Download Part 1 – Equipment and Parts - Singapore Internet Exchange

Table of Contents
Part 1 - Equipment and Parts ................................................................................. 2
Invitation for Sponsorship ...................................................................................... 3
Trading In of Existing Equipment ............................................................................ 4
Annex 1A Requirement Specifications ................................................................ 5
Annex 1B DWDM system and Ethernet Switch(es) (Option) .............................. 11
Annex 1C Power Consumption and Buffer per Port/Module ............................. 12
Annex 1D Equipment to Trade-In...................................................................... 13
Annex 1E Price Schedule .................................................................................. 14
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 1 of 14
Part 1 - Equipment and Parts
Note: This document should be read together with the main RFP
document.
1. SGIX operates an Open Systems Interconnection (OSI) Reference Model
Layer 2 Ethernet network. Therefore, PC are required to propose network
solutions that is based on OSI Layer 2 technology and to be deployed over
two (2) Nodes. There is no preference on new or pre-owned units. If units
are pre-owned, they should not have End-of-Life (EoL) or End-of-Support
(EoS) dates announced.
2. PC is to demonstrate:
a. Compliance with the requirement specifications.
b. Solutions to scale a Layer 2 network other than using SpanningTree Protocol. Assume a mix of multi-chassis and/or fixed module
switches over at least 4 physical Nodes.
c. Product roadmap of their line cards such as higher density line
cards with 100G ports, line cards of other port speed, combination
of port speeds on one line card, co-existence of line cards from
different generation within a chassis.
The proposal shall be complete and the PC shall not propose partially for
any part(s) of the requirement specifications. Please refer to Annex 1A
for the port count projection, hardware and software requirement
specifications.
3. In addition to the proposed equipment in clause 1, SGIX intends to
purchase two (2) unit of Cisco ASR 1001-X. There is no preference on new
or pre-owned units.
4. Also, PC is requested to quote for the following items:
a. Ethernet switch(es) with at least 48 ports of 1G/10G/40G port
speed and at least 5 ports of 100G port speed,
b. A pair of, at least, 40 channel passive Multiplexer/DeMultiplexer
(MUX/DEMUX),
c. Optical Protection Switches (OPS)
d. 10 x 10G and 4 x 40G DWDM transceivers which shall be rated to
work for up to 40km.
These hardware and the maintenance should be quoted as an option.
Please refer to Annex 1B for the setup and price table.
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 2 of 14
5. PC is to demonstrate the equipment capability based on specification in
Annex 1A when requested.
6. The proposed equipment for Node 1 needs to rack mounted into a
standard 19” wide rack. The height and depth of the proposed switches
shall not exceed 14 RU and 36 inches respectively. The airflow has to be
front-to-back.
7. PC is to complete the power consumption per module/port and buffer per
port in Annex 1C.
8. PC is to quote for the minimum ports requirement in point 1.2 and 2.2 of
Annex 1A. Cost of each component of the solution shall be itemized.
9. SGIX intends to award the contract as a whole, however SGIX shall have
the option to purchase the proposed materials in parts from the
Contractor. The price of parts shall remain valid when a lower quantity is
purchased.
10. PC are to submit the pricing schedule or quotation in a format stipulated
in Annex 1E. An editable softcopy in Microsoft Excel format should be
send to SGIX.
11. The pricing in Annex 1E shall remain valid for a period of one (1) year
when the Contract is awarded.
12. The Contractor shall provide a technical design and a detailed
configuration documentation of the proposed network solution including
the Core and Supporting Infrastructure. 13. The Contractor shall supply and deliver the proposed Core and
Supporting Infrastructure and provide the necessary Installation Services
at two (2) SGIX Nodes. Invitation for Sponsorship
14. The SGIX platform is used by major domestic, international services
providers and content providers for traffic exchanges. This provides an
excellent opportunity for network equipment vendors to showcase the
network capability and performance of their solutions. 15. Network equipment vendors are invited to provide any form of
sponsorship to SGIX, including but not limited to, donation of equipment,
providing engineering support and/or maintenance support for the
infrastructure. Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 3 of 14
16. PC are highly encouraged to approach and partner such network
equipment vendors who are willing to provide such sponsorships. 17. Solution proposals from prospective sponsors will be evaluated against
the same requirement specifications set forth in Annex 1A.
18. Sponsorship benefits shall be mutually agreed between SGIX and
PC/network equipment vendors. No public references to this deployment
shall be made without the prior written consent of SGIX.
Trading In of Existing Equipment
19. In addition to supplying equipment, it is mandatory for PC to provide the
trade-in price for existing SGIX equipment to offset the cost of their
proposed equipment. The equipment is listed in Annex 1D. SGIX may
choose to either trade-in all or part of the equipment.
20. The Contractor can retrieve the trade-in equipment after all the circuits
and services have been migrated to the new equipment.
