Additional electric work at officer hostel Rajasthan State Livestock Management Training Institute, Jamdoli

Amount

SITC of Interconnecting refrigerant pipe work with closed cell elastomeric nitrile rubber tubular insulation between each set of indoor & outdoor units as per specifications including chase cutting, supports etc. as required.

Supply installation testing and commissioning of Insect Killer in Aluminum Body, 14 x 4.5 x 11 Inch, Lamp: 2 x 8 W Covering Area: 250-300 sq ft ,Consumption: 30 W-50 W, with one year of standard warranty. Make- Wantrn, Hemkund and equivalent

SITC of Wireless Access Point consisting of following specifications

Supported Standards: 802.11 a/b/g/n/ac; Wave 2 Concurrent Dual-band 2.4 & 5 GHz

Supported Data Rates: 802.11b: 1, 2, 5.5, 11 Mbps, 802.11a/g: 6, 9, 12, 18, 24, 36, 48, 54 Mbps, 802.11n: 6.5 – 144 Mbps (20 MHz), 802.11n: 13.5 – 300 Mbps (40 MHz), 802.11ac: 6.5 – 173.4 Mbps (20 MHz), 802.11ac: 13.5 – 400 Mbps (40 MHz), 802.11ac: 29.3 – 866.6 Mbps (80 MHz)

Access Point should be Dual Radio capable. Access Point radio should have minimum 2X2 radio chains MIMO with minimum 2 spatial streams for each band

Channelization: The AP should support 20/40/80 MHz channel width.

ESSIDs: Up to 16 SSIDs per radio (32 total) available on each AP simultaneously without negatively impacting system performance

It should provide physical data rate of up to 300 Mbps for 2.4 GHz and up to 867 Mbps for 5 GHz which makes aggregate data rate capability of up to 1.2 Gbps

Supported concurrent users per AP should be up to 256 combining both the bands

Power: Should have option for both, 12V 1.0A DC input and 802.3af PoE compliant with maximum power consumption of 9W.

Interfaces: 1 Gigabit 802.3at PoE Uplink and 1 Gigabit 802.3af PoE LAN ethernet interface with the Auto-MDIX capability to make sure two end stations are connected using crossover cable to make sure correct pairs are connected. 1 USB interface that can transmit data rate at a maximum rate of 480 Mbps.

The AP should have LED indicators for Power / 2.4G-WiFi / 5G-WiFi / Eth1 / Eth2

The AP should have reset/restart button(s)

Environmental Conditions: The Access point shall be rated for operation over a temperature range of 0° to 50°C and operating humidity of 5% to 95% (Non condensing).

Antennas

AP should have option for, Option 1: Built-in 2.4GHz 5dBi Omni, 5GHz 15dBi Directional with Azimuth 30° & Elevation 20° Option 2: Built-in 2.4GHz 10dBi Directional with Azimuth 130° & Elevation 30°, 5GHz 10dBi Directional with Azimuth 90° & Elevation 30°.

The Ap should have 3 x Built-in PIFA (2 x 2.4 GHz, 5 GHz, 1 x Bluetooth Low Energy) with antenna gain 3 dBi (2.4 GHz), 5 dBi (5 GHz), 3 dBi (BLE).

The AP should be Wall/Ceiling mount with Mounting kit included.

Quality of Service (QoS): The Ap should support following QoS

Wireless QoS (802.11e/WMM) DSCP (802.1p) Airtime Fairness Band Steering Multicast to Unicast Conversion Optimal Client Filtering

Security:

Wireless Security: WEP, WPA / WPA2 Mixed (TKIP/AES Mixed), WPA2-Personal (AES), WPA2-Enterprise (AES)

The AP should support VLAN Tagging (802.1Q)

Station isolation

Support for DHCP Snooping

The AP should have L2 firewall in it.

Management

Deployment: The AP deployment should be in standalone, hardware or cloud controller managed and tunnel managed by controller with IPv4 and IPv6 compatibility. Deployment option for LLDP to advertise a device's identity and abilities, as well as other devices connected within the same network.

