HCPPFU02

(HCPPFU02)

• Provides a filtered input voltage of -40V to -57.6V DC to all the cards on the TJ1600 Type-11SR chassis.
• Supports input source redundancy.

NOTE: For input source redundancy, populate both the PFU slots in the chassis.

PFU4

(HCPPFU04)

• Provides a filtered input voltage of -40V to -57V DC to all the cards on the TJ1600 Type-6SR chassis.
• Supports input source redundancy.

NOTE: For input source redundancy, populate both the PFU slots in the chassis.

PFU

(Power Filter Unit - PFU)

• Provides a filtered input voltage of -40V to -57.6V DC to all the cards on the TJ1600 Type-2SR chassis.
• Supports input source redundancy.

NOTE: For input source redundancy, populate both the PFU slots in the chassis.

HCPOAM01

(HCPOAM01)

• Provides M1/F1, Ethernet Segment Identifier (ESI), Alm. In, Alm. Out, Craft, and five Management interfaces (MGN1, MGN2, MGN3, MGN4, and MGN5).
• Provides 10/100Base-T LAN interface.

NOTE: MGN3, MGN4, and MGN5 are used for External Management Interface configuration through the WUI; MGN1 and MGN2 interfaces are not supported in this product release.

HCPOAM03

(HCPOAM03)

• Provides BITS, Alm. In, Alm. Out and Craft interfaces.
• Provides three 10/100BaseT NMS interface.

NOTE: BITS interface is not supported for this release.

OAMC

(OAMC)

• Performs Optical Supervisory Channel (OSC) processing up to 100Mbps.
• Provides BITS, ALARM IN, ALARM OUT and Craft interfaces.

HCPXCC03

(HCPXCC03)

• Supports cross-connect of 340G HO capacity.
• Supports cross-connect card redundancy.

HCPXCC04

(HCPXCC04)

• Supports cross-connect of either 640G HO/OTN or 900G OTN capacity.
• Supports cross-connect card redundancy.

OSMC01

(OSMC01)

• Performs Optical Supervisory Channel (OSC) processing up to 100Mbps, control path processing and timing functions.
• The OSC ports are used for out-of-band optical management communication for the DWDM configuration of the node.

HCPSLine01

(HCPSLine01)

• Overhead byte processing for DCC-R, DCC-M, and F1 channels.
• Pointer processing, performance monitoring, and POH termination.
• Supports 20G backhaul.
• Supports 10GE ports.

HCPULine01

(HCPULine01)

• Provides STM-1/STM-4/STM-16 line interfaces in both transmit and receive directions.
• Overhead byte processing for DCC-R, DCC-M and F1 channels.
• Supports 1GE ports.

HCPSLine03

(HCPSLine03)

• Optical interfaces are XFP based.
• Supports a maximum of 40G SDH backhaul.
• With HCPXCC04, all four ports are supported and can be configured in FEC mode.

HCPSLine08

(HCPSLine08)

• Supports SFP and XFP based interfaces.
• Supports a maximum of 40G SDH backhaul.

HCPSLine12

(HCPSLine12)

• Supports Coherent DWDM CFP/CFP/QSFP+/QSFP28/SFP+ based interfaces.
• Supports 100G Muxponder configurations.

HCPSLine20

(HCPSLine20)

• Provides 32 SFP ports supporting various data rates.
• Supports a maximum of 100G aggregate traffic.

HCPSLine22

(HCPSLine22)

• Supports DWDM CFP and SFP+ based interfaces.
• Supports a maximum of 100G OTN backhaul.
• The 100G ports can either be Coherent CFP types or Non-coherent CFP on the client side.

HCPSLine24

(HCPSLine24)

• Supports CFP based interface.
• Supports 100G Transponder configurations.

HCPSLine25

(HCPSLine25)

• Supports SFP+ based interfaces.
• Supports micro-SD.

HCPSLine26

(HCPSLine26)

• Supports 10x10G TO 1xOTU4 muxponder and 20x10G TO 1xOTUC2 muxponder modes.
• Processes the received OTUC2/OTU4 frame for all alarm and performance monitoring signal.

HCPSLine27

(HCPSLine27)

• Supports 10x10G+1x100G TO 1xOTUC2 muxponder, 2x100G TO 1xOTUC2 muxponder, and 10x10G TO 1xOTU4 muxponder modes.
• Processes the received OTUC2/OTU4 frame for all alarm and performance monitoring signal.

HCPSLine28

(HCPSLine28)

• Supports interfaces of 2x100G with CFP pluggable and 2x100G with QSFP28 pluggable.
• Supports a maximum of 2x100G OTN backhaul.

