Smart City Networking Infrastructure
Smart City Networks
That Power Every Service
AE Connect delivers outdoor-rated managed switches, hardened fiber backbone, and PoE infrastructure for smart city projects - connecting traffic systems, surveillance cameras, smart lighting, public Wi-Fi, environmental sensors, and command centers across urban infrastructure.
IP65Outdoor Rated
PoE+For All Devices
FiberCity Backbone
ISOCertified Mfg.
Smart Traffic
City Surveillance
Public Wi-Fi
The Network Behind the Smart City
Networking Infrastructure for Smart City Projects and Urban Services
Every smart city service - from adaptive traffic signals and city-wide CCTV to public Wi-Fi hotspots, smart street lights, flood sensors, and emergency communications - depends on a reliable, high-capacity networking backbone that runs 24 hours a day, 365 days a year across outdoor, weather-exposed urban infrastructure.
AE Connect supplies municipalities, Smart City SPVs, EPC contractors, and system integrators with outdoor-rated PoE+ managed switches, fiber optic backbone solutions, industrial media converters, and structured cabling built for the demanding environment of public urban infrastructure - where downtime directly impacts citizen services and public safety.
- Outdoor and street cabinet-rated PoE+ switches for field node deployment
- Fiber optic city backbone for high-bandwidth, EMI-free inter-node links
- PoE+ powers cameras, APs, sensors, and LED controllers over a single cable
- Managed switching with VLAN for traffic, CCTV, Wi-Fi, and sensor segregation
- Centralized SNMP monitoring for the city-wide network from the command center
- Made in India with pan-India dealer support for every smart city project
Smart City Networks: Key Facts
Each City Surveillance Camera Needs PoE+ at 15 to 30W
One Cat6 cable delivers both power and 1GbE data - no separate power wiring required
Public Wi-Fi APs Consume 15 to 25W via PoE+
Outdoor APs powered and connected at every junction point via PoE+ managed switches
City Blocks Span 200 to 2000 Meters Between Nodes
Fiber backbone links overcome the 100m copper limit for city-scale deployments
Smart Street Lighting Reduces Energy Costs by 40 to 60%
PoE-powered LED dimming controllers enable adaptive street lighting across the city
Made in India: Preferred for Government Smart City Tenders
Buy Indian / Make in India policy gives AE Connect products preference in government procurement
Common Pain Points
Smart City Networking Deployment Challenges
System integrators, EPC contractors, and municipal IT teams face these critical obstacles when deploying networking infrastructure across outdoor urban environments for smart city projects.
Harsh Outdoor Weather Conditions
Street cabinets, traffic junction boxes, and pole-mounted enclosures expose network hardware to direct sunlight, monsoon rain, dust, humidity, and temperature extremes. Standard commercial switches deployed outdoors fail within one to two monsoon seasons, causing widespread service disruption across entire city zones.
Long Distances Between City Nodes
Smart city deployments span intersections, public spaces, and buildings hundreds of meters to several kilometers apart. Copper Ethernet cable fails beyond 100 meters, making fiber optic backbone mandatory for inter-node city links. Without fiber, every additional field node requires a separate ISP connection, multiplying recurring costs.
Separate Power Wiring for Every Device
Traffic cameras, public Wi-Fi APs, smart lighting controllers, environmental sensors, and emergency phones each traditionally required separate AC power infrastructure at every pole and junction. Without PoE+ networking, each additional device requires additional conduit, wiring, and electrical panel connections across the city.
Multi-Service Network Complexity
Smart city networks carry CCTV, public Wi-Fi, traffic management, environmental monitoring, and emergency services on shared infrastructure. Without VLAN segmentation on managed switches, traffic from public Wi-Fi users can interfere with or compromise critical surveillance and traffic management communications.
No Central Visibility of Field Nodes
City networks with hundreds of field nodes across multiple zones have no practical way to identify which node failed without on-site physical inspection. Without centralized SNMP monitoring and alerts, network faults that disable cameras or Wi-Fi nodes go undetected for hours, degrading service quality without anyone knowing.
