annex 1 - hit 7070 optical planning data
DESCRIPTION
Surpass hiT 7070 Optical Planning DataTRANSCRIPT
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data Issue 07
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
The information contained in this document is confidential and the property of Nokia Siemens Networks and is supplied without liability for errors or omissions. It is subject to change without notice and describes only the product defined in the introduction of this documentation. This documentation is intended for the use of Nokia Siemens Networks customers only for the purposes of the agreement under which the document is submitted, and no part of it may be used, reproduced, modified or transmitted in any form or means without the prior written permission of Nokia Siemens Networks. Nokia Siemens Networks welcomes customer comments as part of the process of continuous development and improvement of the documentation.
This Technical Description is provided as a generic descriptive document only. It does not include any legally binding statement. The product features, and details thereof, discussed in this Technical Description may include those that prove to be temporarily or permanently unavailable. Nokia Siemens Networks reserves the right to alter without notice the specification, design, price or conditions of supply of any product or service.
Nokia Siemens Networks will correct errors in this documentation as soon as possible. IN NO EVENT WILL NOKIA SIEMENS NETWORKS BE LIABLE FOR ERRORS IN THIS DOCUMENTATION OR FOR ANY DAMAGES, INCLUDING BUT NOT LIMITED TO SPECIAL, DIRECT, INDIRECT, INCIDENTAL OR CONSEQUENTIAL OR ANY LOSSES, SUCH AS BUT NOT LIMITED TO LOSS OF PROFIT, REVENUE, BUSINESS INTERRUPTION, BUSINESS OPPORTUNITY OR DATA,THAT MAY ARISE FROM THE USE OF THIS DOCUMENT OR THE INFORMATION IN IT.
This documentation and the product it describes are considered protected by copyrights and other intellectual property rights according to the applicable laws.
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Other product names mentioned in this document may be trademarks of their respective owners, and they are mentioned for identification purposes only.
Copyright © Nokia Siemens Networks 2008. All rights reserved. The copyright and the foregoing restrictions on reproduction and use extend to all media in which the information may be embodied.
History of Changes
Control Date Author Comments
Issue 01 06.07.2004 V. Nacamura Extraction of the Planning Data from the Technical Description and creation of Annex
Issue 02 04.08.2004 V. Nacamura Exclusion of JE-37dB-16.2/3 optical planning data
Issue 03 12.08.2004 V. Nacamura Update of STM-16 coloured interface optical planning data
Issue 04 18.11.2004 V. Nacamura Update on STM-64 Metro applications
Issue 05 16.03.2005 F. Ishihata Inclusion of new cards acc. G. 959.1 STM-64 Long Distance interface planning data, only for R3.0 Update on Gigabit Ethernet LX interface optical planning data
Issue 6 03.05.2006 F. Ishihata Included new JE44dB-64.2 Ultra Long Haul STM-64 card Included 1000baseZX interface
Issue 6 (update)
22.06.2007 Z. Nincic In 1.3.1 (GbE) and 1.3.2 (FE) Nominal symbol rate description updated
Issue 7 16.04.2008 Z. Nincic WDM 10G – Metro: added new wavelengths 2.5 Gbit/s WDM: added new wavelengths 10 Gigabit Ethernet Traffic Interfaces introduced Layout updates
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Contents
1. Optical and electrical planning data ....................................... 4 1.1 Optical STM-N Interfaces.................................................................................. 4 1.1.1 Optical STM-1 Interfaces .................................................................................. 4 1.1.2 Optical STM-4 Interfaces .................................................................................. 7 1.1.3 Optical STM-16 Interfaces .............................................................................. 11 1.1.4 Optical STM-64 Interfaces .............................................................................. 21 1.1.5 Optical Mux/Demux for 40 G (4x 10G) Interface............................................. 39 1.2 Electrical Planning Data.................................................................................. 42 1.2.1 Electrical 2 Mbps interface.............................................................................. 42 1.2.2 Electrical 34 Mbps interface............................................................................ 43 1.2.3 Electrical 45 Mbps interface............................................................................ 44 1.2.4 Electrical STM-1 interface............................................................................... 46 1.3 Ethernet Interfaces.......................................................................................... 47 1.3.1 Optical 10 Gigabit Ethernet Traffic Interfaces ................................................. 47 1.3.2 Optical Gigabit Ethernet Traffic Interfaces ...................................................... 55 1.3.3 Optical Fast Ethernet Traffic Interfaces .......................................................... 57 1.3.4 Electrical Ethernet Traffic Interfaces ............................................................... 58
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1. Optical and electrical planning data 1.1 Optical STM-N Interfaces 1.1.1 Optical STM-1 Interfaces
155 Mbit/s S-1.1 L-1.1 L-1.2 L-1.3
15 km 40 km 80 km Distance variants
User class as per ITU-T G.957 (06/99)
Nominal bitrate Bitrate is 155,520 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero
Transmitter Behavior
Laser types MLM SLM
Optical wavelength
range 1261nm to 1360nm 1270nm to 1360nm 1480nm to 1580nm
Maximum RMS spectral width is:
7.7nm 3nm NA
Maximum full width at –20 dB down the maximum amplitude of the central peak is:
Spectral characteristics
NA 1nm
Minimum side mode
suppression NA 30dB
Eye pattern mask
The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU-T G.957
Minimum extinction ratio 8.2dB 10 dB
At point S as per ITU-T G.957 (06/99) Launched power
-15dBm to -8 dBm –5 to 0dBm
Maximum launched power in fault condition
The maximum transmit level at point S is according laser class 1.
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155 Mbit/s S-1.1 L-1.1 L-1.2 L-1.3
Jitter characteristics
Jitter transfer NA
Jitter output (network limits) G.825 (03/2000): " Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behavior). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=500Hz, f3=65kHz, f4=1,3MHz, B2=0.10UIp-p and
B1=0.5UIp-p
Receiver Behavior
Receiver type PIN
Input level range for a bit error rate BER ≤ 1x10-10 at R point is: Sensitivity / Dynamic Range
-28dBm ≤ Pin ≤ -8dBm -34dBm ≤ Pin ≤ -10dBm
Maximum input power without permanent destruction of the optical receiver: Overload Maximum Rating
0dBm
Maximum reflectance of receiver, measured at R point is: Maximum reflectance of
receiver NA -25dB NA
Monitoring of receiver input level
Range = (-28dBm to -8dBm), ±3dB
tolerance Range = (-34dBm to -10dBm), ±3dB tolerance
ALS criterion LOS = LOF AND [ Popt in < sensitivity(+0 / -20dB)]
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input 155 Mbit/s signal that causes a 1dB optical power penalty1 at the optical equipment. SDH line
terminals and regenerators tolerate, as a minimum, the input jitter applied according to the mask in Figure 2/G.825 ITU-T G.825 with the parameters ft=65kHz, f0=6.5kHz, A1=0.15UIp-p and
A2=1.5UIp-p.
Fiber Behaviour
Fiber type Single mode fiber according to ITU-T G.652.
Single mode fiber according to ITU-T
G.653
Fiber connector LC/PC-connector
Maximum permissible dispersion is: Dispersion tolerance
96 ps/nm 246 ps/nm NA
Maximum optical path penalty due to dispersion is: Dispersion loss
1dB
1 The 1dB penalty method is not applicable for systems with optical amplifiers.
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155 Mbit/s S-1.1 L-1.1 L-1.2 L-1.3
Permissible section attenuation at maximum dispersion is: Section attenuation
0dB to 12 dB 10dB to 28 dB
Minimum optical return loss of cable plant at S, including any connector, according to ITU-T G.957 (06/99)
NA 20dB NA
Maximum discrete reflectance between S and R according to ITU-T G.957 (06/99)
Optical return loss of cable
plant
NA -25dB NA
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1.1.2 Optical STM-4 Interfaces
622 Mbit/s S-4.1 L-4.1 L-4.2 L-4.3
15 km 40 Km 80 Km Distance variants
User class as per ITU-T G.957 (06/99)
Nominal bitrate Bitrate is 622,080 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero
Transmitter Behavior
Laser types MLM SLM
Optical wavelength
range 1274nm to 1356nm 1280nm to 1335nm 1480nm to 1580nm
Maximum RMS spectral width is:
2.5nm NA
Maximum full width at –20 dB down from the maximum amplitude is:
Spectral characteri-stics
NA 1nm <1nm2 1nm
Minimum side mode
suppression NA 30dB
Output pulse eye-diagram The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU
G.957 (issue 6/99) with the parameters X1/X4=0.25/0.75, X2/X3=0.4/0.6 and Y1/Y2=0.2/0.8.
Minimum extinction ratio 8.2dB 10 dB
-15 to -8 dBm -3 to +2 dBm Launched power
At point S as per ITU-T G.957 (06/99)
Maximum launched power in fault condition
The maximum transmit level at point S is according laser class 1.
Jitter characteristics
Jitter output (network limits) G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behavior). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=1kHz, f3=250kHz, f4=5MHz, B2=0.10UIp-p and B1=0.5UIp-p
2 This value is for further study
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622 Mbit/s S-4.1 L-4.1 L-4.2 L-4.3
Receiver Behavior
Receiver type PIN
Input level range for a bit error rate BER ≤ 1x10-10 at R point is: Sensitivity / Dynamic Range
-28dBm ≤ Pin ≤ -8dBm
Maximum input power without permanent destruction of the optical receiver is : Overload Maximum Rating
0 dBm +2dBm
Maximum reflectance of receiver, measured at R point is:
Maximum reflectance of
receiver NA -14dB -27dB -14dB
Monitoring of receiver input
level Range =(-28dBm to -8dBm), ±3dB tolerance
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input 622 Mbit/s signal that causes a 1dB optical power penalty 3 at the optical equipment. SDH line
terminals and regenerators tolerate, as a minimum, the input jitter applied according to the mask in Figure 3/G.825 ITU-T G.825, with the parameters ft=250kHz, f0=25kHz, A1=0.15UIp-p and
A2=1.5UIp-p.
ALS criterion LOS = LOF AND [ Popt in < sensitivity(+0 / -20dB) ]
Fiber Behavior
Fiber type Single mode fiber according ITU-T G.652.
