Allied Telesis AT-IE220-6GHX-NCA1 Industrial Ethernet Switch in Dubai, UAE
The Allied Telesis AT-IE220-6GHX is a rugged Layer 2+ industrial managed switch built for edge environments where network uptime, PoE capacity, temperature tolerance and resilient fiber uplinks matter. It provides four Gigabit copper PoE ports and two 1/10G SFP+ uplinks in a compact fanless enclosure designed for DIN-rail or wall mounting.
For UAE industrial, logistics, smart-building and surveillance projects, the platform is particularly relevant when a small number of high-value edge devices must be powered locally and aggregated into 10Gbps fiber infrastructure without relying on a climate-controlled access cabinet.
Procurement Snapshot
Brand: Allied Telesis
Series: IE220
Model: AT-IE220-6GHX / NCA1 regional variant
Class: Industrial Layer 2+ managed switch
Use: IIoT, surveillance, smart buildings, transport and harsh-edge networks
Supply: Contact FourTeck for current UAE availability, regional SKU confirmation and project terms.
Quick Procurement & Configuration Matrix
Allied Telesis AT-IE220-6GHX. The NCA1 suffix should be validated against the regional quotation and packaging.
4× 10/100/1000BASE-T PoE downlinks plus 2× 1/10G SFP+ uplinks.
180W total budget; ports 1–2 support up to 90W, ports 3–4 up to 30W.
48Gbps switching fabric and up to 35.7Mpps forwarding rate.
Fanless industrial enclosure with broad operating-temperature support and IP30 protection classification.
Redundant DC inputs supported; input range and power-source sizing must be checked for the PoE load.
DIN-rail or wall mounting for industrial cabinets, field enclosures and distributed access nodes.
Dubai, Abu Dhabi, Sharjah, Ajman and other Emirates subject to current stock, lead time and project requirements.
Executive Product Architectural Overview
Industrial networks have different failure modes from conventional office LANs. The switch may sit inside a roadside cabinet, warehouse distribution panel, factory enclosure, security gatehouse, parking infrastructure cabinet or smart-building control zone. In these locations, temperature variation, dust exposure, limited airflow, DC power design, physical vibration, high-value PoE endpoints and long fiber paths can all matter more than raw port count. The IE220-6GHX is designed around that distributed-edge reality. Instead of offering a large number of access ports, it concentrates on six purposeful interfaces: four copper downlinks that can power connected endpoints and two high-speed SFP+ ports for fiber aggregation or resilient uplink topology.
That architecture makes the product particularly suitable for industrial and operational-technology zones where a handful of devices must be connected close to the process, camera, sensor cluster or wireless coverage area. Typical endpoints include outdoor or high-resolution IP cameras, industrial access points, intercoms, building automation gateways, edge computers and other powered devices. Two copper ports support IEEE 802.3bt-class PoE++ delivery of up to 90W per port, while the other two provide PoE+ class delivery up to 30W per port. The system-wide PoE budget is 180W. This combination lets a designer mix higher-power devices with conventional cameras or access-layer equipment, but the total power draw still needs to be engineered against the available DC supply.
The pair of 1/10G SFP+ ports provides an important distinction from basic industrial Gigabit switches. Modern surveillance, Wi-Fi and sensor environments can generate substantial upstream traffic, especially where high-resolution video or aggregated wireless traffic is involved. By allowing 10Gbps optical uplinks, the platform can reduce aggregation bottlenecks and give engineers more flexibility when connecting the edge to a core, distribution ring or industrial backbone. The SFP+ slots also provide deployment flexibility because fiber type, reach and optical standard can be selected according to the site. Buyers should therefore treat optics as part of the configuration exercise rather than assuming they are bundled.
The switching engine is rated at 48Gbps fabric capacity with a forwarding rate of up to 35.7Mpps. Internal resources include 512MB DDR SDRAM, 128MB flash, a 16K MAC table, 2MB packet buffer, eight priority queues, support for thousands of VLAN entries, and jumbo frames up to 12KB. These resources are aligned with a small but feature-rich industrial aggregation node rather than a simple unmanaged PoE device. Network policy can be built with VLANs, access-control mechanisms, quality-of-service classification, multicast controls, loop prevention and security features such as DHCP snooping and Dynamic ARP Inspection.
