Tellabs Engineering Tool Kit

SELECT A TOOL BELOW

REMOTE POWER CABLE CALCULATOR

TOTAL COST OF OWNERSHIP

FIBER OPTIC LINK LOSS CALCULATOR

OPTICAL NETWORK CARBON SAVINGS

EMS INVENTORY PARSER

Remote Power Cable Calculator

POWER VS. DISTANCE

POWER DISTRIBUTION UNIT

Source PDU Voltage

POWER COMBINER

Not Required

OPTICAL NETWORK TERMINAL

Required ONT Wattage

Required ONT Voltage

Length:

Number of Pairs:

Wire Gauge

Temperature

	PDU to ONT
Watts Delivered to the ONT (W)
Source Voltage (VDC)
Destination Voltage (VDC)
Voltage Drop (VDC)
PoE Voltage at the End Device (VDC)
Wire Gauge (#)
Wire Pairs (100W/Pair)
Temperature (oF)	68.0o F
Copper Resistivity @ 20C (Ω·m)
Copper Temperature Coefficient (K-1) )
Copper Temperature Adjusted Resistivity (Ω·m)
Wire Diameter (mm)
Wire Area (mm^2)
Wire Resistance (Ω/km)
Current (A/Pair)
Maximum Copper Length (ft)	0

* The values given here are for reference only and calculated based only on wire losses. Actual values should be calculated separately.

Total Cost of Ownership

SIMPLIFIED | ADVANCED

TRADITIONAL COPPER SWITCHING VS. PASSIVE OPTICAL NETWORK

Select Type of Facility:
In What State is the Project Located:
Evaluation Period (years):
Enter Number of Floors:
Enter Number of Hotel Rooms per Floor:
Enter Number of Data Ports per Room:
Select Fiber to the Room or Telecom Closet:	ROOM CLOSET

15 YEAR TOTAL COST OF OWNERSHIP
Optical Network Cost:
Copper Network Cost:
Optical Network Savings:
Percentage Savings:
Savings per Port:
Optical Carbon Savings:

TCO ANNUAL SAVINGS

INITIAL COST SAVINGS

ENERGY SAVINGS

OPTICAL COST DETAIL

COPPER COST DETAIL

BILL OF MATERIALS

CARBON IMPACT

QUICK VIEW

15 YEAR TOTAL COST OF OWNERSHIP
Optical Cost:
Copper Cost:
Optical Savings:
Percent Savings:
Savings per Port:
Carbon Savings:

NETWORK DESIGN OPTIONS

Rack Mount ONT or Fiber to the Desk:	RACK FTTD
Building Type for Telecom Room Reduction:	N/A SINGLE STORY MID RISE HIGH RISE
Number of Networks Required:	1 2 3 4
Choose CAT6 or CAT6A Copper Cabling:	CAT6 CAT6A

DESIGN CRITERIA OPTIONS

Telecom Room or Zone Splitter Configuration?	TELECOM ROOM ZONE SPLITTER
Classified Network Required:	NO YES
Enter Number of Telecom Rooms or Zones for the project:
Enter Number of Ethernet Ports per TR/Zone, per Network:
Copper Cable to Desktop Length:

PON CONFIGURATION OPTIONS

GPON (2.4G / 1.2G) or XGSPON (10G / 10G):	GPON XGSPON
OLT Type:	MINI MINI-PLUS OLT1 OLT6
Number of OLT Power Supplies:	1 2
PON Protection / High Availability Required?:	NO YES
Number of Uplinks per ESU:	1 2
Uplink Speed:	1G 10G
Single Mode or Multi Mode Uplinks:	SINGLE MODE MULTI MODE
Second ESU Required?:	NO YES
Desktop ONT Port Capacity Required:	1 2 4 8
Select ONT Model:
Remote or Local Power for ONTs:	REMOTE LOCAL
Power Supply Size:	715W 720W 1100W
Number of ONT Power Supplies:	1 2

PHYSICAL PLANT OPTIONS

In What State is the Project Located:
Edge Switch Class:	BUSINESS PROFESSIONAL
Single Mode Fiber to Desktop Length for ONT (ft):
Fiber MDF - IDF Length per Telecom Room (24 SM / 24 MM) (ft):
Fiber From MDF to Zone Box per Zone (6 Strand Single Mode) (ft):
Spare ONT / Switch Capacity (%):
Spare Patch Panel / Splitter Capacity (%):
Rack Space used per Rack (%):
Telecom Room Width (ft):
Telecom Room Length (ft):

NETWORK LIFESPAN OPTIONS

Include Layer 1 Installation Cost?:	NO INITIAL COST ONLY INITIAL AND REFRESH CYCLES
Enter Number of Years Between Optical System Refresh:
Enter Number of Years Between Copper System Refresh:

SOFTWARE OPTIONS

Software Upgrade Required:	NO YES
Select the Software Platform:	BASE JITC
Software Options (select all that apply):	ADVANCED SECURITY ADVANCED OPERATIONS
	ADVANCED AVAILABILITY ADVANCED NAC

SUPPORT AGREEMENT OPTIONS

Select Support Package:
OLT Advanced Replacement: (select all that apply):	30 DAY TURNAROUND NEXT BUSINESS DAY
ONT Advanced Replacement: (select all that apply):	30 DAY TURNAROUND NEXT BUSINESS DAY

FINANCIAL OPTIONS

Evaluation Period (years):
Enter Hourly Labor Rate:
Enter the Cost of Money (percent):
Enter Cost per KWh for Energy (cents/KWh):
Enter Multiplier for Cooling Efficiency (percent):
Optical Equipment Discount:
Copper Equipment Discount:
Copper Support Discount:

Optical Network Carbon Savings

TRADITIONAL COPPER SWITCHING VS. PASSIVE OPTICAL NETWORK

NETWORK CARBON COMPARISON
Optical Network Carbon:
Copper Network Carbon:
Optical Carbon Savings:
Percentage Savings:
Results shown in metric tons (tonnesCO2e)