High-capacity 10G edge routing
Ubiquiti EdgeRouter Infinity ER-8-XG in Dubai, UAE
The ER-8-XG gives network teams eight 10G SFP+ interfaces in a compact 1U platform, supported by a 16-core processor, 16 GB of DDR4 memory and redundant hot-swappable power supplies. It is intended for routing designs where fibre density, aggregate bandwidth and policy control matter more than consumer-style simplicity.
Fibre-ready network ports
Non-blocking throughput
Hot-swappable power modules
Designed for equipment racks
Direct answer for buyers
The Ubiquiti EdgeRouter Infinity ER-8-XG is a high-capacity wired router in the EdgeMAX portfolio. It is mainly used to route multiple high-speed fibre links at a network edge, aggregation layer or service-provider point of presence. It is worth considering when an organisation needs several 10G SFP+ interfaces, advanced routing control and redundant power in a rack-mount appliance. Before proceeding, buyers should confirm the actual routed throughput required, packet characteristics, protocols, VPN or shaping demands, optical modules, fibre cabling, rack environment and support expectations. The chassis does not remove the need for a complete topology and compatibility review.
What the ER-8-XG does
The platform connects high-speed fibre networks and applies routing decisions between them. Depending on the deployed configuration, it can support static and dynamic routing, policy controls, firewall functions, network address translation, quality-of-service policies, VPN functions and operational monitoring. Its value lies in combining several 10G interfaces with a configurable routing operating system rather than presenting a fixed-function gateway.
This makes it suitable for teams that understand their routing design and want direct control over interfaces, protocols and policies. It should not be treated as a plug-and-play replacement for every firewall, SD-WAN appliance or cloud-managed gateway. Security inspection, central management expectations and application-layer controls need separate assessment.
Who should consider it
The ER-8-XG may fit internet service providers, hosting environments, data-centre edge networks, research or education campuses, multi-building organisations and enterprises receiving several high-capacity Ethernet handoffs. It is especially relevant when most required connections are fibre-based and the network team is comfortable with EdgeOS administration.
A small office with a single low-speed internet circuit is unlikely to benefit from this platform. Buyers wanting integrated wireless, extensive next-generation threat inspection, built-in PoE access switching or a fully unified UniFi gateway experience should compare alternative architectures before selecting this model.
Business challenges the platform can address
Too few 10G router interfaces
Eight SFP+ ports allow multiple 10G uplinks, peer connections or segmented routed links without relying on a collection of smaller routers. The design still requires correct optics, fibre types and port allocation.
Power maintenance risk
Two modular hot-swappable power supplies can support a more resilient power design. Real resilience depends on connecting the supplies to appropriate independent power sources and maintaining replacement procedures.
Complex route policy needs
EdgeOS offers configurable routing and policy features for networks that need more control than a basic broadband router. Specialist configuration and testing may be required for production use.
Growth beyond Gigabit links
The SFP+ interface density supports migration toward multi-gigabit or 10G handoffs. Capacity planning should include traffic growth, packet rates, service overhead and future topology changes.
Core capability band
Eight SFP+ ports support 10G Ethernet connections for aggregation, transit, peering or internal routed links.
EdgeOS provides a configurable environment for routing, firewall, NAT, VPN and traffic-management functions.
Dual hot-swappable supplies reduce the need to shut down the chassis during a compatible power-supply replacement.
