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Saudi Aramco BI-10-00074 Data Network Replacement
Offer to STESA for Saudi Aramco BI-74 FSD 03
Scope of Work
Combined SOW incorporating: New WDM Links; Upgrades to WDM; Upgrades to SDH
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TABLE OF CONTENTS 1
INTRODUCTION ..................................................................................................................................4
2
WDM EXTENSION (ABQA-AINDAR4 & APS3-RIYADH REFINERY) ...........................................5 2.1 OVERVIEW ........................................................................................................................................5 2.2 SCOPE OF SUPPLIES ............................................................................................................................6 2.3 NETWORK DESIGN .............................................................................................................................7 2.3.1 Link1 between APS3 - Riyadh Refinery: .....................................................................................7 2.3.2 Link2 between ABQA-AIN4: ......................................................................................................9 2.3.3 Link Design Parameter............................................................................................................11 2.3.4 Optical budget.........................................................................................................................12 2.3.5 Chromatic Dispersion (CD) Analysis .......................................................................................12 2.4 NETWORK MANAGEMENT SYSTEM ........................................................................................15 2.4.1 Centralized Management .........................................................................................................15 2.4.2 DCN........................................................................................................................................15 2.5 SPARE PARTS...............................................................................................................................15 2.5.1 Calculation Method .................................................................................................................15 2.6 MECHANICS.................................................................................................................................16 2.6.1 Installation Material supply .....................................................................................................16 2.6.2 1626LM physical overview.......................................................................................................17 2.6.3 Environmental Conditions .......................................................................................................17 2.7 SCOPE OF SERVICES..........................................................................................................................18 2.7.1 IFAT........................................................................................................................................18 2.7.2 Installation and Commissioning...............................................................................................18 2.7.3 Site access ...............................................................................................................................18 2.7.4 Transportation to the site.........................................................................................................18 2.7.5 Main activities of equipments installation.................................................................................19
3
SDH EXTENSION (I&C SERVICES – ADDITIONAL GBE & 10GBE LINKS)..............................21 3.1 OVERVIEW ......................................................................................................................................21 3.2 SCOPE OF SUPPLIES ..........................................................................................................................22 3.3 NETWORK DESIGN ...........................................................................................................................22 3.4 SUPPLIED EQUIPMENT ......................................................................................................................22 3.5 NETWORK MANAGEMENT SYSTEM ........................................................................................22 3.5.1 Centralized Management .........................................................................................................22 3.5.2 DCN........................................................................................................................................22 3.6 SPARE PARTS...............................................................................................................................23 3.7 MECHANICS.................................................................................................................................23 3.7.1 Installation Material supply .....................................................................................................23 3.8 SCOPE OF SERVICES..........................................................................................................................23 3.8.1 IFAT........................................................................................................................................23 3.8.2 Installation and Commissioning...............................................................................................23 3.8.3 Site access ...............................................................................................................................23 3.8.4 Transportation to the site.........................................................................................................23 3.8.5 Main activities of equipment installation ..................................................................................23 3.8.6 Responsibility Assignment Matrix ............................................................................................24
4
DWDM EXTENSION (I&C SERVICES- ADDITIONAL 10GBE LINKS)........................................25 4.1 OVERVIEW ......................................................................................................................................25 4.2 SCOPE OF SUPPLIES ..........................................................................................................................25 4.3 NETWORK DESIGN ...........................................................................................................................25 4.4 SUPPLIED EQUIPMENT ......................................................................................................................26 4.5 NETWORK MANAGEMENT SYSTEM ........................................................................................26 4.5.1 Centralized Management .........................................................................................................26 Ref.
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4.5.2 DCN........................................................................................................................................26 4.6 SPARE PARTS...............................................................................................................................26 4.7 MECHANICS.................................................................................................................................26 4.7.1 Installation Material supply .....................................................................................................26 4.8 SCOPE OF SERVICES..........................................................................................................................26 4.8.1 IFAT........................................................................................................................................26 4.8.2 Installation and Commissioning...............................................................................................26 4.8.3 Site access ...............................................................................................................................27 4.8.4 Transportation to the site.........................................................................................................27 4.8.5 Main activities of equipment installation ..................................................................................27 4.8.6 Responsibility Assignment Matrix (RAM) .................................................................................27 5
GENERAL SERVICES ........................................................................................................................28 5.1 5.2 5.3 5.4 5.5 5.6 5.7
CLASSIC PROGRAM MANAGEMENT ...................................................................................................28 SURVEY & RELATED REPORT ............................................................................................................28 ACCEPTANCE ...................................................................................................................................29 ENGINEERING DOCUMENTATION .......................................................................................................29 PATH MAPPING AND CIRCUIT IMPLEMENTATION ................................................................................29 STANDARD WARRANTY ...................................................................................................................30 CLASSES DEFINITION:.......................................................................................................................31
LIST OF FIGURES Figure 1: Link Design of 150KM between APS3 & B-345 ...................................................... 11 Figure 2: Link design of 65KM between ABQA & AIN4 ..................................................... 11 Figure 3: Dispersion mapping for Go link of distance =150KM between APS3—Riyadh REFINERY. .................................................................................................................... 13 Figure 4: Dispersion mapping for Return link of distance =150KM between APS3—Riyadh REFINERY. ...................................................................................................... 13 Figure 5: Dispersion mapping for Go link of distance =65KM between ABQA—AIN4. ............... 14 Figure 6: Dispersion mapping for Return link of distance =65KM between ABQA—AIN4. .......... 15 Figure 7: 1626LM Shelf Installation Requirements ........................................................ 19
ANNEX 1:
Statement of Compliance to FSD03
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Saudi Aramco BI-10-00074 Data Network Replacement
1 INTRODUCTION This SOW covers 3 aspects of the SDH/DWDM upgrades required for Saudi Aramco Replace Date Network Equipment (BI074), namely: (i)
WDM Extension (ABQA - Aindar 4 & APS3-Riyadh refinery) New links including supply of equipment and installation and commissioning services.
(ii)
SDH Extension (I&C services - Additional GBE & 10GBE Links) Provision of services only – materials to be provided by Saudi Aramco
(iii)
DWDM Extension (I&C services – Additional 10GBE Links) Provision of services only – materials to be provided by Saudi Aramco
Each of the above aspects is considered separately in the following paragraphs.
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2 WDM EXTENSION (ABQA-AINDAR4 & APS3-RIYADH REFINERY) 2.1 OVERVIEW Alcatel-Lucent is pleased to provide hereafter a comprehensive proposal covering a complete range of systems to answer STESA request for new 1626LM DWDM LINKS within Aramco BI74 project. This proposal therefore represents our understanding of FSD03 (Transmission System Upgrade) and is submitted in accordance with our Statement of Compliance to this FSD, attached as Annex 1 to this document The solution proposed is based on DWDM 1626LM equipment and has been designed according to the latest international regulations. It will ensure a state of art transmission network based on the selection of products, which ensure potential for future extension of the whole system tailored to your needs. Purpose of this technical description is to give a detailed explanation and overview of the optical DWDM solution including the services to extend the WDM network as requested in BI74 project. The proposed network consists of two separated DWDM links : APS3 - B-345(RIYADH Refinery). ABQA - AIN4 This offer doesn’t include any extension in the existing WDM network. The requested Extension will be managed separately with Aramco.
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2.2 SCOPE OF SUPPLIES The scope of supplies includes the following items:
Production and supply of WDM 1626LM transmission equipment;
Production & supply of TPD according to the interfaces requested.
Production and supply of software licenses necessary for existing Network Management System;
Production and supply of the installation accessories;
Racks with TRU in the new site (Ain4 & Riyadh refinery) for the WDM equipment provided;
Provision of documentation for the proposed equipment.
This scope of supply excludes the following items:
ODF; Optical Fibre Cables; Cable Tray and ground installation bay; Shelters, battery rooms; Materials for room preparation; Power rectifier equipment; Batteries; Air conditioning system; Synchronisation equipment; Routers and accessories for Data Communication Network; Test equipment.
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2.3 NETWORK DESIGN The DWDM network design is done for two separate links. 1626LM DWDM equipments to be installed in each of the following sites, APS3,Riyadh refinery, ABQA and AIN4. Two types of solution are proposed. In the case of APS3 to Riyadh refinery the distance between the 2 sites is 150Km! As there is no possibility to add ILA in between, we are providing a solution with LH equipment & design. In the case of ABQA to Ain4 , we extend the existing link using the same Metro config. We are adapting the Terminal in ABQA to become an OADM and we are providing a new terminal in AIN4. In the following chapters are described the two links.
2.3.1 Link1 between APS3 - Riyadh Refinery:
Extension to Riyadh reffinery solution – With 1626 LH mux architecture Riyadh refinery
APS3 2xLOFA 1120
2xLOFA 1120
BMDX
CMDX
150Km
20dBm
L-16.2 L-16.2
APS2
17dBm
DC100
17dBm
22dB 82Km no measure
17dBm
ABQC
APS1
OADM
DC80
17dBm
L-16.2 L-16.2 S-16.1 Ch36 I-64.1 I-64.1
DC30
OADM shelves (2LOFAs, 2 OMDX4)
APS3 I-64.1 I-64.1
10 GE TRBD 1131
20dBm
40.5dB (including 3 dB of margin)
DC 100
CMDX
20dBm 20dBm
BMDW
I64.1 TRBD 1111
10 GE TRBD 1131
I64.1 TRBD 1111
DC100
DC30
OADM
F1 18.5dB 72Km F3 DC50 18.6dB
OADM Ch 30-33
DC50
17dBm
17dBm
OADM Ch 30-33
DC100
F1 24.5dB 92Km F4 24.4dB
17dBm
I-64.1 I-64.1 L-16.2 L-16.2
17dBm
DC80
S-16.1 Ch36
L-16.2 L-16.2 Ch30 Ch31
10 GE TRBD 1131
I-64.1 I-64.1
L-16.2 L-16.2 Ch30 Ch31
10 GE TRBD 1131
Existing Network
In each sites is provided one I64.1 TPD TRBD 1111 & 2*10GE TPB TRBD 1131 . Note : the extension in the existing network is not part of this offer.
