HCPSLine22

It supports a maximum of 100G OTN backhaul with HCPXCC04 cross-connect card. The interface of this card is 100G for CFP and 1x100G or 10x10G for SFP+. HCPSLine22 card supports 1xCFP (P11), 10xSFP+(P1 to P10) interfaces. This card is supported in TJ1600 Type-11SR, TJ1600 Type-6SR and TJ1600 Type-2SR chassis.

Following modes are supported in TJ1600 Type-11SR chassis:

The mode(s) supported with HCPXCC03, HCPXCC04 and OSMC01 includes:

10x10G TO 1xOTU4 MUXPONDER
- P1 to P10: STM-64/10GE/OTU2/OTU2e
- P11: OTU4
5X10GE TXP with eFEC and gFEC:
- P1 to P5: OTU2/OTU2e
- P6 to P10: STM-64/10GE/OTU2/OTU2e/OTU1f/8GFC/12GFC

The mode(s) supported with HCPXCC04 include:

10x10G SDH FLEXI -> P1 to P10 supports STM-64/10GE
1x100G OTN TRIBUTARY-> P11 supports 100GE/OTU4
10x10 OTN TRIBUTARY with eFEC and gFEC-> P1 to P10: STM-64/10GE/OTU2/OTU2e/8GFC

Following modes are supported in TJ1600 Type-6SR chassis:

10X10G FLEXI TRIBUTARY AND CROSS-CONNECT with eFEC and gFEC:
- Ports P1, P2, P7 and P9 supports OTU2/OTU2e/10GE/1GE/STM64/STM16/STM4/STM1/1GFC/2GFC/8GFC
- Ports P3, P4, P5, P6, P8 and P10 supports 10GE/1GE/STM64/STM16/STM4/STM1/1GFC/2GFC/8GFC
10x10G TO 1xOTU4 MUXPONDER
- P1 to P10: STM-64/10GE/OTU2/OTU2e
- P11: OTU4
5X10GE TXP with eFEC and gFEC
- P1 to P5: OTU2/OTU2e
- P6 to P10: 5xSTM-64/10GE/OTU2/OTU2e/OTU1f/8GFC/12GFC

NOTE 1: In TJ1600 Type-6SR chassis, slots 1 and 2 are only supported when HCPSLine22 card is configured in 10X10G FLEXI TRIBUTARY AND CROSS-CONNECT mode.

NOTE 2: eFEC is a licensed feature that is, enabling eFEC on ports requires a per port license. User can generate a license defining the number of ports to be added to the license. Maximum of 4 ports can be added to the license.

Following modes are supported in TJ1600 Type-2SR chassis:

10X10G FLEXI TRIBUTARY AND CROSS-CONNECT with eFEC and gFEC:
- Ports P1, P2, P7 and P9 supports OTU2/OTU2e/10GE/1GE/STM64/STM16/STM4/STM1/1GFC/2GFC/8GFC
- Ports P3, P4, P5, P6, P8 and P10 supports 10GE/1GE/STM64/STM16/STM4/STM1/1GFC/2GFC/8GFC

Following table details the FEC support on each ports with respect to TJ1600 Type-11SR, TJ1600 Type-6SR and TJ1600 Type-2SR chassis.

Port restrictions for FEC support on TJ1600 Chassis

Type of FEC	TJ1600 Type-11SR with HCPXCC04	TJ1600 Type-11SR with OSMC01	TJ1600 Type-6SR	TJ1600 Type-2SR
eFEC	10x10 OTN TRIBUTARY: P1, P2, P7, and P9 5X10GE TXP: P1 to P5 support eFEC, remaining ports support only gFEC.	5X10GE TXP: P1 to P5 support eFEC, remaining ports support only gFEC.	10X10G FLEXI TRIBUTARY AND CROSS-CONNECT: eFEC is not supported. 5X10GE TXP: P1 and P2 support eFEC, remaining ports support only gFEC.	10X10G FLEXI TRIBUTARY AND CROSS-CONNECT: P1, P2, P7, and P9
gFEC	10x10 OTN TRIBUTARY: P1 to P10 5X10GE TXP: P1 to P10.	5X10GE TXP: P1 to P10.	10X10G FLEXI TRIBUTARY AND CROSS-CONNECT: P1, P2, P7, and P9 5X10GE TXP: P1 to P10.	10X10G FLEXI TRIBUTARY AND CROSS-CONNECT: P1, P2, P7, and P9