Single mode fiber according ITU-T
G.653
Fiber connector LC/PC-connector
Maximum permissible dispersion is: Dispersion tolerance
74 ps/nm NA
Maximum optical path penalty due to dispersion is: Dispersion loss
1dB
Permissible section attenuation at maximum dispersion is: Section attenuation
0dB to 12 dB 10dB to 24 dB
Minimum optical return loss of cable plant at S, including any connector is:
NA 20dB 24dB 20dB
Maximum discrete reflectance between S and R is:
Optical return loss of cable
plant
NA -25dB -27dB -25dB
3 The 1dB penalty method is not applicable for systems with optical amplifiers.
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622 Mbit/s V-4.2 V-4.3
120km 120km Distance variants
User class as per ITU-T G.691 (10/2000)
Nominal bitrate Bitrate is 622,080 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero
Transmitter Behavior
Laser types SLM SLM
Optical wavelength
range 1530nm to 1565nm 1530nm to 1565nm
Maximum full width at –20 dB down from the maximum amplitude is: Spectral characteri-stics
ffs ffs
Minimum side mode
suppression ffs ffs
Output pulse eye-diagram The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU
G.957 (issue 6/99) with the parameters X1/X4=0.25/0.75, X2/X3=0.4/0.6 and Y1/Y2=0.2/0.8.
Minimum extinction ratio 10dB 10dB
+4 to 0dBm +4 to 0dBm Launched power
At point S as per ITU-T G.957 (06/99)
Maximum launched power in fault condition
The maximum transmit level at point S is according laser class 1.
Jitter characteristics
Jitter output (network limits) G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behavior). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=1kHz, f3=250kHz, f4=5MHz, B2=0.10UIp-p and B1=0.5UIp-p
Receiver Behavior
Receiver type APD
Input level range for a bit error rate BER ≤ 1x10-12 at R point is: Sensitivity / Dynamic Range
-34dBm ≤ Pin ≤ -18dBm
Maximum input power without permanent destruction of the optical receiver is : Overload Maximum Rating
tbd. tbd.
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622 Mbit/s V-4.2 V-4.3
Maximum reflectance of receiver, measured at R point is:
Maximum reflectance of
receiver -27dB -27dB
Monitoring of receiver input
level Range =(-34dBm to -18dBm), ±3dB tolerance
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input 622 Mbit/s signal that causes a 1dB optical power penalty 4 at the optical equipment. SDH line
terminals and regenerators tolerate, as a minimum, the input jitter applied according to the mask in Figure 3/G.825 ITU-T G.825, with the parameters ft=250kHz, f0=25kHz, A1=0.15UIp-p and
A2=1.5UIp-p.
ALS criterion LOS = LOF AND [ Popt in < (sensitivity +0/-20dB) ]
Fiber Behavior
Fiber type Single mode fiber according ITU-T G.652. Single mode fiber according ITU-T G.653
Fiber connector LC/PC-connector
Maximum permissible dispersion is: Dispersion tolerance
2400ps/nm 400ps/nm
Maximum optical path penalty due to dispersion is: Dispersion loss
1dB 1dB
Maximum differntial group
delay 480ps 480ps
Permissible section attenuation at maximum dispersion is: Section attenuation
22 to 33dB 22 to 33dB
Minimum optical return loss of cable plant at S, including any connector is:
24dB 24dB
Maximum discrete reflectance between S and R is:
Optical return loss of cable
plant
-27dB -27dB
4 The 1dB penalty method is not applicable for systems with optical amplifiers.
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1.1.3 Optical STM-16 Interfaces
2,5 Gbit/s I-16 1300nm with low power laser
S-16.1 1300nm with low power laser
2km 15km Distance variants
User class as per ITU-T G.957
Nominal bitrate
Bitrate is 2,488,320 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero
Transmitter Behaviour
Laser types 1300nm Fabry-Perot standard version MLM laser
1300nm DFB laser diode
Optical wavelength
range 1270nm to 1360nm
RMS Maximum spectral width measured 20dB below maximum level is:
Spectral width
4nm 1nm
Minimum side mode
suppression n.a. 30dB
Minimum extinction
ratio 8.2dB
-10dBm to –3 dBm -5dBm to 0dBm Launched power
At point S as per ITU-T G.957
Maximum launched
power in fault condition
The maximum transmit level at point S is according laser class 1.
Jitter characteristics
Jitter Output (network limits) G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behavior). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=5kHz, f3=1MHz, f4=20MHz, B2=0.10UIp-p and B1NE=0.5UIp-p /
B1Reg.= 0.3UIp-p
Eye pattern mask
The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU-T G.957
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Receiver Behaviour
Receiver type PIN standard version
Input level range for a bit error rate BER ≤ 1.10-10 at point MPI-R is: Sensitivity / Dynamic Range -18dBm ≤ Pin ≤ -3dBm -18dBm ≤ Pin ≤ 0dBm
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating 0dBm 0dBm
Maximum reflectance of
receiver Maximum reflectance of receiver, measured at R is -27dB.
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input 2,5 Gbit/s signal that causes a 1dB optical power penalty5 at the optical equipment. SDH line terminals
and regenerators tolerate, as a minimum, the input jitter applied according to the mask in Figure 4/G.825 ITU-T G.825, with the parameters:
ft=1000kHz, f0=100kHz, A1=0.15UIp-p and A2=1.5UIp-p.
Monitoring of receiver input
level not mandatory Level range= (-18 to 0dBm); ±3dB tolerance
ALS criterion LOS = LOF AND [ Popt in < sensitivity(+0 / -20dB) ]
Fibre Behaviour
Fibre type Single mode fibre according to ITU-T G.652.
Fibre connector LC/PC-connector
Maximum permissible dispersion is: Dispersion tolerance
12ps/nm n.a.
Maximum optical path penalty due to dispersion is: Dispersion loss
1dB
Permissible section attenuation at maximum dispersion is: Section attenuation
0dB to 7dB 0dB to 12dB
Optical return loss of cable
plant Minimum optical return loss of cable plant at S, including any connector is 24dB and maximum
discrete reflectance between S and R is -27dB according ITU-T G.957.
5 The 1dB penalty method is not applicable for systems with optical amplifiers.
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2.5 Gbit/s L-16.1 L-16.2 L-16.3
40 km 80 km
User class as per ITU-T G.957 (06/99)
Nominal bitrate Bitrate is 2,488,320 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero
Transmitter Behavior
Laser types SLM
1280nm to 1335nm 1500nm to 1580nm
Maximum RMS spectral width is:
NA
Maximum full width at –20 dB down from the maximum amplitude is:
Spectral characteri-stics
1nm <1nm6
Minimum side mode
suppression 30dB
Eye pattern mask
The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU-T G.957
Minimum extinction ratio 8.2dB
-2 to +3 dBm Launched power
At point S as per ITU-T G.957 (06/99)
Maximum launched power in fault condition
The maximum transmit level at point S is according laser class 1.
Jitter characteristics
Jitter output (network limits) G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver Behavior).
Output Jitter Generation The maximum output jitter shall be measured according ITU-T G.813 and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=5kHz, f3=1MHz, f4=20MHz, B2=0.10UIp-p and B1=0.5UIp-p
6 This value is for further study
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Receiver Behavior
Receiver type APD
Input level range for a bit error rate BER ≤ 1.10-10 at R point is: Sensitivity / Dynamic Range
-27dBm ≤ Pin
≤ -9dBm -28dBm ≤ Pin
≤ -9dBm -27dBm ≤ Pin
≤ -9dBm
Maximum input power without permanent destruction of the optical receiver is : Overload Maximum Rating
-6dBm
Maximum reflectance of receiver, measured at R point is: Maximum reflectance of
receiver -27dB
Monitoring of receiver input
level Level range= (-28 to -9dBm); ±3dB tolerance
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input 2.5 Gbit/s signal that causes a 1dB optical power penalty 7 at the optical equipment. SDH line terminals and regenerators tolerate, as a minimum, the input jitter applied according to the mask in Figure 2/G.825 ITU-T G.825, with the parameters ft=1000kHz, f0=100kHz, A1=0.15UIp-p and A2=1.5UIp-p.
ALS criterion LOS = LOF AND [ Popt in < sensitivity(+0 / -20dB) ]
Fiber Behavior
Fiber type Single mode fiber according to ITU-T G.652. Single mode fiber according to ITU-T G.653
Fiber connector LC/PC-connector
Maximum permissible dispersion is: Dispersion tolerance
NA 1600ps/nm see ITU-T G.957
Maximum optical path penalty due to dispersion is: Dispersion loss
1dB 2dB 1dB
Permissible section attenuation at maximum dispersion is: Section attenuation
10dB to 24 dB8
Minimum optical return loss of cable plant at S, including any connector is:
24dB
Maximum discrete reflectance between S and R is:
Optical return loss of cable
plant
-27dB
7 The 1dB penalty method is not applicable for systems with optical amplifiers. 8 To meet 10dB minimum attenuation instead of 12dB, it will be required to decrease the maximum output power, to increase the minimum overload, to use optical attenuators, or a combination thereof.
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2,5 Gbit/s JE-33dB-16.2/3 JE-47dB-16.2/3
120km 170km Distance variants
V-16.2/3 Acc. G.691 except for output power and dynamic range
U-16.2/3 acc. G.691 with enhanced performance;
exceptions: � range and output power
Nominal bit rate
Bit rate is 2,488,320 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero
Transmitter Behavior
Laser types SLM SLM and Optical Booster
Optical wavelength
range 1530nm to 1565nm 1555,747nm
Spectral width ffs 0,5nm
Minimum side mode
suppression ffs 30dB
Minimum extinction
ratio 8.2dB 10dB
+6dBm to +10dBm +10dBm to +13dBm Launched power
At point MPI-S as per ITU-T G.691
Maximum launched
power in fault condition
The maximum transmit level at point MPI-S is according laser class 1M.