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The shelf configuration in APS3 & Riyadh refinery is as follow:
RAIU PSUP CMDX 1010
TRBD 1131
TRBD 1131
TRBD 111
LO FA1120
LOFA1120
OSCU1010
ALCT1010
BMDX 1000
ESCT1000
PSUP
New Shelf in APS3 to Riyadh
FAN S
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2.3.2 Link2 between ABQA-AIN4:
Extension to Aindar4 solution – ampl, DCUs, att… ABQA
Aindar4 1xLOFA 1111
DCU20
DCU 30
10 GE TRBD 1131
OMDX 8100 L1X
S-64.2 TRBD1121 17dBm 17dBm
65Km
17dBm
17dBm
19.25dB (includin g 3 dB of margin)
DCU20
S64..2 TRBD 1121 OMDX 8100 L1X
1xLOFA 1111
10 GE TRBD 1131
DCU30
DHEB
S-16.1
OMDX 8100 L1X
I-64.1 I-64.1
17dBm
10 GE TRBD 1131
17dBm
7 dB
17dBm
Ch30
7 dB
17dBm
18 dB + 7 dB Att 67 Km
OMDX 8100 L1X
10 GE TRBD 1131
Ch35 Ch38
I-64.1 I-64.1 S-16.1
Existing equipment
In ABQA is added a Mux/demux and the necessary amplifiers, as well as the S64.2 TPD & the 10GBE TPD. In Aindar4 is installed a new rack & a 1626LM shelf housing the common part as well as the S64.2 TPD & the 10GBE TPD. Note: Specific case of S64.2 TPD. In fact the target is to transport through the WDM an STM64 which was before connected directly to the fibre. So from the client side the existing interface is L64.2. But we don’t need in the new case such power-full interface as the distance from the client equipment to the TPD is short. So we will provide an S64.2 interface + 6dB attenuators to be able to interconnect the client to the transponders without burning the receiver!
Note 2 : the extension in the existing network are not part of this offer.
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The shelf configuration in ABQA & AIN4 are as follow :
RAIU PSUP TRBD TRBD1131 1131
M CC30
TRBD 1121
TRBD 111
TRBD 111
LOFA1111
LOFA1121
OSCU101 0
ESCT1000
OMDX 8100 L1_X1 000
PSUP
RAIU PSUP M CC30
TRBD 111
TRBD 111
LOFA1121
O SCU1010
PSUP
OM DX 8100 L1_X1000
ESCT1000
OM DX 8100 L1_X1000
Shelf in ABQA after extension
Existing Shelf in ABQA
FAN S
FAN S
RAIU PSUP TRBD 1131
TRBD 1121
LOFA1121
O SCU1010
OMDX 8100 L1_X100 0
ESCT1000
PSUP
New Shelf in AIN4
FAN S
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2.3.3 Link Design Parameter The design target is to have 8x10Gbps capable links, fully compliant to the requirement of Aramco. According to the DWDM network technical specification, one lambda will be launched to accommodate the initial traffic requirement at the beginning. As for links to be deployed with G.655 (E-Leaf) optical fibre, the following given parameters have been taken into account for the link loss calculation.
G.652 Cable Loss of 0.25 db/km at 1550 nm
G.652 Dispersion of maximum 20 ps.nm/km allowable on the traffic port.
3 dB Equipment Margin per span
1 dB Connect Loss per span
With above parameters, the detailed link loss and system design is show in the following:
2.3.3.1
150KM LINK BETWEEN APS3-RIYADH REFINERY.
Figure 1: Link Design of 150KM between APS3 & B-345
2.3.3.2
65KM LINK BETWEEN ABQA-AIN4.
FIGURE 2: LINK DESIGN OF 65KM BETWEEN ABQA & AIN4
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The solution proposed is based on 1626LM; the detailed configurations of DWDM links are indicated in above figures. For each DWDM station, the Mux/Demux, Optical Amplifier (1110/1120), Transponder (TRBD) and DCU (Dispersion Compensation Unit) are equipped for regional application. The site type includes OADM.
2.3.4 Optical budget In order to have sufficient optical budget to cover the EOL loss calculated with the above parameters, specific type of Amplifiers are considered. Then a minimum Optical Signal-to-Noise Ration (OSNR) has to be guaranteed for each channel to ensure the acceptable EOL BER (10-12 or better).
The optical signal-to-noise ratio (OSNR) estimates the “optical quality” of a signal. It represents the power ratio between the signal and the ASE noise contained in the 0.1-nm spectral region around the signal wavelength. The higher the channel OSNR, the lower is the noise on the signal bandwidth, and the larger the signal quality. Detailed analysis on the OSNR spectrum of all the sections has been performed. In the analysis, it is ensured that the ONSR spectrum for all the 8 channels is within the threshold. Please note that the OSNR measures the amount of noise on a channel, nevertheless the ultimate criterion for the signal quality in a transmission system is the bit-error-rate (BER). The BER is the ratio, measured over a given time window, of erroneous bits over the total number of transmitted bits. The BER does not depend on the OSNR only but also on the signal distortion, which is mainly produced by the interaction between chromatic dispersion and nonlinear effects. It is for this reason that it is not sufficient to reach the required OSNR to guarantee a correct performance, but it is also necessary to respect the nonlinear-effects power threshold and the dispersion mapping rules, as explained in the next paragraphs.
2.3.5 Chromatic Dispersion (CD) Analysis Each type of fibre has a specific wavelength-dependent coefficient, i.e. D ( ) [ps/nm*Km]. The accumulated CD is proportional to the fibre length. The CD is counteracted by means of DCM (Dispersion Compensation Module), which contains special fibre with a complementary D. The dispersion mapping is the process to compensate the chromatic dispersion by correctly distributing the DCM modules along the link. Due to the fibre dispersion slope, the accumulated dispersion can vary with the wavelength, and, if the DCM slope is not perfectly matched, the residual dispersion (that is the accumulated dispersion at the end of the link, after compensation) varies from channel to channel. The compensation of the fibre dispersion slope has a primary importance in limiting the maximum transmission distance. In fact, if the RDS (Residual Dispersion Slope) of the DCMs is not perfectly matched with the one of the transmission fibre, the difference in residual dispersion between the extreme channels of the spectrum will broaden with the transmission distance, rapidly exceeding the maximum tolerable range of 1400 ps/nm (from –500 to 900 ps/nm). The RDS could not be matched for several reasons, for instance:
When the dispersion and slope of the transmission fibre are different than the nominal value
When we could be obliged to use DCM’s not optimized for the operator’s fibre type (for example, we must use DCM’s optimized for G.652 also when we compensate for G.655 fibres: this leads, for E-Leaf to a maximum transmission distance of less than 500 km).
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Thorough DCM mapping has been performed. Basically there are two important points to be considered:
That the residual dispersion of every channel should fall between –500 to 900 ps.nm
That the dispersion slope for the LEAF G.655 fibre is properly addressed.
The below figures indicates the DCM mapping for Link1 with distance of 150KM between APS3 and Riyadh refinery ,Link2 with distance of 65KM between ABQA and AIN4, respect the CD residual rule as specified above. Note; mapping drawing show both spans, Go and return for both links, 150KM and 65KM.
2.3.5.1 APS3—RIYADH REFINERY LINK CHROMATIC DISPERSION AND DCM DESIGN (GO
DIRECTION) . D is p e r s io n m a p : G O
1500 1000
[ps/nm]
Residual dispersion
2000
500 0 -5 0 0 -1 0 0 0 -1 5 0 0 0
50
100
150
200
T ra n s m is s io n d is ta n c e [ k m ]
FIGURE 3: DISPERSION MAPPING FOR GO LINK OF DISTANCE =150KM BETWEEN APS3—RIYADH REFINERY.
2.3.5.2 APS3—RIYADH REFINERY LINK CHROMATIC DISPERSION AND DCM DESIGN
(RETURN DIRECTION) . D is p e rs io n m a p : R E T U R N
1500 1000
[ps/nm]
Residual dispersion
2000
500 0 -5 0 0 -1 0 0 0 -1 5 0 0 0
50
1 00
15 0
200
T ra n s m is s io n d is ta n c e [k m ]
FIGURE 4: DISPERSION MAPPING FOR RETURN LINK OF DISTANCE =150KM BETWEEN APS3—RIYADH REFINERY.
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2.3.5.3 ABQA—AIN4 LINK CHROMATIC DISPERSION AND DCM DESIGN (GO DIRECTION)
.
Dispersion map: GO Residual dispersion [ps/nm]
400 200 0 -200 -400 -600 -800 -1000 -1200 0
50
100
Transmission distance [km]
FIGURE 5: DISPERSION MAPPING FOR GO LINK OF DISTANCE =65KM BETWEEN ABQA—AIN4.
2.3.5.4 ABQA—AIN4 LINK CHROMATIC DISPERSION AND DCM DESIGN (RETURN
DIRECTION) .
Dispersion m ap: RETURN Residual dispersion [ps/nm]
400 200 0 -200 -400 -600 -800 -1000 -1200 0
50
100
Transm ission distance [km ]
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FIGURE 6: DISPERSION MAPPING FOR RETURN LINK OF DISTANCE =65KM BETWEEN ABQA—AIN4.
2.4 NETWORK MANAGEMENT SYSTEM 2.4.1 Centralized Management No centralized management included in the proposed network. The main Aramco existing management system includes 1353NM 1354RM and 1354BM. Necessary software licenses have been quoted for the new sites integration with the existing management system.