Operationally, AlliedWare Plus is a major part of the design proposition. Administrators can use familiar CLI and web-management approaches alongside SNMP, NETCONF, RESTCONF and YANG-based interfaces for monitoring and automation. The series also supports network resiliency technologies including STP/RSTP/MSTP, EPSR, ITU-T G.8032 ERPS and IEC 62439-2 MRP, allowing the switch to participate in ring and redundant designs where a single cable or path failure should not isolate the edge. Link aggregation and LACP provide another option for engineered redundancy and bandwidth where topology permits.
For buyers in Dubai and the wider Gulf region, environmental design is especially important because industrial cabinets can experience elevated temperatures, particularly where equipment is deployed outdoors, near loading zones, inside plant areas or in partially conditioned rooms. The IE220 series is specified for a broad operating-temperature range reaching -40°C to 75°C under applicable conditions. Its fanless construction reduces moving parts and can simplify maintenance in dusty or difficult-to-access sites. The enclosure supports DIN-rail and wall installation, and the product provides redundant power input capability to reduce dependence on a single DC feed.
A complete project specification should therefore consider the switch as one part of a system: power supply, PoE budget, SFP/SFP+ optics, fiber type, cabinet ventilation, grounding, surge environment, cable category, VLAN and security policy, monitoring platform, ring protocol and maintenance model. FourTeck can assist enterprise and integrator buyers in translating these requirements into a procurement bill of materials that is appropriate for the specific UAE site.
Enterprise Business Value & ROI Benefits
High-Power Edge Consolidation
PoE++ capability can reduce the need for local AC adapters at endpoints such as advanced cameras, access points and industrial devices. Centralizing power at the switch can simplify cable planning, make UPS-backed architectures easier to design and lower the number of small power components distributed around the facility.
10G Uplink Headroom
Two SFP+ ports help preserve upstream capacity when multiple Gigabit edge devices are active. This is valuable for CCTV aggregation, wireless backhaul and industrial data collection where uplink congestion can otherwise become the limiting factor.
Resilient Topology Options
Support for technologies such as EPSR, G.8032 ERPS, MRP, spanning tree and LACP gives architects several ways to remove single-path dependency. In operational environments, faster recovery from link faults can directly support safety, monitoring continuity and production availability.
Reduced Cooling Dependence
Fanless construction is useful where access cabinets cannot depend on serviceable internal fans. It reduces moving parts and may improve maintainability in remote or dusty locations, provided cabinet thermal design and spacing remain within deployment guidance.
Centralized Operations
SNMP, CLI, web management, automation interfaces and Allied Telesis management frameworks can reduce manual configuration effort across multiple field nodes. Consistent templates and monitoring also improve fault visibility and operational standardization.
Security at the Industrial Edge
ACLs, 802.1X-related controls, DHCP snooping, Dynamic ARP Inspection, port security functions and secure management protocols allow the edge switch to participate in a segmented defense-in-depth model rather than acting as an unmanaged bridge.
Return on investment for an industrial switch should be evaluated through operational risk rather than purchase price alone. A cheaper unmanaged device may initially reduce capital cost, but it can introduce limitations around high-power endpoints, uplink capacity, monitoring, fault isolation, ring resiliency, remote administration and security policy. The IE220-6GHX is aimed at projects where these operational characteristics justify a managed industrial platform. For a surveillance project, that may mean fewer local power adapters and better uplink capacity. For manufacturing, it may mean deterministic segmentation and easier maintenance of distributed cells. For smart buildings, it may mean one standardized edge platform for cameras, access points and controls. For transport or logistics infrastructure, it may mean improved resilience across cabinets connected in a fiber ring.
Energy and serviceability also affect long-term cost. Fanless hardware eliminates fan replacement as a routine maintenance concern. Eco-friendly functions can disable unused ports or LEDs where appropriate. Central monitoring can expose temperature and voltage conditions, while event logging and diagnostic tools can speed fault isolation. Buyers should build the business case around avoided truck rolls, reduced outage duration, simplified spares, consolidated PoE power and improved visibility across the installed base.