Jitter characteristics
Jitter Output (network limits) G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behavior). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=5kHz, f3=1MHz, f4=20MHz, B2=0.10UIp-p and B1NE=0.5UIp-p /
B1Reg.= 0.3UIp-p
Eye pattern mask
The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU-T G.691
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Receiver Behavior
Receiver type APD Optical PreAmp and PIN RX
Input level range for a bit error rate BER ≤ 1.10-12 at point MPI-R is:
Input level range for a bit error rate BER ≤ 1.10-12 at point MPI-R is:
Sensitivity / Dynamic Range
-29dBm to -9dBm -39dBm to -15dBm
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating -6dBm +10dBm
Maximum reflectance of
receiver -27dB
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input 2,5 Gbit/s signal that causes a 1dB optical power penalty9 at the optical equipment. SDH line terminals
and regenerators tolerate, as a minimum, the input jitter applied according to the mask in Figure 4/G.825 ITU-T G.825, with the parameters:
ft=1000kHz, f0=100kHz, A1=0.15UIp-p and A2=1.5UIp-p.
Monitoring of receiver input
level Level range = (-29dBm to –9dBm);
±3dB tolerance N/A
ALS criterion LOS = LOF AND [ Popt in < sensitivity (+0 / -20dB) ] LOS = LOF
Fiber Behavior
Fiber type G.652 / G.653
Fiber connector LC/PC-connector
Maximum permissible dispersion is: Dispersion tolerance
2400ps/nm / 400ps/nm 5000ps/nm / 830ps/nm
Maximum optical path penalty due to dispersion is: Dispersion loss
2 / 1 2 / 1
Permissible section attenuation at maximum dispersion is: Section attenuation
19dB to 33dB 28dB to 47dB
Optical return loss of cable
plant 24dB
9 The 1dB penalty method is not applicable for systems with optical amplifiers.
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Copyright 2008 Nokia Siemens Networks. All rights reserved.
1.1.3.1 Optical STM-16 Interface for Long-Haul Application (interworking with hiT 7500/7300, MTS1c and WLS)
The releases R1.x to R2.1 of hiT 7070 bring a STM-16 coloured interface (S42024-L5210-B200) card suitable only for hiT 7500/7300. From R3.0 on, the STM-16 cards are also suitable for MTS1c (S42024-L5210-D200). The following table show both cards on the same column. Dispersion Tolerance Value has changed in the new cards.
2,5 Gbit/s 2.5 Gbit/s WDM
Distance variants
acc. SURPASS hiT 75xx R2.05
S42024-L5210-B200 S42024-L5210-D200
acc. SURPASS hiT 7500 (MTS1c/WL)
S42024-L5210-D200
Nominal bit rate Bit rate is 2,488,320 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero
Transmitter Behavior
Laser types SLM
Optical wavelength
range
C-band 40xlambda, 100GHz spacing 196.1THz to 194.2THz 193.6THz to 191.7THz
Wavelength/ frequency stability
stability: ±13.75GHz (±110pm))
WDM channels
f (THz) � (nm) 191,7 1563,86 191,8 1563,05 191,9 1562,23 192,0 1561,42 192,1 1560,61 192,2 1559,79 192,3 1558,98 192,4 1558,17 192,5 1557,36 192,6 1556,55 192,7 1555,75 192,8 1554,94 192,9 1554,13 193,0 1553,33 193,1 1552,52 193,2 1551,72 193,3 1550,92 193,4 1550,12
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
2,5 Gbit/s 2.5 Gbit/s WDM
WDM channels
193,5 1549,32 193,6 1548,51 193,7 1547,71 193,8 1546,92 193,9 1546,12 194,0 1545,32
- - 194,2 1543,73 194,3 1542,94 194,4 1542,14 194,5 1541,35 194,6 1540,56 194,7 1539,77 194,8 1538,98 194,9 1538,19 195,0 1537,40 195,1 1536,61 195,2 1535,82 195,3 1535,04 195,4 1534,25 195,5 1533,47 195,6 1532,68 195,7 1531,90 195,8 1531,12 195,9 1530,33 196,0 1529,55 196,1 1528,77
Spectral width CW static <10MHz
Minimum side mode
suppression 30dB
Minimum extinction
ratio 10dB
-1dBm to +3dBm Launched power
At point MPI-S as per ITU-T G.691
Maximum launched
power in fault condition
The maximum transmit level at point MPI-S is according laser class 1.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
2,5 Gbit/s 2.5 Gbit/s WDM
Jitter characteristics
Jitter Output (network limits) G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behavior). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=5kHz, f3=1MHz, f4=20MHz, B2=0.10UIp-p and B1NE=0.5UIp-p /
B1Reg.= 0.3UIp-p
Eye pattern mask
The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU-T G.691
Receiver Behavior
Receiver type PIN
Input level range for a bit error rate BER ≤ 1.10-12 at point MPI-R is:
Input level range for a bit error rate BER ≤ 1.10-10 at point MPI-R is:
Sensitivity / Dynamic Range
-14dBm to –2dBm -20dBm to –6dBm
OSNR Tolerance 5,5dBnm within dynamic range
@ BER<1E-12
4.3dBnm@ BER<1E-10 5.8dBnm@ BER<1E-12 (within dynamic range)
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating 0dBm
Maximum reflectance of
receiver -27dB
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input 2,5 Gbit/s signal that causes a 1dB optical power penalty10 at the optical equipment. SDH line terminals
and regenerators tolerate, as a minimum, the input jitter applied according to the mask in Figure 4/G.825 ITU-T G.825, with the parameters:
ft=1000kHz, f0=100kHz, A1=0.15UIp-p and A2=1.5UIp-p.
Monitoring of receiver input
level Level range = (-20dBm to -2dBm); ±3dB tolerance
ALS criterion LOS = LOF
10 The 1dB penalty method is not applicable for systems with optical amplifiers.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
2,5 Gbit/s 2.5 Gbit/s WDM
Fiber Behavior
Fiber type G.652
Fiber connector LC/PC-connector
Maximum permissible dispersion is: Dispersion tolerance
S42024-L5210-B200: 3200ps/nm S42024-L5210-D200: 10000ps/nm S42024-L5210-D200: 10000ps/nm
Maximum optical path penalty due to dispersion is: Dispersion loss
2
Permissible section attenuation at maximum dispersion is: Section attenuation
n.a.
Optical return loss of cable
plant 24dB
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
1.1.4 Optical STM-64 Interfaces
10 Gbit/s
I-64.1 1300nm intra office
S-64.1 1300nm short haul
2km 20km Distance variants
User class as per ITU-T G.691, ITU-T G.692
Nominal bitrate Bitrate is 9,953,280 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero, STM frame
Transmitter Behaviour
Laser types 1300nm DFB laser diode
Optical wavelength
range 1290nm to 1330nm
Maximum spectral width measured 20dB below maximum level is: Spectral width
1nm
Minimum side mode
suppression 30dB
Minimum extinction
ratio 6dB
-6dBm to –1dBm 1dBm to 5dBm Launched power
At point MPI-S as per ITU-T G.691. At point Sn as per ITU-T G.692.
Maximum launched
power in fault condition
The maximum transmit level at point MPI-S is according laser class 1.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
10 Gbit/s
I-64.1 1300nm intra office
S-64.1 1300nm short haul
Jiter characteristics
Jitter Transfer 11 The jitter transfer function is defined as the ratio of jitter on the output STM-16 signal to the jitter
applied on the input STM-16 signal versus frequency. The jitter transfer function of an SDH regenerator shall be under the curve given in ITU-T G.783, when input sinusoidal jitter up to the mask level given in ITU-T G.825 is applied, with the parameters specified for Type A in ITU-T
G.783: fc = 8000kHz12, P = 0.1 dB. Jitter Output (network limits)
G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behaviour). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 (extended to STM-64, no ITU values available) and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=20kHz,
f3=4MHz, f4=80MHz, B2=0.10UIp-p and B1NE=0.5UIp-p / B1Reg.= 0.3UIp-p
Eye pattern mask
The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU-T G.691
Receiver Behaviour
Receiver type PIN standard version
Sensitivity / Dynamic Range
-11dBm to –1dBm
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating 0dBm
Maximum reflectance of
receiver -14dB
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input
STM-64 signal that causes a 1dB optical power penalty13 at the optical equipment. SDH line terminals and regenerators tolerate, as a minimum, the input jitter applied acc. ITU-T G.825
(extended to STM-64, no ITU values available) with the parameters ft=4000kHz, f0=400kHz, A1=0.15UIp-p and A2=1.5UIp-p.
Monitoring of receiver input
level Range = (-11dBm to –1dBM)), ±3dB tolerance.
ALS criterion LOS = LOF AND [ Popt in < (sensitivity +0/-20dBm) ]
Fibre Behaviour
Fiber type Single mode fibre according ITU-T G.652.
Fibre conector LC/PC-connector
Dispersion tolerance Maximum permissible dispersion is:
11 Only relevant for regenerators 12 Extrapolated from G.783 draft 13 The 1dB penalty method is not applicable for systems with optical amplifiers.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
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10 Gbit/s
I-64.1 1300nm intra office
S-64.1 1300nm short haul
Fiber acc. ITU-T G.652 6.6ps/nm 70ps/nm
Dispersion loss Maximum optical path penalty due to dispersion is:
Fiber acc. ITU-T G.652 1dB
Section attenuation
Fiber acc. ITU-T G.652 0dB to 4dB 6dB to 11dB
Optical return loss of cable
plant Minimum optical return loss of cable plant at S, including any connector is 14dB and maximum
discrete reflectance between MPI-S and MPI-R is -27dB according ITU-T G.691.
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10 Gbit/s
S-64.2b 1550nm short haul
L-64.2b 1550nm long haul via
standard fiber
L-64.3 1550nm long haul via
dispersion shifted fiber
40km 80km Distance variants
User class as per ITU-T G.691, ITU-T G.692
Nominal bitrate Bitrate is 9,953,280 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero, STM frame
Transmitter Behaviour
Laser types cw-Laser with modulator cw-Laser with modulator and booster
Optical wavelength
range 1530nm to 1565nm
Spectral width <<1nm
Minimum side mode
suppression 30dB
Minimum extinction
ratio 8.2dB
-1dBm to +2dBm +10dBm to +13 dBm +10dBm to +13dBm Launched power
At point MPI-S as per ITU-T G.691.
Maximum launched
power in fault condition
The maximum transmit level at point MPI-S is according laser
class 1.
