45 10.C. 1 The switch should have The switch should have G SFP+ Ports from Day1, populated with all

Transcription

1 Addendum / Corrigendum Dated 29/09/2017 Tender Ref No /387/DCCS/2010/IREDA/1 Dated: 22/09/2017 Name of Project - Supply Installation and Support Services of Data centers S. No. Document Reference Page No Clause No. Description in RFP Clause Added / Changed 1 Earnest Money Deposit 2 NIL EMD in form of Demand EMD in the form of Demand Draft / Bank Guarantee. (EMD) Draft 2 Scope of Work Installation, Configuration and Implementation of Hardware, Software and application. Bidder shall supply only top 3-manufacturer equipment as per the latest Gartner Report and necessary documents may be provided. 3 Scope of Work Network All Devices uplink should be on 10G SFP Plus such as Firewall, Core Switch, Edge Switch, Link Load Balancer and SAN Switches with sufficient length of Fiber Cables. 4 Scope of work Schedule of Events Phase I & II activities to be completed within 90 days 5 Scope of Work New New New Resident Engineers should be on bidder payroll and their wages as per Govt. Norms 6 Transit Insurance New New New All equipment should be insured until commissioning of equipment from dispatch from Original equipment Manufacturer. 7 Technical Specification A GB DDR III expandable to 512 GB DDR III or higher expandable to 1 TB ( A. Rack Server) 8 Technical Specification ( B. SAN (Storage Area Network)) 9 Technical Specification ( B. SAN (Storage Area Network)) 10 Core switches (Technical 11 Edge / Link Load Balancer / Internet Link Distribution Network Switches (Technical 1 TB B.9 Each controller should be configured with at least 24GB of cache memory. It should support SSD drives to be used as Read and Write cache. License for SSD based cache if any shall be proposed B.17 Array shall support single file system size of upto 128TB or more Each controller should be configured with at least 24GB of cache memory. It should support SSD drives to be used as Read or Write cache. License for SSD based cache if any shall be proposed. Array shall support single file system size of at least 64TB C. 1 The switch should have The switch should have G SFP+ Ports from Day1, populated with all G Ethernet Ports transreceiver. New New New Should have Redundant Power supply

2 S. Document Reference Page No Clause No. Description in RFP Clause Added / Changed No. 12 Edge / Internet Link Distribution Network Switches (Technical D.1 Switch should have 48 Ports 10/100/1000 Ethernet Interface and 4 X 10 G SFP+ uplink. 13 Firewall (Technical 14 Link Load Balancer (Technical Switch should have 48 Ports 10/100/1000 Ethernet Interface and sufficient ports for stacking and 10 G SFP+ uplink. New New New The NGFW appliance based security platform should be capable of providing Next- Generation Firewall features including firewall, application visibility, IPS, Anti-APT and URL filtering functionality in a single appliance from day one. The appliance should support at least 12 * 1G Copper ports and 4 * 10G Fiber ports from Day one The appliance hardware should be a multicore CPU architecture with a hardened 64 bit operating system to support higher memory (minimum 16GB from day one) Proposed Firewall should not be proprietary ASIC based in nature & should be open architecture based on multi-core cpu's to protect & scale against dynamic latest security threats. Should support atleast 4 Gbps of NGFW performance throughput (includes FW, Application Visibility & IPS) NG Firewall should support atleast 2 million concurrent sessions NG Firewall should support atleast 20,000 connections per second with Application visibility NG Firewall should support atleast 20,000 connections per second with Application visibility NG Firewall should support atleast 100 VLANs h.1 The solution shall be appliance based. The proposed device should be a dedicated purpose built hardware Load Balancer appliance. It should NOT be a part of UTM, Firewall module or Router functionality. 15 Link Load Balancer (Technical h.5 VPN Specifications Removed

3 S. Document Reference Page No Clause No. Description in RFP Clause Added / Changed No. 16 Link Load Balancer (Technical 75 New New Virtualization (5vADC scalable upto 24) : It should virtualize Device resources including CPU, memory, network, and acceleration resources. Each virtual ADC instance (Hypervisor based) contains a complete and separated environment of the Following: a) Resources, b) Configurations, c), d) OS 17 Technical Specification New New New K. SAN Switch K. SAN Switch S.NO Head Description Compliance ( Yes / No) Remarks in any 1 Port Speed All FC ports for device connectivity should be 8/16 Gbps auto-sensing Fibre Channel ports. 2 Port Types F, FL, E, NP, TE, Port Count Switch should have 48 ports with 12 ports enabled from day one and support both 8/16 Gbps connectivity. 3 Data Traffic Type Unicast, Multicast, Broadcast 4 Access 10/100/1000 Mbps Ethernet Port (RJ-45), Serial Port (RS- 232) 5 Power Supply 6 Fan Trays Detection of corrupt 7 frames The switch must have hot-swappable redundant power supply without resetting the switch, or affecting the operations of the switch. The switch must have hot-swappable redundant fan module without resetting the switch, or affecting the operations of the switch. The switch must be able to inspect CRC filed of FC header and maintain a counter if the frame is corrupted

