Cross-Connection Matrix Card embedded |
| OX16A | Dual STM-16 aggregation optical card (SFP), Cross-Connection Matrix Card embedded |
| EX01 | Dual STM-1 aggregation electrical card, Cross-Connection Matrix Card embedded |
| DX01 | SDH Cross-Connection Matrix Card, no interface |
| DX02 | DS0 level cross connection, no interface |
| PX01 | Packet Switching card, with 2GX/GE combo interfaces |
| OS01 | Dual STM-1 tributary optical card, SC or FC |
| OS01S | Dual STM-1 tributary optical card, SFP |
| OS02 | 2 Ethernet +Dual STM-1 tributary optical card |
| OS02A | 2 Separate Ethernet +Dual STM-1 tributary optical card |
| OS03 | 1 Ethernet +Single STM-1 tributary optical card |
| OS04A | Dual STM-4 tributary optical card |
| OP02 | 2×E1+1×V.35 PDH card |
| OP03 | 2×E1+1×100Base-Tx PDH card |
| OP05 | 4×E1+1×100Base-Tx PDH card |
| OP06 | 4×E1 PDH card |
| EP01 | 24×E1 (75W or 120W RJ45, occupies 2 slots) |
| EP01A | 24×E1 (120W, DB60) |
| EP03 | 12×E1 (75W or 120W RJ45) |
| EP03A | 12×E1 (120W, DB60) |
| EP03C | 12×E1 |
| EP02 | 1×E3/DS3 |
| ED01 | Dual V.35 |
| FE01 | 4 FE over 4 VCG trunks (EoS) |
| FE02 | 4 FX over 4 VCG trunks (EoS), SFP |
| FE04 | 4 FE over 1~16E1 (EoE) |
| FE05 | 4 FX over 1~16E1 (EoE), SFP |
| FX01 | 4 FX Switching |
| EA21 | EOS, Ethernet aggregation, aggregation ratio: 16:1, no outer Ethernet port |
| EA22 | EOE, Ethernet aggregation, aggregation ratio: 16:1, no outer Ethernet port |
| EAS22 | Standard EOE, Ethernet aggregation, aggregation ratio: 16:1, no outer Ethernet port |
| GE01 | 2 GE Opitcal/Electrical port over 2 VCGs Trunk (VC-4 Level) |
| PW04 | 4xE1 Pseudo Wire card(SAToP), with 4xE1 interfaces |
| PW12 | 12xE1 Pseudo Wire card(SAToP), no E1 interface |
| LA01 | Order wire and external clock card |
| DSL01 | 1 FE over VC-12 + 1 Digital subscriber line access |
| DSL02 | 1 E1/V.35 over VC-12 + 1 Digital subscriber line access |
Max E1 |
288 E1 |
| Max E3/DS3 | 12 E3/DS3 |
| Interface | 10/100Base-Tx or 100Base-Tx, Comply with IEEE 802.3 |
| Maximum | 48 FE ports (14 FE01 or FE02 cards support) |
| Encapsulation | Comply with ITU-T G.7041 (VCAT, GFP, LCAS) |
| Max Interface | 24 V.35 interfaces (framed or unframed) DCE/DTE |
| Uplink by STM-1 | High order 20×20 VC-4s
Low order 1260×1260 VC12s |
| Uplink by STM-4 | High order 32×32 VC-4s
Low order 2016×2016 VC-12s |
| Uplink by STM-16 | High order 96×96 VC-4s
Low order 2016×2016 VC-12s |
| Uplink by GE/GX | IP switching capacity of 3.6Gbps |
| Interface | 10/100 Base-T (can be cascaded) |
| Standard socket RJ11 | |
| 3U: 136 × 240 ×440 (mm) | |
| Supply | -48V DC or dual power supply |
| Consumption | ≤100W |
| Temperature | 0°C~50°C |
| Humidity | ≤90 %(non-condensing) |
| ≤8 kg | |
Standard Compliance
Items
Standards and Protocols
SDH Interface
ITU-T G.957, G.707
E1 port
ITU-T G.703, G.704
Clock port
ITU-T G.823
Ethernet port
IEEE 802
G.7041/G.704 2/G.7043 and G.8040
Specification
Application
Application1:
STM1 over GE,point to multipoint application
Application2:
GE and E1 over 10G network transmission
Application3:
SDH network and IP network conversion transmission
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Downloads/FAQ
Question: I want to convert STM1 from SDH device in the 1st site to Electrical Ethernet and transfer it via VSAT or microwave then receive in another converter in the 2nd site and return it to STM1 and insert it to SDH device.
So i can make a link between two SDH devices.
Is that applicable with this converter?
Answer: Let us summarize your application, you need STM-1 over Ethernet converter. I simplify your application as below:
SDH STM-1——-Ethernet——Mircowave—–Ethernet——–STM-1 SDH
Our BD-MUX04-LMXE.V8 SDH IP multi-service platform can support your application.
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Gigabit Ethernet over STM-1 SDH Multiplexer 1...
Gigabit Ethernet over STM-4 SDH Converter
I use it to access the local IP network and it works very well and is very stable.