2.4.2 DCN The DCN provision for the NEs will be customer’s responsibility. This includes the HW like routers (new or existing as required) or changes / addition to existing DCN design.
2.5 SPARE PARTS 2.5.1 Calculation Method The calculation for spare parts is based upon:
the repair cycle time,
the provisional failure rate of each module,
The use of Poisson distribution law.
K=R
P
< e-N K=1
k T X (NT)
K!
Where:
(P) is equal to 0.99 (max 1% chances of spare being out of stock)
(N) is the actual quantity of modules
() is the F.I.T. of each module
(T) is the time in hours for which the calculation is done (for this project T=2190 hours i.e. 3 months)
(R) is the quantity of spare module
In this case where the QTY are small there is One spares for each different board type.
Please note that SPARES are not included in the BOQ as per STESA requirements.
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2.6 MECHANICS 2.6.1 Installation Material supply Our offer contains a set of installation material required in each station. The following items are included in the present offer: Item
Description
Length
Included
X
Not included
1
Optinex standard rack in Ain4 & Riyadh Refinery
-
2
Top Rack Unit (TRU) with associated circuit breakers
-
3
Alarm and power cables from the proposed equipment to the TRU
2m
4
Power cable from TRU to Electrical distribution Box
25m
X X
5-A
External DDF and associated plates
-
5-B
Internal DDF and associated plates
-
6
Cables & connectors from equipment to DDF plates
7
ODF
8
Optical jumpers from equipment to ODF
9A
9B
X X
X
15m
X
-
X
10m
Not applicable
X
Electrical distribution Box and associated circuit breakers and materials – 220V Commercial power
-
Power Rectifier and cables:
-
X
X
X
- output voltage : 48 Vdc +- 20% - Interface according to ETS 300132-2 9C
Batteries
-
10
Fibre Optical Cable
-
11
Housekeeping cables
15m
X
12
Auxiliary channels cables
15m
X
13
Synchronisation cables (only for sites collocated with synchronization device)
15m
14
Cable from ODF/DFF to Existing Equipment
X
X
-
X
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Please refer to the figure below for description of items: 1 9C
TRU
Batteries
5-A DDF
2
3
4 9B
Power Cable
Equipment
Rectifier
8
9A Customer Electrical Distribution box
7
10
ODF
11 12 13
Fiber Optical Cable
6 14
14 14
5-B DDF
2.6.2 1626LM physical overview
Hereunder the external shape of 1626LM shelf ,although it is exist in aramco network and most people familiar with the shelf ,we just show it here in case of anybody desire to see physical shape of the shelf .
1626 LM
FIGURE14: 1626LM SHELF OVERVIEW
2.6.3 Environmental Conditions WDM equipment complies with ETSI standard for environmental conditions:
ETS 300 019-1-3 class 3.2 (1992) for temperature of operation
ETS 300 019-1-2 class 1.2 (1992) for temperature of storage.
ETS 300 019-1-1 class 2.2 (1992) for temperature of transport.
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2.7 SCOPE OF SERVICES The following services packages are included in our offer:
2.7.1 IFAT IFAT is included as per Aramco standard. The two links will be presented in ALU Factory without simulation of the existing links. NMS will be only Craft terminal. It will last Maximum 3 days. Travel cost, accommodations and local expenses are not included for the witness who will attend the IFAT.
2.7.2 Installation and Commissioning We are proposing services of installation and commissioning for the new installed 1626LM DWDM equipment, for the two links concerned ABQA to Ain4 & APS3 to Riyadh Refinery.
2.7.3 Site access For access site permissions the arrangement of the remedy requests will be customer responsibility.
2.7.4
Transportation to the site
Transportation to the site is not under ALU responsibility. We will consider only the equipment delivered in the sites.
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2.7.5 Main activities of equipments installation Before the installation, the customer will guarantee the staff for the access site. After site delivery, Alcatel-Lucent staffs will perform installation of the supplied system. Please note that the installers will come with their own tools and will go back with them.
Digital Distribution Frame
Rack + Equipment + ODF
Power rectifier / Batteries
Main Digital Distribution Frame
Commercial Power
Power Electrica l Traffic
Optical Traffic Non supplied equipment
Main Optical Distribution Frame
FIGURE 7: 1626LM SHELF INSTALLATION REQUIREMENTS
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Id
Tasks
Included
Not included
1
Unpacking and control of the shipped equipment
2
The racks are erected and connected to ground and framework
3
Sub-racks are plugged and bolted in the rack
4
Boards are plugged in the slots inside the sub-rack.
6
Mounting and fixing of ODF
7
Intra and inter rack/cabinet/equipment cabling (For new equipment)
8
Power rectifier installation
9
Batteries / UPS installation
10
Connection to power supply
11
Electrical cabling to DDF
NA
12
Cabling the new optical ports to ODF
13
Cables/Optical jumpers are connected from ODF/DDF to a main ODF / DDF
15
The fibre optical cable is connected to the supplied ODF
16
The existing electrical mainframe is connected to the supplied DDF
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Saudi Aramco BI-10-00074 Data Network Replacement
3 SDH EXTENSION (I&C SERVICES – ADDITIONAL GBE & 10GBE LINKS)
3.1 OVERVIEW Alcatel-Lucent is pleased to provide hereafter a comprehensive proposal covering a complete range of services to answer Stesa request to add additional GBE & 10GBE in the existing SDH network within Aramco BI74 project. This proposal therefore represents our understanding of the requirements. The solution proposed is based on ISA ES16 or 4*GBE Boards and has been designed according to the latest international regulations. It will ensure a state of art transmission network based on the selection of products, which ensure potential for future extension of the whole system tailored to your needs. Purpose of this technical description is to give a detailed explanation and overview of the optical SDH solution including the services to extend the SDH network as requested in BI74 project. The proposed services include the addition of the following 10GBE : 1*10GBE Between YCOT & APS3 1*1GBE between HRIC & APS3 1*1GBE between HRIC & HDGP 1*1GBE between Gosp4 & ABQA 1*1GBE between Shayba DCO & ABQC 1*1GBE between KRIC & ABQC 1*1GBE Between KCPF & APS3 Total 1*10GBE Link & 6*GBE links
Important note: IF the 10GBE use all the bandwidth available between YCOT & APS3, The existing traffic should be transferred to the STM16 link. The services related to this transfer are not considered in this offer. We consider that the SDH 10G between YCOT & APS3 will be free to proceed to the I&C of the 10GBE requested.
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3.2 SCOPE OF SUPPLIES
No equipment to be supplied under this head.
3.3 NETWORK DESIGN In this offer we consider that there is free bandwidth between the sites on an existing SDH stream. If not any additional equipment/services necessary to implement these path/link are not part of this offer.
3.4 SUPPLIED EQUIPMENT Equipment to be supplied by Stesa includes: 1*10GBE Between YCOT & APS3 1*1GBE between HRIC & APS3 1*1GBE between HRIC & HDGP 1*1GBE between Gosp4 & ABQA 1*1GBE between Shayba DCO & ABQC 1*1GBE between KRIC & ABQC 1*1GBE Between KCPF & APS3 Total 1*10GBE Link & 6*GBE links
3.5 NETWORK MANAGEMENT SYSTEM 3.5.1 Centralized Management The main Aramco existing management system includes 1353NM 1354RM and 1354BM. Necessary software licenses to be supplied by Stesa.
3.5.2 DCN The DCN provision for the NEs will be customer’s responsibility. This includes the HW like routers (new or existing as required) or changes / addition to existing DCN design.
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3.6 SPARE PARTS No spares are included in this proposal. The provision of start-up spares is the responsibility of Stesa. Alcatel-Lucent is not responsible for any delays incurred due to non-availability of such spares.
3.7 MECHANICS 3.7.1 Installation Material supply Installation supplies are the responsibility of Stesa.
3.8 SCOPE OF SERVICES The following services packages are included in our offer:
3.8.1 IFAT IFAT is not included.
3.8.2 Installation and Commissioning We are proposing Standard services of installation and commissioning for the new installed ISA ES16 & 4*GBE boards
3.8.3
Site access
For access site permissions the arrangement of the remedy requests will be customer responsibility.
3.8.4
Transportation to the site
Transportation to the site is not under ALU responsibility. We will consider only the equipment delivered in the sites.
3.8.5 Main activities of equipment installation Before the installation, the customer will guarantee the staff for the access site. After site delivery, Alcatel-Lucent staffs will perform installation of the supplied system. Please note that the installers will come with their own tools and will go back with them.
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3.8.6 Responsibility Assignment Matrix
TASKS
RESPONSIBILITIES ALCATEL
STESA
EQT
X
Delivery of the equipment on site
X
Site preparation
X
Construction drawing document (Red lines only)
X
Construction drawing document ( IFC & As Built) Site access for Alcatel staff
X X
Installation
X
Mechanical Completion Inspection
X
Test Equipment for the stand alone tests
X
Stand alone test plan
X
Stand alone test
X
X
DCN (Eqt/SW & definition)
X
Work Permit Receiver
X
Project Management
X
Coordination with Aramco
X X
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4 DWDM EXTENSION (I&C SERVICES- ADDITIONAL 10GBE LINKS) 4.1 OVERVIEW Alcatel-Lucent is pleased to provide hereafter a comprehensive proposal covering a complete range of services to answer Stesa request to add additional Transponders in the existing 1626LM network within Aramco BI74 project. This proposal therefore represents our understanding needs and AlcatelLucent’s technical solution describing the different products. The solution proposed is based on DWDM 1626LM Transponders and has been designed according to the latest international regulations. It will ensure a state of art transmission network based on the selection of products, which ensure potential for future extension of the whole system tailored to your needs.