Configuration: SNMP v1/v2c/v3 and web user interface (HTTP/HTTPS)

Mobility/Roaming

Layer2/Layer3 fast roaming.

Hotspot 2.0

Certificates: FCC (United States), CE (Europe), WPC (India) certified.

Wireless Access point and wireless controller should support seamless integration

Field deployment shall be with EIRP as per regulatory guidelines

Make: Edgecore/Cisco/Alcatel

Supply,Installation,Testing and Commissioning of Wireless Centralized Controller to provide maximum flexibility, manageability and preserve technology investments, the provided solution should be via a single integrated console with an on-premise centralized hardware controller. The provided controller should be separate hardware and not the wireless access point having following specifications.

System Capacity: System should be able to manage up 50 APs, up to 2000 local accounts, up to 2000 on-demand accounts and 200 concurrent users (switchable).

Hardware Specifications

Form Factor: The provided hardware controller should be desktop mount.

Interfaces: 1 Gigabit WAN/Uplink and 4 Gigabit LAN ethernet interfaces with the Auto-MDIX capability to make sure two end stations are connected (or two controllers are connected) using crossover cable to make sure correct pairs are connected. 1 USB interfaces that can transmit data rate at a maximum rate of 5 Gbps each. Support for 1 RJ-45 console interface. All the ports must be active from day one.

The hardware controller should have LED indicator for power & status and also a reset button.

Environmental Conditions: The Access point shall be rated for operation over an ambient temperature range of 0° to 40°C and RH 5% to 95% (Non condensing)

Power: Should support DC Input: 12V / 1A with Power Adapter Included

User Security

Authentication: 802.1X with encapsulation of the Extensible Authentication Protocol (EAP) over IEEE 802 which is known as "EAP over LAN" or EAPOL. UAM to allow a subscriber to access and login to services with just a Wi-Fi network interface and Internet browser on the user's device. IP or MAC-based authentication support.

Authentication Servers: The hardware controller should have support for integrated or external Local, On-demand, Guest, RADIUS to enable access servers to communicate with a central server to authenticate dial-in users and authorize their access to the requested system or service, Lightweight Directory Access a client/server protocol to access and manage directory information read and edit directories over IP networks and runs directly over TCP/IP using simple string formats for data transfer, NT Domain, SIP, POP3.

Customizable Captive Portal and Wild Card Walled Garden

User Blacklisting

Account Generation: The controller should have the capability to generate the following accounts

Account Generation: SMS registration. Purchase via PayPal and integration with third party payment gateways. PMS integration in partnership with SMS API, Clickatell. Scalable billing plans. Account ticket printer.

On-demand Account Flexibility: Customizable Billing Plans. Account Credentials. Access Codes. Smart Login

Guest Wi-Fi Account: Limitation by duration and volume. Configurable reactivation time. E-mail registration and activation. Social Media Login

Network Security: The admin should be able to configure following network securities in the hardware controller:

The admin should be able to configure following network securities in the hardware controller:

Remote access via VPN with site-to-site VPN to establish secure connections between main and branch locations. IPSec and PPTP tunneling protocols. Inter/Intra-VLAN or Port-based network isolation. Rogue AP Detection. Built-in root CA certificates.

Network Services

As a wireless network will be used by the university, it is crucial to take into consideration fundamental network services such as DHCP, NAT, and dynamic routing. In addition to providing these functions, the controller also must implement the concept of a "Service Zone", which essentially segments the controller into multiple virtual controllers, each with its own associated network services, user policies and authentication settings.

On the reliability end, the hardware controller must support WAN port failover. Furthermore, load balancing between the WAN ports to increase overall performance by alleviating congestion and distributing traffic between the two outgoing links.

Redundancy: 1+1 HA: When the active controller malfunctions, the standby controller will take over, the new active one will take on all the settings of the previous active controller. N+1 HA: The standby controller can be the backup for either one of multiple active controllers.

The controller should support IPv4 and IPv6 internet protocols.

High performance content filter HTTP proxy server to examine web traffic to identify suspicious content, which can be a spyware, malformed content, or another type of attack.