Lightning and Surge Protection
Outdoor infrastructure on city poles and junction boxes is highly exposed to lightning strikes and electrical surges from the utility grid. Without surge protection and proper network equipment rated for outdoor electrical environments, a single lightning event can damage dozens of switches and cameras across a city zone simultaneously.
Our Architecture
AE Connect Smart City Network Architecture
AE Connect architects smart city networks in four integrated layers - from individual field device nodes to the city command and control center - with fiber backbone, managed PoE switching, and centralized monitoring at every tier.
Field Node Layer
Outdoor PoE+ Switches at Street Nodes
Compact outdoor-rated or DIN rail PoE+ managed switches installed in street cabinets and junction boxes at traffic intersections, public plazas, and poles. These switches simultaneously power and connect IP cameras, public Wi-Fi APs, smart lighting controllers, environmental sensors, and emergency call stations at each field node over a single Cat6 cable per device.
Zone Aggregation Layer
Managed Fiber Aggregation Switches
Managed Layer 3 fiber switches at zone aggregation points collect traffic from multiple field node switches via fiber uplinks. VLAN policies separate surveillance, Wi-Fi, traffic, and sensor data streams. QoS prioritization ensures real-time CCTV and emergency traffic is never delayed by bulk IoT sensor data or public Wi-Fi usage at peak hours.
City Backbone Layer
Fiber Optic City Backbone
Single-mode fiber optic cabling forms the city-wide backbone connecting all zone aggregation points to the city data center and command control center. Fiber provides the bandwidth, distance, and EMI immunity required for a citywide network carrying 4K CCTV streams, gigabit public Wi-Fi backhaul, and real-time traffic analytics data simultaneously.
Command Center Layer
Command Center Core and Monitoring
High-capacity core managed switches at the city command center aggregate all incoming zone fiber links and distribute traffic to video management servers, traffic analytics platforms, and public safety systems. Centralized SNMP network monitoring provides real-time visibility into every field node switch, port, PoE power draw, and uplink status across the entire city network from one dashboard.
Urban-Grade Hardware
Smart City Networking Products by AE Connect
AE Connect products for smart city deployments are selected and configured for continuous 24x7 outdoor operation, with the durability, management features, and PoE capability that city-scale infrastructure demands.
8-Port Industrial L2 Managed PoE+ Switch
AE700-IPS8GE2GF-M
Ruggedized PoE switch for outdoor kiosks, traffic signal poles, CCTV enclosures, and smart lighting controllers. IP40-rated and DIN-rail mounted for direct installation inside weatherproof street cabinets.
- 8x Gigabit PoE+ ports, 2x SFP uplinks
- Extended temp: -40 to +75 degrees C
- 8KV-15KV surge and lightning protection
- DIN rail mount, IP40 rated
24-Port Industrial L2 Managed PoE+ Switch
AE700-IPS24GE4GC-M
High-density ruggedized switch for smart city aggregation nodes. Powers multiple IP cameras, access control readers, environmental sensors, and smart lighting simultaneously from one DIN-rail chassis.
- 24x Gigabit PoE+ ports, 4x SFP combo
- Extended temp, DIN rail mount
- ERPS ring protection, sub-50ms failover
- VLAN, QoS, SNMP management
24-Port L3 Managed Fiber Switch
AE800-24GF8GC410GF-L3M
City-wide fiber aggregation switch connecting surveillance zones, traffic management nodes, and public Wi-Fi backhaul across the metropolitan fiber ring with L3 routing and OSPF/RIP.
- 24x GE SFP + 8x combo + 4x 10G SFP+
- 128Gbps backplane, OSPF/RIP routing
- ERPS ring, dual power supply
- Web, CLI, SNMP management
10-Port Unmanaged Fiber Switch
AE-FSG-3208
Simple and cost-effective fiber switch for smaller smart city edge nodes. Connects IP cameras, sensors, and edge devices over fiber with 8 SFP ports and 2 Gigabit copper uplinks in a compact plug-and-play form.
- 8x SFP fiber ports + 2x Gigabit copper
- Plug-and-play, zero configuration
- Compact form factor for small enclosures
- Supports SM and MM SFP fiber modules
24-Port Gigabit L2 Managed PoE+ Switch
AE-PS242SFT-M
Central distribution switch for city command centers and convergence points. Powers IP cameras, access control, network terminals, and VoIP infrastructure across municipal buildings and city hubs.