CEF-5

(Ethernet Switching Card-CEF-5)

• Supports a switching capacity of 80G and an uplink SDH backhaul of 20G capacity
• Supports a non-license based mode 2x10G + 12x1GE (default mode) and license based operational modes as 6x10GE + 12x1GE or 8x10GE ports

OFA-C-S20-VG

OFA-C-S20-LG

OFA-C-S20-HG

OFA-C-D20-VG

OFA-C-D20-LG

OFA-C-D20-HG

OFA-C-S20-MS-VG

OFA-C-D20-LVG

OFA-C-S20-LVG

OFA-C-D20-MVG

OFA-C-S17-FG

OFA-C-D17-FG (OFA)

Optical Fiber Amplifiers.

• S20: Single module amplifier with 20dBm output power in C Band.
• D20: Dual module amplifier with 20dBm output power in C Band.
• VG: Variable Gain amplifiers.
• LG: Low Gain amplifiers.
• HG: High Gain amplifiers.
• MS-VG: Variable gain with Mid Stage Access.
• D20-LVG: 20dBm dual Ports Low Variable Gain DWDM amplifier.
• S20-LVG: 20dBm single port Low Variable Gain DWDM amplifier.
• D20-MVG: 20dBm dual port Mixed Variable Gain (Low Gain +High Gain) DWDM amplifier.
• Fixed Gain EDFA design gives flat gain for all DWDM channels at the designed gain known as Designed Flat Gain (DFG).

OFA-C-S26-FG

OFA-C-S23-FG (OFA-C-S26-FG/OFA-C-S23-FG)

• These OFA provide a high output power of up to 26/23dBm.
• Enable longer reach spans for high loss networks.

ROADM

(ROADM)

• Dynamically adds or drops any wavelength up to 80 Channels from the same physical ports and hence provide operational benefit compared to the fixed OADMs. 2/4/8 degree versions are available.
• Supports dynamic protection and restoration in the optical layer.

MDU-16CL-C-50G (MDU-16CL-C-50G)

• 16-channel multiplexer and demultiplexer active optical card.
• Adds or drops any wavelength from the respective add and drop ports and hence this acts as a colourless MDU.

OPM-C-2 and OPM-C-4 (OPM-C-4 and OPM-C-2)

• Measures optical power per channel.
• Controls transmission performance.

HCPADP01 and HCPADP02 (HCPADP01 and HCPADP02)

• Accommodates both active cards and passive cards.
• Provides power and electrical connectivity to various types of cards.
• HCPADP01 card splits a slot into 2/3rd and 1/3rd slots, where 1/3rd slot supports FPU01 and 2/3rd slot supports MDU-8-D card, FPU01 card with FPUADP01 adapter card.
• HCPADP02 card splits a slot into two half slots, where each half slot can support OPM, OADM1, OADM4 and VOA cards.

VOA (VOA)

• Provides eight ports supporting eight hot pluggable VOA SFP modules.
• Supports C-band 50GHz DWDM 80 channels.
• Supports BRIGHT and DARK types of attenuation.

FPU01 (FPU01)

Protect against optical fiber line failures.

MDU-96-C-50G (MDU-96-C-50G)

The MDU-96-C-50G 50GHz channel spaced DWDM multiplexer and demultiplexer with two 50 GHz Athermal Arrayed Waveguide Grating (AAWG) optical mux/demux modules, one for multiplexing and one for demultiplexing.

MDU-40E-C-100G and MDU-40O-C-100G (MDU-40E-C-100G and MDU-40O-C-100G)

• 100GHz channel spaced DWDM multiplexer and demultiplexer.
• The MDU-40E-C-100G applies even channel spacing (192.00 to 195.90 THz) and the MDU-40O-C-100G uses odd channel spacing (192.05 to 195.95 THz).

MDU8-D (MDU8-D)

• Add and drop 8 DWDM channels with 100GHz spacing.
• One card supports multiplexing of eight wavelengths in the transmit direction and de-multiplexing of eight wavelengths in receive direction.

MDU-16-D (MDU-16-D)

• Add and Drop 16 DWDM channels with 100GHz spacing.
• One card supports multiplexing of 16 wavelengths in the transmit direction and de-multiplexing of 16 wavelengths in receive direction.

PSCM

(PSCM)

It splits the signal into N parts on one direction and combines N signals to produce one signal in other direction.

OADM-4 and OADM-1 (Optical Add Drop Multiplexer - OADM4 and OADM1)

OADM -4 and OADM-1 cards optically add and drop four and one channels respectively.

HCPFTU01

(HCPFTU01)

• Used in TJ1600 Type-11SR chassis to cool the equipment.
• Supports six fans.

HCPFTU02

(HCPFTU02)

• Used in TJ1600 Type-11SR chassis to cool the equipment.
• Supports four fans.

FTU

(FTU)

• Used in TJ1600 Type-2SR chassis to cool the node equipment.
• Supports two fans.