Hardware & Technical Architecture Highlights
The IE220-6GHX uses a compact six-port architecture optimized for field aggregation. Four front-facing 10/100/1000BASE-T interfaces form the copper edge layer. Ports 1 and 2 are designed for higher-power IEEE 802.3bt-class delivery, supporting up to 90W each, while ports 3 and 4 support PoE+ power levels up to 30W each. The total available PoE budget is 180W, which means endpoint selection and simultaneous loading must be calculated rather than inferred from per-port maxima.
The two optical uplink interfaces support 1Gbps and 10Gbps SFP/SFP+ modules listed as compatible by Allied Telesis. This allows the same switch to connect into legacy Gigabit optical infrastructure or newer 10Gbps aggregation. Optics are configuration items: multimode versus single-mode, wavelength, reach, connector requirements and the remote-end transceiver must all match. Digital diagnostic monitoring can help expose supported optical parameters for compatible modules.
Switching performance is specified at 48Gbps with up to 35.7Mpps forwarding. The memory subsystem includes 512MB DDR SDRAM and 128MB flash. Forwarding resources include a 16K MAC table, 2MB packet buffer, eight QoS queues, up to 4K simultaneous VLAN entries and 12KB Layer 2 jumbo frames. This supports segmentation and policy control for mixed real-time and general traffic. Multicast tools such as IGMP and MLD are useful in camera, control and streaming applications where traffic replication must be contained.
Resiliency is implemented at several layers. Redundant DC input allows two power feeds to be designed into the cabinet. At Layer 2, the switch supports traditional spanning tree families alongside industrial and carrier-style ring mechanisms such as MRP, EPSR and G.8032 ERPS. Link aggregation and LACP can also be used where redundant Ethernet paths terminate on compatible upstream devices. Continuous PoE functionality and additional feature behavior may be license dependent, so buyers should confirm the exact software entitlement required for the intended design.
The management plane is designed for both traditional administration and automation. Engineers can use a web GUI and industry-style CLI, while SNMP supports monitoring integration. NETCONF, RESTCONF and YANG data modeling give automation teams structured ways to configure and interrogate the device. Syslog, sFlow, port mirroring, cable diagnostics and event-based scripting contribute to ongoing operations and troubleshooting. Security capabilities include ACLs, AAA, TACACS+, secure shell access, HTTPS, port-based controls, DHCP snooping, IP Source Guard, Dynamic ARP Inspection, storm protection and denial-of-service mitigation features.
Mechanically, the switch is a small industrial enclosure that can be installed on DIN rail or with wall brackets. The enclosure is approximately 155.4 × 65 × 137mm and weighs around 1.5kg depending on mounting hardware. Cabinet design should preserve required airflow clearances, protect the unit from direct environmental exposure beyond its specified enclosure rating, provide correct grounding and use a DC supply sized for both switch consumption and required PoE delivery.
Definitive Technical Specifications & Sizing Notes
| Specification | AT-IE220-6GHX | Procurement Note |
|---|---|---|
| Switch class | Industrial Layer 2+ managed switch | Designed for industrial edge and resilient access deployments. |
| Copper ports | 4× 10/100/1000BASE-T | All four support PoE; power class differs by port. |
| Optical uplinks | 2× 1/10G SFP+ | Select compatible optics separately. |
| PoE on ports 1–2 | Up to 90W per port | Suitable for high-power IEEE 802.3bt powered devices. |
| PoE on ports 3–4 | Up to 30W per port | Suitable for conventional PoE+ endpoints. |
| Total PoE budget | 180W | Calculate combined PD demand and power-source capacity. |
| Switching fabric | 48Gbps | Appropriate for simultaneous edge and uplink operation. |
| Forwarding rate | 35.7Mpps | Vendor-rated forwarding performance. |
| RAM / flash | 512MB DDR / 128MB flash | Supports managed feature set and configurations. |
| MAC table | 16K entries | Useful for dense Layer 2 environments. |
| Packet buffer | 2MB | Traffic design and QoS remain important under burst load. |
| Priority queues | 8 | Supports differentiated treatment of real-time traffic. |
| VLAN capacity | Up to 4K entries; VLAN IDs 1–4094 | Supports industrial segmentation designs. |
| Jumbo frames | Up to 12KB Layer 2 | End-to-end MTU consistency is required. |
| Power input | Redundant DC input; 37–57V DC range published for series | Power source must be sized for PoE load and inrush requirements. |
