Broadband Solution

Provider

Broadband and Cellular IoT Solution Company

Packet Transport Network

It adopts standardized MPLS-TP OAM for management and protection switchover within 50ms. In addition, it offers GUI EMS and function of end to end service creation by one-click for easy operation and management.

APN-480A

APN-400A

* APN : Advanced Packet Network

Specification

Model

APN-480A

APN-400A

Composition Common part

Control part (2slot), Switching part (2slot)

Channel part 12Slot, Universal Slot 12Slot, Universal Slot

Switching Capacity

Packet

480bps

400Gbps

Protection

Network

MPLS-TP (G.8131) Linear Switching

Service Interface
Capacity

10GbE (XFP)

48 Ports/Sys. (4 Ports/Unit)

56 Port/Sys (4/8 Port/Unit)

GbE-FX (SFP)

480 Ports/Sys. (48 Ports/Unit)

192 Port/Sys (16 Port/Unit)

GbE-TX (RJ-45)

480 Ports/Sys. (48 Ports/Unit)

192 Port/Sys (16 Port/Unit)

100Base-FX (SFP)

480 Ports/Sys. (48 Ports/Unit)

192 Port/Sys (16 Port/Unit)

100Base-TX (RJ-45)

480 Ports/Sys. (48 Ports/Unit)

192 Port/Sys (16 Port/Unit)

STM-1(CES)

96 Ports/Sys. (8 Ports/Unit)

32 Port/Ext. Sys (8 Port/Unit)

DS1E (CES)

384 Ports, (32 Ports/Unit)

64 Port/Ext. Sys (16 Port/Unit)

Clock  

INT / EXT / Sync-E / IEEE 1588v2

Dimension

W x H x D (mm)

584.2x621.5x381.8 (incL FAN)

482.5x534x381.8 (incL FAN)

Power Supply DC/AC

-48VDC

Power Consumption (W) 1,672 866

Advantages

    Continuity through function based on MPLS-TP standard technology
  • · MPLS-TP Linear Protection (G.8131)
  • · Protection switchover within 50ms
    Various services and flexible network topology
  • · Ethernet interfaces (10GE, 1GE, FE), SDH and PDH interfaces(STM-1, E1)
  • · Variety of topologies such as PTP, ring and mesh (G.8131 Linear protection)
  • · Support PTN network based on MPLS-TP
    Optimized L2 function
  • · UNI duplexing by setting 1 LAG of 2 units
  • · Self loop detection for blocking looping obstruction of a port
    QoS for efficient traffic management
  • · Maximization of bandwidth utilization by controlling CIR and PIR as 1 Mbps
  • · Application of PHB MAP and QoS by CoS, DSCP setting
  • · Quality control as services via offering 8 Queues per port
    Traffic statistics of services
  • · Traffic management for each port and offering easier viewing graph of statistic information in database
    End to End service operating management
  • · End to End service configuration by one click
  • · Service configuration management by GUI
    Efficient operation
  • · Direct monitoring and management with system configuration as like real equipment
  • · Convenient functions including automatic creation of tunnel name, bandwidth variation, and path creation when network configuring
    System management
  • · Offering statistical information on temperature of each unit and optical module function
  • · Fan speed auto control function for efficient cooling of the equipment

Network Topology

Packet Transport Network

It adopts standardized MPLS-TP OAM for management and protection switchover within 50ms. In addition, it offers GUI EMS and function of end to end service creation by one-click for easy operation and management.

APN-200A

APN-100A

APN-80A

* APN : Advanced Packet Network

Specification

Model

APN-200A

APN-100A

APN-80A

Composition Common part

Control part (2slot), Switching part (2slot)

Channel part 8Slot, Universal Slot 6Slot, Universal Slot 7Slot, Universal Slot

Switching Capacity

Packet

200Gbps

100Gbps

80Gbps

Protection

Network

MPLS-TP(G.8131) Linear Switching

Service Interface
Capacity

10GbE (XFP)

32 Ports/Sys. (4 Ports/Unit)

24 Ports/Sys. (4 Ports/Unit)

14 Port/Sys (2 Port/Unit)

GbE-FX (SFP)