Front panel

Following figure shows the front panel view of HCPSLine22 card:

Front Panel View- HCPSLine22 Card

Power specifications

Power specifications - HCPSLine22

Specification	Range
Input Voltage	-48V DC
Maximum Power consumption	130W

Visual indicator details

The visual indicators on the HCPSLine22 card include two LEDs, the Active and the Status.

Possible LED status and their significance - HCPSLine22

Card State	Status LED	Active LED
Card initialization: State before the card initialize is complete on card insertion.	Amber (Steady)	Amber (Steady)
Card in service: Initialization complete and card in service.	Green (Steady)	Green (Steady)
Card mis-match: Network Element has already configured the slot with some other card.	Amber	Amber
Card failed during boot up.	Red	Amber
Card failed while in-service.	Red	Green
Improper jack in of the card.	Green (Blinking)	Green (Blinking)
Hard Reset: All devices reset, FPGAs cleared and reprogrammed. Goes to initializing state next.	Amber	Amber
Soft Reset: Software is restarted, devices are reinitialized with provisioning. Goes to initializing state next.	Green	Green

CFP port visual indications

CFP Port Transmitter (Tx) and Receiver (Rx) LED Status - HCPSLine22

State	Rx LED	Tx LED
CFP present (Laser on) with Rx LOS.	Amber	Green
CFP present (Laser off) with Rx LOS.	Amber	Off
CFP present (Laser on) with no Rx LOS.	Green	Green
CFP present (Laser off) with no Rx LOS.	Green	Off
Card failed while in-service.	Red	Green
CFP missing (LOS detected), Laser On (attempted).	Amber	Green
CFP missing (LOS masked since SFP missing and set to Admin_down), Laser Off (attempted).	Amber	Off
CFP failed (whether provisioned, unprovisioned, LOS or no LOS).	Red	Red

LASER types

Supported Laser Types - HCPSLine22

Optics	Rate	Reach (Km)*

10GE SFP+	10Gbps	10km
S64.2b SFP+	STM-64	40km
P1L1-2D2 SFP+	STM-64/OTU2	80km
DWDM Fixed/Tunable SFP+	10Gbps/STM-64/OTU2	80km
CFP	100GBASE-SR10/OTU4	100m
CFP	100GBASE-LR4/OTU4	10km
CFP	100GBASE-ER4/OTU4	40km
CFP Coherent	100GE/OTU4	~1000km (amplified)
* For G.652 fiber under Standard link conditions

Functional description

HCPSLine22 card supports the following functional features:

HCPSLine22 card is supported with HCPXCC04 cross-connect card.
It provides 10x10G SDH/10G client to network cross-connect.
Status and Active LEDs are provided to indicate the power on and working status of the card. Two LEDs for each optical port is used for transmitter and receiver laser status.
Card supports live insertion and hot-swap capability.
Support for +/- 60PPM offset on OTU2/OTU2e interfaces.

Following is a schematic of the traffic configuration with OTN configuration:

Block diagram of traffic of HCPSLine10 in POTP configuration

Transponder Configurations

This card also can be configured as 10G transponder and regenerator cards:

5X10GE TXP ->P1 to P5: OTU2/OTU2e/OTU1f and P6 to P10: 5xSTM-64/10GE/OTU2/OTU2e/FC800/FC1200

Following is a schematic of the traffic configuration in DWDM configuration:

Block diagram of traffic of HCPSLine22 in DWDM transponder configuration

Muxponder Configuration

The HCPSLine22 card also supports 10G and 100G Client to 1xOTU4 muxponder configurations.

Following functionalities in particular are supported:

10x10G TO 1xOTU4 MUXPONDER-> 1xOTU4 + 10xSTM-64/10GE/OTU2/OTU2e

Following is a schematic of the traffic configuration in DWDM configuration:

Capture11