HCPXCC03

This cross-connect card performs processing, data path processing, cross-connect switching, fabric and timing functions. HCPXCC03 card supports bandwidth of 340G Higher Order cross-connects in the system. HCPXCC03 card is supported in slot 5 and slot 6 of the TJ1600 Type-11SR chassis.

STATIC DISCHARGE WARNING: Static charge can damage the equipment. While handling cards for making system interconnections, wear an ESD strap to discharge the static buildup.

Front Panel

The front panel has a two LEDs, Status and Active along with an early ejection switch. Apart from LEDs, the front panel has connectors for DIAG interface. OSC port is not supported in this product release.

The following figure shows the front panel view of HCPXCC03 card:

Cross- connect Card - HCPXCC03

Power Specifications

Power Specifications of Cross-connect Card- HCPXCC03

Specification	Range
Input Voltage	-48V DC
Power consumption	200W

Visual Indicator Details

The visual indicators on the HCPXCC03 card include two LEDs, the Active and the Status LEDs.

Possible LED status and their significance - HCPXCC03

Operation	Master card Status LED and Active LED		Slave card Status LED and Active LED

Power On: First LED activity noticed on card insertion. NOTE: The amber LED should be wired to be activated by default during hardware power-up or reset until software is up and running and can override it.	Amber	Amber	Amber	Amber
Card OOS: Initialization complete and the card is in Out-Of-Service state (and not failed).	Green	Green	Amber	Off
Card failed during boot-up.	Red	Amber	Amber	Amber
Hard reset: All devices reset, fpga cleared and reprogrammed. Node goes to initializing state.	Amber	Amber	Amber	Amber
Soft reset: Software is restarted and devices are re-initialized with provisioning.	Amber	Amber	Amber	Amber
Early ejector is not jacked in properly.	Amber blinking	Off	Amber blinking	Off
Wait for early ejector removal.	Amber	Off	Amber	Off
Early ejector ready for jack-out.	Amber blinking	Off	Amber blinking	Off

Diag Interface

The Diag interface is a USB connector provided on the front panel of the HCPXCC03 card. This interface offers a serial connection to node using which a user can launch a terminal session to log onto the Operating System.

NOTE: The diagnostic interface is meant for use by authorized Tejas Networks personnel only.

Functional Description

HCPXCC03 card supports the following functional features:

Supports an equivalent bandwidth of 340G HO of non-blocking capacity.
Supports cross-connect card redundancy. In redundant mode, system will contain 2 such cards, one in each cross-connect card slots 5 and 6.
Supports the Diag Interface which is a USB connector provided on the front panel of the card.
Switch to holdover in absence of selected primary and/or secondary reference clocks.
Responsible for protection switching, In-Band Communication (IBC), alarm handling, Order Wire (OW) byte and Over Head (OH) byte handling, User Interface (UI) provisioning and management of the node.
Supports temperature monitoring.
Supports GMPLS as a license based feature.
Supports 4GB disks.

The key functions of HCPXCC03 card are as follows:

Processor Function: HCPXCC03 card has a processor that performs the configuration, control and processing of all the other subsystems. The processor is a micro controller which has on board external memory to implement the required functions.
The software residing in this block controls the overall management of the system. This function is also responsible for implementing watchdog logic for the system.
Cross-connect Function: HCPXCC03 card has a non blocking 340G HO cross-connect capacity. HCPXCC03 card supports the cross-connect capacity with an equivalent bandwidth of 340G.
Synchronization Function: HCPXCC03 card has a Stratum-3 compliant clock generation unit. The PLL in synchronization unit can synchronize to a variety of timing sources, selected through the user interface.
Synchronization Status Messaging (SSM) is implemented in the software to propagate the clock quality information to neighboring elements and to select the best quality clock among a set of nominated clock sources. The synchronization unit is commonly called the timing module.