21. The Contractor should bear all expenses to retrieve trade-in equipment.
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 4 of 14
Annex 1A
Requirement Specifications
Technical Specification
Compliance (yes/no/partial)
Eqt
Eqt
Proposal
Proposal
1
2 (if any)
Core Switches
Node 1 – Global Switch
1.1 The switch shall be rack mountable into a standard 19” wide
rack, with a chassis-based modular design to cater for future
expansion. The height and depth shall not exceed 14 RU and 36
inches respectively.
1.2 The switch shall support a minimum of these ports:
a. 30 x 10/100/1000Base-T ports
b. 150 x 1GBase-LX or 10GBase-LR ports (dual speed)
c. 10 x 100GBase-LR4 ports
Copper/Optical transceivers needed:
a. 50 x 10/100/1000Base-T
b. 10 x 1GBase-SX
c. 40 x 1GBase-LX
d. 10 x 10GBase-SR
e. 60 x 10GBase-LR
f. 2 x 10GBase-ER
g. 10 x 100GBase-LR4 (to quote as option)
Node 2 – 1-Net
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 5 of 14
Remark
2.1
2.2
The switch shall be rack mountable into a standard 19” wide
rack. It can be a 1 Rack Unit (RU) switch.
The switch shall support a minimum of these ports:
a. 20 x 10/100/1000Base-T ports
b. 7 x 1GBase-LX ports
c. 7 x 10GBase-LR ports
Copper/Optical transceivers needed: None
Requirement all switches
3.1 Ports Line card shall be based either on RJ45, SFP+, QSFP,
QSFP28/CPAK/CFP4 form factors for their respective port speed.
3.2 The respective line cards shall also support 1GBase-SX, 1GBaseLX, 10GBase-SR, 10GBase-LR, 10GBase-ER, 40GBase-LR4,
100GBase-LR4, DWDM and Bi-Directional optics. PC is to provide
the list of supported optical transceivers.
3.3 The switches shall have a front-to-back airflow design.
3.4 The switches shall support 99.99% network availability with
modular and redundant components including, but not limited to
power supply, line cards, controllers and interfaces, to mitigate
single point of failure.
a. Hot insert and hot swap I/O and management / switch
fabric modules
b. Hitless failover of management / switch fabric modules
c. Hot swappable power supply unit / modules with minimum
N+1 redundancy
d. Hot swappable fan tray / modules
3.5 The switches shall support wire-speed, non-blocking
performance for traffic of different packet sizes on all ports and
support local switching on each I/O module.
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 6 of 14
3.6
3.7
3.8
3.9
3.10
3.11
3.12
3.13
3.14
3.15
The switches shall support IEEE 802.1q VLAN tagging.
PC to stated the total number of VLANs supported.
The switches shall support IEEE 802.3ad or IEEE 802.1AX Link
Aggregation over parallel links. PC to specific the number of
members in a LACP bundle.
The switches shall support Secure Shell protocol version 2 (SSH2)
for secured connectivity to perform remote management and
configuration.
The switches shall support Remote Authentication Dial-In User
Service (RADIUS) for switch authentication and auditing.
The switches shall support Simple Network Management
Protocol (SNMP) version 2c or higher. Please indicate the list of
supported SNMP MIBs.
The switches shall be software or firmware upgradable via TFTP
server, FTP, SCP, Telnet or console, without the need to upgrade
the hardware.
The switches shall support redundant network configuration, i.e.
IEEE or RFC standard protocol or topology, for highly available
switching fabric that provide sub-millisecond network
convergence or recovery.
The switches shall support software patches and upgrades
without disruption to the operation of the switch. Configuration
or reconfiguration of switch shall not require any reboot or
switch reset.
The switches shall be able to support IPv4 and IPv6 routing
protocols, including but not limited to:
a. Static
b. RIP
c. OSPF
d. OSPFv3
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 7 of 14
3.16
3.17
3.18
3.19
3.20
e. BGPv4
f. RIPng
The switches shall be able to support hardware-based IPv6
traffic.
The switches shall be able to support Policy-based switching and
Quality-of-Service (QoS) without degradation of switching
performance.
The switches shall be able to support scripting for switch
configuration, automation and optimization.
The switches shall be able to interoperate with other Layer-2
switching devices from other manufacturers and models,
without degradation of performance.
The switches shall support layer 2 switch loop detection.
3.21
The switches shall support ingress and egress Layer 2 ratelimiting on any of the Ethernet interface
3.22
As SGIX L2 demarcation is on the switchport, the switches shall
be able to not send nor process BPDU packets on egress and
ingress respectively.
The switches shall support jumbo on all Ethernet interfaces. PC
to stated the maximum supported MTU.
3.23
3.24
3.25
The switches shall have layer 2 port-security features such as,
but not limited to, aging of inactive MAC addresses, ability to
define the number of permitted MAC address per port.
The switches shall support Access Control List (ACL) and MAC
filtering, and able to support classification and filtering of traffic
by physical port, MAC address, VLAN, protocols and ethertypes.