Purpose of this technical description is to give a detailed explanation and overview of the optical DWDM solution to extend the WDM network as requested in BI74 project. The proposed network consists of addition of the following 10GBE : 1*10GBE Between DEHB & ABQA 2*10GBE between ABQC & APS3 1*10GBE Between IPSA5 & SAFC Total 8*Transponders
4.2 SCOPE OF SUPPLIES
No equipment to be supplied.
4.3 NETWORK DESIGN The network is designed for 16 Lambda. So there is no need to study the design again, the existing equipment will support these additional Lambdas without changing anything.
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4.4 SUPPLIED EQUIPMENT Equipment to be supplied by Stesa includes: 1*10GBE Between DEHB & ABQA 2*10GBE between ABQC & APS3 1*10GBE Between IPSA5 & ABQC Total 8*Transponders TRBD1131
4.5 NETWORK MANAGEMENT SYSTEM 4.5.1 Centralized Management The main Aramco existing management system includes 1353NM 1354RM and 1354BM. Necessary software licenses to be supplied by Stesa.
4.5.2 DCN The DCN provision for the NEs will be customer’s responsibility. This includes the HW like routers (new or existing as required) or changes / addition to existing DCN design.
4.6 SPARE PARTS No spares are included in this proposal. The provision of start-up spares is the responsibility of Stesa. Alcatel-Lucent is not responsible for any delays incurred due to non-availability of such spares.
4.7 MECHANICS 4.7.1 Installation Material supply Installation supplies are the responsibility of Stesa.
4.8 SCOPE OF SERVICES The following services packages are included in our offer:
4.8.1 IFAT IFAT is not included.
4.8.2
Installation and Commissioning
We are proposing Standard services of installation and commissioning for the new installed ISA ES16 & 4*GBE boards
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4.8.3
Site access
For access site permissions the arrangement of the remedy requests will be customer responsibility.
4.8.4
Transportation to the site
Transportation to the site is not under ALU responsibility. We will consider only the equipment delivered in the sites.
4.8.5 Main activities of equipment installation Before the installation, the customer will guarantee the staff for the access site. After site delivery, Alcatel-Lucent staffs will perform installation of the supplied system. Please note that the installers will come with their own tools and will go back with them.
4.8.6 Responsibility Assignment Matrix (RAM) TASKS
RESPONSIBILITIES ALCATEL
STESA
EQT
X
Delivery of the equipment on site
X
Site preparation
X
Construction drawing document (Red lines only)
X
Construction drawing document ( IFC & As Built) Site access for Alcatel staff
X X
Installation
X
Mechanical Completion Inspection
X
Test Equipment for the stand alone tests
X
Stand alone test plan
X
Stand alone test
X
X
DCN (Eqt/SW & definition)
X
Work Permit Receiver
X
Project Management
X
Coordination with Aramco
X X
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5 GENERAL SERVICES 5.1 CLASSIC PROGRAM MANAGEMENT Alcatel-Lucent proposes a Contract Manager as single interface per contract for the Installation and Commissioning purposes. Project management includes:
Project planning in accordance with the customer’s requirements,
Follow-up and co-ordination of the various phases of the project,
Engineering support during project deployment,
Installation material qualification,
Procedures definition and validation,
Technical support during project deployment carried out by Alcatel-Lucent.
5.2 SURVEY & RELATED REPORT After receiving the customer order, Alcatel-Lucent specialists in co-operation with the customer representative’s, shall collect and analyze all the relevant site-specific information needed for the physical installation and connection of the customer communication equipment. It will allow checking the path visibility and collecting all the technical and logistic data or other elements necessary to define the Final System Design (FSD) within the Scope of Work of the project. This service includes tasks such as:
Collection of information for access to and work conditions of the site
Collection of environment information related to existing ODF, cable ducts, raised floors, power supplies, etc.
Cabling requirements, etc.
Check if equipment installation requirements are met (available space, temperature, etc.)
Site Layout
All the results and agreements reached during the site survey are included in a survey report which is submitted for approval to the customer or to his representative. The elements collected are used by Alcatel-Lucent engineering department to define the installation material required and to validate the limits of responsibility between Alcatel-Lucent and the customer during the network implementation before the survey, in each site; the customer will guarantee the validity of an easy and quick access for Alcatel-Lucent staff at requested date.
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5.3 ACCEPTANCE Commissioning services are followed by agreed tests carried out by Alcatel-Lucent and witnessed by the customer or his representative as agreed in the Contract. The Alcatel-Lucent standard test program & procedures are communicated to the customer at least two months before the commencement of the commissioning. Alcatel-Lucent will inform the customer when the equipment is ready for acceptance testing. If the customer wishes to make modifications to the Alcatel-Lucent standard test program & procedures resulting in test planning time overrun, the financial consequences of such overrun will be subject to prior agreement between the two parties. Once the test of the network is complete, the customer will be informed and called for witnessing the Acceptance test according to the test protocol. The customer will be informed in advance of the beginning of the test. Once the Acceptance test has been successfully completed, the customer will issue a “Provisional Acceptance Certificate” which will be signed by the Customer and AlcatelLucent. Acceptance services may include: Equipment hardware and software conformity with the order, using remote inventory
Network conformity, using network managers to check each NE supervision
Network protection tests
Equipments Synchronization Tests
Network transmission tests (carried out over a 12 hours period for metro networks, and over a 24 hours period for backbones)
Documenting of the test results
Under acceptance criterion an acceptance test sheet signed by customer or live traffic being put on the newly installed nodes / links will tantamount to handover of nodes to the customer officially.
5.4 ENGINEERING DOCUMENTATION ALU will only do the RED LINING of the existing IFC (Issued For Construction) drawings provided by the customer. The production of AS BUILT drawings based on the RED LINES will be done by customer.
5.5 PATH MAPPING AND CIRCUIT IMPLEMENTATION Path mapping and circuit implementation to be done by aramco engineers. It is not requested in the RFQ, so Alcatel-lucent mission finished after the acceptance. Aramco employees have to implement any cross connection or path mapping. Any assistance requested will be quoted accordingly.
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5.6 STANDARD WARRANTY Our offer includes standard warranty for one Year only, see the following SLA level
The following services are included in the standard warranty:
Services Welcome & Dispatch Help Desk
Description Single Point Of Contact that receives the call records it and dispatches to the appropriate department. Phone Support on Technical issues , Remote Diagnosis 2nd Level Services
2LS
Hardware debugging which may include problem workaround; Software debugging which may include software patches. 3rd Level Services
3LS
SW updates Release Notes and Procedures Phone Support for implementation Early Warning in case of problems in the equipment; To master every special situation in the network equipment efficiently Repair
Repair of Faulty Replaceable Units
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Alcatel-Lucent Warranty duration is 12 (twelve) months from the date of Provisional Acceptance of the Equipment, but cannot exceed 18 (eighteen) months from the date of delivery of the Equipment, whichever is shorter, on site intervention services are not included in the standard warranty.
Here after are listed the SLA’s available for the standard warranty:
Service Level Support window Special call-back time (remote TAC/TEC support) Remote Neutralization Time (Remote TAC/TEC Support) On-site intervention Time (Corrective maintenance in field) Overall Neutralization Time (Remote TAC/TEC Support plus Field plus Spare) Final Solution Available Turn around Time (in factory repair on AlcatelLucent equipment)
Critical 24/7 30 minutes
Major 24/7 1 hour
Minor PH 4 hours
8 hours
NWD
RE
Not included
Not included
Not included
NWDAN
RE
RE
80 CD
RE
RE
90 days CIP Customer’s country Airport
Legend: OH – Office Hours of France (9h00 – 17h00) WD – Working Days NWD – Next Working Day NWDAN – Next working Day after Next RE – Reasonable Effort CD – Calendar Days
5.7 CLASSES DEFINITION: −
Critical – Loss of traffic or loss of national or regional supervision, from the Network Operation Centre.
−
Major – Loss of redundancy or partial loss of supervision or loss of some functions of the Network Management System.
−
Minor – Other defaults such as cosmetic defaults, defaults with little impacts and/or not systematic.
−
All these SLAs commitments may be improved/overridden by a dedicated Operation & Maintenance proposal
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Saudi Aramco BI-10-00074 Data Network Replacement
ANNEX 1 Statement of Compliance to FSD03 Job Specification / FSD Reference & Paragraph No.
Compliant (Yes/No)
Explanation for (Any) Non-compliance Saudi Aramco will issue an addendum to this Requisition to ScheduleG to have Saudi Aramco provide the material required for the SDH and DWDM upgrade that is listed in FSD.03 APPENDIX I TABLE 1 (TRANSMISSION SYSTEM UPGRADES), as well as all required interfaces to the existing Home Internet Network described in FSD.08 Section 2.3. The Saudi Aramco provided interfaces for SDH and DWDM will be available for all required testing, and installation.
1. System Description & Basic Outline of SoW
yes
1.1
yes
1.2
yes
1.3
yes
1.4
yes
1.4.1
yes
1.4.2
yes
2. Design Rqmt & Terminal Station Equipment
yes
Saudi Aramco will issue an addendum to this Requisition to ScheduleG to have Saudi Aramco provide the material required for the SDH and DWDM upgrade that is listed in FSD.03 APPENDIX I TABLE 1 (TRANSMISSION SYSTEM UPGRADES), as well as all required interfaces to the existing Home Internet Network described in FSD.08 Section 2.3. The Saudi Aramco provided interfaces for SDH and DWDM will be available for all required testing, and installation.
2.1
yes
ALU are not responsible about cut traffic through the migration
2.2
yes
2.3
yes
2.4
yes
2.4.1
yes
2.4.2
yes
2.5
yes
2.5.1
yes
2.5.2
yes
2.5.3
yes
2.5.4
yes
2.5.5
yes
2.5.6
yes
2.5.7
yes - END OF SPECIFICATIONS Ref.