The 1U steel enclosure is suited to structured equipment-room and data-centre installations.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Multiple 10G fibre links | The design needs up to eight SFP+ routed interfaces. | Optic type, wavelength, distance, fibre connector and port plan. |
| High aggregate capacity | Traffic is distributed across several interfaces and services. | Real packet sizes, enabled features and expected bidirectional load. |
| Dynamic routing | The network team requires configurable route exchange and policy. | Protocol design, route scale, filtering and failover testing. |
| Redundant power | The rack has separate protected power feeds. | Power distribution, spare strategy and maintenance process. |
| Advanced security inspection | Only when required controls are available in the planned architecture. | Whether a dedicated next-generation firewall is also required. |
Verified technical information
| Brand | Ubiquiti |
|---|---|
| Product name | EdgeRouter Infinity |
| Model | ER-8-XG |
| Product type | Rack-mount wired router |
| Network interfaces | Eight 10G SFP+ ports and one 10/100/1000 RJ45 Ethernet port |
| Management interface | Dedicated RJ45 serial console port; software management through EdgeOS |
| Non-blocking throughput | 80 Gbps aggregate |
| Switching capacity | 160 Gbps |
| Forwarding rate | Up to 18 million packets per second as stated by the manufacturer |
| Processor | MIPS64, 16 cores, 1.8 GHz |
| Memory | 16 GB DDR4 RAM |
| Storage | 8 MB NOR flash and 4 GB eMMC NAND flash |
| Power | Two hot-swappable AC/DC power supplies; 100 to 240 VAC input; maximum consumption 100 W |
| Dimensions | 442.4 × 285.6 × 43.7 mm |
| Weight | Approximately 5 kg, depending on mounting configuration |
| Operating temperature | -5 to 40°C |
| Availability | Contact FourTeck for current UAE options, quantity checks and vendor lead-time guidance. |
Compatibility and dependency notice
SFP and SFP+ modules are not interchangeable merely because they share a physical shape. The chosen transceiver must match the intended speed, fibre mode, wavelength, reach and connector. Direct-attach copper cables also require compatibility checks at both ends. Buyers should verify whether optics are included in the proposed quotation; they are commonly treated as separate items.
Headline forwarding figures are platform specifications, not a guarantee for every feature combination. Encryption, traffic shaping, extensive firewall policies, logging, monitoring, small packets and complex route processing can change operational performance. Firmware version, configuration syntax and support policy should be reviewed before migration. Where application-layer inspection or subscription-based threat intelligence is required, a dedicated security platform may be more appropriate alongside or instead of the router.
A practical purchase and deployment journey
Document the links
List every WAN, transit, peering, core and management connection, including speed and media.
Model real traffic
Estimate average, peak and growth traffic, packet sizes and feature-related processing requirements.
Build the bill of materials
Confirm router quantity, optics, cables, rack accessories, power feeds and spare components.
Define configuration
Prepare addressing, routing, firewall, NAT, VPN, monitoring and rollback requirements.
Test and hand over
Validate failover, throughput, management access, logs, backups and operational documentation.
10G interface density and traffic design
The defining characteristic of the ER-8-XG is its concentration of eight 10G SFP+ ports. This can reduce chassis count when a network design needs several fibre handoffs, but interface density alone does not determine suitability. Each connection should have a documented purpose, expected traffic direction and failure relationship. For example, two ports might connect to upstream carriers, two to core switches, two to a data-centre fabric and the remaining ports to peer networks or expansion links. A different organisation may use the same hardware for routed building uplinks. The right plan depends on topology rather than a generic port assignment.
Optical design is part of router design. Multimode and single-mode fibre serve different distances and environments. Transceiver wavelength, connector cleanliness, patch-panel loss and remote-device compatibility can affect link stability. Buyers should avoid choosing optics purely by speed label. A complete quotation should identify each transceiver or direct-attach cable and specify which interface it serves.
The separate Gigabit RJ45 interface can support a copper network connection, while the dedicated serial console provides an out-of-band recovery path for administrators. Management access should be isolated and protected according to the organisation’s security policy. Where remote recovery is important, console-server integration, secure jump-host access and documented credential handling may be worth including in the project scope.
Routing control and operational visibility
EdgeOS is intended for administrators who need granular routing and network-policy control. A deployment may use static routes for simple paths or dynamic routing where routes must be exchanged with carriers, peers, core devices or remote sites. The protocol choice should reflect route scale, convergence expectations, administrative ownership and troubleshooting capability. Using a feature because it is available is not the same as using it appropriately.
Policy decisions should be documented before configuration begins. The team needs to know which traffic may enter or leave each interface, how routes are preferred, what happens when a link fails, where address translation is required and how management traffic is separated. Configuration review should also cover control-plane protection, access credentials, backup files, software maintenance and change approval.
Monitoring is equally important. Interface utilisation, errors, packet drops, route changes, CPU load, memory use, temperature and power status should feed an operational process. Logs may need to be forwarded to a suitable external syslog or monitoring system to support retention and analysis. The router can provide useful data, but alert thresholds, ownership and response procedures belong to the broader network-management design.