The maximum transmit level at point MPI-S is according laser class 1M.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
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10 Gbit/s
S-64.2b 1550nm short haul
L-64.2b 1550nm long haul via
standard fiber
L-64.3 1550nm long haul via
dispersion shifted fiber
Jitter characteristics
Jitter Transfer 14 The jitter transfer function is defined as the ratio of jitter on the output STM-16 signal to the jitter
applied on the input STM-16 signal versus frequency. The jitter transfer function of an SDH regenerator shall be acc. ITU-T G.783, when input sinusoidal jitter up to the mask level given in ITU-T G.825, with the parameters specified for Type A in ITU-T G.783: fc = 8000kHz15, P = 0.1
dB. Jitter Output (network limits)
G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behaviour). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 (extended to STM-64, no ITU values available) and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=20kHz,
f3=4MHz, f4=80MHz, B2=0.10UIp-p and B1NE=0.5UIp-p / B1Reg.= 0.3UIp-p
Eye pattern mask
The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU-T G.691
Receiver Behaviour
Receiver type PIN standard version
Input level range for a bit error rate BER ≤ 1.10-12 at point MPI-R is: Sensitivity / Dynamic Range -14dBm ≤ Pin ≤ -1dBm -14dBm ≤ Pin ≤ -3dBm -13dBm ≤ Pin ≤ -3dBm
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating +2dBm
Maximum reflectance of
receiver
Maximum reflectance of receiver, measured at MPI-R is -27dB.
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input
STM-64 signal that causes a 1dB optical power penalty16 at the optical equipment. SDH line terminals and regenerators tolerate, as a minimum, the input jitter applied acc. ITU-T G.825 (extended to STM-64, no ITU values available) with the parameters ft=4000kHz, f0=400kHz,
A1=0.15UIp-p and A2=1.5UIp-p.
Monitoring of receiver input
level Range = (dynamic range), ±3dB tolerance.
ALS criterion LOS = LOF AND [ Popt in < (sensitivity +0/-20dBm) ]
Fibre Behaviour
Fiber type Single mode fibre according ITU-T G.652 with a maximum chromatic dispersion coefficient of 20ps/nm/km at 1550nm.
Dispersion shifted single mode optical fibre cable according ITU-T G.653 with a maximum chromatic dispersion coefficient of 3.5ps/nm/km at a wavelength range of 1525nm to 1575nm.
14 Only relevant for regenerators 15 Extrapolated from G.783 draft 16 The 1dB penalty method is not applicable for systems with optical amplifiers.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
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10 Gbit/s
S-64.2b 1550nm short haul
L-64.2b 1550nm long haul via
standard fiber
L-64.3 1550nm long haul via
dispersion shifted fiber
Fibre connector
LC/PC-connector
Dispersion tolerance
Maximum permissible dispersion is:
Fiber acc. ITU-T G.652 800ps/nm 1600ps/nm n.a.
Fiber acc. ITU-T G.653 130ps/nm n.a. 260ps/nm
Dispersion loss
Maximum optical path penalty due to dispersion is:
Fiber acc. ITU-T G.652
2dB n.a.
Fiber acc. ITU-T G.653 n.a. 1dB
Passive Dispersion
Compensation
Fiber acc. ITU-T G.652 n.a. -400ps/nm n.a.
Fiber acc. ITU-T G.653 n.a.
Total average PMD (1st order)
Fiber acc. ITU-T G.652 10ps n.a.
Fiber acc. ITU-T G.653 n.a. 10ps
Section attenuation Permissible section attenuation at maximum dispersion is [dB]:
Fiber acc. ITU-T G.652 16dB to 22dB n.a.
Fiber acc. ITU-T G.653 n.a. n.a. 16dB to 22dB
Optical return loss of cable
plant
Minimum optical return loss of cable plant at S, including any connector is 24dB and maximum discrete reflectance between MPI-S and MPI-R is -27dB according ITU-T G.691.
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10 Gbit/s S-64.3b V-64.2a V-64.3
40km 120km Distance variants
User class as per ITU-T G.691, ITU-T G.692
Nominal bitrate Bitrate is 9,953,280 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero, STM frame
Transmitter Behaviour
Laser types cw-Laser with modulator cw-Laser with modulator and booster
Optical wavelength
range 1530nm to 1565nm
Spectral width <<1nm
Minimum side mode
suppression 30dB ffs ffs
Minimum extinction
ratio 8.2dB 10dB 8.2dB
-1dBm to +2dBm +10dBm to +13dBm Launched power
At point MPI-S as per ITU-T G.691.
Maximum launched
power in fault condition
The maximum transmit level at point MPI-S is according laser
class 1.
The maximum transmit level at point MPI-S is according laser class 1M.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
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10 Gbit/s S-64.3b V-64.2a V-64.3
tter characteristics
Jitter Transfer 17 The jitter transfer function is defined as the ratio of jitter on the output STM-16 signal to the jitter
applied on the input STM-16 signal versus frequency. The jitter transfer function of an SDH regenerator shall be acc. ITU-T G.783, when input sinusoidal jitter up to the mask level given in ITU-T G.825, with the parameters specified for Type A in ITU-T G.783: fc = 8000kHz18, P = 0.1
dB. Jitter Output (network limits)
G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behaviour). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 (extended to STM-64, no ITU values available) and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=20kHz,
f3=4MHz, f4=80MHz, B2=0.10UIp-p and B1NE=0.5UIp-p / B1Reg.= 0.3UIp-p
Eye pattern mask
The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU-T G.691
Receiver Behaviour
Receiver type PIN standard version APD
Input level range for a bit error rate BER ≤ 1.10-12 at point MPI-R is: Sensitivity / Dynamic Range -13dBm ≤ Pin ≤ -1dBm -25dBm ≤ Pin ≤ -9dBm -24dBm ≤ Pin ≤ -9dBm
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating +2dBm
Maximum reflectance of
receiver Maximum reflectance of receiver, measured at MPI-R is -27dB.
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input
STM-64 signal that causes a 1dB optical power penalty19 at the optical equipment. SDH line terminals and regenerators tolerate, as a minimum, the input jitter applied acc. ITU-T G.825 (extended to STM-64, no ITU values available) with the parameters ft=4000kHz, f0=400kHz,
A1=0.15UIp-p and A2=1.5UIp-p.
Monitoring of receiver input
level
Range = (dynamic range), ±3dB tolerance. n.a.
ALS criterion LOS = LOF AND [ Popt in < (sensitivity +0/-20dBm) ] LOS = LOF
Fibre Behaviour
17 Only relevant for regenerators 18 Extrapolated from G.783 draft 19 The 1dB penalty method is not applicable for systems with optical amplifiers.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
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10 Gbit/s S-64.3b V-64.2a V-64.3
Fiber type Dispersion shifted single mode optical fibre cable according
ITU-T G.653 with a maximum chromatic dispersion
coefficient of 3.5ps/nm/km at a wavelength range of 1525nm
to 1575nm.
Single mode fibre according ITU-T G.652 with a maximum
chromatic dispersion coefficient of 20ps/nm/km at
1550nm.
Dispersion shifted single mode optical fibre cable according
ITU-T G.653 with a maximum chromatic dispersion
coefficient of 3.5ps/nm/km at a wavelength range of 1525nm
to 1575nm.
Fibre connector LC/PC-connector
Dispersion tolerance Maximum permissible dispersion is:
Fiber acc. ITU-T G.652 800ps/nm 2400ps/nm n.a.
Fiber acc. ITU-T G.653 130ps/nm n.a. 400ps/nm
Dispersion loss Maximum optical path penalty due to dispersion is:
Fiber acc. ITU-T G.652 n.a. 2dB n.a.
Fiber acc. ITU-T G.653 1dB n.a. 1dB
Section attenuation Permissible section attenuation at maximum dispersion is [dB]:
Fiber acc. ITU-T G.652 22dB to 33dB n.a.
Fiber acc. ITU-T G.653 3dB to 11 dB n.a. 22dB to 33dB
Optical return loss of cable
plant Minimum optical return loss of cable plant at S, including any connector is 24dB and maximum
discrete reflectance between MPI-S and MPI-R is –27dB according ITU-T G.691.
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10 Gbit/s P1L1-2D2 1550nm long haul via standard fiber
P1L1-2D3 1550nm long haul via dispersion shifted fiber
80km (without booster/DCM) Distance variants
User class as per ITU-T G.959.1
Nominal bit rate Bit rate is 9,953,280 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code Binary Non Return to Zero, STM frame
Transmitter Behavior
Laser types cw-Laser with modulator
Optical wavelength
range 1530nm to 1565nm
Spectral width N/A
Minimum side mode
suppression 30dB
Minimum extinction
ratio 9dB
0dBm to +4dBm Launched power
At point MPI-S as per ITU-T G.959.1.
Maximum launched
power in fault condition
The maximum transmit level at point MPI-S is according laser class 1.
Jitter characteristics
Jitter Transfer 20 The jitter transfer function is defined as the ratio of jitter on the output STM-16 signal to the jitter
applied on the input STM-16 signal versus frequency. The jitter transfer function of an SDH regenerator shall be acc. ITU-T G.783, when input sinusoidal jitter up to the mask level given in ITU-T G.825, with the parameters specified for Type A in ITU-T G.783: fc = 8000kHz21, P = 0.1
dB. Jitter Output (network limits)
G.825 (03/2000): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a
network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver
Behavior). Output Jitter Generation
The maximum output jitter shall be measured according ITU-T G.813 (extended to STM-64, no ITU values available) and meet the requirements of Table 6/G.813 ITU-T G.813 with f1=20kHz,
f3=4MHz, f4=80MHz, B2=0.10UIp-p and B1NE=0.5UIp-p / B1Reg.= 0.3UIp-p
20 Only relevant for regenerators 21 Extrapolated from G.783 draft
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Copyright 2008 Nokia Siemens Networks. All rights reserved.
10 Gbit/s P1L1-2D2 1550nm long haul via standard fiber
P1L1-2D3 1550nm long haul via dispersion shifted fiber
Eye pattern mask
The eye diagram for the optical transmit signal meets the requirement mask of Figure 7-1 of ITU-T G.959.1
Receiver Behavior
Receiver type APD version
Input level range for a bit error rate BER ≤ 1.10-12 at point MPI-R is: Sensitivity / Dynamic Range -24dBm ≤ Pin ≤ -7dBm
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating +2dBm
Maximum reflectance of
receiver
Maximum reflectance of receiver, measured at MPI-R is -27dB.
