Data Center Networking Infrastructure
Data Center Networks
Built for Maximum Uptime
AE Connect delivers high-density managed switching, 10GbE fiber backbone, and structured cabling infrastructure for enterprise data centers, colocation facilities, and edge computing deployments - engineered for the wire-speed performance, redundancy, and manageability that mission-critical compute environments demand.
10GSFP+ Uplinks
LowLatency Switching
HARedundant Design
ISOCertified Mfg.
Spine-Leaf Design
OM4 Fiber Backbone
Dual Redundancy
The Network Inside the Data Center
High-Performance Switching and Cabling for Data Center Infrastructure
The data center network is the most performance-critical infrastructure in any organization. Every millisecond of switching latency, every dropped packet during failover, and every cabling bottleneck translates directly into application slowdowns, transaction failures, and lost revenue. Generic or unmanaged hardware has no place in this environment.
AE Connect provides a complete data center networking solution - top-of-rack managed switches for server and storage connectivity, Layer 3 core switches with 10GbE SFP+ aggregation, high-density fiber patch panels, OM3/OM4 multimode fiber for intra-DC links, and Cat6A structured cabling - all selected and configured for continuous 24x7 operation under peak data center load conditions.
- Top-of-rack managed switches with 10GbE SFP+ server uplinks
- Spine-leaf and three-tier architecture support with L3 switching
- OM3/OM4 multimode fiber for intra-rack and inter-rack links
- High-density 24 and 48-port fiber patch panels for structured cable management
- LACP link aggregation for active-active redundant uplinks
- SNMP v3 and web management for full data center network visibility
Data Center Networks: Critical Facts
1 Hour of DC Downtime Costs Rs. 15 Lakh to Rs. 1 Crore+
Network failures are the leading cause of data center outages - redundancy is non-negotiable
Modern Servers Require 10GbE or Higher Host Connectivity
1GbE is a bottleneck for virtualization hosts with 20 to 40 VMs per server - 10GbE is the new minimum
Cabling Faults Cause 30% of Data Center Incidents
Poor cable management and unlabelled connections cause mis-patching and extended mean time to repair
Every Microsecond of Latency Affects Application Performance
Low-latency cut-through switching is critical for storage traffic, databases, and financial applications
25 to 30% Lower TCO vs Imported Alternatives
Made in India manufacturing eliminates import duties and shortens the supply chain for faster replacement
Common Pain Points
Data Center Networking Challenges
Data center architects, IT managers, and system integrators regularly encounter these critical problems when designing and deploying networking infrastructure for enterprise and colocation data center environments.
Bandwidth Bottlenecks at the Server Layer
Modern virtualization hosts running 20 to 40 VMs, hyperconverged nodes replicating storage across the cluster, and database servers processing high-frequency transactions all saturate 1GbE top-of-rack connections. Under-specified access switching is the single most common performance bottleneck in enterprise data center environments.
Single Points of Failure in the Network
A single ToR switch failure without redundant uplinks and dual-homing takes down all servers in that rack simultaneously. Without LACP bonded NICs, RSTP loop protection, and redundant core connections, any individual component failure causes a full rack or floor outage that violates SLA commitments and triggers incident escalations.
Cable Management and Documentation Chaos
Data centers with hundreds of servers, patch panels, and switches accumulate thousands of cable connections over time. Without structured cabling standards, high-density patch panels, and proper labelling, routine adds-moves-changes take hours instead of minutes, and mis-patching during maintenance events causes accidental outages that are difficult to diagnose and recover from quickly.
Switching Latency for Storage and Database Traffic
Storage replication traffic, iSCSI SAN connections, NFS mounts, and financial transaction processing are highly sensitive to network latency. Store-and-forward switching with high buffer occupancy adds microseconds of delay that accumulate across multiple hops, directly degrading database query response times and storage IOPS performance.
Scalability for Growing Compute Density
Data centers rarely stay static. Server refresh cycles, virtualization platform upgrades, and new application deployments continuously add ports and bandwidth requirements. Under-specified core and aggregation switching requires complete replacement rather than incremental expansion when port density or bandwidth ceilings are reached.
