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6 Years
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| Brand Name : | ZTE |
| Model Number : | ZTE OL16x4 |
| Price : | |
| Payment Terms : | T/T, Western Union, MoneyGram |
| Supply Ability : | 500pcs/week |
| Delivery Time : | 3-7 work days |
ZTE OL16x4 L16.2JE S330 SDH products ZTE OL16x4 for ZTE SDH
Product Description:
ZXMP S385 are suitable for the backbone of the network or the large capacity convergence level, can be used as medium capacity DXC, ADM large capacity, and can pass the MSTP function can realize the function of Ethernet and ATM switch. As ADM can be flexible configuration of REG/TM/ADM/MADM. Capacity can be achieved STM smooth upgrade - 16 to STM - 64. It features:
The large capacity and flexible business operation ability
ZXMP S385 provides large capacity ability of high and low order cross slot rich equipment business. Can provide the processing capacity of multiplex ECC, fully meet the requirements of complex network. Support/STM/STM STM - 1-4-16 / STM - 64 level of linear network, ring network, hub network, ring chain, complex network topology, such as tangent ring and ring of intersection.
More powerful business access ability
ZXMP S385 system provides a rich business interface: / STM STM - 64-16 / STM - 4 / STM 1 light interface; STM - 1 electrical interface; E3 / T3 electrical interface; E1 / T1 electric interface (support frame processing); Interface of POS, ATM interface, FE/GE Ethernet interface, and SAN interface. Business for Ethernet and EOS, embedded RPR and MPLS embedded bearing a variety of ways, can form a special business (EPL) Ethernet, Ethernet virtual line (EVPL), Ethernet LAN business (EPLAN) and Ethernet virtual private LAN service (EVPLAN), etc., can meet the needs of a variety of different network environment technology.
High reliability, perfect equipment protection
ZXMP S385 with perfect equipment level protection: redundancy is used to design in hardware, overhead to business bus, bus, bus clock adopts the structure of the double bus system, greatly improve the reliability and stability of the system. Cross is realized by using two intersecting clock, the clock 1 + 1 protection. PDH business veneer implementation 1: N protection: hardware business E1 / T1 business veneer 1: N protection, E3 / T3, STM 1 electric mouth and FE electric mouth also can realize 1: N protection. Implements cabinet outside power protection, veneer power protection and the aircraft power supply access protection to protect a variety of ways.
Complete, intelligent network protection
ZXMP S385 support to improve the network level of protection: to realize the ITU - T the proposed network characteristics, including ways to protect: 1 + 1 link multiplexing section protection, support link 1: N protection, one-way channel protection ring, two fiber bidirectional multiplexing section protection ring, four fiber bidirectional multiplexing section protection ring function, dual node interconnection protection (DNI), subnet connection protection (SNCP), logical subnet (LSNP).
ZXMP S385 have powerful intelligence features, support automatically discover network topology and resource, end-to-end business configuration, quick resistance network more failure; Support for multiple business priority protection and recovery strategy. Support the permanent connection (PC) and soft permanent connection/exchange connection (SPC/SC) online conversion, supports distributed recoverable reroute protection. Implement ASON OUNI - C, OUNI - N and I - NNI function; Support the control plane function, supports in-band and out-of-band SCN, in-band and out-of-band MCN function.