| Operating temperature | Up to -40°C to 75°C under applicable conditions | Validate derating and cabinet environment for final deployment. |
| Mounting | DIN rail / wall | Confirm bracket choice and cabinet clearances. |
| Dimensions | Approx. 155.4 × 65 × 137mm | Allow installation and service clearance. |
| Cooling | Fanless | Cabinet thermal planning remains essential. |
Sizing starts with the endpoints, not the switch. List each powered device, its maximum negotiated PoE class, expected traffic rate, VLAN membership and physical cable run. Reserve power headroom rather than planning exactly to 180W, especially where endpoint models may change during the project. Next, determine uplink optics and topology. A single 10G uplink may be enough for a small isolated cabinet, while a ring or dual-homed design can make use of both SFP+ interfaces. Verify that the upstream device supports the chosen protocol and optical module. Finally, validate power-supply voltage, redundant feed design, grounding, enclosure size, ambient temperature and heat rise inside the cabinet. Model suffixes, regional certification, included accessories and software licenses may vary, so the NCA1 commercial configuration should be confirmed on the project quotation.
Configuration, Sizing & Deployment Workbench
01 — Define Endpoint Power Demand
Create a port-by-port schedule for every camera, access point, controller or industrial endpoint. Record maximum PoE class, typical power, boot draw and whether the device requires more than 30W. Ports 1 and 2 are the logical placement for high-power PoE++ devices; ports 3 and 4 should be reserved for endpoints within PoE+ limits. Ensure the aggregate worst-case demand remains inside the 180W system budget and the external DC supply is sized accordingly.
02 — Size Uplink Capacity & Resilience
Estimate traffic using realistic busy-hour rates, especially for high-resolution video and Wi-Fi. Determine whether Gigabit or 10Gbps optics are appropriate and whether the site should use a single uplink, aggregated link, dual path or industrial ring. Match the ring protocol with the upstream network and document expected convergence behavior. Avoid choosing optics solely by distance; fiber type, connector, wavelength and remote-end compatibility must also match.
03 — Validate Segmentation & Security Policy
Map endpoint classes to VLANs and define which traffic should be allowed between operational zones, management systems and enterprise IT networks. Consider ACLs, DHCP snooping, Dynamic ARP Inspection, 802.1X-related controls, port isolation and secure management access. Industrial switches often remain deployed for many years, so access policy, credential rotation and firmware-management processes should be specified at project start.
04 — Engineer Power, Cabinet & Thermal Conditions
Confirm the 37–57V DC supply range applicable to the system, required wattage, redundant power feeds and upstream protection. Maintain the installation clearances defined in the hardware guide. Because the switch is fanless, enclosure heat rise and solar loading can be important in UAE installations. If the cabinet is outdoors or exposed to harsh contaminants, select an external enclosure with an environmental rating suitable for the actual site.
05 — Plan Management, Monitoring & Automation
Define management addressing, SNMP version, syslog target, time synchronization, authentication method and configuration backup process. Organizations using infrastructure automation can assess NETCONF, RESTCONF and YANG workflows. Where Allied Telesis management frameworks are deployed, validate licensing and platform requirements. Standard templates improve supportability when dozens or hundreds of cabinets use the same design.
06 — Confirm Commercial Configuration
Specify exact model suffix, quantity, optics, mounting needs, power supply, feature licenses, delivery site, required warranty terms and target deployment date. The base IE220-6GHX technical platform is well documented, but commercial bundles can differ by market. FourTeck can help validate the NCA1 orderable configuration and produce a project-specific quotation for Dubai or other UAE locations.
Industry Use Cases & Workload Scenarios
Banking & Finance
Branch perimeters, parking systems, secure entrances and ATM-adjacent infrastructure can use a compact industrial switch where surveillance and access devices need managed connectivity. VLAN segmentation, secure administration and fiber uplinks help integrate remote edge devices into centralized security networks.
Healthcare
Hospitals and medical campuses can use the platform in parking, plant rooms, service corridors and external buildings where cameras, access control, Wi-Fi or building systems require resilient connectivity outside the data center.