Lack of Network-Level Visibility
Without managed switching and centralized monitoring, data center operations teams have no visibility into port utilization rates, traffic patterns, error rates, or which physical port each server connects to. Troubleshooting network performance issues requires time-consuming manual investigation across physical and virtual infrastructure layers simultaneously.
Our Architecture
AE Connect Data Center Network Architecture
AE Connect designs data center networks across four structured layers - from server-level top-of-rack switching through fiber aggregation, core switching, and structured cabling - providing non-blocking bandwidth and full redundancy at every tier.
Access / ToR Layer
Top-of-Rack Managed Switches
High-density managed switches at the top of each server rack provide 1GbE or 10GbE connectivity to every server, storage appliance, and hyperconverged node. Dual 10GbE SFP+ uplinks from each ToR switch connect to the aggregation layer via fiber with LACP bonding for active-active redundancy and double the uplink bandwidth.
Aggregation Layer
Layer 3 Aggregation Switches
Managed Layer 3 switches in the MDF aggregate uplinks from all ToR switches in each data hall via fiber. Inter-VLAN routing separates server production traffic from storage, management, and backup networks. QoS policies prioritize storage replication and database traffic. Redundant aggregation switches in active-active configuration eliminate this layer as a single point of failure.
Core Layer
High-Capacity 10GbE Core Switching
Non-blocking core switches with multiple 10GbE SFP+ ports aggregate all aggregation layer traffic and connect the data center to the WAN, internet uplinks, and remote DR sites. A redundant pair of core switches with ECMP load balancing provides zero single-point-of-failure core connectivity for the entire data center floor.
Physical Layer
Structured Cabling and Fiber Infrastructure
OM4 multimode fiber patch cords for 10GbE server-to-switch connections, high-density fiber patch panels in the MDF for organized intra-DC fiber routing, and Cat6A horizontal cabling to out-of-band management ports form the structured physical layer that makes every patching operation fast, documented, and error-free.
Purpose-Built for Data Centers
Data Center Networking Products by AE Connect
Every AE Connect product recommended for data center deployments is validated for non-blocking performance under sustained peak load, with the management features and physical form factors that professional data center environments demand.
24-Port L3 Managed Fiber Switch
AE800-24GF8GC410GF-L3M
Core fiber aggregation switch for data center distribution and top-of-rack layers. 128Gbps non-blocking bandwidth, OSPF/RIP routing, and dual power supply deliver carrier-grade availability.
- 24x GE SFP + 8x combo + 4x 10G SFP+
- 128Gbps backplane, 95.23Mpps forwarding
- L3: OSPF, RIP, Static, ARP proxy
- Dual power supply, 16K MAC table
48-Port Gigabit L3 Managed PoE+ Switch
AE800-48GP410GFL3-M
High-density server access and top-of-rack switch for data center environments. 800W PoE budget, 176Gbps non-blocking fabric, and OSPF/RIP routing support flexible multi-tier data hall topologies.
- 48x Gigabit PoE+ ports, 4x 10G SFP+
- 176Gbps backplane, 800W PoE budget
- L3: OSPF, RIP, Static routing
- VLAN, ACL, SNMP, SSH/HTTPS/CLI
48-Port Gigabit L2 Managed PoE+ Switch
AEIN-PSG484GF-M
High-port-count access layer switch for server rooms and data hall floors. Dense Gigabit PoE connectivity for management ports, out-of-band networks, KVM switches, and infrastructure devices.
- 48x Gigabit PoE+ ports, 4x SFP uplinks
- Full L2: VLAN, STP/RSTP/MSTP, LACP
- QoS, SNMP, port mirroring, ACL
- Rack-mount 1U chassis design
24-Port Fiber LIU (Distribution Frame)
AE-24FLIU-ECO-UL
Compact 1U rack-mount fiber distribution frame for structured fiber terminations in data center racks. SC/LC adapter compatibility with splice tray support for organized, professional fiber management.
- 24-port SC/LC adapter panel, 1U form factor
- Cold-rolled steel, powder-coated finish
- Operating temp: -40 to +60 degrees C
- RoHS and Reach/SVHC compliant
Cat 6A STP Patch Cord
AE-PP6ASFTP-GREY-0.4M
High-performance shielded patch cord for data center rack-to-rack and server connections. S/FTP construction eliminates alien crosstalk and supports 10GBase-T at full 100m reach.