Local DNS Records

Integrated Billing & Accounting System

Billing Quota Types: By duration; By Traffic Volume

PMS Integration: Innkey PMS, Oracle hospitality Opera ( Micros Opera PMS), IDS next.

System Management

As the controller will be the central point of management for network administrators. The management console of the controller should be a browser-based GUI which should be simple and intuitive to operate. The controller should have a feature to generate administrator accounts for multiple tired access privileges and the admin must be able to Monitor each admin’s current accessed page.

Ability to set system time by NTP synchronization and manual configuration.

From the controller interface, network administrators must be able to configure traffic shaping profiles, track previous network usage, crapture backup (built-in) perform system backup and restore.

AP Management

Centralized AP configuration and monitoring to reduce maintenance overhead.

The controller must support automatic AP discovery, AP provisioning with template-based AP provisioning.

The controller must support automatic AP configuration back and restore.

Automatic and secure AP firmware batch upgrade.

Tunneled AP Management for both L2 & L3 APs.

AP load-balancing feature with automatic adjust AP transmit power to balance loading.

Automatic and secure AP Firmware Upgrade

Automatic Periodically AP Backup

Switch Management

The controller must support automatic switch discovery, switch provisioning with template-based switch provisioning.

The controller must support automatic switch configuration back and restore.

Support for switch power scheduling

User Management: The controller should support user policies which consist of the following.

Role-based, time-based and location-dependent user policy assignment should be supported by the controller

The controller should be able to limit user-based, group-based bandwidth and must support bandwidth throttling.

Traffic Classification / Remarking / QoS: Yes; 802.1p, DSCP

Stateful firewall where admin can create each rule with individual enforcement schedules.

Routing policy with static route assignment

Concurrent session limit and idle timeout

Allow clients to obtain different IP addresses after authentication as IP Address reassignment

Device/User Mobility

Layer 2 Roaming: Layer 2 Roaming: Users should be able to roam between different APs without getting disconnected.

Cross Gateway Roaming: Cross Gateway Roaming: Users should be able to roam seamlessly between APs managed by different controllers.

Account Roaming Out: Account Roaming Out: Users should be able to roam between different APs from other controllers with their original local user accounts.

WISPr Smart Client Roaming: The controller should support features to enable client authentication and provide client roaming between internet service providers.

The controller should support mobile device Recognition for optimized captive Portal.

The controller should support multiple device logins per account.

Support for QR code automatic login.

Support for device plug-and-play.

Support for on-demand smart login without re-authentication

System & Network Status

System Dashboard

Graphical System Performance Reports

Traffic Volume Reports

System Process Monitor

Online Device Monitoring

Active Sessions List

Configurable SYSLOG Severity

SMTP (E-mail) Notifications

Multiple Concurrent E-mail Notification Receivers

Network Activity Logs

Detailed user events and traffic logs to help network administrators monitor user activity and troubleshoot network issues. Logs and reports must be exportable to external SMTP/ SYSLOG/FTP servers.

Need to be able to identify users who are violating network policies using the following logs: NAT log: To help trace the public IP/port to private IP/port conversion User event log: search by IP address for users to find when the user authenticated and from which AP Example logs & reports: User browsing history, User event log, NAT log, On-demand billing report, regular system report.

Logs for Control and provisioning of wireless access points to enable a central wireless Controller to manage a collection of wireless access points.

Logs for change of the configuration

The server log file which records RADIUS events, such as server startup or shutdown or user authentication or rejection, as a series of messages in an ASCII text file. Each line of the server log file should identify the date and time of the RADIUS event, followed by event details.

User HTTP web logs

Make: Edgecore/Cisco/Alcatel Or Any Approved Make as per engineer incharge

Bidder Name

Amount

GANPATI COMMUNICATION SERVICES(GSTN-08AMAPG7177L1ZP)

INFINTY ELECTRICAL SOLUTIONS(GSTN-08ASBPK5790Q2ZY)

INFINTY ELECTRICAL SOLUTIONS

INFINTY ELECTRICAL SOLUTIONS