Government & Public Sector
Municipal infrastructure, smart-city cabinets and public facilities often require broad temperature support and ring-capable fiber connectivity. The IE220-6GHX can serve as a managed field node for small endpoint clusters with centralized monitoring.
Logistics & Warehousing
Large warehouses may need cameras, access points, gate systems and automation devices installed far from the main communications room. Fiber uplinks combined with local PoE can reduce long copper runs while maintaining centralized network policy.
Retail & Hospitality
Outdoor areas, loading bays, car parks and remote service zones can use industrialized switching for security cameras, APs and digital infrastructure where environmental conditions are more demanding than the front-of-house LAN.
Education & Campuses
Distributed buildings, gatehouses, sports areas and perimeter surveillance zones can benefit from a compact fiber-connected PoE node that extends campus policy and monitoring to locations beyond conventional indoor access closets.
The strongest fit is typically a site that needs only a few local copper endpoints but values industrial environmental tolerance, high-power PoE, resilient fiber and advanced management. It is less appropriate where dozens of local access ports are required in one cabinet; in that case, a higher-port-count industrial model or a different access architecture may be more economical.
Technical Feature Deep Dive 1: Processing, Throughput & Workload Performance Architecture
A six-port switch may appear simple, but throughput design is still important because industrial edge devices increasingly produce high-bandwidth traffic. Four Gigabit copper ports can collectively source several gigabits per second, while the two SFP+ interfaces provide significantly more upstream capacity. The 48Gbps switching fabric is therefore valuable because it provides internal bandwidth for simultaneous full-duplex operation across the physical interfaces without making the uplink architecture an obvious bottleneck.
The 35.7Mpps forwarding specification matters for traffic patterns dominated by smaller packets, common in control, telemetry and mixed enterprise traffic. Packet-processing load is not determined only by megabits per second; a stream of small frames can demand significantly more packet handling than the same bandwidth composed of large frames. Industrial networks also frequently mix real-time control messages, camera traffic, management polling, multicast and ordinary IP data. The eight priority queues and policy-based QoS tools let the administrator classify these different workloads and reserve preferential treatment where latency matters.
For video-heavy deployments, multicast functions such as IGMP and MLD can contain replication and prevent unnecessary flooding. For point-to-point camera streams, segmentation and uplink planning are more important. A practical design may place cameras into dedicated VLANs, management into a separate administrative VLAN and other control devices into isolated zones. Jumbo-frame support can help selected workloads, but should only be enabled where the complete path supports a consistent MTU.
The two SFP+ slots are particularly useful in aggregation designs. One can be used upstream and the other reserved for a ring path, redundant distribution switch or downstream industrial node. Alternatively, both may participate in a topology engineered for resilience. The performance architecture therefore gives the device a role beyond a simple four-port PoE switch: it can be a compact fiber-aware edge aggregation point that bridges powered field devices into a higher-speed industrial backbone.
Technical Feature Deep Dive 2: Security, Redundancy & System Resilience
Industrial network security depends heavily on segmentation and control of trusted paths. The IE220 platform supports access-control lists based on Layer 3 and Layer 4 headers, management-traffic restrictions, AAA functions, TACACS+, secure management protocols and multiple port-authentication approaches. DHCP snooping, IP Source Guard and Dynamic ARP Inspection can help reduce common Layer 2 impersonation risks in networks where these mechanisms are appropriate. Port learn limits, MAC lockdown and isolation functions can further restrict unexpected endpoint behavior.
Physical and topology resilience are equally important. Redundant DC power inputs let the switch be connected to two independent feeds or power architectures where available. At the network layer, a broad set of recovery mechanisms provides design flexibility. STP, RSTP and MSTP support conventional Ethernet redundancy. EPSR is designed around rapid Ethernet ring recovery in Allied Telesis environments, while G.8032 ERPS provides standards-based ring protection. MRP addresses industrial ring designs used in automation environments. Engineers should select one topology model intentionally rather than enabling overlapping loop-control mechanisms without a clear design.