Protocols examples to be classified and filtered include, but not
limited to,
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 8 of 14
3.26
3.27
3.28
a. IRDP
b. ICMP redirects
c. IEEE802 Spanning Tree
d. Network discovery protocols, e.g. CDP, EDP, LLDP
e. VLAN trunking protocols, e.g. VTP, DTP
f. Interior routing protocol broadcasts, e.g. OSPF, ISIS, IGRP,
EIGRP
g. BOOTP/DHCP
h. PIM-SM
i. PIM-DM
J. DVMRP
k. ICMPv6 Router Solicitation and Advertisement
l. UDLD
m. UDLD
The switches shall support traffic storm control where the rate
can be defined as a percentage and/or in absolute kbps.
The switches shall be able to support Flow technology for traffic
sampling, network monitoring and statistical analysis &
management. The Flow system should be hardware-based to
provide predictable wire-speed performance without affecting
the overall switch
The switches shall be able to support port mirroring for traffic
analysis and monitoring.
3.29
The switches shall support Internet Protocol Service Level
Agreement (IP-SLA) or equivalent.
3.30
The switches shall support hitless upgrade when the firmware of
the switching engine(s) is (are) upgraded.
Cisco ASR 1001-X
4.1
The router shall be rack mountable into a standard 19” wide rack
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 9 of 14
4.2
and shall have 8GB of RAM.
Advanced IP Services License, which supports Route Server
functionality, shall be loaded on the router.
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 10 of 14
Annex 1B
DWDM system and Ethernet Switch(es) (Option)
Dark fibre 1
OPS
MUX/
DeMUX
MUX/
DeMUX
OPS
Dark fibre 2
Network
Switches
Network
Switch
No
Part No
1
(orange boxes)
2
(blue boxes)
3
(green boxes)
Description
Qty
Unit
Cost
(SGD)
Total
Cost
(SGD)
Maintenance and Support
1
(orange boxes)
2
(blue boxes)
3
(green boxes)
Sub Total
x
Options
1
Grand-Total
x
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 11 of 14
Annex 1C
Power Consumption and Buffer per Port/Module
List average and maximum power draw per port type.
No.
Module type
1
2
3
4
5
6
7
Eg. 48 x 10/100/1000 copper ports
Eg. 48 x 1/10GbE ports
Eg. 36 x 40GbE ports
Eg. 12 x 100GbE ports
Max
Power
Draw
(Watt)
Typical
Power
Draw
(Watt)
Power
Draw/
port
Buffer
(Mbits)/
port
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 12 of 14
Annex 1D
Equipment to Trade-In
Nexus 7000
N7K-LAN1K9
N7K-C7010
N7K-C7010-FAB-1
N7K-AC-6.0KW
N7K-C7010-FAN-S
N7K-C7010-FAN-F
N7K-SUP1
N7K-M148GT-11
N7K-M148GS-11
N7K-M132XP-12
Cisco ASR 1000
IOS-XE Adv. IP Services
IOS-XE IP Base K9
ASR1002-F
ASR1002-PWR-AC
ASR1002-SIP10-F
ASR1002-RP1
ASR1002-ESP-F
Description
Cisco NX-OS Enterprise LAN License (Release 5.2)
Nexus7000 C7010 (10 Slot) Chassis
Fabric card module
Nexus7000 C7010 (10 Slot) Chassis Power Supply
Nexus7000 C7010 (10 Slot) Chassis Fan Module
(System)
Nexus7000 C7010 (10 Slot) Chassis Fan Module
(Fabric)
Supervisor module-1X
Qty
2
2
6
4
4
4
4
10/100/1000 Mbps Ethernet Module
1000 Mbps Optical Ethernet Module
10 Gbps Ethernet Module
2
4
4
IOS-XE 3.7S
IOS-XE 3.7S
Cisco ASR1002 Fixed Chassis
Cisco ASR1002 AC Power Supply
Cisco ASR1002-F SPA Interface Processor 10
Cisco ASR1002 Route Processor 1
Cisco ASR1000 Embedded Services Processor,
2.5Gbps
1
1
2
4
2
2
2
Extreme BlackDiamond 8806
BD 8806-Chassis
BlackDiamond 8806-6-Slot Chassis
1
BD 8806 600W/900W PSU
BD 8806 600W/900W 100-240V PSU
2
BD 8800 MSM-48c
BlackDiamond 8800 Management Switch Module,
optional I/O port
2
BD 8800 G48Xc
BlackDiamond 8800 48-port 1000BASE-X mini-GBIC
1
BD 8800 10G4Xc
BlackDiamond 8800 4-port 10GBASE-XFP
1
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 13 of 14
Annex 1E
No
Price Schedule
Part No
Description
Qty
Unit
Cost
(SGD)
Total
Cost
(SGD)
Node 1 – Global Switch
1
2
Sub Total
x
Options
1
Node 2 – 1-Net
1
2
Sub-Total
y
Options
1
Grand-Total
x+y
Other Cost (if any):
Please state Terms & Conditions, if any.
Request For Proposal
Purchase and Maintenance of Network Equipment and Managed Services 2016
Ver.16-03-23
Page 14 of 14