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END OF DOCUMENT
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Offer to STESA for Saudi Aramco BI-74 FSD 03
Scope of Work
Combined SOW incorporating: New WDM Links; Upgrades to WDM; Upgrades to SDH
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TABLE OF CONTENTS 1
INTRODUCTION ..................................................................................................................................4
2
WDM EXTENSION (ABQA-AINDAR4 & APS3-RIYADH REFINERY) ...........................................5 2.1 OVERVIEW ........................................................................................................................................5 2.2 SCOPE OF SUPPLIES ............................................................................................................................6 2.3 NETWORK DESIGN .............................................................................................................................7 2.3.1 Link1 between APS3 - Riyadh Refinery: .....................................................................................7 2.3.2 Link2 between ABQA-AIN4: ......................................................................................................9 2.3.3 Link Design Parameter............................................................................................................11 2.3.4 Optical budget.........................................................................................................................12 2.3.5 Chromatic Dispersion (CD) Analysis .......................................................................................12 2.4 NETWORK MANAGEMENT SYSTEM ........................................................................................15 2.4.1 Centralized Management .........................................................................................................15 2.4.2 DCN........................................................................................................................................15 2.5 SPARE PARTS...............................................................................................................................15 2.5.1 Calculation Method .................................................................................................................15 2.6 MECHANICS.................................................................................................................................16 2.6.1 Installation Material supply .....................................................................................................16 2.6.2 1626LM physical overview.......................................................................................................17 2.6.3 Environmental Conditions .......................................................................................................17 2.7 SCOPE OF SERVICES..........................................................................................................................18 2.7.1 IFAT........................................................................................................................................18 2.7.2 Installation and Commissioning...............................................................................................18 2.7.3 Site access ...............................................................................................................................18 2.7.4 Transportation to the site.........................................................................................................18 2.7.5 Main activities of equipments installation.................................................................................19
3
SDH EXTENSION (I&C SERVICES – ADDITIONAL GBE & 10GBE LINKS)..............................21 3.1 OVERVIEW ......................................................................................................................................21 3.2 SCOPE OF SUPPLIES ..........................................................................................................................22 3.3 NETWORK DESIGN ...........................................................................................................................22 3.4 SUPPLIED EQUIPMENT ......................................................................................................................22 3.5 NETWORK MANAGEMENT SYSTEM ........................................................................................22 3.5.1 Centralized Management .........................................................................................................22 3.5.2 DCN........................................................................................................................................22 3.6 SPARE PARTS...............................................................................................................................23 3.7 MECHANICS.................................................................................................................................23 3.7.1 Installation Material supply .....................................................................................................23 3.8 SCOPE OF SERVICES..........................................................................................................................23 3.8.1 IFAT........................................................................................................................................23 3.8.2 Installation and Commissioning...............................................................................................23 3.8.3 Site access ...............................................................................................................................23 3.8.4 Transportation to the site.........................................................................................................23 3.8.5 Main activities of equipment installation ..................................................................................23 3.8.6 Responsibility Assignment Matrix ............................................................................................24
4
DWDM EXTENSION (I&C SERVICES- ADDITIONAL 10GBE LINKS)........................................25 4.1 OVERVIEW ......................................................................................................................................25 4.2 SCOPE OF SUPPLIES ..........................................................................................................................25 4.3 NETWORK DESIGN ...........................................................................................................................25 4.4 SUPPLIED EQUIPMENT ......................................................................................................................26 4.5 NETWORK MANAGEMENT SYSTEM ........................................................................................26 4.5.1 Centralized Management .........................................................................................................26 Ref.
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4.5.2 DCN........................................................................................................................................26 4.6 SPARE PARTS...............................................................................................................................26 4.7 MECHANICS.................................................................................................................................26 4.7.1 Installation Material supply .....................................................................................................26 4.8 SCOPE OF SERVICES..........................................................................................................................26 4.8.1 IFAT........................................................................................................................................26 4.8.2 Installation and Commissioning...............................................................................................26 4.8.3 Site access ...............................................................................................................................27 4.8.4 Transportation to the site.........................................................................................................27 4.8.5 Main activities of equipment installation ..................................................................................27 4.8.6 Responsibility Assignment Matrix (RAM) .................................................................................27 5
GENERAL SERVICES ........................................................................................................................28 5.1 5.2 5.3 5.4 5.5 5.6 5.7
CLASSIC PROGRAM MANAGEMENT ...................................................................................................28 SURVEY & RELATED REPORT ............................................................................................................28 ACCEPTANCE ...................................................................................................................................29 ENGINEERING DOCUMENTATION .......................................................................................................29 PATH MAPPING AND CIRCUIT IMPLEMENTATION ................................................................................29 STANDARD WARRANTY ...................................................................................................................30 CLASSES DEFINITION:.......................................................................................................................31
LIST OF FIGURES Figure 1: Link Design of 150KM between APS3 & B-345 ...................................................... 11 Figure 2: Link design of 65KM between ABQA & AIN4 ..................................................... 11 Figure 3: Dispersion mapping for Go link of distance =150KM between APS3—Riyadh REFINERY. .................................................................................................................... 13 Figure 4: Dispersion mapping for Return link of distance =150KM between APS3—Riyadh REFINERY. ...................................................................................................... 13 Figure 5: Dispersion mapping for Go link of distance =65KM between ABQA—AIN4. ............... 14 Figure 6: Dispersion mapping for Return link of distance =65KM between ABQA—AIN4. .......... 15 Figure 7: 1626LM Shelf Installation Requirements ........................................................ 19
ANNEX 1:
Statement of Compliance to FSD03
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1 INTRODUCTION This SOW covers 3 aspects of the SDH/DWDM upgrades required for Saudi Aramco Replace Date Network Equipment (BI074), namely: (i)
WDM Extension (ABQA - Aindar 4 & APS3-Riyadh refinery) New links including supply of equipment and installation and commissioning services.
(ii)
SDH Extension (I&C services - Additional GBE & 10GBE Links) Provision of services only – materials to be provided by Saudi Aramco
(iii)
DWDM Extension (I&C services – Additional 10GBE Links) Provision of services only – materials to be provided by Saudi Aramco
Each of the above aspects is considered separately in the following paragraphs.
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2 WDM EXTENSION (ABQA-AINDAR4 & APS3-RIYADH REFINERY) 2.1 OVERVIEW Alcatel-Lucent is pleased to provide hereafter a comprehensive proposal covering a complete range of systems to answer STESA request for new 1626LM DWDM LINKS within Aramco BI74 project. This proposal therefore represents our understanding of FSD03 (Transmission System Upgrade) and is submitted in accordance with our Statement of Compliance to this FSD, attached as Annex 1 to this document The solution proposed is based on DWDM 1626LM equipment and has been designed according to the latest international regulations. It will ensure a state of art transmission network based on the selection of products, which ensure potential for future extension of the whole system tailored to your needs. Purpose of this technical description is to give a detailed explanation and overview of the optical DWDM solution including the services to extend the WDM network as requested in BI74 project. The proposed network consists of two separated DWDM links : APS3 - B-345(RIYADH Refinery). ABQA - AIN4 This offer doesn’t include any extension in the existing WDM network. The requested Extension will be managed separately with Aramco.
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2.2 SCOPE OF SUPPLIES The scope of supplies includes the following items:
Production and supply of WDM 1626LM transmission equipment;
Production & supply of TPD according to the interfaces requested.
Production and supply of software licenses necessary for existing Network Management System;
Production and supply of the installation accessories;
Racks with TRU in the new site (Ain4 & Riyadh refinery) for the WDM equipment provided;
Provision of documentation for the proposed equipment.
This scope of supply excludes the following items:
ODF; Optical Fibre Cables; Cable Tray and ground installation bay; Shelters, battery rooms; Materials for room preparation; Power rectifier equipment; Batteries; Air conditioning system; Synchronisation equipment; Routers and accessories for Data Communication Network; Test equipment.
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Saudi Aramco BI-10-00074 Data Network Replacement
2.3 NETWORK DESIGN The DWDM network design is done for two separate links. 1626LM DWDM equipments to be installed in each of the following sites, APS3,Riyadh refinery, ABQA and AIN4. Two types of solution are proposed. In the case of APS3 to Riyadh refinery the distance between the 2 sites is 150Km! As there is no possibility to add ILA in between, we are providing a solution with LH equipment & design. In the case of ABQA to Ain4 , we extend the existing link using the same Metro config. We are adapting the Terminal in ABQA to become an OADM and we are providing a new terminal in AIN4. In the following chapters are described the two links.
2.3.1 Link1 between APS3 - Riyadh Refinery:
Extension to Riyadh reffinery solution – With 1626 LH mux architecture Riyadh refinery
APS3 2xLOFA 1120
2xLOFA 1120
BMDX
CMDX
150Km
20dBm
L-16.2 L-16.2
APS2
17dBm
DC100
17dBm
22dB 82Km no measure
17dBm
ABQC
APS1
OADM
DC80
17dBm
L-16.2 L-16.2 S-16.1 Ch36 I-64.1 I-64.1
DC30
OADM shelves (2LOFAs, 2 OMDX4)
APS3 I-64.1 I-64.1
10 GE TRBD 1131
20dBm
40.5dB (including 3 dB of margin)
DC 100
CMDX
20dBm 20dBm
BMDW
I64.1 TRBD 1111
10 GE TRBD 1131
I64.1 TRBD 1111
DC100
DC30
OADM
F1 18.5dB 72Km F3 DC50 18.6dB
OADM Ch 30-33
DC50
17dBm
17dBm
OADM Ch 30-33
DC100
F1 24.5dB 92Km F4 24.4dB
17dBm
I-64.1 I-64.1 L-16.2 L-16.2
17dBm
DC80
S-16.1 Ch36
L-16.2 L-16.2 Ch30 Ch31
10 GE TRBD 1131
I-64.1 I-64.1
L-16.2 L-16.2 Ch30 Ch31
10 GE TRBD 1131
Existing Network
In each sites is provided one I64.1 TPD TRBD 1111 & 2*10GE TPB TRBD 1131 . Note : the extension in the existing network is not part of this offer.