96 Ports/Sys. (16 Ports/Unit)

56 Port/Sys (8 Port/Unit)

GbE-TX (RJ-45)

96 Ports/Sys. (16 Ports/Unit)

56 Port/Sys (8 Port/Unit)

100Base-FX (SFP)

96 Ports/Sys. (16 Ports/Unit)

56 Port/Sys (8 Port/Unit)

100Base-TX (RJ-45)

96 Ports/Sys. (16 Ports/Unit)

56 Port/Sys (8 Port/Unit)

STM-1(CES)

24 Ports/Sys. (4 Ports/Unit)

32 Port/Ext. Sys (8 Port/Unit) 28 Port/Sys (4 Port/Unit)
DS1E (CES)

96 Ports/Sys. (16Ports/Unit)

64 Port/Ext. Sys (16 Port/Unit) 112 Port/Sys (16 Port/Unit)
Clock  

INT / EXT / Sync-E / IEEE 1588v2

Dimension

W x H x D (mm)

482.5 x 354 x 290(incL FAN)

482.5 x 177 x 381.8(incL FAN)

482.5 x 266.4 x 381.8(incL FAN)

Power Supply DC/AC

-48VDC

Power Consumption (W) 394 385 213

Advantages

    Continuity through function based on MPLS-TP standard technology
  • · MPLS-TP Linear Protection (G.8131)
  • · Protection switchover within 50ms
    Various services and flexible network topology
  • · Ethernet interfaces (10GE, 1GE, FE), SDH and PDH interfaces(STM-1, E1)
  • · Variety of topologies such as PTP, ring and mesh (G.8131 Linear protection)
  • · Support PTN network based on MPLS-TP
    Optimized L2 function
  • · UNI duplexing by setting 1 LAG of 2 units
  • · Self loop detection for blocking looping obstruction of a port
    QoS for efficient traffic management
  • · Maximization of bandwidth utilization by controlling CIR and PIR as 1 Mbps
  • · Application of PHB MAP and QoS by CoS, DSCP setting
  • · Quality control as services via offering 8 Queues per port
    Traffic statistics of services
  • · Traffic management for each port and offering easier viewing graph of statistic information in database
    End to End service operating management
  • · End to End service configuration by one click
  • · Service configuration management by GUI
    Efficient operation
  • · Direct monitoring and management with system configuration as like real equipment
  • · Convenient functions including automatic creation of tunnel name, bandwidth variation, and path creation when network configuring
    System management
  • · Offering statistical information on temperature of each unit and optical module function
  • · Fan speed auto control function for efficient cooling of the equipment

Network Topology

Packet Transport Network

It adopts standardized MPLS-TP OAM for management and protection switchover within 50ms. In addition, it offers GUI EMS and function of end to end service creation by one-click for easy operation and management.

APN-50A

APN-20A

APN-20B

APN-20C

APN-10A

* APN : Advanced Packet Network

Specification

Model

APN-50A

APN-20A/B/C

APN-10A

Composition Common part

Main(1slot), Power part(2slot)

Channel part Front side 5slot, Back side 2slot Back side 5slot (E1/DS0)(B only) Back side 1 slot (E1)

Switching Capacity

Packet

60Gbps

32/14Gbps

8Gbps

Protection

Network

MPLS-TP(G.8131) Linear Switching

Service Interface
Capacity

10GbE (XFP)

4 Ports/Sys. (2Ports/Unit)

2 Ports/Sys. (2Ports/Unit)

 

GbE-FX (SFP)

20 Ports/Sys. (8/4 Ports/Unit)

6 Ports/Sys. (6 Ports/Unit)

4 Port/Sys (4 Port/Unit)

GbE-TX (RJ-45)

20 Ports/Sys. (8/4 Ports/Unit)

14 Ports/Sys. (14 Ports/Unit)

8 Port/Sys (8 Port/Unit)

100Base-FX (SFP)

20 Ports/Sys. (8/4 Ports/Unit)

6 Ports/Sys. (6 Ports/Unit)

4 Port/Sys (4 Port/Unit)

100Base-TX (RJ-45)