Continuous PoE functionality can be operationally significant for cameras and devices that should remain powered during selected switch events. The exact availability of non-stop or enhanced PoE behavior may depend on licensing and software, so this should be validated during procurement. Power priority should also be configured where some endpoints are more critical than others. If total power demand exceeds available budget, priority policy determines which connected devices should retain power.
Environmental resilience complements network resilience. The unit is fanless, includes monitoring of internal temperature and voltages, and can generate alerts through management protocols. Protection features and industrial compliance testing are intended for harsh deployment scenarios, but no switch can compensate for poor cabinet engineering. Proper grounding, surge protection, environmental enclosure selection and validated DC power remain part of the complete reliability design.
Technical Feature Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration
The value of remote management increases with physical distance. A switch inside a remote gatehouse or industrial cabinet can be expensive to visit merely to inspect a port state or restore a configuration. AlliedWare Plus provides a mature management environment with CLI and web-based administration, while SNMP allows integration with mainstream network monitoring systems. Syslog centralizes event history, and sFlow can provide visibility into traffic behavior. Port mirroring and diagnostic functions support deeper troubleshooting where a packet capture or traffic analyzer is needed.
Structured automation interfaces extend the device into modern infrastructure workflows. NETCONF and RESTCONF with YANG data models allow software systems to retrieve or change configuration using machine-readable structures rather than screen scraping. This can be useful for organizations standardizing many similar field cabinets. A template can define VLANs, uplink settings, QoS policy, management addresses and security controls, reducing configuration drift across sites.
Physical diagnostics also matter in the field. Cable fault location functions can help identify copper problems, while digital diagnostic monitoring on supported optics can expose transceiver conditions. Event-based scripting can react to selected system states. USB support allows software and configuration files to be handled locally for backup and distribution. Together these tools can shorten troubleshooting time and give operations teams more information before dispatching a technician.
For enterprises already using Allied Telesis management technologies, the IE220 can participate in broader automated management frameworks, subject to software and licensing requirements. Even without a specialized platform, conventional monitoring practices remain important: maintain configuration backups, monitor temperature and power alarms, restrict management access, synchronize time, collect logs centrally and establish a firmware maintenance process. FourTeck can help buyers map these operational requirements to the bill of materials and deployment scope.
What Buyers Should Check Before Purchase
Most procurement errors with industrial switches are not caused by the core switch model. They come from mismatched optics, inadequate DC power, incorrect PoE assumptions, unsuitable enclosures, missing licenses or a topology that was never validated end to end. Use the following checklist before issuing a purchase order.
01 / FIT — Configuration Fit & Model Sizing
Confirm that four copper ports are sufficient and that no near-term expansion will require a larger model. Build a complete PoE schedule and identify which devices need more than 30W. Validate aggregate bandwidth, expected multicast behavior and whether 10G uplinks are required. Check whether the application needs a second fiber path for resilience.
02 / MATCH — Compatibility & Environmental Requirements
Match SFP/SFP+ modules to fiber type and remote-end optics. Confirm cable category for copper runs. Review DC voltage, grounding, surge protection, enclosure rating, DIN-rail space and thermal conditions. Outdoor cabinets in the UAE can run much hotter than ambient air; evaluate enclosure heat rise rather than relying only on weather temperature.
03 / TERMS — Availability, Delivery & Warranty Terms
Confirm the exact NCA1 suffix, included accessories, warranty region, software entitlement, lead time and logistics terms on the quotation. Do not assume that online listings for another region contain the same bundle. Where project delivery is phased, ask whether all units should be sourced from the same regional configuration for consistency.
04 / REQUEST — Quote Preparation Data Needed
Provide model, quantity, UAE delivery location, required date, endpoint list, PoE power per device, desired uplink speed, fiber type and distance, redundancy requirement and any required support or warranty terms. This information allows FourTeck to validate the core switch and identify optics, power supplies or licensing that should be quoted with it.
UAE Regional Availability & Service Ecosystem
FourTeck supports enterprise, integrator and project buyers across the UAE with model validation, quotation coordination, compatible-accessory planning and logistics support. Availability, regional SKU, warranty entitlement and lead time are confirmed against the requested quantity and deployment schedule. For industrial networking projects, pre-sales review can also include SFP selection, PoE budget and power-input requirements so the order is aligned with the installation plan.