- Cat 6A S/FTP shielded construction
- 10Gbps at 100m, multiple lengths available
- TIA-568-C.2-1 tested and certified
- Available in multiple colors for identification
Cat 6A STP Field Connector
CAT6A-FTP-KEY
Keystone-style Cat 6A STP field connector for on-site termination without crimp tools. Tool-free installation ensures consistent patching quality across all structured cabling runs in data halls.
- Cat 6A STP, supports 10GBase-T
- Tool-free termination, no crimp tools
- 360-degree cable shield clamp
- Compatible with all standard keystone panels
Where We Deploy
Data Center Networking Applications
AE Connect data center networking infrastructure is deployed by enterprise IT teams, colocation operators, system integrators, and EPC contractors across a wide range of compute and storage environments throughout India.
Enterprise Private Data Centers
On-premise server rooms and dedicated data centers for large enterprises running ERP, databases, and business-critical applications.
Colocation Facilities
Colo data centers providing managed switching, structured cabling, and fiber cross-connect infrastructure to multi-tenant customers.
Hyperconverged Infrastructure
HCI cluster networking requiring low-latency 10GbE ToR switching and high-bandwidth east-west replication traffic handling.
Storage Area Networks
iSCSI SAN and NFS storage networking requiring dedicated VLANs, jumbo frame support, and priority QoS for storage traffic.
Disaster Recovery Sites
DR data center fiber interconnect and switching for synchronous and asynchronous replication between primary and secondary sites.
Edge Data Centers
Compact edge nodes at branch offices, retail locations, and manufacturing plants requiring managed switching in small footprints.
Healthcare Data Centers
Hospital server rooms hosting HIS, PACS, and clinical systems with strict uptime requirements and regulatory compliance needs.
Government Data Centers
NIC and state government data centers running citizen services portals, e-governance platforms, and public sector applications.
The AE Connect Advantage
Key Benefits of AE Connect Data Center Solutions
AE Connect data center networking products deliver measurable performance, reliability, and cost advantages across switching, fiber infrastructure, and structured cabling for every scale of data center environment.
Wire-Speed, Non-Blocking Performance
Non-blocking switching fabric on every AE Connect managed switch ensures all ports simultaneously operate at full rated speed with zero internal congestion, regardless of traffic pattern - critical for east-west storage replication and north-south application traffic in virtualized environments.
Active-Active Redundancy at Every Layer
LACP link aggregation for bonded uplinks, RSTP/MSTP loop protection, and dual switch deployment at aggregation and core layers provide active-active redundancy throughout the data center network - eliminating single points of failure and enabling planned maintenance without downtime windows.
Full Network Visibility and Monitoring
SNMP v3, syslog, port mirroring for traffic analysis, and web-based management UI give data center operations teams complete real-time visibility into port utilization, error rates, MAC address tables, and traffic flows - enabling proactive capacity planning and faster incident resolution.
Multi-Tenant and Multi-VLAN Support
IEEE 802.1Q VLAN support on all managed switches enables logical network separation between production servers, storage, management, backup, and out-of-band networks on shared physical infrastructure - mandatory for colocation environments and enterprise security segmentation.
Structured Cabling for Fast Changes
High-density fiber patch panels, organized cable management, and standardized cabling reduce adds-moves-changes from hours to minutes. Properly documented structured cabling infrastructure eliminates accidental outages from mis-patching and supports rapid fault isolation during incidents.
30% Lower TCO, Made in India
AE Connect data center networking hardware achieves 25 to 30% lower total cost of ownership compared to imported alternatives through elimination of import duties, shorter spare part lead times through 200+ local dealers, and competitive pricing on switching, fiber, and structured cabling across the complete infrastructure stack.
Our Credentials
Why Data Center Teams Choose AE Connect
Made in India, Zero Import Dependency
AE Connect manufacturing in Ahmedabad means no customs clearance delays, no foreign exchange dependency for replacement hardware, and significantly shorter supply chain for urgent data center spares - critical when downtime costs are measured in lakhs per hour.
ISO-Certified Manufacturing Quality
ISO quality management certification at our facility ensures consistent product quality across every batch. Each switch and fiber product is tested to specification before shipment, providing the reliability and consistency that data center environments require from networking hardware.