4 S.NO Head Description Compliance ( Yes / No) Remarks in any 8 Diagnostics POST And embedded online/offline diagnostics Software Upgrade Monitoring and Alerting Cascading of Switches The switch must be able to support non-disruptive software (Microcode / Firmware) upgrade. Monitoring and alerting feature should be included in base license Cascading of two SAN switches should be possible without utilizing the available 192 ports in a single chassis. 12 QoS Offered SAN switch shall support services such as Quality of Service (QoS) to help optimize application performance in consolidated, virtual environments. It should be possible to define high, medium and low priority QOS zones to expedite high-priority traffic 13 Trunking The switch shall be able to support ISL trunking Access Traffic Isolation 16 Administration 17 System 18 Port Mirroring 19 Recovery Support for web based management and should also support CLI It should be possible to isolate the high bandwidth data flows traffic to specific ISLs by using simple zoning The switch shall support advanced zoning and RBAC to simplify administration and significantly increase control over data access Switch shall support online/offline diagnostics and POST, Internal loopbacks, FC Debug, Syslog, RTP Debug RAStrace logging, environmental monitoring. The switch must support port mirroring for both Fibre Channel and Gigabit Ethernet (802.3z), such that traffic going to a specific port can be mirrored and forwarded to another port for analyzing The switch must be able to immediately recover in the event of a failed forwarding path going via an alternative path.

5 S.NO Head Description Compliance ( Yes / No) Remarks in any 20 Load Balancing 21 ECMP Port Aggregation Port Aggregation Load Balancing Algorithm Congestion Control 26 Secure Access 27 Secure Access 28 Protocols The switch must also support load balancing across multiple paths through the fabric via Fabric Shortest Path First (FSPF). Using FSPF, the switch must be able to load balance up to 16 equal cost paths across the SAN network The switch must support the aggregation of any ports from any module. The aggregated ports must NOT be consecutive. The switch must support 16 physical link to be aggregated into single logical link The switch must be able to load balance traffic through an aggregated link with Source ID and Destination ID. The support for load balancing utilizing the Exchange ID must also be supported. The switch must be equipped with congestion control mechanisms such that it is able to throttle back traffic away from a congested link. The switch must support TACACS+ or RADIUS authentication when managing from GUI, console or telnet to prevent unauthorized access The switch must support Secure Shell Version 2 (SSHv2) with AES to provide additional security for Telnet sessions to the switch. Switch must support out-band management protocols like SNMP, SNMPv3, SMI-S, Telnet, FTP and SFTP. For switch management, the management software must support both Fabric wide and Device level management without the additional purchase of software. 29 Software 30 IPV6 support The switch must support IPV6 31 Process Restart The switch must be able to support stateful process restart

6 S.NO Head Description Compliance ( Yes / No) Remarks in any 32 Scalability Specific number of VSAN, zones, FLOGI, name server, etc 33 VSAN Transceiver 34 support 35 Features 36 VSAN trunking FC 37 Authentication 38 IP ACL 39 Fabric Services Lossless 40 forwarding 41 FSPF 42 Network Discovery 43 The switch must support graceful process restart and shutdown of a Virtual Fabric instance without impacting the operations of other Virtual Fabric instance Support for specific types of transceivers The switch must support hardware ACL-based Port Security, Virtual SANs (VSANs), and Port Zoning Inter-switch links must support the transport of multiple Virtual Fabrics between switches, whilst preserving the security between Virtual Fabrics The switch shall support FC-SP for host-to-switch and switch-to-switch authentication. The switch must support IPv4 and IPv6 ACLs on management interface to secure access to the swtich The switch must support the following fabric services: Name server Registered State Change Notification (RSCN) Login services Public loop Broadcast In-order delivery Name server zoning Forwarding traffic must not be impacted when an individual ISL within an aggregated link goes down FSPF must not re-converge when an individual ISL within an aggregated link goes down. The switch must be capable of discovering neighboring switches and identify the neighboring Fibre Channel or Ethernet switches. The switch must support in-band management via IPover-FC

7