Overview
Brand Name: ZTE
Model Number: ZXMP S320
Product Number: OIB1
Discription: ZTE SDHZXMP S320 Cabinet OIB1; ZTE S320 ZTE ZXMP S320 SDH transmission ZTE OIB1 S-1.1 OIB1(S-1.1,SC) 1xSTM-1 optical line board
Product discription
As new generation compact full-service access equipment, ZXMP S320 supports smooth upgrade of capacity from STM-1/4 to STM-16, applicable to base station service access, key account service access and fixed-line IP service access. Hybrid networking of ZXMP S320 with other ZTE MSTP equipments can deliver the most cost-effective solution for operators.
Product Feature
Equipment
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Name
|
Part name
|
ZXMP S320
|
PWA
|
239149800374
|
239149800261
|
NCP
|
237921700190
|
SCB
|
238867900331
|
238867901017
|
OIB1
|
244726700189
|
238406000012
|
CSBE
|
233710500100
|
O4CSD
|
257263900027
|
SFE4C
|
262096800150
|
OW
|
237929200376
|
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Compact structure:
It has a compact structure with the height of 4U, convenient and compatible with the rate of 155/622 Mb/s.
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Wide temperature adaptability:
Its working temperature is from
-20 °C to 60 °C, therefore it is suited for various environments.
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More measures are used to ensure the reliability:
High reliability is guaranteed by the power supply, clock, cross connect 1+1 and tributary 1:N protection.
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Full service interfaces:
It supports the 5 STM-1 equivalent access capacity and 16×16 VC4 full cross connection, the 1.5 M/2 M/34 M/45 M/155 M interface with added AI/DI (auxiliary), the10/100 M Ethernet interface, and the 155 M ATM UNI.
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More choices for working voltage and easy installation:
The working voltage is -48/24 V. For installation, wall, desk and rack mounting can be selected.
Powerful full-service access capability driving operators' network development
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ZXMP S320 offers rich service interfaces, including STM-16, STM-4, STM-1 optical interfaces, STM-1, E3/T3, E1/T1 electrical interfaces, 10M/100M Ethernet interfaces, GE optical interface, as well as robust full-service support for ATM, EOS, RPR, delivering an integrated access layer solution to 3G base station service access, key account service access and fixed-line IP service access.
Outstanding scalability ensuring smooth evolution of network capacity
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With perfect smooth upgradeability, ZXMP S320 supports smooth upgrade of access layer capacity from STM-1/STM-4 to STM-16, strongly ensuring voice, data and video services to scale for capacity and maximizing customers' investment return on equipments.
Be compatible with small-capacity requirements at convergence layer, enable network to extend downwards, facilitate roll out of customer services downwards from access node and boost network profitability.
Multiple measures to guarantee service security, network reliability and reduce OPEX
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1+1 configuration for cross-connect board and clock board, 1+1 hot backup for critical board;
Perfect electrical tributary 1:N protection function, simultaneous support for 2 groups 1:N protection, redoubled protection capability available for critical nodes and critical services;
Multiple protection modes including board power supply protection, sub-rack power supply access protection and cabinet power supply access protection.
Excellent product mix delivering an ideal total network solution
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Hybrid networking of ZXMP S320 with other ZXMP series equipments can deliver optimal product mix for option on demands at different nodes and at different network layers, and ZXONM E300 and ZXONM N100 can be used for centralized management, thus optimizing investment, driving down network construction cost and delivering the cost-effective solution.
Elaborate detailed design providing all benefits to customers
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System operation and maintenance adopt front-facing interfaces, front-facing operation and front-facing maintenance. Support wall-mounted installation, saving equipment room space and easing operation and maintenance;
Support mixed insertion of slots, more flexible for equipment configuration and network planning & optimization;
Highly integrated, only 5U in height, saving equipment room space;
Low equipment power consumption resulting in reduced electricity expenditure.