200-Plus Dealers for Fast Spare Parts
When a switch fails in a production data center at 2 AM, time-to-replacement is critical. Our 200+ authorized dealers across India maintain local stock, enabling same-day or next-day hardware replacement without waiting for international freight or central warehouse dispatch.
Custom Configurations for Large DC Projects
In-house R and D supports custom switch port configurations, specific SFP transceiver bundling, OEM labelling for colocation operators, and extended warranty programs for enterprise data center customers with multi-year hardware lifecycle management requirements.
Pre-Sales Architecture and BOM Support
Data center network architecture review, switch selection per tier, fiber type selection by link distance, structured cabling standards guidance, and BoQ preparation at no charge for qualified data center projects through our technical pre-sales team.
AE Connect at a Glance
Established in 200520+ years supplying networking hardware to Indian enterprises and data centers
Manufactured in Ahmedabad, GujaratComplete production and quality testing under ISO-certified facility
200+ Authorized Dealers Pan-IndiaFast local spare availability near every enterprise data center location
ISO-Certified Quality ManagementInternational quality standards applied to every product manufactured
Products Deployed InternationallyAE Connect switches and fiber products in active use across global markets
Complete Technical DocumentationDatasheets, compliance certs, and BoQ support for enterprise procurement
Sectors We Serve
Industries We Serve
AE Connect data center networking products are deployed by enterprise IT teams, colocation operators, system integrators, and government agencies running compute infrastructure across every major industry in India.
Enterprise Corporate IT
Colocation Operators
Healthcare Systems
Government Data Centers
Banking and Finance
Education Institutions
Telecom and ISPs
Retail and E-commerce
Manufacturing ERP
Cloud Service Providers
Defence and Security
Edge Computing Sites
End-to-End Support
End-to-End Data Center Project Support
Technical and commercial support at every stage of your data center networking project - from architecture design and product selection through delivery, commissioning, and long-term warranty service.
DC Network Architecture Review
Three-tier or spine-leaf design, switch selection per tier, fiber type selection per link distance, VLAN design, BoQ preparation, and bandwidth modeling for your compute environment and workload profile.
Procurement Documentation
Product datasheets, ISO certificates, compliance declarations, and company profile for enterprise IT procurement processes, government tender submissions, and colocation RFP responses.
Priority Delivery for DC Projects
Fast factory dispatch from Ahmedabad for data center build-out projects. Phased delivery aligned to rack installation schedules for large enterprise and colocation data center rollouts.
Warranty and Rapid Spares
Product warranty with fast local replacement through our 200+ dealer network. Data center operators can pre-position critical spare switches through our authorized channel for sub-hour hardware swap capability.
Start Your Project
Power Your Data Center with AE Connect
Get switch sizing, fiber selection, structured cabling guidance, and a complete BoQ for your data center project from the AE Connect technical team - at no charge for qualified enterprise and colocation projects.
Frequently Asked Questions
Frequently Asked Questions
What switching speed do I need for virtualization servers and HCI nodes in a data center?
For modern virtualization and hyperconverged infrastructure, 10GbE connectivity is the recommended minimum at the server level. Here is why 1GbE is no longer sufficient:
- A single virtualization host running 20 to 40 VMs shares the host's NIC bandwidth across all workloads - at 1GbE, each VM effectively gets 25 to 50 Mbps, which is a bottleneck for any network-intensive application
- HCI nodes replicate storage data continuously between cluster nodes - storage replication traffic alone can saturate a 1GbE link during peak write operations, starving VM traffic simultaneously
- 10GbE server connections (via fiber SFP+ or copper DAC cables) give each host 10 Gbps of bandwidth, making 500 Mbps to 1 Gbps per VM practically achievable even under simultaneous replication load
- VM live migration (vMotion, Live Migration) transfers entire VM memory images across the network - at 1GbE this takes minutes, at 10GbE it completes in seconds
What is the difference between OM3, OM4, and OS2 fiber in a data center?