- 24x Gigabit PoE+ ports, 4x SFP uplinks
- 450W total PoE budget, 56Gbps backplane
- VLAN, QoS, SNMP, web management
- IEEE 802.3af/at, STP/RSTP/MSTP
Outdoor Optical Fiber Cable
AE-6CF-FRP-SM
G.652D single-mode outdoor fiber cable forming the city-wide backbone. FRP-reinforced design suitable for underground duct, overhead aerial, and direct-burial installations across urban infrastructure projects.
- G.652D single-mode, 6-24 core options
- Outdoor PE jacket, FRP strength member
- Attenuation: 0.36 dB/km at 1310nm
- Suitable for duct, aerial, direct burial
Smart City Use Cases
Smart City Applications We Connect
AE Connect networking infrastructure powers the full range of smart city services deployed by municipal corporations, Smart City SPVs, EPC contractors, and system integrators across India's urban infrastructure projects.
City Surveillance
4K IP cameras at intersections, public spaces, and transit hubs powered and connected via PoE+ over city network nodes.
Smart Traffic Management
Adaptive traffic signal controllers, ANPR cameras, and congestion sensors networked to the city traffic management center.
Public Wi-Fi Hotspots
Outdoor PoE+ APs at public plazas, bus stands, parks, and civic buildings delivering citizen broadband via city infrastructure.
Smart Street Lighting
PoE LED street lighting controllers enabling adaptive dimming schedules, fault reporting, and energy monitoring per light point.
Environmental Monitoring
Air quality sensors, noise meters, temperature, humidity, and flood-level sensors connected and powered across the city network.
Smart Parking Systems
Parking bay occupancy sensors, digital parking guidance signage, and payment terminals networked through city fiber nodes.
Emergency Communication
IP-based emergency call boxes, public address systems, and first responder communications on dedicated priority city VLANs.
Smart Water and Utilities
Water flow meters, pressure sensors, pump station monitoring, and electricity substation telemetry on city OT network segments.
The AE Connect Advantage
Key Benefits of AE Connect Smart City Infrastructure
AE Connect smart city networking solutions deliver measurable advantages in operational reliability, deployment cost, and long-term maintainability over the full lifecycle of the city network.
PoE+ Eliminates Parallel Power Runs
A single Cat6 cable from the field switch delivers both data and up to 30W of power to each city device - cameras, APs, sensors, and lighting controllers. Eliminates the need for separate conduit, wiring, and electrical connections to every pole and junction box across the city.
Centralised Network Monitoring
SNMP v3 on AE Connect managed switches gives the city network operations center real-time visibility into every field node switch port, PoE power status, link health, and bandwidth utilization - enabling proactive fault detection and faster mean time to repair across the entire city network.
Multi-Service Security Segmentation
VLAN segregation on managed switches keeps CCTV, public Wi-Fi, traffic management, and environmental monitoring on completely isolated logical networks. Public Wi-Fi users on shared city infrastructure cannot access or interfere with critical surveillance or emergency communication systems.
Scalable Bandwidth for 4K Streams
Gigabit PoE+ at every field node and 10GbE SFP+ uplinks at aggregation and core layers provide the bandwidth headroom for 4K CCTV streams, gigabit public Wi-Fi backhaul, and real-time traffic analytics data on the same physical infrastructure without congestion.
Outdoor Durability Year-Round
Wide-temperature operation, surge-protected ports, and ruggedized metal enclosures ensure uninterrupted operation through Indian monsoons, summer heat, dust storms, and winter temperatures without hardware failure or performance degradation at outdoor city nodes.
Made in India for Government Tenders
AE Connect products manufactured in India qualify for Buy Indian preference under government procurement policies. Smart City SPVs, municipal corporations, and government EPC contractors benefit from simpler import compliance, local warranty service, and up to 30% lower project cost than imported alternatives.
Our Credentials
Why Smart City Integrators Choose AE Connect
Preferred Under Make in India Policy
AE Connect manufactures networking products in India, qualifying for Buy Indian procurement preference in government smart city tenders. Municipal corporations and Smart City SPVs avoid import complexity while supporting India's manufacturing goals.