Jitter characteristics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input
STM-64 signal that causes a 1dB optical power penalty22 at the optical equipment. SDH line terminals and regenerators tolerate, as a minimum, the input jitter applied acc. ITU-T G.825 (extended to STM-64, no ITU values available) with the parameters ft=4000kHz, f0=400kHz,
A1=0.15UIp-p and A2=1.5UIp-p.
Monitoring of receiver input
level Range = (dynamic range), ±3dB tolerance.
ALS criterion LOS = LOF AND [ Popt in < (sensitivity +0/-20dBm) ]
Fiber Behavior
Fiber type Single mode fiber according ITU-T G.652 with a maximum chromatic dispersion coefficient of 20ps/nm/km at 1550nm.
Dispersion shifted single mode optical fiber cable according ITU-T G.653 with a maximum chromatic dispersion coefficient of 3.5ps/nm/km at a wavelength range of 1525nm to 1575nm.
Fiber connector
LC/PC-connector
Dispersion tolerance
Maximum permissible dispersion is:
Fiber acc. ITU-T G.652 1600ps/nm N/A
Fiber acc. ITU-T G.653 N/A 260ps/nm
22 The 1dB penalty method is not applicable for systems with optical amplifiers.
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10 Gbit/s P1L1-2D2 1550nm long haul via standard fiber
P1L1-2D3 1550nm long haul via dispersion shifted fiber
Dispersion loss
Maximum optical path penalty due to dispersion is:
Fiber acc. ITU-T G.652
2dB n.a.
Fiber acc. ITU-T G.653 n.a. 1dB
Maximum differential
Group Delay 30ps
Section attenuation
Permissible section attenuation at maximum dispersion is [dB]: 11dB to 22 dB
Optical return loss of cable
plant
Minimum optical return loss of cable plant at S, including any connector is 24dB and maximum discrete reflectance between MPI-S and MPI-R is -27dB according ITU-T G.959.1.
Table 1.1.4-1: Characteristics of Optical 10 Gbit/s P1L1-2D2 and P1L1-2D3 Point-to-Point Interfaces
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10 Gbit/s JE44dB-64.2/3/4/5, OTU2 ULH application 1550nm
Nominal bit rate
Bit rate is 10,709,225.316 kbit/s (255/237 x 9,953,280 kbit/s)
Distance variants 160km
Input Frequency tolerance
± 20ppm
Code Binary Non Return to Zero, OTU-2 frame, block coding, Reed-Solomon FEC
Transmitter Behavior
Laser types cw-Laser with MZ-modulator with Booster
Optical wavelength
range C-Band: 1555.747nm
Optical frequency
range 192.70 THz ITU-T G.692 grid to be configured via LCT
Wavelength/frequency stability
stability: ±3.75GHz (±30pm))
Spectral width CW static <30MHz CW dynamic >500MHz
Minimum side mode
suppression 33dB
Minimum extinction
ratio >9dB @ at rated output power
10dBm to 13dBm Launched power
At point MPI-S as per ITU-T G.691.
Maximum launched
power in fault condition
The maximum transmit level at point MPI-S is according laser class 1M.
Jitter characteristics
Acc. ITU-T G.8251 (11/01)
Eye pattern mask acc. eye pattern given in ITU-T G.691 (10/2000)
Receiver Behavior
Receiver type APD with Optical PreAmplifier
Input level range for a bit error rate BER ≤ 1.10-12 at point MPI-R is: Sensitivity / Dynamic Range PIN: -36dBm ≤ Pin ≤ -9dBm, including max dispersion load
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating +2dBm
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
10 Gbit/s JE44dB-64.2/3/4/5, OTU2 ULH application 1550nm
Maximum reflectance of
receiver Maximum reflectance of receiver, measured at MPI-R is -27dB.
Jitter characteristics
Jitter Tolerance Acc. ITU-T G.8251 (11/01)
Monitoring of receiver input
level n/a
ALS criterion LOS = LOF
Fiber Behavior
Fiber type Single mode fiber according ITU-T G.652/4 with a maximum chromatic dispersion coefficient of 20ps/nm/km at 1550nm.
Single mode fiber according ITU-T G.653/5 with a maximum chromatic dispersion coefficient of 3,5ps/nm/km at 1550nm.
Fiber connector LC/PC-connector
Dispersion tolerance Maximum permissible dispersion is:
Fiber acc. ITU-T
G.652 / G.653 / G.654 / G.655 ( 3200 / 560 / 3200 / 560 ) ps/nm
Dispersion loss Maximum optical path penalty due to dispersion is:
Refer to Sensitivity
Optical return loss of cable
plant 24dB
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
1.1.4.1 Optical STM-64 Interface for Long-Haul Application (interworking with hiT 7500/7300, MTS1c and WLS)
10 Gbit/s WDM 10G – R / WLS
Nominal bitrate
Bitrate is 10,709,225.316 kbit/s (255/237 x 9,953,280 kbit/s)
Distance variants acc. SURPASS hiT 75xx R3.0
Input Frequency tolerance
± 20ppm
Code Binary Non Return to Zero, OTU-2 frame
Transmitter Behaviour
Laser types cw-Laser with MZ-modulator, chirp 0 ± 0.2
Optical wavelength
range C-Band: 1528.77nm to 1563.85nm
Optical frequency
range
196.10 to 191.70 THz (50 GHz spacing) ITU-T G.692 grid
Wavelength/frequency stability
stability: ±3.75GHz (±30pm))
Spectral width <100MHz
Minimum side mode
suppression 33dB
Minimum extinction
ratio >10dB @ at rated output power
-2dBm to +2dBm Launched power
At point MPI-S as per ITU-T G.691.
Maximum launched
power in fault condition
The maximum transmit level at point MPI-S is according laser class 1.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
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10 Gbit/s WDM 10G – R / WLS
Jitter characteristics
Acc. ITU-T G.8251 (11/01)
Eye pattern mask acc. eye pattern given in ITU-T G.691 (10/2000)
Receiver Behaviour
Receiver type PIN
Input level range for a bit error rate BER ≤ 1.10-13 at point MPI-R is: Sensitivity / Dynamic Range PIN: -14dBm ≤ Pin ≤ -2dBm
4dB @ 1nm BER <1e-13 (back-to-back, G.709 FEC enabled) OSNR Note: begin-of-life value, without margin for PDL, temperature ageing, dispersion, polarization
mode dispersion, multi path interference.
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating +1dBm
Maximum reflectance of
receiver Maximum reflectance of receiver, measured at MPI-R is –27dB.
Jitter characteristics
Jitter Tolerance Acc. ITU-T G.8251 (11/01)
Monitoring of receiver input
level Range = (dynamic range), ±3dB tolerance.
ALS criterion LOS = LOF
Fibre Behaviour
Fiber type Single mode fibre according ITU-T G.652 with a maximum chromatic dispersion coefficient of 20ps/nm/km at 1550nm.
Fibre connector LC/PC-connector
Dispersion tolerance Maximum permissible dispersion is:
Fiber acc. ITU-T G.652
-650 to +650ps/nm
Dispersion loss Maximum optical path penalty due to dispersion is:
Fiber acc. ITU-T G.652
2dB
@ BER < 1e-13 Polarization Mode
dispersion tolerance 35ps total DGD @ 2dB OSNR penalty
65ps maximum DGD at absence of optical noise @ 2dB penalty
Optical return loss of cable
plant 24dB
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
1.1.4.2 Optical STM-64 Interface for Metro Application (FSP 3000)
10 Gbit/s WDM 10G - Metro
Nominal bit rate
Bit rate is 10,709,225.316 kbit/s (255/237 x 9,953,280 kbit/s)
Distance variants
acc. Fiber Service Platform FSP 3000 R3.3V1.0
Input Frequency tolerance
± 20ppm
Code Binary Non Return to Zero, OTU-2 frame, FEC ITU-T G.709 03/2003
Transmitter Behavior
Laser types cw-Laser with MZ-modulator
Optical wavelength
range C/L-Band: 1529.55nm to 1603.17nm
Optical frequency
range 196.00 to 187.00 THz (100 GHz spacing) ITU-T G.694.1
see table 5.2.1-12
Wavelength/frequency stability
stability: ±18.75GHz (±150pm))
Spectral width N/A
Minimum side mode
suppression 30dB
Minimum extinction
ratio >9dB @ at rated output power
+5dBm to +7dBm Launched power
At point MPI-S as per ITU-T G.691.
Maximum launched
power in fault condition
The maximum transmit level at point MPI-S is according laser class 1.
Jitter characteristics
Acc. ITU-T G.8251 (11/01)
Eye pattern mask acc. eye pattern given in ITU-T G.691 (10/2000)
Receiver Behavior
Receiver type APD
Input level range for a bit error rate BER ≤ 1.10-12 at point MPI-R is: Sensitivity / Dynamic Range -22dBm ≤ Pin ≤ -8dBm
10dB @ 1nm BER <1e-12 (back-to-back, G.709 FEC enabled) OSNR Note: begin-of-life value, without margin for PDL, temperature ageing, dispersion, polarization
mode dispersion, multi path interference.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
10 Gbit/s WDM 10G - Metro
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating 0 dBm
Maximum reflectance of
receiver Maximum reflectance of receiver, measured at MPI-R is –27dB.
Jitter characteristics
Jitter Tolerance Acc. ITU-T G.8251 (11/01)
Monitoring of receiver input
level Range = (dynamic range), ±3dB tolerance.
ALS criterion LOS = LOF
Fiber Behavior
Fiber type Single mode fiber according ITU-T G.652 with a maximum chromatic dispersion coefficient of 20ps/nm/km at 1550nm.
Fiber connector LC/PC-connector
Dispersion tolerance Maximum permissible dispersion is:
Fiber acc. ITU-T G.652
1300 ps/nm
Dispersion loss Maximum optical path penalty due to dispersion is:
Fiber acc. ITU-T G.652
2dB
@ BER < 1e-12 Polarization Mode
dispersion tolerance 10ps total DGD
Optical return loss of cable
plant 24dB
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
1.1.5 Optical Mux/Demux for 40 G (4x 10G) Interface
The 4 x 10G WDM line interface of SURPASS hiT 7070 is realized by multiplexing four
IFS10G interfaces with the optical multiplexer IFS40G-MX.