Dubai Supply & Logistics Support
Dubai buyers can request project quotations for corporate sites, Free Zone facilities, warehouses, industrial parks, hospitality properties, campuses and systems-integration projects. Delivery planning can be coordinated around staging requirements, site access and phased rollouts. Provide the deployment location and required date so current supply status can be checked.
Abu Dhabi & Al Ain Logistics Reach
FourTeck can coordinate sourcing and enterprise hardware delivery for projects in Abu Dhabi and Al Ain, including government, industrial, energy, education and large corporate environments. Configuration details should be submitted early where optics, licenses or non-standard power components are required.
Sharjah & Northern Emirates Logistics Infrastructure
Sharjah and Northern Emirates projects can be supported with quotation handling, deployment planning and commercial logistics coordination. Industrial and warehouse customers should include cabinet environment, fiber distances and endpoint PoE data to improve configuration accuracy.
Ajman & Surrounding Emirates Logistics Coverage
Ajman businesses can request availability verification, delivery coordination and technical pre-sales guidance for the AT-IE220-6GHX and associated optics or accessories. Multi-site requirements can be consolidated into a common bill of materials where standardization is desirable.
GCC & Pan-African Supply Chain Reach
For cross-border projects, FourTeck can support hardware sourcing, export quotation coordination and documentation planning subject to destination, trade requirements and product availability. Buyers should provide destination city, quantity, delivery target and preferred incoterms or shipping responsibilities so the commercial team can structure the request appropriately.
Saudi Arabia (KSA) Export & Supply Support
Saudi enterprise and integrator projects can request regional inquiry routing, configuration validation and project quotations. Industrial network projects should identify required optics, power architecture and deployment sector to support accurate bill-of-material preparation.
Qatar Market Supply Reach
Qatar buyers can request cross-border logistics coordination and hardware sourcing for enterprise, smart-building, surveillance and industrial networking projects. Availability and regional commercial terms are confirmed per request.
Oman Regional Distribution Support
Oman customers and integrators can obtain procurement guidance and project quote coordination for industrial Ethernet deployments. Providing fiber distances and endpoint power requirements helps validate the complete edge-switch configuration.
Kuwait Supply Chain Coverage
For Kuwait project quote assistance and export supply coordination, buyers can also visit FourTeck Kuwait.
Kenya & East Africa Supply Infrastructure
Kenyan system integrators and enterprise buyers can request regional distribution support, technical inquiry routing and delivery coordination through FourTeck Kenya.
Uganda Regional Procurement Support
Uganda buyers can request localized inquiry response, project supply management and technology sourcing through FourTeck Uganda.
Pan-African Regional Logistics & Trade Reach
For broader African technology projects, FourTeck can support multi-country sourcing and trade coordination through FourTeck Africa and FourTeck Global, subject to destination-specific logistics and commercial requirements.
Related FourTeck Products & Compatible Alternatives
| Option | When to Consider It |
|---|---|
| Allied Telesis AT-IE220-10GHX | Choose the larger IE220 model when the same industrial feature set is required but more Gigabit PoE edge ports are needed. It provides eight copper PoE ports and the same dual SFP+ uplink concept, with a higher overall PoE budget. |
| Higher-port-count Allied Telesis industrial switches | Use when a cabinet serves a larger endpoint cluster, multiple camera groups or a denser automation cell and four copper ports would force an immediate secondary switch. |
| Allied Telesis enterprise access switch | A conventional enterprise access model may be more cost-effective for climate-controlled communications rooms where industrial temperature, DIN-rail mounting and field power design are unnecessary. |
| Managed industrial switch without PoE++ | Consider this class when all powered devices stay within lower PoE classes and no endpoint needs up to 90W. This can simplify power-supply sizing for lighter edge deployments. |
| Media converter or fiber extender architecture | For a single non-PoE endpoint, a full managed industrial switch may be unnecessary. A simpler optical conversion architecture can sometimes reduce cost, though it provides less segmentation, monitoring and resilience. |
The main decision is not which product has the longest feature list, but which architecture best matches port density, PoE class, environmental conditions and redundancy requirements. FourTeck can compare the AT-IE220-6GHX against alternatives after receiving the endpoint count, uplink design and cabinet conditions.
