LLP "RTC"
Almaty, Dostyk 117/6
Business Center "Khan Tengri"
2nd staircase, first floor.

Phones:
+7 (727) 264-64-74
+7 (727) 295-26-09
+7 (727) 390-96-82

E-mail: office@rtc.kz

NPT-1020 Metro ACCESS PACKET TRANSPORT 

  • Compact Carrier-class converged multiservice packet transport
  • Lowest TCO for network transition from TDM to packet
  • True and independent native packet and TDM processing
  • Minimized OPEX by using existing work procedures
  • Minimized risk via gradual and controlled transition
  • Transport grade QoS, resiliency, OAM, and synchronization
  • Seamless integration with optical networks
  • Minimal power consumption and footprint
  • Unified multilayer management
The NPT-1020 is a future-proof converged multiservice packet transport platform optimized for the access nodes.
As a carrier class packet transport, it combines transport network reliability and ease of management with packet efficiency in an extremely compact 1 RU enclosure. Seamles and cost effective transition from TDM to packet is gained through an All- Native architecture, processing both packet and TDM traffic natively but supporting also Ethernet/MPLS-TP over TDM (EoS/MoT) and TDM over Ethernet (CES). The All-Native architecture provides cost-effective support for mixed packet and TDM traffic while preserving the existing network structure and work procedures.

Physical bearer support includes both fiber and microwave, and its integrated optics support allows seamless integration with next generation optical networks.

By supporting the most advanced carrier class Ethernet-based services (L1, L2, MPLS-TP), the NPT-1020 is well positioned to support cellular backhaul  transition/ migration plans from TDM to Ethernet or for a new build-out of LTE and 4G networks with enhanced 1588V2 support. The NPT-1020 supports full triple play services for residential NGN applications. Its unique support of utility targeted interfaces and rugged design make it an ideal solution for NG transport networks.

As with all ECI’s transport products, the NPT-1020 is managed by the unified multilayer LightSoft®  NMS.
 

 

 

Specifications

Interfaces, Synchronization, Topologies, and Protection

Packet interfaces

10/100/1000 Mbps,10 GE

Ethernet and MPLS-TP technologies

Native Ethernet and MPLS-TP over Ethernet (MoE), Ethernet over PDH (EoP) Ethernet over SDH (EoS) , MPLS over Transport (MoT),

CES SAToP, CESoPSN

Synchronization

SyncE, 1588v2, TDM (T3/T4)

SDH, PDH and PCM interfaces

STM-4/1, DS3/E3/E1, FXO, FXS, 2/4W E&M, V24, V35, V36 ,V11, RS422, RS449, C37.94, OMNI, and G.703 64K

Microwave radio interfaces

Hybrid (Ethernet and TDM)

Protection and restoration

G.8032 Ethernet Ring Protection (ERP), MPLS-TP FRR, APS, SNCP, MS-SPRing

Topologies

Mesh, multi-ring, ring, star, linear

System Capacities

Centralized Ethernet/MPLS-TP switch

25 Gb (10GE based configuration) /5 Gb (GE based configuration)

Centralized TDM matrix

2.5 Gb with 4/3/1 connectivity (100% LO granularity)

Max. Ethernet/MPLS-TP

Layer 1

12 x 10/100 FE

8 x 100/1000 FX

Layer 2

12 x 10/100 FE

8 x 100/1000 FX

2 x 10GE

MPLS-TP

12 x 10/100 FE

8 x 100/1000 FX

2 x 10GE

Max. SDH / PDH / PCM

3 x STM-4

16 x STM-1

12 x DS3/E3

273 x E1

72 x PCM

Pluggable SFP/CSFP/SFP+ support

Electrical Colored C/DWDM, non-colored and bidirectional SFPs

Microwave Radio

6

HW redundancy

1:1 Power supply

Other Specifications

Power input

-40 VDC to -75 VDC, 90 VAC to 220 VAC

Power dissipation

Typical: 50 W

Operating temperature range

-5°C to +70°C 23°F to 158°F

Operating RH range

5% to 95%

Environmental standards

ETS 300 019-1-3 Class 3.3, ETS 300 019-1-1 Class 1.2

ETS 300 019-1-2 Class 2.3

Safety

EN 60950/2000, according to LVD Directive 72/23/EEC EN 60825 -1&2

EMC

EN 300 386-2, 1TR9

Management

End-to-end management of all layers and services

Physical dimensions (mm)