ISO-Certified Quality Management
ISO quality certification at our Ahmedabad facility ensures every switch and fiber product shipped to city infrastructure projects meets consistent quality standards and is suitable for government project quality audits and compliance documentation.
200-Plus Dealers for On-Ground Support
Smart city projects require ongoing spares availability and local field support. Our 200+ authorized dealer network across India ensures fast local hardware replacement and technical support at every project location, critical for maintaining city service uptime SLAs.
Custom Specification for Large City Projects
In-house R and D supports custom switch configurations, special enclosure options, white-label variants for city branding requirements, and extended warranty programs tailored to the 10 to 15 year lifecycle of smart city infrastructure contracts.
Complete Tender Documentation
Product datasheets, technical specifications, ISO certificates, company profile, and BoQ templates formatted for government tender submission - all available from AE Connect to support system integrators preparing Smart City Mission bids.
AE Connect at a Glance
Established in 200520+ years of networking product experience in the Indian market
Manufactured in Ahmedabad, GujaratFactory dispatch direct to smart city project sites across India
200+ Authorized Dealers Pan-IndiaLocal stock and support near every smart city project location
ISO-Certified Quality ManagementInternational quality standards for government project compliance
Government Smart City Mission ProjectsAE Connect products deployed across multiple Smart City Mission project sites
Full Tender and BOM DocumentationReady for Smart City SPV, ULB, and government EPC tender submissions
Project Types We Support
Smart City Project Categories We Serve
AE Connect networking infrastructure is deployed across the full range of smart city, urban infrastructure, and public sector projects implemented under the Smart City Mission, AMRUT, and state-level urban development programs.
City Surveillance Projects
Intelligent Traffic Systems
Public Wi-Fi Projects
Smart Street Lighting
Bus and Transit Systems
Municipal Connectivity
Environmental Monitoring
Smart Water Management
E-Governance Services
Healthcare Infrastructure
Smart Parking Systems
Disaster Management
End-to-End Support
End-to-End Smart City Project Support
Comprehensive technical and commercial support from network architecture design through product delivery, installation guidance, commissioning, and long-term warranty service for smart city deployments.
City Network Architecture Design
Field node switch selection, fiber route planning, PoE budget per node, VLAN design for multi-service segregation, and bandwidth calculation for CCTV and Wi-Fi backhaul per zone.
Tender BOM and Documentation
Complete government-ready BoQ, product datasheets, ISO certificates, company profile, and Make in India declaration for Smart City SPV, ULB, and government EPC tender submissions.
Large-Scale Project Delivery
Factory dispatch from Ahmedabad with pan-India logistics and phased delivery against project milestones. Priority handling for large city rollouts with hundreds of field nodes.
Warranty and City-Wide Spares
Product warranty with local dealer replacement. Smart city projects can establish city-level spare inventory through our authorized channel for rapid field node recovery and SLA compliance.
Build a Smarter City
Connect Every Urban Service with AE Connect
Get product recommendations, city network architecture support, and project-specific quotations from the AE Connect team for your smart city, surveillance, traffic, or public Wi-Fi infrastructure project.
Frequently Asked Questions
Frequently Asked Questions
What networking hardware is required at each smart city field node?
A typical smart city field node at a traffic intersection or public space requires the following networking hardware:
- One outdoor-rated or DIN rail PoE+ managed switch with 8 to 24 ports depending on device count - this powers and connects all devices at the node simultaneously
- One fiber SFP uplink port (included on the managed switch) connecting back to the zone aggregation point via fiber optic cable
- Cat6 outdoor-rated cabling from the switch to each IP camera, Wi-Fi AP, traffic controller, environmental sensor, and smart lighting controller at the node
- A weatherproof street cabinet or enclosure housing the switch and connections
- Surge protection on the power input and optionally on the RJ45 ports for lightning-exposed outdoor deployments
How do I connect smart city field nodes that are more than 100 meters apart?