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The shelf configuration in APS3 & Riyadh refinery is as follow:
RAIU PSUP CMDX 1010
TRBD 1131
TRBD 1131
TRBD 111
LO FA1120
LOFA1120
OSCU1010
ALCT1010
BMDX 1000
ESCT1000
PSUP
New Shelf in APS3 to Riyadh
FAN S
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2.3.2 Link2 between ABQA-AIN4:
Extension to Aindar4 solution – ampl, DCUs, att… ABQA
Aindar4 1xLOFA 1111
DCU20
DCU 30
10 GE TRBD 1131
OMDX 8100 L1X
S-64.2 TRBD1121 17dBm 17dBm
65Km
17dBm
17dBm
19.25dB (includin g 3 dB of margin)
DCU20
S64..2 TRBD 1121 OMDX 8100 L1X
1xLOFA 1111
10 GE TRBD 1131
DCU30
DHEB
S-16.1
OMDX 8100 L1X
I-64.1 I-64.1
17dBm
10 GE TRBD 1131
17dBm
7 dB
17dBm
Ch30
7 dB
17dBm
18 dB + 7 dB Att 67 Km
OMDX 8100 L1X
10 GE TRBD 1131
Ch35 Ch38
I-64.1 I-64.1 S-16.1
Existing equipment
In ABQA is added a Mux/demux and the necessary amplifiers, as well as the S64.2 TPD & the 10GBE TPD. In Aindar4 is installed a new rack & a 1626LM shelf housing the common part as well as the S64.2 TPD & the 10GBE TPD. Note: Specific case of S64.2 TPD. In fact the target is to transport through the WDM an STM64 which was before connected directly to the fibre. So from the client side the existing interface is L64.2. But we don’t need in the new case such power-full interface as the distance from the client equipment to the TPD is short. So we will provide an S64.2 interface + 6dB attenuators to be able to interconnect the client to the transponders without burning the receiver!
Note 2 : the extension in the existing network are not part of this offer.
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The shelf configuration in ABQA & AIN4 are as follow :
RAIU PSUP TRBD TRBD1131 1131
M CC30
TRBD 1121
TRBD 111
TRBD 111
LOFA1111
LOFA1121
OSCU101 0
ESCT1000
OMDX 8100 L1_X1 000
PSUP
RAIU PSUP M CC30
TRBD 111
TRBD 111
LOFA1121
O SCU1010
PSUP
OM DX 8100 L1_X1000
ESCT1000
OM DX 8100 L1_X1000
Shelf in ABQA after extension
Existing Shelf in ABQA
FAN S
FAN S
RAIU PSUP TRBD 1131
TRBD 1121
LOFA1121
O SCU1010
OMDX 8100 L1_X100 0
ESCT1000
PSUP
New Shelf in AIN4
FAN S
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2.3.3 Link Design Parameter The design target is to have 8x10Gbps capable links, fully compliant to the requirement of Aramco. According to the DWDM network technical specification, one lambda will be launched to accommodate the initial traffic requirement at the beginning. As for links to be deployed with G.655 (E-Leaf) optical fibre, the following given parameters have been taken into account for the link loss calculation.
G.652 Cable Loss of 0.25 db/km at 1550 nm
G.652 Dispersion of maximum 20 ps.nm/km allowable on the traffic port.
3 dB Equipment Margin per span
1 dB Connect Loss per span
With above parameters, the detailed link loss and system design is show in the following:
2.3.3.1
150KM LINK BETWEEN APS3-RIYADH REFINERY.
Figure 1: Link Design of 150KM between APS3 & B-345
2.3.3.2
65KM LINK BETWEEN ABQA-AIN4.
FIGURE 2: LINK DESIGN OF 65KM BETWEEN ABQA & AIN4
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The solution proposed is based on 1626LM; the detailed configurations of DWDM links are indicated in above figures. For each DWDM station, the Mux/Demux, Optical Amplifier (1110/1120), Transponder (TRBD) and DCU (Dispersion Compensation Unit) are equipped for regional application. The site type includes OADM.
2.3.4 Optical budget In order to have sufficient optical budget to cover the EOL loss calculated with the above parameters, specific type of Amplifiers are considered. Then a minimum Optical Signal-to-Noise Ration (OSNR) has to be guaranteed for each channel to ensure the acceptable EOL BER (10-12 or better).
The optical signal-to-noise ratio (OSNR) estimates the “optical quality” of a signal. It represents the power ratio between the signal and the ASE noise contained in the 0.1-nm spectral region around the signal wavelength. The higher the channel OSNR, the lower is the noise on the signal bandwidth, and the larger the signal quality. Detailed analysis on the OSNR spectrum of all the sections has been performed. In the analysis, it is ensured that the ONSR spectrum for all the 8 channels is within the threshold. Please note that the OSNR measures the amount of noise on a channel, nevertheless the ultimate criterion for the signal quality in a transmission system is the bit-error-rate (BER). The BER is the ratio, measured over a given time window, of erroneous bits over the total number of transmitted bits. The BER does not depend on the OSNR only but also on the signal distortion, which is mainly produced by the interaction between chromatic dispersion and nonlinear effects. It is for this reason that it is not sufficient to reach the required OSNR to guarantee a correct performance, but it is also necessary to respect the nonlinear-effects power threshold and the dispersion mapping rules, as explained in the next paragraphs.
2.3.5 Chromatic Dispersion (CD) Analysis Each type of fibre has a specific wavelength-dependent coefficient, i.e. D ( ) [ps/nm*Km]. The accumulated CD is proportional to the fibre length. The CD is counteracted by means of DCM (Dispersion Compensation Module), which contains special fibre with a complementary D. The dispersion mapping is the process to compensate the chromatic dispersion by correctly distributing the DCM modules along the link. Due to the fibre dispersion slope, the accumulated dispersion can vary with the wavelength, and, if the DCM slope is not perfectly matched, the residual dispersion (that is the accumulated dispersion at the end of the link, after compensation) varies from channel to channel. The compensation of the fibre dispersion slope has a primary importance in limiting the maximum transmission distance. In fact, if the RDS (Residual Dispersion Slope) of the DCMs is not perfectly matched with the one of the transmission fibre, the difference in residual dispersion between the extreme channels of the spectrum will broaden with the transmission distance, rapidly exceeding the maximum tolerable range of 1400 ps/nm (from –500 to 900 ps/nm). The RDS could not be matched for several reasons, for instance:
When the dispersion and slope of the transmission fibre are different than the nominal value
When we could be obliged to use DCM’s not optimized for the operator’s fibre type (for example, we must use DCM’s optimized for G.652 also when we compensate for G.655 fibres: this leads, for E-Leaf to a maximum transmission distance of less than 500 km).
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Thorough DCM mapping has been performed. Basically there are two important points to be considered:
That the residual dispersion of every channel should fall between –500 to 900 ps.nm
That the dispersion slope for the LEAF G.655 fibre is properly addressed.
The below figures indicates the DCM mapping for Link1 with distance of 150KM between APS3 and Riyadh refinery ,Link2 with distance of 65KM between ABQA and AIN4, respect the CD residual rule as specified above. Note; mapping drawing show both spans, Go and return for both links, 150KM and 65KM.
2.3.5.1 APS3—RIYADH REFINERY LINK CHROMATIC DISPERSION AND DCM DESIGN (GO
DIRECTION) . D is p e r s io n m a p : G O
1500 1000
[ps/nm]
Residual dispersion
2000
500 0 -5 0 0 -1 0 0 0 -1 5 0 0 0
50
100
150
200
T ra n s m is s io n d is ta n c e [ k m ]
FIGURE 3: DISPERSION MAPPING FOR GO LINK OF DISTANCE =150KM BETWEEN APS3—RIYADH REFINERY.
2.3.5.2 APS3—RIYADH REFINERY LINK CHROMATIC DISPERSION AND DCM DESIGN
(RETURN DIRECTION) . D is p e rs io n m a p : R E T U R N
1500 1000
[ps/nm]
Residual dispersion
2000
500 0 -5 0 0 -1 0 0 0 -1 5 0 0 0
50
1 00
15 0
200
T ra n s m is s io n d is ta n c e [k m ]
FIGURE 4: DISPERSION MAPPING FOR RETURN LINK OF DISTANCE =150KM BETWEEN APS3—RIYADH REFINERY.
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2.3.5.3 ABQA—AIN4 LINK CHROMATIC DISPERSION AND DCM DESIGN (GO DIRECTION)
.
Dispersion map: GO Residual dispersion [ps/nm]
400 200 0 -200 -400 -600 -800 -1000 -1200 0
50
100
Transmission distance [km]
FIGURE 5: DISPERSION MAPPING FOR GO LINK OF DISTANCE =65KM BETWEEN ABQA—AIN4.
2.3.5.4 ABQA—AIN4 LINK CHROMATIC DISPERSION AND DCM DESIGN (RETURN
DIRECTION) .
Dispersion m ap: RETURN Residual dispersion [ps/nm]
400 200 0 -200 -400 -600 -800 -1000 -1200 0
50
100
Transm ission distance [km ]
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FIGURE 6: DISPERSION MAPPING FOR RETURN LINK OF DISTANCE =65KM BETWEEN ABQA—AIN4.
2.4 NETWORK MANAGEMENT SYSTEM 2.4.1 Centralized Management No centralized management included in the proposed network. The main Aramco existing management system includes 1353NM 1354RM and 1354BM. Necessary software licenses have been quoted for the new sites integration with the existing management system.