40 Gbit/s Line
Interface
1550nm short haul WDM
4 x 10 Gbit/s proprietary interface
Distance variants up to 20 km
Nominal bitrate 4 x 9,953,280 kbit/s
Input Frequency tolerance
± 20ppm (Port not selected as clock reference) ± 4.6ppm (Port selected as clock reference)
Code WDM, Binary Non Return to Zero
Transmitter Behaviour
Laser types cw-Laser with modulator
Optical wave-
lengthes frequencies
C49 = 1538.19 nm +/- 160 pm C47 = 1539.77 nm +/- 160 pm C45 = 1541.35 nm +/- 160 pm C43 = 1542.94 nm +/- 160 pm
194.9 THz +/- 20 GHz 194.7 THz +/- 20 GHz 194.5 THz +/- 20 GHz 194.3 THz +/- 20 GHz
Spectral width 0.4nm modulated
Minimum side mode
suppression 30dB per channel
Minimum extinction
ratio 8.2dB per channel
Channel Power at Point Si (dBm)
Insertion loss Mux (dB)
Power at MPI-S per channel (dBm)
min max min max(*) min (*) max
C49 -1 2 1.44 4.2 -5.2 0.56
C47 -1 2 1.15 3.8 -4.8 0.85
C45 -1 2 0.85 3.4 -4.4 1.15
C43 -1 2 0.56 3.0 -4.0 1.44
Total power in the fiber at point MPI-S: min. +1.4 dBm (*) and max. +7.1 dBm if all 4 channels are equipped.
(*) Including 1.5dB connector losses
Launched power
At point Si and MPI-S as per ITU-T G.692
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
40 Gbit/s Line
Interface
1550nm short haul WDM
4 x 10 Gbit/s proprietary interface
Maximum launched power in
fault condition
The maximum transmit level at point MPI-S is according laser class 1M
If ALS is enabled the maximum transmit level at point MPI-S is according laser class 1
Jitter characteris-
tics per STM-64
channel
Jitter Transfer n.a.
Jitter Output (network limits) G.825 draft (02/99): "Network limits for the maximum output jitter and wander at any hierarchical interface ": These values exist assuming a worst case accumulation of jitter and wander in a network. They have to be tolerable for measurements purposes, however sinusoidal jitter modulation is used for testing SDH- input ports (refer to "Jitter Tolerance" within Receiver Behaviour).
Output Jitter Generation The maximum output jitter shall be measured according ITU-T G.813 (extended to STM-64, no ITU values available) and meet the requirements of Table 6/ITU-T G.813 with f1=20kHz, f3=4MHz, f4=80MHz, B2=0.10UIp-p and B1NE=0.5UIp-p / B1Reg.= 0.3UIp-p
Eye pattern mask
per STM-64 channel
The eye diagram for the optical transmit signal meets the requirement mask of Figure 2 of ITU-T G.691 with the parameters:
Receiver Behaviour
Receiver type PIN
Sensitivity / Dynamic Range
Input level range for a bit error rate BER ≤ 1 x 10-12 at point Ri and MPI-R is:
(*) Including 1.5 dB connector losses
Channel Dynamic range at point Ri (dBm)
insertion loss of demux (dB)
Dynamic range at pointMPI-R (dBm)
min max min max(*) min (*) max C49 -15 0 0.56 3.0 -12.0 0.56 C47 -15 0 0.85 3.4 -11.6 0.85 C45 -15 0 1.15 3.8 -11.2 1.15
Dynamic Range
C43 -15 0 1.44 4.2 -10.8 1.44
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating +3 dBm at point MPI-Ri
Maximum reflectance of receiver
Maximum reflectance of receiver, measured at MPI-R is -27dB.
Jitter characteris-
tics
Jitter Tolerance Jitter tolerance is defined as the peak-to-peak amplitude of sinusoidal jitter applied on the input STM-64 signal that causes a 1dB optical power penalty23 at the optical equipment. SDH line terminals and regenerators tolerate, as a minimum, the input jitter applied acc.
ITU-T G.825 (extended to STM-64, no ITU values available) with the parameters ft=4000kHz, f0=400kHz, A1=0.15UIp-p and A2=1.5UIp-p.
23 The 1dB penalty method is not applicable for systems with optical amplifiers.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
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40 Gbit/s Line
Interface
1550nm short haul WDM
4 x 10 Gbit/s proprietary interface
Monitoring of receiver input level
Range= (dynamic range) +/-3dB tolerance at point MPI-Ri
Fiber Behaviour
Fiber type Single mode fibre according ITU-T G.652 with a maximum chromatic dispersion coefficient of 20ps/nm/km at 1550nm.
Fibre connector
LC/PC-connector
Dispersion tolerance
Maximum permissible dispersion is:
G.652 fiber 800ps/nm
Dispersion loss
Maximum optical path penalty due to dispersion is:
G.652 fiber 1dB
Total PMD (1st order)
15ps maximum differential group delay (DGD)
Section attenuation
Permissible section attenuation range neglecting dispersion is 0dB to 6.8dB. Permissible section attenuation range at maximum dispersion is 0dB to 5.8dB.
Optical return loss
of cable plant
Minimum optical return loss of cable plant at S, including any connector is 24dB and maximum discrete reflectance between MPI-S and MPI-R is -27dB according ITU-T G.691.
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
1.2 Electrical Planning Data 1.2.1 Electrical 2 Mbps interface
2 Mbps Interface
Bitrate: 2,048Mbit/s
Code: HDB3
Frequency Tolerance ±50.ppm (Input)
Impedance 75 Ω unbalanced / 120 Ω balanced (Input and Output) (Input and Output) acc. to ITU-T G.703
Return Loss Input: ≥ 12 dB (51kHz ... 102kHz) ≥ 18 dB (102kHz ... 2048kHz) ≥ 14 dB (2048kHz ... 3072kHz) Output: ≥ 6 dB (51kHz ... 102kHz) ≥ 8 dB (102kHz ... 3072kHz) Requirements acc. to Input acc. to ITU-T G.703 / Output acc. to ETS300-166
Input Cable Attenuation 0...6 dB (1024 kHz) acc. ITU-T G.703
Transmitting Pulse Shape acc. to ITU-T G.703 / FIGURE15/G.703
Jitter Characteristics
Input: >1,5 UIpp (20Hz ... 2,4kHz) 20dB/dec (2,4kHz ... 18kHz) >0.2 UIpp (18kHz ... 100kHz) Output: a: mapping jitter: ≤ For further study (20Hz ... 100kHz) ≤ 0.075 UIpp (18kHz ... 100kHz) b: combined jitter: ≤ 0,4 UIpp (20Hz ... 100kHz) ≤ 0.075 UIpp (18kHz ... 100kHz) (test sequence see ITU-T G.783 /1997) Requirements acc. to ITU-T G.783 / ITU-T G.823 / ETSI - Rec 300417.ets Measurement arrangements acc. to ITU-T G.825
Connectors SIPAC connectors
Overvoltage Protection 1kVpp 10µs / 700µs
Acc. To. ETS 300 386-1
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
2 Mbps Interface
Input / Output Monitoring
selectable for each Port
Level: ≥ -20dB, (in relation to FIGURE15/G.703)
Impedance: 75 Ω unbalanced
Return loss: ≥14dB (102kHz ... 3072kHz)
Requirements acc. to G.772
cannon connectors (female
1.2.2 Electrical 34 Mbps interface
34 Mbit/s Interfaces Bitrate: 34368 kbit/s Code: HDB3 Frequency Tolerance
±20 ppm (Input)
Impedance 75 Ω unbalanced (Input and Output) acc. to ITU-T G.703
Input ≥ 12 dB (860kHz ... 1720kHz) ≥ 18 dB (1720kHz ... 34368kHz) ≥ 14 dB (34368kHz ... 51550kHz)
Requirements acc. to ITU-T G.703
Return Loss
Output ≥ 10 dB (860kHz ... 1720kHz) ≥ 14 dB (1720kHz ... 34368kHz) ≥ 10 dB (34368kHz ... 51550kHz)
Requirements 24 acc. to "EI34 Grobentwurf" S42024-D3508-A1-*-59, issue 01
Input Cable Attenuation
0...12 dB (at 17184 kHz) acc. ITU-T G.703 (The attenuation follows approximately a f law )
Transmitting Pulse Shape
acc. to ITU-T G.703/ FIGURE17
Input >1,5 UIpp (100 Hz ... 1 kHz) 20dB/dec (1 kHz ... 10 kHz) >0,15 UIpp (10 kHz ... 800 kHz)
Req
uire
men
ts
acc.
to
ITU
-T
G.8
23,
chap
ter
7.1.
4 an
d
Appe
ndi
xIII
Output (mapping jitter)
≤ 25 (100 Hz ... 800 kHz) ≤ 0,075 UIpp (10 kHz ... 800 kHz)
Tabl
e 15
-3/
G.7
83
Jitter Characteristics
Output (combined jitter)
≤ 0,4 UIpp (100 Hz ... 800 kHz) ≤ 0,075 UIpp (10 kHz ... 800 kHz) (test sequence see ITU-T G.783)
Req
uire
men
ts a
cc. t
o IT
U-T
G.7
83
Tabl
e 15
-4
G.7
83
24 These requirements include the requirements acc. to ETS 300-166 25 For further study
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
34 Mbit/s Interfaces Overvoltage Protection
Acc. to. ETSI EN 300 386 and ITU-T K.41
Input / Output Monitoring selectable for each Port
Level: ....................... ≥ -20dB (in relation to Figure 17/G.703) Impedance: .............. 75 Ω unbalanced Return loss:.............. ≥14dB (1720kHz ... 51550kHz) Requirements acc. to ITU-T G.772
1.2.3 Electrical 45 Mbps interface
45 Mbit/s Interfaces Bitrate:
44736 kbit/s acc. to ANSI T1.102–1993, Table 4 Code:
B3ZS (HDB2) acc. to ANSI T1.102–1993, Table 4 Frequency Tolerance ±895 bit/s resp. ±20 ppm (Input) acc. to ANSI T1.102–1993, Table 4
Impedance 75 Ω unbalanced (Input and Output) acc. to ANSI T1.102–1993, Table 4
Return Loss Requirements acc. to ANSI T1.102–1993, annex B.2.5 DSX-3, 3rd paragraph 26.