Why Enterprises Choose FourTeck
Enterprise networking procurement is often delayed by small configuration details: the wrong optic, an overlooked PoE budget, an incompatible power source or a regional SKU mismatch. FourTeck’s role is to help convert a technical requirement into a clearer procurement package. Pre-sales review can cover model selection, port count, uplink optics, fiber distance, power requirements, mounting method, licenses and UAE delivery details before the commercial order is finalized.
For project buyers, quotation coordination can include multiple quantities, phased deliveries and accessory line items rather than treating the switch as an isolated SKU. Integrators can submit a bill of materials for compatibility review, while enterprise IT teams can provide network design requirements. Warranty handling and post-sales support are coordinated according to the product’s applicable vendor and regional terms. Claims about stock, lead time or warranty should always be confirmed on the current quotation rather than assumed from a generic product listing.
Frequently Asked Questions
1. What is the Allied Telesis AT-IE220-6GHX?
It is a managed industrial Layer 2+ Ethernet switch with four Gigabit copper PoE ports and two 1/10G SFP+ uplink slots. It is intended for field and industrial edge deployments where rugged construction, broad operating-temperature support, resilient fiber topology and advanced management are important.
2. How much PoE power can the AT-IE220-6GHX provide?
The switch has a total PoE budget of 180W. Copper ports 1 and 2 support up to 90W per port for high-power PoE++ devices, while ports 3 and 4 support up to 30W per port. Total endpoint demand must remain within the switch and external power-supply limits.
3. Does the switch support 10 Gigabit fiber?
Yes. The two uplink slots support 1Gbps and 10Gbps SFP/SFP+ modules listed as compatible for the platform. The correct optic depends on fiber type, distance, wavelength and the transceiver used at the remote end. Optics should be selected as part of the project configuration.
4. Is the AT-IE220-6GHX suitable for hot UAE environments?
The IE220 series is designed for industrial conditions and is specified for operation across a broad range reaching -40°C to 75°C under applicable conditions. Final suitability still depends on enclosure temperature, solar load, ventilation, spacing and other site factors. Outdoor use generally requires a suitable protective cabinet.
5. Can it be mounted on DIN rail?
Yes. The platform supports DIN-rail installation and wall mounting, making it suitable for automation panels, roadside cabinets, warehouse enclosures and distributed utility spaces. Buyers should confirm the mounting hardware in the quoted bundle and maintain the installation clearances specified in the hardware guide.
6. Does it support redundant network designs?
Yes. Supported resiliency technologies include spanning-tree variants, EPSR, G.8032 ERPS, MRP and link aggregation. The correct choice depends on the network architecture and upstream equipment. Engineers should select and document one coherent redundancy model to avoid unintended loops or protocol interaction.
7. What management interfaces are available?
Management options include command-line and web interfaces, SNMP, secure remote access, logging and automation interfaces such as NETCONF and RESTCONF with YANG modeling. These capabilities make the device suitable for centralized monitoring and repeatable configuration across multiple remote sites.
8. Are SFP+ modules included?
SFP or SFP+ optics should be treated as configuration-dependent unless explicitly shown as included on a quotation. The required module depends on speed, fiber type, distance and remote-end compatibility. FourTeck can quote compatible optics together with the switch when the fiber details are provided.
9. What does the NCA1 suffix mean for procurement?
Regional or commercial suffixes can identify a particular orderable variant, packaging or market configuration. The underlying IE220-6GHX platform specifications are published by Allied Telesis, but buyers should confirm the exact NCA1 SKU, included accessories, certification and warranty applicability on the UAE quotation.
10. What information should I send FourTeck for a quote?
Send the required quantity, delivery location, target date, endpoint types, PoE power needs, preferred fiber speed, fiber type and distance, redundancy requirement and any requested support terms. This allows the quotation to include the correct switch variant, optics, power components and applicable licenses.
Request an AT-IE220-6GHX-NCA1 Dubai Project Quote
For accurate project pricing, provide the exact model, quantity, Dubai or UAE delivery location, deployment timeframe, powered-device list, fiber distance and required redundancy. FourTeck can review the configuration and coordinate a current commercial quotation including compatible optics, accessories or licenses where required.