2.4.2 DCN The DCN provision for the NEs will be customer’s responsibility. This includes the HW like routers (new or existing as required) or changes / addition to existing DCN design.
2.5 SPARE PARTS 2.5.1 Calculation Method The calculation for spare parts is based upon:
the repair cycle time,
the provisional failure rate of each module,
The use of Poisson distribution law.
K=R
P
< e-N K=1
k T X (NT)
K!
Where:
(P) is equal to 0.99 (max 1% chances of spare being out of stock)
(N) is the actual quantity of modules
() is the F.I.T. of each module
(T) is the time in hours for which the calculation is done (for this project T=2190 hours i.e. 3 months)
(R) is the quantity of spare module
In this case where the QTY are small there is One spares for each different board type.
Please note that SPARES are not included in the BOQ as per STESA requirements.
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2.6 MECHANICS 2.6.1 Installation Material supply Our offer contains a set of installation material required in each station. The following items are included in the present offer: Item
Description
Length
Included
X
Not included
1
Optinex standard rack in Ain4 & Riyadh Refinery
-
2
Top Rack Unit (TRU) with associated circuit breakers
-
3
Alarm and power cables from the proposed equipment to the TRU
2m
4
Power cable from TRU to Electrical distribution Box
25m
X X
5-A
External DDF and associated plates
-
5-B
Internal DDF and associated plates
-
6
Cables & connectors from equipment to DDF plates
7
ODF
8
Optical jumpers from equipment to ODF
9A
9B
X X
X
15m
X
-
X
10m
Not applicable
X
Electrical distribution Box and associated circuit breakers and materials – 220V Commercial power
-
Power Rectifier and cables:
-
X
X
X
- output voltage : 48 Vdc +- 20% - Interface according to ETS 300132-2 9C
Batteries
-
10
Fibre Optical Cable
-
11
Housekeeping cables
15m
X
12
Auxiliary channels cables
15m
X
13
Synchronisation cables (only for sites collocated with synchronization device)
15m
14
Cable from ODF/DFF to Existing Equipment
X
X
-
X
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Please refer to the figure below for description of items: 1 9C
TRU
Batteries
5-A DDF
2
3
4 9B
Power Cable
Equipment
Rectifier
8
9A Customer Electrical Distribution box
7
10
ODF
11 12 13
Fiber Optical Cable
6 14
14 14
5-B DDF
2.6.2 1626LM physical overview
Hereunder the external shape of 1626LM shelf ,although it is exist in aramco network and most people familiar with the shelf ,we just show it here in case of anybody desire to see physical shape of the shelf .
1626 LM
FIGURE14: 1626LM SHELF OVERVIEW
2.6.3 Environmental Conditions WDM equipment complies with ETSI standard for environmental conditions:
ETS 300 019-1-3 class 3.2 (1992) for temperature of operation
ETS 300 019-1-2 class 1.2 (1992) for temperature of storage.
ETS 300 019-1-1 class 2.2 (1992) for temperature of transport.
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2.7 SCOPE OF SERVICES The following services packages are included in our offer:
2.7.1 IFAT IFAT is included as per Aramco standard. The two links will be presented in ALU Factory without simulation of the existing links. NMS will be only Craft terminal. It will last Maximum 3 days. Travel cost, accommodations and local expenses are not included for the witness who will attend the IFAT.
2.7.2 Installation and Commissioning We are proposing services of installation and commissioning for the new installed 1626LM DWDM equipment, for the two links concerned ABQA to Ain4 & APS3 to Riyadh Refinery.
2.7.3 Site access For access site permissions the arrangement of the remedy requests will be customer responsibility.
2.7.4
Transportation to the site
Transportation to the site is not under ALU responsibility. We will consider only the equipment delivered in the sites.
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2.7.5 Main activities of equipments installation Before the installation, the customer will guarantee the staff for the access site. After site delivery, Alcatel-Lucent staffs will perform installation of the supplied system. Please note that the installers will come with their own tools and will go back with them.
Digital Distribution Frame
Rack + Equipment + ODF
Power rectifier / Batteries
Main Digital Distribution Frame
Commercial Power
Power Electrica l Traffic
Optical Traffic Non supplied equipment
Main Optical Distribution Frame
FIGURE 7: 1626LM SHELF INSTALLATION REQUIREMENTS
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Id
Tasks
Included
Not included
1
Unpacking and control of the shipped equipment
2
The racks are erected and connected to ground and framework
3
Sub-racks are plugged and bolted in the rack
4
Boards are plugged in the slots inside the sub-rack.
6
Mounting and fixing of ODF
7
Intra and inter rack/cabinet/equipment cabling (For new equipment)
8
Power rectifier installation
9
Batteries / UPS installation
10
Connection to power supply
11
Electrical cabling to DDF
NA
12
Cabling the new optical ports to ODF
13
Cables/Optical jumpers are connected from ODF/DDF to a main ODF / DDF
15
The fibre optical cable is connected to the supplied ODF
16
The existing electrical mainframe is connected to the supplied DDF
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3 SDH EXTENSION (I&C SERVICES – ADDITIONAL GBE & 10GBE LINKS)
3.1 OVERVIEW Alcatel-Lucent is pleased to provide hereafter a comprehensive proposal covering a complete range of services to answer Stesa request to add additional GBE & 10GBE in the existing SDH network within Aramco BI74 project. This proposal therefore represents our understanding of the requirements. The solution proposed is based on ISA ES16 or 4*GBE Boards and has been designed according to the latest international regulations. It will ensure a state of art transmission network based on the selection of products, which ensure potential for future extension of the whole system tailored to your needs. Purpose of this technical description is to give a detailed explanation and overview of the optical SDH solution including the services to extend the SDH network as requested in BI74 project. The proposed services include the addition of the following 10GBE : 1*10GBE Between YCOT & APS3 1*1GBE between HRIC & APS3 1*1GBE between HRIC & HDGP 1*1GBE between Gosp4 & ABQA 1*1GBE between Shayba DCO & ABQC 1*1GBE between KRIC & ABQC 1*1GBE Between KCPF & APS3 Total 1*10GBE Link & 6*GBE links
Important note: IF the 10GBE use all the bandwidth available between YCOT & APS3, The existing traffic should be transferred to the STM16 link. The services related to this transfer are not considered in this offer. We consider that the SDH 10G between YCOT & APS3 will be free to proceed to the I&C of the 10GBE requested.
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3.2 SCOPE OF SUPPLIES
No equipment to be supplied under this head.
3.3 NETWORK DESIGN In this offer we consider that there is free bandwidth between the sites on an existing SDH stream. If not any additional equipment/services necessary to implement these path/link are not part of this offer.
3.4 SUPPLIED EQUIPMENT Equipment to be supplied by Stesa includes: 1*10GBE Between YCOT & APS3 1*1GBE between HRIC & APS3 1*1GBE between HRIC & HDGP 1*1GBE between Gosp4 & ABQA 1*1GBE between Shayba DCO & ABQC 1*1GBE between KRIC & ABQC 1*1GBE Between KCPF & APS3 Total 1*10GBE Link & 6*GBE links
3.5 NETWORK MANAGEMENT SYSTEM 3.5.1 Centralized Management The main Aramco existing management system includes 1353NM 1354RM and 1354BM. Necessary software licenses to be supplied by Stesa.
3.5.2 DCN The DCN provision for the NEs will be customer’s responsibility. This includes the HW like routers (new or existing as required) or changes / addition to existing DCN design.
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3.6 SPARE PARTS No spares are included in this proposal. The provision of start-up spares is the responsibility of Stesa. Alcatel-Lucent is not responsible for any delays incurred due to non-availability of such spares.
3.7 MECHANICS 3.7.1 Installation Material supply Installation supplies are the responsibility of Stesa.
3.8 SCOPE OF SERVICES The following services packages are included in our offer:
3.8.1 IFAT IFAT is not included.
3.8.2 Installation and Commissioning We are proposing Standard services of installation and commissioning for the new installed ISA ES16 & 4*GBE boards
3.8.3
Site access
For access site permissions the arrangement of the remedy requests will be customer responsibility.
3.8.4
Transportation to the site
Transportation to the site is not under ALU responsibility. We will consider only the equipment delivered in the sites.
3.8.5 Main activities of equipment installation Before the installation, the customer will guarantee the staff for the access site. After site delivery, Alcatel-Lucent staffs will perform installation of the supplied system. Please note that the installers will come with their own tools and will go back with them.
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3.8.6 Responsibility Assignment Matrix
TASKS
RESPONSIBILITIES ALCATEL
STESA
EQT
X
Delivery of the equipment on site
X
Site preparation
X
Construction drawing document (Red lines only)
X
Construction drawing document ( IFC & As Built) Site access for Alcatel staff
X X
Installation
X
Mechanical Completion Inspection
X
Test Equipment for the stand alone tests
X
Stand alone test plan
X
Stand alone test
X
X
DCN (Eqt/SW & definition)
X
Work Permit Receiver
X
Project Management
X
Coordination with Aramco
X X
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4 DWDM EXTENSION (I&C SERVICES- ADDITIONAL 10GBE LINKS) 4.1 OVERVIEW Alcatel-Lucent is pleased to provide hereafter a comprehensive proposal covering a complete range of services to answer Stesa request to add additional Transponders in the existing 1626LM network within Aramco BI74 project. This proposal therefore represents our understanding needs and AlcatelLucent’s technical solution describing the different products. The solution proposed is based on DWDM 1626LM Transponders and has been designed according to the latest international regulations. It will ensure a state of art transmission network based on the selection of products, which ensure potential for future extension of the whole system tailored to your needs.
Purpose of this technical description is to give a detailed explanation and overview of the optical DWDM solution to extend the WDM network as requested in BI74 project. The proposed network consists of addition of the following 10GBE : 1*10GBE Between DEHB & ABQA 2*10GBE between ABQC & APS3 1*10GBE Between IPSA5 & SAFC Total 8*Transponders
4.2 SCOPE OF SUPPLIES
No equipment to be supplied.