20 Ports/Sys. (8/4 Ports/Unit)

14 Ports/Sys. (14 Ports/Unit)

8 Port/Sys (8 Port/Unit)

STM-1(CES)

4 Ports/Sys. (4 Ports/Unit)

   

DS1E (CES)

16 Ports/Sys (16 Ports/Unit)

6 Port/Sys (6 Port/Unit)(B only)

16 Port/Sys (16/4 Port/Unit)

 

DS0 (CES) (FXS/RD/TD/2WEM)

 

16 Port/Sys (4 Port/Unit)(B only)

 
Clock   INT / EXT / Sync-E / IEEE 1588v2

INT/Sync-E

Dimension

W x H x D (mm)

482.5 x 45 x 374(incL FAN)

[A/C] 482.5 x 45 x 189.7
[B] 482.5 x 45 x 320

482.5 x 45 x 320(incL FAN)

Power Supply DC/AC

-48VDC

Power Consumption (W) 93 19.7 / 32.2 / 31.9 [A/8/C] 40

Advantages

    Continuity through function based on MPLS-TP standard technology
  • · MPLS-TP Linear Protection (G.8131)
  • · Protection switchover within 50ms
    Various services and flexible network topology
  • · Ethernet interfaces (10GE, 1GE, FE), SDH and PDH interfaces(STM-1, E1)
  • · Variety of topologies such as PTP, ring and mesh (G.8131 Linear protection)
  • · Support PTN network based on MPLS-TP
    Optimized L2 function
  • · UNI duplexing by setting 1 LAG of 2 units
  • · Self loop detection for blocking looping obstruction of a port
    QoS for efficient traffic management
  • · Maximization of bandwidth utilization by controlling CIR and PIR as 1 Mbps
  • · Application of PHB MAP and QoS by CoS, DSCP setting
  • · Quality control as services via offering 8 Queues per port
    Traffic statistics of services
  • · Traffic management for each port and offering easier viewing graph of statistic information in database
    End to End service operating management
  • · End to End service configuration by one click
  • · Service configuration management by GUI
    Efficient operation
  • · Direct monitoring and management with system configuration as like real equipment
  • · Convenient functions including automatic creation of tunnel name, bandwidth variation, and path creation when network configuring
    System management
  • · Offering statistical information on temperature of each unit and optical module function
  • · Fan speed auto control function for efficient cooling of the equipment

Network Topology

Packet Transport Network Circuit Emulation Service Extension System

The CPN system is a system that converts TDM services such as STM-1 / E1 into packets, By providing the PTN device and the extended structure through the Ethernet interface, the slot of the PTN device It increases availability. In addition, the LAG function provides an interworking port redundancy configuration.

CPN-16A

Specification

Model

CPN-16A

Composition Common part

Main (1 slot), Power part(2slot)

Channel part Back side 4slot

Switching Capacity

Packet

29Gbps

Protection

Network

LAG configuration

Service Interface
Capacity

10GbE (XFP/SFP+)

2 Ports/Sys. (2 Ports/Unit)

GbE-FX (SFP)

6 Ports/Sys. (6 Ports/Unit)

STM-1(CES)

32 Ports/Sys. (8 Ports/Unit)

DS1E (CES)

64 Port/Sys. (16 Ports/Unit)

Clock   INT / EXT / Sync-E

Dimension

W x H x D (mm)

482.5 x 45 x 374(incL FAN)

Power Supply DC/AC

-48VDC/AC220V

Power Consumption (W) 152

Advantages

    Interworking PTN device by using LAG linkage
  • · 10GE/1GE interface
  • · Protection switchover within 50ms
    CES service extension
  • · SDH(STM-1) interface
  • · PDH(E1) interface
    Traffic statistics of services
  • · Traffic management for each port and offering easier viewing graph of statistic information in database
    End to End service operating management
  • · End to End service configuration by one click
  • · Service configuration management by GUI
    Efficient operation
  • · Direct monitoring and management with system configuration as like real equipment
  • · Convenient functions including automatic creation of tunnel name, bandwidth variation, and path creation when network configuring
    System management
  • · Offering statistical information on temperature of each unit and optical module function
  • · Fan speed auto control function for efficient cooling of the equipment

Network Topology