Mini multi-service Aggregation SDH multiplexer

BD-MUX04-LMFE is a card based compact SDH equipment, designed mainly as a gateway node between the core SDH 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 1U high 19” wide chassis of the BD-MUX04-LMFE has 8 slots, with 2 slots for the DC(1+1)/AC power supply, 1 slot for network management card, 1 slots for STM-1/STM-4 uplink, and 4 slots left for services (STM-1, Ethernet, E1, E3/DS3,V.35 Etc.).
Related article: Types of Network Topologies: Ring Network VS Star Network

●   Support up to STM-4 rate SDH service

●   Support 1+1 MSP, SNCP protection

●   Ethernet service supporting GFP encapsulation, VC12 virtual concatenation (1~63 VC12) and LCAS

●   Management channel can be DCC bytes or E1 (VC12)

●   Inter-working with popular SDH/MSPP products of various vendors

●   Easy commissioning and maintenance

●   High integration, compact design

●   High reliability, low CAPEX and OPEX

Technical specification:

Index			Performance Parameter
SDH interface	Max	STM-1	2*Aggregation STM-1 ports and 8 tributary STM-1 ports
		STM-4	2 Aggregation STM-4 ports
		STM-16	2 Aggregation STM-16 ports
	Connector		SC/PC, SFP
	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
Aggregation SDH multiplexer Service Card	PWR01		DC-48V power card, 1+1 backup
	PWR02		AC220V power card
	NM02		EMS Management Card
	OX01S		Dual STM-1 aggregation optical card, SFP type
	OX01A		Dual STM-1 aggregation optical card
	OX04A		Dual STM-4 aggregation optical card, SFP type
	OX16A		Dual STM-16 aggregation optical card, SFP type
	EX01		Dual STM-1 aggregation electrical card
	OS01		Dual STM-1 tributary optical card
	OS02A		Ethernet +Dual STM-1 tributary optical card
	OS03		Ethernet +Single STM-1 tributary optical card
	OS04A		Dual STM-4 tributary optical card, SFP type
	EP01A		24×E1 (120W, DB60)
	EP03		12×E1 (75W or 120W)
	EP03A		12×E1 (120W, DB60)
	EP02		1×E3/DS3
	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
	FE06		Ethernet aggregation, EOS, aggregation ratio: 8:2, dual FE ports
	FE07		EOE, Ethernet aggregation, aggregation ratio: 8:2, dual FE ports
	GX01A		EOS, Ethernet aggregation, aggregation ratio: 8:1, single GE port
	GX02A		EOE, Ethernet aggregation, aggregation ratio: 8:1, single GE port
	GX05		EOS, Ethernet aggregation, aggregation ratio: 16:1, dual GE port
	GE01		EOS,  GE over VC4 card
	GX06		EOE, Ethernet aggregation, aggregation ratio: 16:1, dual GE port
	GXS06		Standard EOE, Ethernet aggregation, aggregation ratio: 16:1, dual GE port
	EA05		EOS, Ethernet aggregation, aggregation ratio: 16:1, no outer Ethernet port
	EA06		EOE, Ethernet aggregation, aggregation ratio: 16:1, no outer Ethernet port
	EAS06		Standard EOE, Ethernet aggregation, aggregation ratio: 16:1, no outer Ethernet port
	ED01		2×V.35 Card（framed or unframed）
	DX02		Full 64E1 DS0 cross connection (2048×2048,64K)
	LA01		Order wire card
PDH interface	Max E1		96E1
	Max E3/DS3		4 E3
Ethernet	Interface speed		10/100Base-Tx or 100Base-Tx, Comply with IEEE 802.3
	Max FE Interface		16FE(4FE/card)
	Encapsulation		Comply with ITU-T G.7041 (VCAT, GFP, LCAS)
V.35	Max Interface		8V.35(2V.35/card)
Cross-connect Capacity	Uplink STM-1		High order 10×10 VC-4s Low order 630×630 VC12s
	Uplink STM-4		High order 16×16 VC-4s Low order 1008×1008 VC12s
	Uplink STM-16		High order 46×46 VC-4s Low order 1512×1512 VC12s
NMS	Interface		10/100 Base-T (can be cascaded)
EOW interface			Standard socket RJ11
Physical Dimension(H/D/W)			1U: 440 × 44 ×280 (mm)
Power	Supply		-48V DC /220V AC
	Consumption		≤40W
Environment	Temperature		0°C~50°C
	Humidity		≤90 %(non-condensing)
Weight (full-load)			≤3.5KG

FAQ

question1: Can you confirm that the multi-service SDH equipment(BD-MUX04-LMFE) can accommodate up to 4 x STM1 uplink ?

answer:  Yes,the SDH multiplexer equipement can support 4xSTM-1 uplink.

Related article: Types of Network Topologies: Ring Network VS Star Network