Input Cable Attenuation Requirements acc. to ANSI T1.102–1993, Figure C.2 and annex B.2.5, "DSX-3" 27
Transmitting Pulse Shape Acc. to ANSI T1.102–1993 resp. ITU-T G.703 / Table 6/G.703 and FIGURE14/G.703.
The amplitude28 of an isolated pulse shall be between 0.36 V and 0.85 V peak.
Input
>5 UIpp (21,9 Hz ... 600 Hz) 20dB/dec (600 Hz ... 30 kHz) >0.1 UIpp (30 kHz ... 400 k Hz) R
equi
rem
ents
ac
c. to
IT
U-T
G
.824
, ch
apte
r 7.
2.4
and
ITU
-T
G.8
23
App
endiJitter
Characteristics
Output (mapping jitter)
≤ 0,4 UIpp (10 Hz ... 400 kHz) ≤ 29 UIpp (30 kHz ... 400 kHz)
Req
uire
men
ts
acc.
to
ITU
-T G
.783
and
GR
-
ITU
-T
G.7
83
Tabl
e 15
-3/
G.7
83
26 "....greater than 20 dB at 22,368 MHz. ... measured including the effect of 27 feet cable... to 75Ω ±5%". (27 feet = 8,23 m) 27 For office cable characteristics see ANSI T1.102, annex C, with Figure C.2. Acc. to this Figure the attenuation of an 450 ft cable is approx. 6 dB / 22,368 MHz.. Please note, that the pulse amplitude is measured acc. to footnote 25. 28 The amplitude is measured after a 450 feet office cable. See ANSI T1.102, Table 4, "Power Level" and annex B.2.5 DSX-3, last paragraph (max. length = 450 feet = 137,16 m). While both voltage and power requirements are given to assist in qualification of signals at the interface, the values are not equivalent. Voltage specifications are given for isolated pulses, while power levels are specified for an AIS signal, or alternatively an all-ones signal. 29 For further study
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
45 Mbit/s Interfaces
Output (combined jitter)
≤ 30, 31 UIpp (10 Hz ... 400 kHz) ≤ 26 UIpp (30 kHz ... 400 kHz) (test sequence see ITU-T G.783)
ITU
-T
G.7
83
Tabl
e 15
-4/
G.7
83
Overvoltage Protection Acc. to. ETSI EN 300 386 and ITU-T K.41
Input / Output Monitoring selectable for each Port
Level: ....................... -21,5 ±1,5 dB (in relation to FIGURE14/G.703) Impedance: .............. 75 Ω unbalanced Return loss:.............. ≥14 dB (2240 kHz ... 67100 kHz) Requirements acc. to ITU-T G.772
30 See ITU-T G.783, Note 9 to Table 15-4/G.783 31 See ITU-T G.783, Note 6 to Table 15-4/G.783
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
1.2.4 Electrical STM-1 interface
155 Mbit/s STM-1 (ES1 acc. G.703)
Nominal bitrate 155,520 kbit/s
Bit rate accuracy ±20ppm
Code CMI
Output port
Pulse shape Nominally rectangular and conforming to the masks shown in Figures 22 and 23 in G.703
Peak-to-peak voltage
1V ±0.1V
Rise time between 10% and 90% amplitudes of the measured steady state
amplitude �2ns
Transition timing tolerance referred to the mean value of the 50% amplitude points of
negative transitions
Negative transitions: ±0.1ns Positive transitions at unit interval boundaries: ±0.5ns Positive transitions at mid-unit intervals: ±0.35ns
Maximum peak-to-peak jitter at an output port Refer to 5.1/G.825
Return loss at the output port �15dB (8MHz to 240MHz)
Input port
Input jitter tolerance Refer to 6.1.2.1/G.825
Return loss �15dB (8MHz to 240MHz)
Cable
Pairs in each direction One coaxial pair
Test load impedance 75 ohms resistive
Cable attenuation Max. 12.7 dB @ 78MHz Should follow a f(0.5) law
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
1.3 Ethernet Interfaces 1.3.1 Optical 10 Gigabit Ethernet Traffic Interfaces
10GBASE-SR 850nm short haul
10GBASE-SR Distance variants
User class as per IEEE 802.3ae
Nominal bit rate Bit rate is 10.3125 Gbaud
Input Frequency tolerance ± 100ppm
Code Binary Non Return to Zero, 8B/10B
Transmitter Behavior
Laser types VCSEL
Center wavelength (range) 840nm-860nm
RMS spectral width (max) According to the footnote b in Table 52.7, reported in IEEE 802.3ae Recc. p.408
Minimum side mode suppression n.a.
Minimum extinction ratio 3dB
Average launch power (min) -7.3dBm
Average launch power (max) According to the footnote c in Table 52.7, reported in IEEE 802.3ae Recc. p.408
Launch power (min) in OMA According to the footnote b in Table 52.7, reported in IEEE 802.3ae Recc. p.408
Average launch power of OFF transmitter (max)
The maximum transmit level at point MDI- is according laser class 1.
LaserPowerOff: P≤ -30dBm
RIN12 OMA (max) -128 dB/Hz
Encircled flux According to the footnote f in Table 52.7, reported in IEEE 802.3ae Recc. P.408
Optical return loss tolerance (max)
12 dB
Transmitter eye mask definition
(X1,X2,X3,Y1,Y2,Y3)
{0.25, 0.40, 0.45, 0.25, 0.28, 0.40} According to Table 52.7, reported in IEEE 802.3ae
Recc. P.408
Transmitter and dispersion penalty (max)
3.9 dB According to Table 52.7, reported in IEEE 802.3ae
Recc. P.408
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
10GBASE-SR 850nm short haul
Jitter characteristics According to the requirements reported in par. 52.8.1 of IEEE 802.3ae Recc. p.416
Eye pattern mask The eye diagram for the optical transmit signal meets the requirement mask of Table 52-7, p.408, and of
Figure 52.8, p.422, reported in IEEE 802.3ae
Receiver Behavior
Receiver type PIN
Center wavelength (range) 840nm-860nm
Average receive power (max) -1.0dBm
Average receive power (min) -9.9dBm
Receiver sensitivity (max) in OMA
-11.1dBm
Receiver reflectance (max) -12 dB
Stressed Sensitivity in OMA (max)
-7.5dBm
Vertical eye closure penalty (min)
3.5dB
Stressed eye jitter (min) 0.3 UI pk-pk Receiver electrical 3dB upper
cut-off frequency (max) 12.3GHz
Input Signal Detect
Input_optical_power < -30dBm :FAIL
Input_optical_power ≥ RX-Sens. AND compl. 1000BASE signal input: OK
Fiber Behavior
Fiber type Operating distance
MMF 62,5/125 µm (160MHz*km) MMF 62,5/125 µm (200MHz*km) MMF 50/125 µm (400MHz*km) MMF 50/125 µm (500MHz*km)
MMF 50/125 µm (2000MHz*km)
<28m <35m <69m <86m
<300m
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
10GBASE-LR 1300nm long haul
10GBASE-LR Distance variants
User class as per IEEE 802.3ae
Nominal bit rate Bit rate is 10.3125 Gbaud
Input Frequency tolerance ± 100ppm
Code Binary Non Return to Zero, 8B/10B
Transmitter Behavior
Laser types DFB (with optical isolator)
Center wavelength (range) 1260nm-1335nm
RMS spectral width (max) Not required
Minimum side mode suppression ratio 30dB
Minimum extinction ratio 3.5dB
Average launch power (min) -8.2dBm
Average launch power (max) 0.5dBm
Launch power (min) in OMA minus TDP -6.2dBm Optical Modulation Amplitude (min) -5.2dBm
Average launch power of OFF transmitter (max)
The maximum transmit level at point MDI- is according laser class 1.
LaserPowerOff: P≤ -30dBm
RIN12 OMA (max) -128 dB/Hz
Optical return loss tolerance (max) 12 dB
Transmitter reflectance (max) -12dB
Transmitter eye mask definition (X1,X2,X3,Y1,Y2,Y3)
{0.25, 0.40, 0.45, 0.25, 0.28, 0.40} According to Table 52-12, reported in
IEEE 802.3ae Recc. P.411
Transmitter and dispersion penalty (max) 3.2 dB According to Table 52-12, reported in
IEEE 802.3ae Recc. P.411
Jitter characteristics According to the requirements reported in par. 52.8.1 of IEEE 802.3ae Recc. p.416
Eye pattern mask The eye diagram for the optical transmit signal meets the requirement mask of
Table 52-7, p.408, and of Figure 52.8, p.422, reported in IEEE
802.3ae
Receiver Behavior
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
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10GBASE-LR 1300nm long haul
Receiver type PIN
Center wavelength (range) 1260nm-1355nm
Average receive power (max) 0.5dBm
Average receive power (min) -14.4dBm
Receiver sensitivity (max) in OMA -12.6dBm
Receiver reflectance (max) -12 dB
Stressed Sensitivity in OMA (max) -10.3dBm
Vertical eye closure penalty (min) 2.2dB Stressed eye jitter (min) 0.3 UI pk-pk
Receiver electrical 3dB upper cut-off frequency (max) 12.3GHz
Input Signal Detect Input_optical_power < -30dBm :FAIL
Input_optical_power ≥ RX-Sens. AND compl. 1000BASE signal input: OK
Fiber Behavior
Fiber type Operating distance
SMF 9/125 µm-10/125 µm <10km
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10GBASE-ER 1550nm long haul
10GBASE-ER Distance variants User class as per IEEE 802.3ae
Nominal bit rate Bit rate is 10.3125 Gbaud
Input Frequency tolerance ± 100ppm
Code Binary Non Return to Zero, 8B/10B
Transmitter Behavior
Laser types DFB (with optical isolator) +EML
Center wavelength (range) 1530nm-1565nm
RMS spectral width (max) Not required
Minimum side mode suppression ratio 30dB
Minimum extinction ratio 3.5dB
Average launch power (min) -4.7dBm
Average launch power (max) 4.0dBm
Launch power (min) in OMA minus TDP -2.1dBm Optical Modulation Amplitude (min) -1.7dBm
Average launch power of OFF transmitter (max)
The maximum transmit level at point MDI- is according laser class 1.