The 100-meter limitation of copper Ethernet makes fiber optic cabling mandatory for inter-node connections in any city-scale deployment. The solution depends on the inter-node distance:
- Up to 550 meters: Multimode OM3 or OM4 fiber with matching SFP transceivers on each switch - lower cost than single-mode for shorter city runs
- Up to 10 kilometers: Single-mode OS2 fiber with 10km SFP transceivers - covers most inter-zone and zone-to-command-center links in mid-size cities
- Up to 20 kilometers: Single-mode OS2 fiber with 20km SFP transceivers - for large city deployments with distant peripheral zones
- WDM BiDi media converters: Allow two nodes to communicate over a single fiber strand using wavelength division multiplexing, halving fiber conduit requirements in trenches
How does VLAN segregation protect city surveillance from public Wi-Fi users?
When multiple services share the same physical network infrastructure, VLAN (Virtual LAN) segregation creates completely isolated logical networks over the same cables and switches. At each city field node, a single AE Connect managed PoE+ switch can simultaneously serve multiple VLANs:
- VLAN 10 for CCTV cameras - traffic sent directly to the video management server with no exposure to other services
- VLAN 20 for public Wi-Fi APs - internet-only VLAN that routes citizen traffic to the ISP with no access to city internal systems
- VLAN 30 for traffic management controllers - isolated OT VLAN for signal controller communications
- VLAN 40 for environmental sensors - low-bandwidth sensor data on a separate management VLAN
What bandwidth is required for smart city networks with 4K CCTV cameras?
Bandwidth planning for smart city networks depends on the services deployed at each node. Typical bandwidth requirements per device are:
- Full HD (1080p) IP camera with H.265: 2 to 4 Mbps per camera
- 4K IP camera with H.265: 8 to 16 Mbps per camera
- Outdoor Wi-Fi AP backhaul: 100 to 500 Mbps depending on concurrent user count
- Environmental sensors and IoT devices: Under 1 Mbps per node total
- Smart traffic controller: Under 2 Mbps
Are AE Connect products eligible for Smart City Mission and government tenders?
Yes. AE Connect products are manufactured in India and are eligible under the Make in India and Buy Indian procurement policies applicable to Smart City Mission, AMRUT, and other government urban infrastructure programs. Specifically:
- Made in India manufacturing qualifies AE Connect products for Class I Local Supplier preference in government tenders with procurement value above the applicable threshold
- ISO certification satisfies quality management documentation requirements for government project submissions
- AE Connect can provide complete tender documentation including product datasheets, technical specifications, ISO certificates, company registration documents, and Make in India declarations
- Our authorized dealer channel provides the local presence and supply chain that many government tenders require from networking product suppliers
How do I monitor and manage hundreds of field node switches remotely?
AE Connect managed switches support SNMP v1, v2c, and v3 for integration with any standard network management system (NMS) at the city command center. For managing a city network with hundreds of field nodes:
- Every field node switch sends SNMP traps to the NMS when a port goes down, PoE power budget is exceeded, a link fails, or a device is disconnected - enabling proactive alerting without polling each device
- SNMP polling provides real-time port-by-port status, PoE watt consumption per port, uplink bandwidth utilization, and error rate data for every field switch from the command center
- Syslog from every managed switch centralizes event logs for network audit, security incident response, and SLA reporting
- Web management UI on each switch allows direct configuration and troubleshooting of any specific field node from the NOC without requiring a site visit
- Each switch should be on a dedicated out-of-band management VLAN separate from service traffic, so management access remains available even when service traffic is congested
Can AE Connect supply complete end-to-end networking for large city projects?
Yes. AE Connect provides a complete end-to-end networking supply for smart city projects of any scale. Our supply scope includes outdoor-rated and DIN rail PoE+ managed switches for field nodes, managed Layer 3 aggregation and core switches for zone and command center levels, fiber switches with SFP and SFP+ ports, fiber media converters for copper-to-fiber conversion at existing infrastructure points, armoured outdoor fiber optic cables for underground duct and aerial backbone runs, outdoor-rated Cat6 cabling for last-meter connections to devices, fiber patch panels and passive termination components, and complete project documentation for government tenders. We support large city projects with network architecture design, zone-by-zone BoQ preparation, phased delivery aligned to construction milestones, volume pricing for registered EPC and SI partners, and long-term warranty and spares support through our national dealer network. Contact our smart city team with your project scope, number of nodes, and zone layout to receive product recommendations and a complete project quotation.