4.3 NETWORK DESIGN The network is designed for 16 Lambda. So there is no need to study the design again, the existing equipment will support these additional Lambdas without changing anything.
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Saudi Aramco BI-10-00074 Data Network Replacement
4.4 SUPPLIED EQUIPMENT Equipment to be supplied by Stesa includes: 1*10GBE Between DEHB & ABQA 2*10GBE between ABQC & APS3 1*10GBE Between IPSA5 & ABQC Total 8*Transponders TRBD1131
4.5 NETWORK MANAGEMENT SYSTEM 4.5.1 Centralized Management The main Aramco existing management system includes 1353NM 1354RM and 1354BM. Necessary software licenses to be supplied by Stesa.
4.5.2 DCN The DCN provision for the NEs will be customer’s responsibility. This includes the HW like routers (new or existing as required) or changes / addition to existing DCN design.
4.6 SPARE PARTS No spares are included in this proposal. The provision of start-up spares is the responsibility of Stesa. Alcatel-Lucent is not responsible for any delays incurred due to non-availability of such spares.
4.7 MECHANICS 4.7.1 Installation Material supply Installation supplies are the responsibility of Stesa.
4.8 SCOPE OF SERVICES The following services packages are included in our offer:
4.8.1 IFAT IFAT is not included.
4.8.2
Installation and Commissioning
We are proposing Standard services of installation and commissioning for the new installed ISA ES16 & 4*GBE boards
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4.8.3
Site access
For access site permissions the arrangement of the remedy requests will be customer responsibility.
4.8.4
Transportation to the site
Transportation to the site is not under ALU responsibility. We will consider only the equipment delivered in the sites.
4.8.5 Main activities of equipment installation Before the installation, the customer will guarantee the staff for the access site. After site delivery, Alcatel-Lucent staffs will perform installation of the supplied system. Please note that the installers will come with their own tools and will go back with them.
4.8.6 Responsibility Assignment Matrix (RAM) TASKS
RESPONSIBILITIES ALCATEL
STESA
EQT
X
Delivery of the equipment on site
X
Site preparation
X
Construction drawing document (Red lines only)
X
Construction drawing document ( IFC & As Built) Site access for Alcatel staff
X X
Installation
X
Mechanical Completion Inspection
X
Test Equipment for the stand alone tests
X
Stand alone test plan
X
Stand alone test
X
X
DCN (Eqt/SW & definition)
X
Work Permit Receiver
X
Project Management
X
Coordination with Aramco
X X
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5 GENERAL SERVICES 5.1 CLASSIC PROGRAM MANAGEMENT Alcatel-Lucent proposes a Contract Manager as single interface per contract for the Installation and Commissioning purposes. Project management includes:
Project planning in accordance with the customer’s requirements,
Follow-up and co-ordination of the various phases of the project,
Engineering support during project deployment,
Installation material qualification,
Procedures definition and validation,
Technical support during project deployment carried out by Alcatel-Lucent.
5.2 SURVEY & RELATED REPORT After receiving the customer order, Alcatel-Lucent specialists in co-operation with the customer representative’s, shall collect and analyze all the relevant site-specific information needed for the physical installation and connection of the customer communication equipment. It will allow checking the path visibility and collecting all the technical and logistic data or other elements necessary to define the Final System Design (FSD) within the Scope of Work of the project. This service includes tasks such as:
Collection of information for access to and work conditions of the site
Collection of environment information related to existing ODF, cable ducts, raised floors, power supplies, etc.
Cabling requirements, etc.
Check if equipment installation requirements are met (available space, temperature, etc.)
Site Layout
All the results and agreements reached during the site survey are included in a survey report which is submitted for approval to the customer or to his representative. The elements collected are used by Alcatel-Lucent engineering department to define the installation material required and to validate the limits of responsibility between Alcatel-Lucent and the customer during the network implementation before the survey, in each site; the customer will guarantee the validity of an easy and quick access for Alcatel-Lucent staff at requested date.
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5.3 ACCEPTANCE Commissioning services are followed by agreed tests carried out by Alcatel-Lucent and witnessed by the customer or his representative as agreed in the Contract. The Alcatel-Lucent standard test program & procedures are communicated to the customer at least two months before the commencement of the commissioning. Alcatel-Lucent will inform the customer when the equipment is ready for acceptance testing. If the customer wishes to make modifications to the Alcatel-Lucent standard test program & procedures resulting in test planning time overrun, the financial consequences of such overrun will be subject to prior agreement between the two parties. Once the test of the network is complete, the customer will be informed and called for witnessing the Acceptance test according to the test protocol. The customer will be informed in advance of the beginning of the test. Once the Acceptance test has been successfully completed, the customer will issue a “Provisional Acceptance Certificate” which will be signed by the Customer and AlcatelLucent. Acceptance services may include: Equipment hardware and software conformity with the order, using remote inventory
Network conformity, using network managers to check each NE supervision
Network protection tests
Equipments Synchronization Tests
Network transmission tests (carried out over a 12 hours period for metro networks, and over a 24 hours period for backbones)
Documenting of the test results
Under acceptance criterion an acceptance test sheet signed by customer or live traffic being put on the newly installed nodes / links will tantamount to handover of nodes to the customer officially.
5.4 ENGINEERING DOCUMENTATION ALU will only do the RED LINING of the existing IFC (Issued For Construction) drawings provided by the customer. The production of AS BUILT drawings based on the RED LINES will be done by customer.
5.5 PATH MAPPING AND CIRCUIT IMPLEMENTATION Path mapping and circuit implementation to be done by aramco engineers. It is not requested in the RFQ, so Alcatel-lucent mission finished after the acceptance. Aramco employees have to implement any cross connection or path mapping. Any assistance requested will be quoted accordingly.
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5.6 STANDARD WARRANTY Our offer includes standard warranty for one Year only, see the following SLA level
The following services are included in the standard warranty:
Services Welcome & Dispatch Help Desk
Description Single Point Of Contact that receives the call records it and dispatches to the appropriate department. Phone Support on Technical issues , Remote Diagnosis 2nd Level Services
2LS
Hardware debugging which may include problem workaround; Software debugging which may include software patches. 3rd Level Services
3LS
SW updates Release Notes and Procedures Phone Support for implementation Early Warning in case of problems in the equipment; To master every special situation in the network equipment efficiently Repair
Repair of Faulty Replaceable Units
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Saudi Aramco BI-10-00074 Data Network Replacement
Alcatel-Lucent Warranty duration is 12 (twelve) months from the date of Provisional Acceptance of the Equipment, but cannot exceed 18 (eighteen) months from the date of delivery of the Equipment, whichever is shorter, on site intervention services are not included in the standard warranty.
Here after are listed the SLA’s available for the standard warranty:
Service Level Support window Special call-back time (remote TAC/TEC support) Remote Neutralization Time (Remote TAC/TEC Support) On-site intervention Time (Corrective maintenance in field) Overall Neutralization Time (Remote TAC/TEC Support plus Field plus Spare) Final Solution Available Turn around Time (in factory repair on AlcatelLucent equipment)
Critical 24/7 30 minutes
Major 24/7 1 hour
Minor PH 4 hours
8 hours
NWD
RE
Not included
Not included
Not included
NWDAN
RE
RE
80 CD
RE
RE
90 days CIP Customer’s country Airport
Legend: OH – Office Hours of France (9h00 – 17h00) WD – Working Days NWD – Next Working Day NWDAN – Next working Day after Next RE – Reasonable Effort CD – Calendar Days
5.7 CLASSES DEFINITION: −
Critical – Loss of traffic or loss of national or regional supervision, from the Network Operation Centre.
−
Major – Loss of redundancy or partial loss of supervision or loss of some functions of the Network Management System.
−
Minor – Other defaults such as cosmetic defaults, defaults with little impacts and/or not systematic.
−
All these SLAs commitments may be improved/overridden by a dedicated Operation & Maintenance proposal
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Saudi Aramco BI-10-00074 Data Network Replacement
ANNEX 1 Statement of Compliance to FSD03 Job Specification / FSD Reference & Paragraph No.
Compliant (Yes/No)
Explanation for (Any) Non-compliance Saudi Aramco will issue an addendum to this Requisition to ScheduleG to have Saudi Aramco provide the material required for the SDH and DWDM upgrade that is listed in FSD.03 APPENDIX I TABLE 1 (TRANSMISSION SYSTEM UPGRADES), as well as all required interfaces to the existing Home Internet Network described in FSD.08 Section 2.3. The Saudi Aramco provided interfaces for SDH and DWDM will be available for all required testing, and installation.
1. System Description & Basic Outline of SoW
yes
1.1
yes
1.2
yes
1.3
yes
1.4
yes
1.4.1
yes
1.4.2
yes
2. Design Rqmt & Terminal Station Equipment
yes
Saudi Aramco will issue an addendum to this Requisition to ScheduleG to have Saudi Aramco provide the material required for the SDH and DWDM upgrade that is listed in FSD.03 APPENDIX I TABLE 1 (TRANSMISSION SYSTEM UPGRADES), as well as all required interfaces to the existing Home Internet Network described in FSD.08 Section 2.3. The Saudi Aramco provided interfaces for SDH and DWDM will be available for all required testing, and installation.
2.1
yes
ALU are not responsible about cut traffic through the migration
2.2
yes
2.3
yes
2.4
yes
2.4.1
yes
2.4.2
yes
2.5
yes
2.5.1
yes
2.5.2
yes
2.5.3
yes
2.5.4
yes
2.5.5
yes
2.5.6
yes
2.5.7
yes - END OF SPECIFICATIONS Ref.
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END OF DOCUMENT
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