Cisco NCS 1001 Guide

Quick Start Guide for Cisco NCS 1001

Revised: April 13, 2018,
Cisco NCS 1001 Overview
Cisco NCS 1001 (NCS1001-K9) is 1 RU chassis that addresses the growing bandwidth needs of data center DWDM applications. It
provides a DWDM line system that is optimized for data center environments and is optimized for point-to-point applications at
maximum capacity. NCS 1001 supports up to three optical modules. The modules can be amplifiers or protection switching modules.
NCS 1001 has the following components:
•Removable control card
•Four removable fans
•Two removable 600W AC/DC or DC/DC power supply modules (PSU)
•Three slots for optical modules. Two Optical Amplifier Modules ( NCS1K-EDFA) and a Protection Switching Module
(NCS1K-PSM) can be inserted in these slots.
The optical modules can be inserted in slots 1 to 3 as shown in the following figure. The optical modules can be inserted and
removed from the slots while the system is operational. In amplified configuration, the Optical Amplifier module can be inserted
in any slot. In (section) protected configuration, the protect Optical Amplifier module is inserted in slot 1, Protection Switching
Module in slot 2, and working Optical Amplifier module in slot 3.
Each optical module must be inserted in a slot only when the module in the adjacent slot is completely
inserted and seated or the adjacent slot is empty. If an optical module is inserted in a slot without seating
the adjacent module, the ejector might interfere with the adjacent module.
Caution
2

The empty slots must be inserted with the filler optical modules or filler PSUs as appropriate to guarantee
safety and system cooling compliance. See Figure 1: Cisco NCS 1001 Front View, on page 3 and Figure
3: Cisco NCS 1001 Rear View, on page 4 to identify the slots for optical modules and PSUs respectively.
Caution
Figure 1: Cisco NCS 1001 Front View
Optical Module Slot 11
Optical Module Slot 22
Optical Module Slot 33
3

The slot numbers are also specified on the front panel label.
Figure 2: Cisco NCS 1001 Front View
UDC (user data channel) for optical modules 1 and 21
Two USB 2.0 ports and one UDC for optical module 32
Two USB 2.0 ports and one 10/100/1000 LAN electrical management interface3
10/100/1000 LAN management interface (optical)4
Status LED (SFP link, Power supply, Fan, System, Beacon, OIR)5
RS232 console port of the control card6
OIR switch7
Figure 3: Cisco NCS 1001 Rear View
Control card and SSD (Solid State Disk)1
Fan 32
4

Fan 23
Fan 14
Fan 05
600W AC/DC or DC/DC redundant power supply module (PSU 1)6
600W AC/DC or DC/DC redundant power supply module (PSU 0)7
Both the power supply modules shall be AC/DC or DC/DC. Mixed configuration is not allowed.
Benefits
NCS 1001 provides the following benefits.
•Up to 23dBm output power to allow for +3dBm per channel fiber launch power and maximum optical performance for high
baud rate and higher order modulation format transponders.
•Switchable gain pre-amplifier up to 34db.
•Embedded Optical Channel Monitoring (OCM) module to monitor per channel power at all the input and output ports.
•Integrated pluggable optics based OSC and OTDR support.
•OSC supports user data channel transport as well as remote node management.
•Supports 96 channels of C-Band in 1 RU.
•Supports flex grid on OCM module.
Class 1M Laser Product Label
The Class 1M Laser Product label is shown in the following figure. Class 1M is guaranteed by the Automatic Power Reduction
procedure.
Figure 4: Class 1M Laser Product Label
5

Physical Characteristics
•Width: 17.44”(442.9 mm)
•Depth: 23.64”(600.5 mm)
•Height: 1 RU
•Weight without power supply unit: 8.2 kg
•Weight with two power supply units: 10.5 kg
•Weight of AC PSU: 1.162 kg
•Weight of Fan: 78 gms
•Weight of control card: 1.5 kg
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Revised: April 13, 2018,
LEDs in Cisco NCS 1001
DescriptionStateLED
The unit is operating correctly.GreenSYS
The unit has one or more errors detected.Yellow
Power is not applied to the unit.Off
The unit needs attention.BlueBCN
The unit does not need attention.Off
The SFP link is up.GreenSFP
The link is down, active alarms are present on this
port, or a hardware failure has occurred.
Yellow
The port is not provisioned by the software, the optics
module is missing, or the port does not have power.
Off
The unit is operating correctly.GreenPSU and FAN
The unit has one or more errors detected.Red
The control card is not present or not properly
inserted.
RedOIR
The control card, BIOS, and software are functional.Green

Revised: April 13, 2018,
Review Safety Warnings
Review the safety warnings available at Regulatory Compliance and Safety Information for Cisco NCS 1000 Series.
8

Revised: April 13, 2018,
Unpack and Verify Cisco NCS 1001
Procedure
Step 1 When you receive Cisco NCS 1001 equipment at the installation site, open the top of the box. The Cisco Systems logo is
on the side of the box.
Step 2 Remove accessories and foam inserts from the box. The box contains Cisco NCS 1001 and other items needed for installation.
Step 3 To remove the shelf, grasp the side of the shelf and lift the shelf out of the box.
Step 4 Verify that you have all items.
Step 5 Verify the following:
•Cisco NCS 1001 is not damaged.
•The cable connectors, management ports, console ports, and power connectors are not damaged.
•The SFP cages on the front panel are not damaged.
•Verify that outstanding scratch, mark, bend, discoloration or deformation has not occurred to NCS 1001.
Step 6 If there is any damage, call your Cisco sales engineer for a replacement.