The three fiber types serve different distance and application requirements within and between data centers:
- OM3 (aqua multimode): Supports 10GbE up to 300 meters and 40GbE/100GbE up to 100 meters. Cost-effective for intra-rack and short inter-rack connections in smaller data centers where runs are under 100 meters
- OM4 (violet multimode): Supports 10GbE up to 400 meters and 40GbE/100GbE up to 150 meters. Recommended for all new data center deployments as it provides longer reach and higher bandwidth for future 40GbE and 100GbE upgrades with the same fiber infrastructure
- OS2 (yellow single-mode): Supports 10GbE and beyond to 10 kilometers and further. Required for data center interconnect between buildings on a campus, between primary and DR sites, or any link exceeding the OM4 300-400 meter maximum. Higher cost but essential for long-distance links
How do I eliminate single points of failure in a data center network?
Eliminating single points of failure requires redundancy at every layer of the network hierarchy. For a data center with AE Connect managed switches:
- Server level: Each server should have two NICs connected to two different ToR switches in the same rack, bonded with LACP or configured as active-standby. A single ToR switch failure does not disconnect any server
- ToR to aggregation: Each ToR switch should have two fiber uplinks to two different aggregation switches. LACP bonds these for active-active operation, doubling uplink bandwidth while providing full redundancy
- Aggregation layer: Deploy aggregation switches in redundant pairs. Use RSTP or MSTP to provide loop-free active-active forwarding paths between the pairs
- Core layer: Two core switches in a redundant pair with ECMP load balancing across equal-cost paths. Each aggregation switch connects to both core switches
- Power: Switches at every tier should have dual power supply inputs connected to separate PDU circuits from separate UPS systems
How many VLANs does a typical enterprise data center network require?
Enterprise data centers typically require at minimum five to eight distinct VLANs for proper traffic segregation and security compliance:
- Production VLAN: Application servers and web tier traffic - the primary workload network
- Storage VLAN: iSCSI SAN, NFS, or SMB storage traffic - isolated to prevent storage congestion from affecting production network
- Replication VLAN: VM live migration (vMotion) and HCI storage replication - high bandwidth bursts that must not impact application traffic
- Management VLAN: Server IPMI, ILO, DRAC out-of-band management - must remain accessible even when production VLANs are congested or under attack
- Backup VLAN: Backup agent traffic to backup servers and tape/cloud - scheduled high-bandwidth windows isolated from production
- DMZ VLAN: Internet-facing servers separated from internal application servers by firewall policies
- Database VLAN: Database servers isolated from application tier for PCI-DSS and security compliance
What structured cabling standards apply to data center installations?
Data center structured cabling follows TIA-942 (Telecommunications Infrastructure Standard for Data Centers) and ISO/IEC 24764 internationally, with additional guidelines from BICSI. Key standards and best practices relevant to AE Connect product selection include:
- Cat6A for horizontal copper runs: TIA-942 recommends Cat6A (TIA-568-C.2-10G) for all copper horizontal cabling to support 10GbE at 100 meters
- OM4 multimode fiber: Recommended for all intra-DC fiber links to support current 10GbE and future 40GbE and 100GbE upgrades on the same installed fiber
- LSZH (Low Smoke Zero Halogen) jacket: Required for cables installed in plenum spaces and raised-floor data centers for fire safety compliance
- High-density patch panels: TIA-942 recommends structured, labelled patch panels at every horizontal cross-connect (HDA) and main distribution area (MDA)
- Cable management: Horizontal and vertical cable managers in every rack to maintain bend radius and enable easy adds-moves-changes
Can AE Connect supply the complete networking stack for a new data center build-out?
Yes. AE Connect provides a complete end-to-end networking supply for new data center builds and capacity expansion projects. Our supply scope covers top-of-rack managed switches with 1GbE server ports and 10GbE SFP+ uplinks, managed Layer 3 aggregation and core switches, OM3 and OM4 multimode fiber patch cords for intra-DC connections, OS2 single-mode fiber for inter-building and DR site links, high-density 24-port and 48-port fiber patch panels, Cat6A structured cabling for management and out-of-band networks, LSZH-rated cable variants for plenum and raised-floor environments, and passive components including cable management trays, keystone jacks, and modular patch panels. For qualified data center projects we provide network architecture design review, tier-by-tier switch sizing, fiber type selection per link, structured cabling layout guidance, and a complete BoQ. Contact our data center team with your rack count, server density, and application profile for a full project recommendation and pricing.