Resilience, maintenance and lifecycle planning
Dual hot-swappable power modules are valuable only when the surrounding electrical design is resilient. Connecting both supplies to the same unprotected extension strip creates a shared failure point. A stronger design may use separate rack power distribution units backed by appropriate UPS systems and documented maintenance procedures. Facilities teams should confirm input voltage, available sockets, rack airflow and heat management before installation.
Router redundancy is a separate question from power redundancy. A single chassis with two supplies remains one routing device. Organisations that cannot tolerate a chassis, software or maintenance outage may need two routers, duplicated links and a tested failover design. The exact approach depends on routing protocols, address ownership, upstream-provider support and the acceptable recovery interval.
Lifecycle planning should include firmware review, configuration backups, spare optics, replacement power modules, support responsibilities and an eventual migration path. Buyers should confirm current product availability and software support rather than assuming that an established model has unlimited future supply. FourTeck can assist with requirement review and suitable alternatives when a model, accessory or regional configuration is constrained.
Ideal business environments and use cases
Service-provider edge
Operators may use multiple 10G interfaces for upstream, downstream or peering connections, subject to routing-scale and feature validation. A deployment plan should include route policies, traffic engineering, management isolation and spares.
Data-centre connectivity
The router may connect external circuits, core switching and hosted networks where a configurable Layer 3 edge is required. Security inspection and tenant segmentation requirements should be evaluated separately.
Campus aggregation
Large sites can use fibre links to route between buildings, core zones or upstream services. Fibre distance, redundant paths and environmental conditions at each endpoint need confirmation.
High-bandwidth enterprise edge
Businesses with several carriers or private circuits may value the port density and policy control. The router is not automatically a substitute for a security appliance with advanced inspection subscriptions.
Integration and operational considerations
The ER-8-XG rarely operates alone. It normally connects to carrier equipment, switches, firewalls, monitoring platforms, authentication systems and rack-power infrastructure. Each handoff should define speed, duplex behaviour, VLAN tagging, IP addressing, maximum transmission unit and routing ownership. Mismatched assumptions at either end can create intermittent faults that are difficult to diagnose.
Where the router sits in front of a firewall, teams should decide which device owns public addressing, NAT, VPN termination and routing decisions. Where it sits behind a firewall, route exchange and asymmetric-path risks require attention. In multi-device designs, consistent naming, interface descriptions and diagrams reduce operational confusion.
Configuration backup and recovery must be tested, not merely enabled. Administrators should keep an approved baseline, record changes, protect credentials and know how to access the serial console when normal management paths fail. Any remote-management platform should be reviewed for permissions, software compatibility and organisational policy. The required installation and configuration work should appear clearly in the quotation rather than being assumed.
Buyer questions to resolve
Procurement checklist
✓ Exact model: ER-8-XG
✓ Required chassis quantity
✓ Full interface and topology plan
✓ SFP/SFP+ transceiver part numbers
✓ Fibre type, reach and connector details
✓ Direct-attach cable requirements
✓ Rack space, airflow and mounting plan
✓ Independent power-feed arrangement
✓ Routing and firewall feature scope
✓ VPN or traffic-shaping expectations
✓ Monitoring and log-retention plan
✓ Installation, configuration and testing scope
✓ Firmware and migration approach
✓ Availability, lead time and warranty confirmation
How FourTeck can assist
FourTeck can help translate a network diagram or high-level requirement into a clearer purchasing request. Assistance may include model review, port planning, optics and accessory identification, quantity confirmation, quotation coordination and discussion of installation or configuration scope. For complex routing projects, buyers should provide current and proposed diagrams, addressing details, protocol requirements, expected traffic and change-window constraints.
The objective is to reduce omissions in the bill of materials and make responsibilities visible before deployment. Contact the FourTeck networking team to discuss the router, or browse the business technology product range for related infrastructure options.
UAE availability and project support
Contact FourTeck to confirm current UAE availability for the Ubiquiti EdgeRouter Infinity ER-8-XG. Availability may depend on quantity, supplier allocation, product lifecycle and vendor lead time. A complete request should identify whether the quotation must include transceivers, fibre or direct-attach cables, rack accessories, installation, configuration, migration and testing.