NPT-1020 basic unit:   88 (H) x 465 (W) x 263 (D)

Expansion Unit:         88 (H) x 465 (W) x 263 (D)

              

NPT-1200 Metro ACCESS PACKET TRANSPORT

  • Carrier-class converged multiservice packet transport
  • Lowest TCO for network transition from TDM to packet
  • True, independent native packet and TDM processing
  • Minimized OPEX by use of existing work procedures
  • Transport grade QoS, resiliency, OAM and synchronization
  • Seamless integration with optical networks
  • Minimal power consumption and footprint
  • Unified multilayer management

 

The NPT-1200 is a future-proof and fully redundant converged multiservice packet transport platform optimized for the metro access aggregation and access nodes.

As a carrier class packet transport, it combines transport network reliability and ease of management with packet efficiency. Seamles and cost effective transition from TDM to packet is gained through an All-Native architecture, processing both packet and TDM traffic natively but supporting also Ethernet/MPLS-TP over TDM (EoS/MoT) and TDM over Ethernet (CES). The All-Native architecture provides cost-effective support for mixed packet and TDM traffic while preserving the existing network structure and work procedures.
Physical bearer support includes both fiber and microwave, and its integrated optics support allows seamless integration with next generation optical networks.

By supporting the most advanced carrier class Ethernet-based services (L1, L2, MPLS-TP) with high 10GE fanout, the NPT-1200 is well positioned to support cellular backhaul transition/ migration plans from TDM to Ethernet or for a new build-out of LTE and 4G networks with enhanced 1588V2 support. The NPT-1200 supports full triple play services for residential NGN applications. Its unique support of utility targeted interfaces and rugged design make it an ideal solution for NG transport networks.
 As with all ECI’s transport products, the NPT-1200 is managed by the unified multilayer LightSoft® NMS.

Specifications
 

Interfaces, Synchronization, Topologies, and Protection

Packet interfaces

10/100/1000Mbps,10GE

Ethernet and MPLS-TP technologies

Native Ethernet andMPLS-TPoverEthernet (MoE), EthernetoverPDH(EoP)EthernetoverSDH(EoS),MPLSoverTransport(MoT),

CESSAToP,CESoPSN

Synchronization

SyncE,1588v2,TDM(T3/T4)

SDH, PDH and PCM interfaces

STM-4/1,DS3/E3/E1,FXO,FXS,2/4WE&M,V24,V35,V36,V11,RS422,RS449,C37.94,OMNI,andG.70364K

Microwave radio interfaces

Hybrid(EthernetandTDM)

Protection and restoration

G.8032EthernetRingProtection(ERP),MPLS-TPFRR,APS,SNCP, MS-SPRing

Topologies

Mesh,multi-ring,ring,star,linear

System Capacities

CentralizedEthernet/MPLS-TPswitch

25Gb(10GEbasedconfiguration)/5Gb(GEbasedconfiguration)

Centralized TDM matrix

2.5Gbwith4/3/1connectivity(100%LOgranularity)

Max.Ethernet/MPLS-TP

Layer1

12x10/100FE

8 x100/1000FX

Layer2

12x10/100FE

8 x100/1000FX

2x10GE

MPLS-TP

12x10/100FE

8 x100/1000FX

2x10GE

Max.SDH/PDH/PCM

3xSTM-4

16xSTM-1

12 xDS3/E3

273xE1

72xPCM

Поддержка SFP/CSFP/SFP+ 

ElectricalColoredC/DWDM,non-coloredandbidirectionalSFPs

Microwave Radio

6

HW redundancy

1:1Powersupply

Other Specifications

Power input

-40VDCto-75VDC,90VACto220VAC

Power dissipation

Typical:50W

Operating temperature range

-5°Cto+70°C23°Fto158°F

Operating RH range

5%to95%

Environmental standards

ETS300019-1-3Class3.3,ETS300019-1-1Class1.2

ETS300019-1-2Class2.3

Safety

EN60950/2000,accordingtoLVDDirective72/23/EECEN60825-1&2

EMC

EN300 386-2,1TR9

Management

End-to-endmanagementofalllayersandservices

Physical dimensions (mm)

NPT-1020basicunit:  88(H) x 465(W)x263(D)

ExpansionUnit:     88(H)x465(W)x263(D)


NPT-1600 Metro Aggregation PACKET TRANSPORT.