| ZTE ZXMP S385 Board List: | ||
| 2.0m-600mm-B | OEIS1*8(L-1.2,LC) | OL4(L-4.1,LC) |
| 2.2m-600mm-B | OEIS1*8(S-1.1,LC) | OL4(L-4.2,LC) |
| D-2.2m-300mm-B | OEL1*16(8*L-1.1,LC) | OL4(S-4.1,LC) |
| FAN | OEL1*16(8*L-1.2,LC) | OL4*2(L-4.1,LC) |
| MB(V2.4&V3.0) | OEL1*16(8*S-1.1,LC) | OL4*2(L-4.2,LC) |
| PDB(back) | OIS1*8(L-1.1,LC) | OL4*2(S-4.1,LC) |
| PDB(back,blue) | OIS1*8(L-1.2,LC) | OL4*4(L-4.1,LC) |
| PDB(front) | OIS1*8(S-1.1,LC) | OL4*4(L-4.2.LC) |
| PDB(front,blue) | OL1*2(L-1.1,LC) | OL4*4(S-4.1,LC) |
| RACK-SET-D-2.2m-300mm-B | OL1*2(L-1.2,LC) | OL64(I-64.1,LC,ASON) |
| RACK-SET-D-2.2m-600mm-B | OL1*2(S-1.1,LC) | OL64(L64.2P,LC,ASON) |
| RACK-SET-S-2.0m-300mm-B | OL1*4(L-1.1,LC) | OL64(L-64.P1L1-2D2,LC,ASON) |
| RACK-SET-S-2.0m-600mm-B | OL1*4(L-1.2,LC) | OL64(S-64.2b,LC,ASON) |
| RACK-SET-S-2.2m-300mm-B | OL1*4(S-1.1,LC) | OL64*2(I-64.1,LC,ASON) |
| S-2.0m-300mm-B | OL1*8(L-1.1,LC) | OL64*2(L64.2P,LC,ASON) |
| S-2.2m-300mm-B | OL1*8(L-1.2,LC) | OL64*2(L-64.P1L1-2D2,LC,ASON) |
| ZJA(back mounted,V2.4&V3.0) | OL1*8(S-1.1,LC) | OL64*2(S-64.2b,LC,ASON) |
| ZJA(front mounted,V2.4&V3.0) | OL16(L-16.1,LC) | OL64D(800ps/nm,FEC,LC) |
| ANCP | OL16(L-16.2,LC) | OL64FEC(L64.2p) |
| BIE1 | OL16(L-16.2JE,LC) | OW |
| BIE3 | OL16(L-16.2p,LC) | QXI |
| CSA | OL16(L-16.2U,LC) | RSEB |
| CSF(without expansion subrack) | OL16(S-16.1,LC) | SCIB |
| EIE1*63(75) | OL16*2(L-16.1,LC,ASON) | SCIH |
| EIT1*63(120/100) | OL16*2(L-16.2,LC,ASON) | SEE |
| ENCP | OL16*2(L-16.2JE,LC,ASON) | SFP(ESCON,DVB,FICON) |
| EP3*6 | OL16*2(L-16.2p,LC,ASON) | SFP-1.25G(L-G.1,LC) |
| EPE1*63(120) | OL16*2(L-16.2U,LC,ASON) | SFP-1.25G(L-G.2,LC) |
| EPE1*63(75) | OL16*2(S-16.1,LC,ASON) | SFP-1.25G(M-G.8,LC) |
| EPE1FZ*63 | OL16*4(L-16.1,LC,ASON) | SFP-1.25G(S-G.1,LC) |
| EPT1*63(100) | OL16*4(L-16.2,LC,ASON) | TCS128 |
| ESE1*63(75) | OL16*4(L-16.2JE,LC,ASON) | TCS256 |
| ESE3*6 | OL16*4(L-16.2p,LC,ASON) | TGE2B |
| ESFE*8 | OL16*4(L-16.2U,LC,ASON) | TGSA*8 |
| ESS1*4 | OL16*4(S-16.1,LC,ASON) | DCM100(external,LC) |
| ESS1*8 | OL16*8(L-16.1,LC,ASON) | DCM20(external,LC) |
| EST1*63(120/100) | OL16*8(L-16.2,LC,ASON) | DCM40(external,LC) |
| LP1*4 | OL16*8(L-16.2JE,LC,ASON) | DCM60(external,LC) |
| LP1*8 | OL16*8(L-16.2p,LC,ASON) | DCM80(external,LC) |
| OADC4(1271/1291/1331/1351+UPG) | OL16*8(L-16.2U,LC,ASON) | OBA12(mini,LC) |
| OADC4(1551/1571/1591/1611+UPG) | OL16*8(S-16.1,LC,ASON) | OBA12*2(mini,LC) |
| OADD4(C_band-TFF-SOAD4-21-LC) | OL16C(1471nm) | OBA14(external,input-6,SC) |
| OADD4(C_band-TFF-SOAD4-25-LC) | OL16C(1491nm) | OBA14(mini,LC) |
| OADD4(C_band-TFF-SOAD4-53-LC) | OL16C(1511nm) | OBA14*2(mini,LC) |
| OADD4(C_band-TFF-SOAD4-57-LC) | OL16C(1531nm) | OBA17(external,SC) |
| OEIFE*8(8*L-1.1,LC) | OL16C(1551nm) | OBA17(mini,LC) |
| OEIFE*8(8*L-1.2,LC) | OL16C(1571nm) | OBA19(mini,LC) |
| OEIFE*8(8*S-1.1,LC) | OL16C(1591nm) | OPA32(mini,LC) |
| OEIS1*4(L-1.1) | OL16C(1611nm) | OPA38(mini,LC) |
| OEIS1*4(L-1.2) | OL16C*4(1471~1531nm,ASON) | disk(ASON,CH) |
| OEIS1*4(S-1.1) | OL16C*4(1551~1611nm,ASON) | disk(ASON,EN) |
| OEIS1*8(L-1.1,LC) | OL16C*8(1471~1611nm,ASON) | disk(CH) |
| OL16D*4(192.1~192.4THz,ASON) | disk(EN) | |
| OL16D*4(192.5~192.8THz,ASON) | Manual-ZXMP S385(ASON,CH) | |
| OL16D*8(192.1~192.8THz,ASON) | Manual-ZXMP S385(ASON,EN) |
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