Revised: April 13, 2018,
Install NCS 1001-K9 into EIA/ANSI Rack
In an EIA/ANSI rack, NCS 1001 can be installed in the front position.
The rack is not provided by Cisco. Cisco provides only the chassis and the sliding rail.Note
Use only the fastening hardware provided with NCS 1001-K9 to prevent loosening, deterioration, and
electromechanical corrosion of the hardware and joined material.
Caution
It is required to have 100 mm (3.94") space on the front and rear side of the rack to provide sufficient clearance for cable routing and
cooling of the system.
In case of a closed cabinet, the cabinet must support the thermal management or front/rear doors need to have 70% perforation. Closed
cabinets must have adequate airflow to dissipate maximum power from equipments in a fully-equipped cabinet.
NCS 1001-K9 shall be installed maintaining a minimum clearance of 5mm above and below the chassis.
Before You Begin
Ensure the rack is compatible. See the Rack Comatibility section.
10

Procedure
Step 1 Identify and attach the sliding edge for the 2/4 post rack.
Step 2 Attach the sliding rail and L bracket to the left and right of the chassis using the screws (48-0471-01 and 48-2406-01) and
tighten them to a torque value of 0.65 N-m (5.9 in-lbs) for 48-0471-01 screws and torque value of 1.5 N-m (13.25 in-lbs)
for 48-2406-01 screws.
Figure 5: Sliding Edge
Sliding edge1
Screws for sliding edge (part number - 48-0471-01)2
The edge always need to be facing bottom side on both the sides.3
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Figure 6: Fixing L Bracket
Right L Bracket1
Screws for L Bracket (part number - 48-2406-01)2
Left L Bracket3
Step 3 Fix the Grounding extender to the chassis with the screws (48-1142-01) and tighten them to a torque value of 2.5 - 3.4
N-m (22.0 - 30.0 in-lbs).
12

The grounding extender must be assembled before installing NCS 1001 into the
rack.
Note
Figure 7: Grounding Extender
The counter sink surface must face outside as per the figure.
Grounding extender1
Extender screws (part number - 48-1142-01)2
Step 4 Install four post slider or two post slider as required.
a) Install Four Post Slider into EIA/ANSI Rack, on page 16
b) Install Two Post Slider into EIA/ANSI Rack, on page 22
Step 5 Insert the chassis onto the sliding rail assembled on the two or four post 19" or 23" rack.
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It is recommended to assemble the empty chassis to the rack for easy handling.
Figure 8: NCS 1001 Chassis Assembly into Two or Four Post 19" or 23" Rack
Ground lug extender must be assembled before inserting the chassis. See Figure 7: Grounding Extender, on page
13.
1
14

During assembly of the unit, rest the sliding edge on the sliding rail groove on either side. Push the chassis gently
onto the rack until the faceplate makes in contact with the rack surface.
2
Slider fixing screws (part number - 48-101524-01).3
Step 6 As soon as the chassis is completely inserted, fasten the chassis with two screws (48-101524-01) on each side of the bracket
and tighten them to a torque value of 3.4 N-m (30 in-lbs).
The sliding rail must be used only during the first mounting process and it serves only to push the chassis into
the rack and not for sliding purpose. The chassis must be fixed with screws on the front side.
Caution
15

Revised: April 13, 2018,
Install Four Post Slider into EIA/ANSI Rack
Procedure
Step 1 Identify the four post slider.
Figure 9: Four Post Slider Identification
Check for the left/right marking on the sliders. This is left front sliding rail.1
Check for the left/right marking on the sliders. This is left rear sliding rail.2
16

Step 2 Prepare the four post slider.
Figure 10: Four Post Slider Preparation
Align the sliders left front-left rear or right front-right rear as shown.1
Flange facing side during assembly.2
Once the shoulder rivets are aligned, slide in the sliders as shown in the arrow mark.SLIDE
17

Step 3 Integrate the slider to the four post 19" rack.
Figure 11: Slider Integration to the Four Post 19" Rack
Left side four-post slide assembly1
Right side four-post slide assembly2
Slider fixing screws (part number - 48-101524-01)3
18

Ensure that the edge surface of the 19" rack and the inner surface of the sliding rail are properly mated while
assembling the sliding rail.
Note
Figure 12: Mating for the Four Post 19" Rack
Edge surface of the rack1
Inner surface of the sliding bracket2
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Step 4 Integrate the slider to the four post 23" rack.
Figure 13: Slider Integration to the Four Post 23" Rack
The formed surface must always face the inner side of the rack post1
Slider fixing screws (part number - 48-101524-01)2
20