Which project type are you creating?
Euclid
Coming Soon
NOS Medium
8 Planes (p1-p8)
Experimental
NOS Large
16 Planes (p1-p16)
Which region are you working in?
IAD
PDX
CMH
PHL
SBN
JAN
Enter the basic site information
iad
-
Site number then building, e.g. 1-125 or 6-164
Generated from region + site number
Letter B followed by number, e.g. B21
Calculated from Brick ID / 4
Configure brick location
Rack position format: ##-##-###-## (from Scope of Work)
Patch panel rack position (from Scope of Work)
Enter location codes
OOR mini rack position (from Scope of Work)
Fusion rack position (from Scope of Work)
Spine & Patch Rack Locations
Select the number of spines for this brick configuration
Enter spine location, then click -3 or +3 to calculate patch rack
#
Spine Location
Patch Rack (auto)
S1
S2
S3
S4
S5
S6
S7
S8
S9
S10
S11
S12
S13
S14
S15
S16
Review your information
Fusion Rack Device Names (Copper Sheet)
Edit the device names used in the Copper label sheet. Defaults are pre-filled based on your brick ID.
Panduit Label Printer Settings (S200X225VATY)
Printer Compatibility: Currently supports Panduit TDP43ME printer only. Support for additional printers coming soon. If you don't have this printer, use "Export Excel" button above and print using traditional methods.
Step 1: Site & Device Setup
Before You Begin
Have your SOW printed and verified. The wizard will guide you through each plane pair one at a time. NOS labels map the fiber path from T2 Spine racks through NDF and MR patch panels to T1 Brick racks.
iad
-
Enter site and building numbers - display code and room version auto-fill
Auto-derived from site code. Edit if needed.
.
DC number is auto-filled. Add ROMP suffix (e.g., 2-2 for ROMP 2).
The T1 brick rack number from your SOW (e.g., 9 for r9)
Physical rack location of the brick (##-##-###-##)
jrp
-
Enter the two numbers from your SOW (e.g., 8 and 1 for jrp8-1).
T2 racks per plane. Standard NOS uses 64.
Rack unit where NDF patch panel is mounted.
Rack unit position (typically 01 for Mini Racks). Entered once here and shared across all plane pairs.
Default starting NDF MMC. Used to auto-fill per-pair Odd/Even NDF MMC values.
Step 2: Plane Pair Configuration
One Rack at a Time
Configure each plane pair sequentially. The NDF position and MR info are shared from Step 1 (site-wide settings). Enter the T2 rack block positions for both the odd and even planes. The MR Base MMC is auto-calculated but can be overridden if your SOW differs. Use Next Pair and Previous Pair to navigate.
NDF position for this pair — each pair can have a different position
Plane 1 - T2 Rack Positions
Plane 2 - T2 Rack Positions
Progress: 0 of 0 plane pairs configured
Step 5: NOS Label Preview and Generate
Label Structure: Each row represents one T2 rack connection. Col 1 = T2 location, Col 2 = T2 device + jumper, Col 3 = NDF patch panel, Col 4 = MR patch panel, Col 5 = T1 location, Col 6 = T1 device + port. The T1 port pattern follows: pt2, pt3, pt6, pt7, pt10, pt11... (increments by 1, then jumps by 3).
| Col 1: T2 Position | Col 2: T2 Port | Col 3: NDF | Col 4: MR | Col 5: T1 Position | Col 6: T1 Port |
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Showing first 50 labels. Total: 0 labels