  • Carrier class converged multiservice packet transport
  • Lowest TCO throughout the network transition from TDM to packet
  • True and independent Native packet and TDM processing
  • Minimized OPEX by keeping the same working procedures
  • Minimized risks by gradual and controlled  transition
  • Transport grade QoS, resiliency, OAM, and synchronization
  • Integrated WDM and ROADM
  • Unified multi-layer management
The NPT-1600 is a future-proof and fully redundant converged multiservice packet transport platform optimized for the metro aggregation nodes. The NPT-1600 offers unique convergence of Carrier Ethernet, MPLS-TP, SDH/SONET, TDM/ATM, and All-Range WDM OTN and ROADM on a single platform. As a carrier class packet transport, it combines transport networks' reliability and ease of management with packet efficiency. Seamless and cost-effective transition from TDM to packet is gained through an All-Native architecture, processing both packet and TDM traffic natively and also supporting Ethernet/MPLS-TP over TDM (EoS/MoT). The All-Native architecture provides cost-effective support for mixed packet and TDM traffic while preserving existing network structure and working procedures. To assure undisrupted and high quality service delivery, the NPT-1600 supports a full set of
Carrier Ethernet services and features, including QoS, protection, and synchronization.

As a metro aggregation packet transport platform, the NPT-1600 integrated WDM OTN and ROADM support allows seamless integration with next-generation optical networks.

By supporting the most advanced carrier class Ethernet-based services (L1, L2, MPLS-TP), the NPT-1600 is well positioned to deliver cellular backhaul transition/ migration plans from TDM to Ethernet, as well as for new-build out of LTE and 4G networks with enhanced 1588v2 support. The NPT-1600 delivers full triple play services for residential NGN applications.

As with all ECI’s transport products, the NPT-1600 is managed by the LightSoft® NMS.

 

Technical Specifications

Interfaces, Synchronization, Topologies, and Protection

Packet interfaces

10/100/1000 Mbps,10GE

Ethernet and MPLS-TP technologies

Native Ethernet and MPLS-TP over Ethernet (MoE), Ethernet over SDH (EoS), MPLS over Transport (MoT)

Synchronization

SyncE, 1588v2, TDM (T3/T4)

SDH/SONET andPDH interfaces

STM-64/16/4/1, OC-192/48/12/3, E3/DS-3, E1

Protection and restoration

I/O Hardware protection (IOP), G.8032 Ethernet Ring Protection (ERP), RSTP, FRR, 1:1 Linear protection, PW Redundancy, MC-LAG, APS, SNCP, MS-SPRing, ASON, GMPLS

Topologies

Mesh, multi-ring, ring, star, linear

System Capacities

Centralized Ethernet/MPLS-TP packet switch

160 Gb

Centralized TDM matrix

120 Gb with 4/3/1 connectivity (100% LO granularity)

Max. Ethernet/MPLS-TP

Layer 1

176 x 10/100 FE

96 x 100/1000 FX

Layer 2

128 x 10/100 FE

80 x 100/1000 FX

32 x 10GE

MPLS-TP

128 x 10/100 FE

80 x 100/1000 FX

32 x 10GE

Max. SDH/PDH

12 x STM-64/OC-192

48 x STM-16/OC-48

192 x STM-4/OC-12

368 x STM-1/OC-3

176 x E3/DS-3

924 x E1

Pluggable SFP/CSFP/SFP+ support

Electrical, colored C/DWDM, non-colored and bidirectional SFPs

Number of channels

DWDM – 80 channels CWDM – 16 channels

Maximum distance [km]

2500, Single span: 350

Channel spacing (nm)

0.4

Continuous 2R/3R transponder, 100 Mbps to 2.7 Gbps

12

2D ROADM

40-channel drop

Multidegree ROADM

2-10 degree

HW redundancy

For all common units/cards: power supply, controller cards, ASON controller card, fan units

Other Specifications

Power input

-40 VDC to -72 VDC

Power dissipation

Typical: 2400 W

Operating temperature range

-5°C to +55°C 23°F to 131°F

Operating RH range

5% to 95%

Environmental standards

ETS 300 019-1-3 Class 3.2

ETS 300 019-1-1 Class 1.2

ETS 300 019-1-2 Class 2.3

Safety

EN 60950-1:2006, according to LVD Directive 72/23/EEC, EN 60825-1&2

EMC

EN 300 386-2, 1TR9

Management

End-to-end management of all layers and services

Physical dimensions (mm)

1100 mm (H) x 450 mm (W) x 285 mm (D)

43.31 in. (H) x 17.72 in. (W) x 11.22 in. (D)