LaserPowerOff: P≤ -30dBm
RIN12 OMA (max) -128 dB/Hz
Optical return loss tolerance (max) 21 dB
Transmitter reflectance (max) -12dB
Transmitter eye mask definition (X1,X2,X3,Y1,Y2,Y3)
{0.25, 0.40, 0.45, 0.25, 0.28, 0.40} According to Table 52-16, reported in
IEEE 802.3ae Recc. P.414
Transmitter and dispersion penalty (max) 3.0 dB According to Table 52-16, reported in
IEEE 802.3ae Recc. P.414
Jitter characteristics According to the requirements reported in par. 52.8.1 of IEEE 802.3ae Recc. p.416
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10GBASE-ER 1550nm long haul
Eye pattern mask The eye diagram for the optical transmit signal meets the requirement mask of
Table 52-7, p.408, and of Figure 52.8, p.422, reported in IEEE
802.3ae
Receiver Behavior
Receiver type PIN
Center wavelength (range) 1530nm-1565nm
Average receive power (max) -1.0dBm
Average receive power (min) -15.8dBm
Receiver sensitivity (max) in OMA -14.1dBm
Maximum receive power (for damage) 4.0dBm
Receiver reflectance (max) -26 dB
Stressed Sensitivity in OMA (max) -11.3dBm
Vertical eye closure penalty (min) 2.7dB Stressed eye jitter (min) 0.3 UI pk-pk
Receiver electrical 3dB upper cut-off frequency (max) 12.3GHz
Input Signal Detect Input_optical_power < -30dBm :FAIL
Input_optical_power ≥ RX-Sens. AND compl. 1000BASE signal input: OK
Fiber Behavior
Fiber type Operating distance
SMF 9/125 µm-10/125 µm <40km
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
10GBASE-ZR 1550nm long haul
Distance variants 10GBASE-ZR
Nominal bit rate Bit rate is 10.3125 Gbaud
Input Frequency tolerance ± 100ppm (not available from IEEE 802)
Code Binary Non Return to Zero, 8B/10B
Transmitter Behavior
Laser types DFB (with optical isolator) +EML
Center wavelength (range) 1530nm-1565nm (not available from IEEE 802)
RMS spectral width (max) Not required
Minimum side mode suppression ratio 30dB (not available from IEEE 802)
Minimum extinction ratio 9dB (not available from IEEE 802)
Average launch power (min) 0.0dBm (not available from IEEE 802)
Average launch power (max) 4.0dBm (not available from IEEE 802)
Launch power (min) in OMA minus TDP t.b.d. (not available from IEEE 802)
Optical Modulation Amplitude (min) t.b.d (not available from IEEE 802)
Average launch power of OFF transmitter (max)
t.b.d (not available from IEEE 802)
RIN12 OMA (max) -130 dB/Hz (not available from IEEE 802)
Optical return loss tolerance (max) t.b.d (not available from IEEE 802)
Transmitter reflectance (max) t.b.d (not available from IEEE 802)
Transmitter eye mask definition (X1,X2,X3,Y1,Y2,Y3)
t.b.d (not available from IEEE 802)
Transmitter and dispersion penalty (max) 3.0 dB (not available from IEEE 802)
Jitter characteristics t.b.d (not available from IEEE 802)
Eye pattern mask t.b.d (not available from IEEE 802)
Receiver Behavior
Receiver type APD
Center wavelength (range) 1530nm-1565nm ((not available from IEEE 802))
Average receive power (max) -7.0dBm (not available from IEEE 802)
Average receive power (min) -24.0dBm (not available from IEEE 802)
Receiver sensitivity (max) in OMA -22.1dBm (not available from IEEE 802)
Maximum receive power (for damage) (not available from IEEE 802)
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10GBASE-ZR 1550nm long haul
Receiver reflectance (max) -27 dB (not available from IEEE 802)
Stressed Sensitivity in OMA (max) t.b.d (not available from IEEE 802)
Vertical eye closure penalty (min) t.b.d (not available from IEEE 802) Stressed eye jitter (min) t.b.d (not available from IEEE 802)
Receiver electrical 3dB upper cut-off frequency (max) t.b.d (not available from IEEE 802)
Input Signal Detect t.b.d (not available from IEEE 802)
Fiber Behavior
Fiber type Operating distance
SMF 9/125 µm-10/125 µm <80km
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Technical Description SURPASS hiT 7070 Annex: Optical and Electrical Planning Data April 16, 2008 / Issue 07
Copyright 2008 Nokia Siemens Networks. All rights reserved.
1.3.2 Optical Gigabit Ethernet Traffic Interfaces
1.25Gbaud 1000BASE-SX 850nm short haul
1000BASE-LX 1300nm long haul
1000BASE-ZX32 1550nm long haul
1000BASE-SX 1000BASE-LX 1000BASE-ZX Distance variants
User class as per IEEE 802.3 n.a.
Nominal symbol rate
1.250 Mbaud (please do not mix it with GbE data rate: 1.000 Mbit/s)
Input Frequency tolerance ± 100ppm ± 100ppm
Code Binary Non Return to Zero, 8B/10B
Transmitter Behaviour
Laser types VCSEL FPL SLM
Optical wavelength
range 770nm-860nm 1270nm-1355nm 1500nm-1580nm
Spectral width (rms) 0.85nm 4nm 1nm
Minimum side mode
suppression n.a. n.a. n.a.
Minimum extinction
ratio
9dB
9dB 9dB
-9.5dBm to 0dBm -11.0dBm to -3dBm 0dBm to 5dBm Launched power
At point TP2 as per IEEE 802.3 n.a.
Maximum launched power in
fault condition
The maximum transmit level at point MDI- is according laser
class 1. LaserPowerOff: P≤ -30dBm
The maximum transmit level at point MDI- is according laser
class 1.
as per IEEE 802.3 Table 38-10 n.a. Jitter
characteris-tics
Compl. Point Total Jitter[ps] TP1 192 TP2 345
TP3 408
TP4 599
Eye pattern mask The eye diagram for the optical transmit signal meets the requirement mask of
Figure 38-2 of IEEE 802.3
32 Interface is not defined in IEEE 802.3
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1.25Gbaud 1000BASE-SX 850nm short haul
1000BASE-LX 1300nm long haul
1000BASE-ZX 1550nm long haul
Receiver Behaviour
Receiver type PIN PIN PIN
Sensitivity / Dynamic Range
Input level range for a bit error rate BER ≤ 1 x 10-12 at point TP3 is:
-17dBm ≤ Pin ≤ 0dBm -19dBm ≤ Pin ≤ -3dBm -23dBm ≤ Pin ≤ -3dBm
Stressed Sensitivity
-12.5dBm/ -13.5dBm
(62.5µmMMF / 50µmMMF)-14.4dBm f.f.s. 33
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating 0dBm 0dBm 3dBm
Maximum reflectance of
receiver
Maximum reflectance of receiver,
measured at MDI is -12dB. -27dB
Eye Penalty 2.6dB / 2.2dB (62.5µmMMF/50µmMMF) 2.6dB f.f.s.
RX 3dB cut-off-max 1500MHz 1500MHz n.a.
Jitter characteristics
Jitter Tolerance n.a., referred to “Stressed Sensitivity”
Input Signal Detect
Input_optical_power < -30dBm :FAIL
Input_optical_power ≥ RX-Sens. AND compl. 1000BASE signal input: OK
Fiber Behaviour
Fiber type 62.5µm MMF / 50µm MMF 10µm SMF 10µm SMF
Operating Distance
220m / 500m 10000m 80000m
33 For further study
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1.3.3 Optical Fast Ethernet Traffic Interfaces
125Mbaud
100Base-FX
1300nm
100Base-LX10
1300 nm
2km 10km Distance variants
User class as per IEEE802.3 and ISO/IEC 9314-3: 1990
User class as per IEEE 802.3ah D3
Nominal symbol rate
125 Mbaud (please do not mix it with FE data rate: 100 Mbit/s)
Input Frequency tolerance
± 100ppm ± 50ppm
Code Binary Non Return to Zero, 4B/5B
Transmitter Behaviour
Laser types Fabry-Perot Fabry-Perot
Optical wavelength
range 1270nm to 1380nm 1260nm to 1360nm
Spectral width n.a. 7.7nm
Minimum side mode
suppression n.a. n.a.
Minimum extinction
ratio 10dB 5dB
-20dBm to –14dBm -15dBm to –8 dBm Launched power
At point TP2 as per IEEE 802.3
Maximum launched
power in fault condition
The maximum transmit level at point MDI- is according laser class 1.
The maximum transmit level at point MDI- is according laser class 1.
LaserPowerOff: P≤ -30dBm
Eye pattern mask tbd. acc. IEEE 802.3ah D3
Receiver Behaviour
Receiver type PIN PIN
Input level range for a bit error rate BER ≤ 1 x 10-12 at point TP3 is: Sensitivity / Dynamic Range -31dBm ≤ Pin ≤
-14dBm -25dBm ≤ Pin ≤
-8dBm
Maximum input power without permanent destruction of the optical receiver: Overload Maximum
Rating -11dBm -7dBm
Minimum return loss tbd. 12dB
Jitter tbd. acc. IEEE 802.3ah D3
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125Mbaud
100Base-FX
1300nm
100Base-LX10
1300 nm characteristics
Input Signal Detect -45dBm -45dBm
Fiber Behaviour
Fiber type MMF acc. ITU-T G.651 or
62.5/125µm fiber ; Bandwidth : 500MHz*km
SSMF ITU-T G.652
Section Attenuation 0 to 11dB 0 to 6dB
1.3.4 Electrical Ethernet Traffic Interfaces 10Base-T 100Base-T 1000Base-T
Standard IEEE 802.3 :2002 IEEE 802.3 :2002 IEEE 802.3 :2002
Bitrate 10Mbit/s 125Mbit/s 1000Mbit/s
Frequency tolerance +/-100ppm +/-100ppm +/-100ppm
Coding Manchester 4B/5B MLT3 4D-PAM5
Cable type Cat 3 Cat 5 Cat 5
Connector type RJ-45 Shielded RJ-45 Shielded RJ-45
Cable impedance 100 Ohm 100 Ohm 100 Ohm
Maximum operating
distance 100m 100m 100m