Delivery and project coordination can be discussed after the exact requirement is confirmed. Businesses should avoid planning a fixed cutover date until the hardware, accessories, software approach and technical resources have been validated. For broader assistance, review FourTeck’s networking and deployment services or use the UAE contact page.
Dubai, Abu Dhabi, Sharjah and Ajman coverage
FourTeck can coordinate product enquiries and requirement discussions for organisations in Dubai, Abu Dhabi, Sharjah and Ajman. The scope may range from supply-only quotation support to a broader review that includes optics, rack deployment, routing configuration and migration planning. Site access, installation timing, documentation needs and support expectations should be stated early, because these details affect the proposed scope. Hardware availability and service scheduling remain subject to the confirmed model, quantity, destination and project conditions.
GCC availability
FourTeck can assist GCC businesses that are evaluating the ER-8-XG for a regional network, service-provider edge or data-centre requirement. Support can begin with a review of the proposed topology, interface count, optical media, routing features and redundancy expectations, followed by quotation and delivery coordination for the confirmed destination. Requirements may originate in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman, but product availability, service scope and vendor lead times can vary between markets. Buyers should share the destination country, exact model, required quantity, preferred schedule, transceiver list and any installation or configuration expectations. Licensing, software support, warranty handling, shipping arrangements and onsite work must be confirmed for the specific transaction. FourTeck does not assume that one country’s supply conditions or project scope automatically apply to another. For Kuwait-related enquiries, buyers may also visit FourTeck Kuwait.
Africa availability
Organisations planning high-capacity routing projects in Africa can contact FourTeck for product evaluation, accessory planning and regional procurement guidance. The ER-8-XG may be considered for service-provider, campus or data-centre environments, but the final recommendation should reflect local fibre infrastructure, power design, technical skills and support arrangements. Availability and fulfilment can depend on destination, quantity, product lifecycle, optics, shipping conditions, vendor lead time and local project requirements. Buyers should provide the destination country, exact quantity, required interfaces, expected bandwidth, desired deployment window and any installation or remote-support expectations. FourTeck can help clarify the bill of materials and compare suitable options without promising local inventory or fixed delivery dates. Relevant regional resources include FourTeck Africa, FourTeck Kenya and FourTeck Uganda.
Related products and services to consider
Compatible SFP+ optics
Choose transceivers according to speed, wavelength, reach, fibre type and remote-device compatibility. Exact part numbers must be confirmed.
10G switching
Core or aggregation switches may be required to connect server, campus or access networks to the router. Port density and redundancy should match the topology.
Next-generation firewall
Consider a separate security appliance where advanced threat inspection, web control, application visibility or subscription services are required.
Configuration assistance
Routing, failover, firewall, NAT, VPN and monitoring can be scoped as professional services where internal resources need support.
Why businesses contact FourTeck
A high-capacity router purchase can fail at the details: the wrong optics, an incomplete power plan, untested routing behaviour or an assumption that advanced security functions are included. FourTeck focuses the discussion on requirement clarification, model selection, accessory identification, compatibility review, quotation coordination and project scope. Buyers can request supply guidance alone or discuss installation, configuration, migration and testing as separate elements. Learn more about FourTeck and its approach to business technology requirements.
Frequently asked questions
Is the ER-8-XG suitable for a small office?
Usually not. Its eight 10G SFP+ interfaces and rack-focused design are aimed at higher-capacity routing environments. A smaller gateway may be more economical and easier to operate for a single low-speed internet link.
Does the router include SFP+ transceivers?
Transceiver inclusion should be confirmed in the quotation. Buyers should normally specify the required optic or cable for every planned port rather than assume it is bundled.
Can every port operate at 10 Gbps?
The eight SFP+ interfaces support 10G Ethernet connections. The separate copper RJ45 network interface supports 10/100/1000 Ethernet. Operational results depend on the complete configuration and traffic profile.
Is 80 Gbps guaranteed with VPN and traffic shaping enabled?
No universal guarantee should be assumed. The 80 Gbps figure is the stated aggregate non-blocking throughput, while encryption, shaping, packet size and policy complexity can affect feature-specific performance.
Does dual power mean the router is fully redundant?
Dual hot-swappable supplies improve power resilience, but the chassis remains a single device. Chassis-level redundancy requires a second router and an appropriate failover design.
Can it replace a next-generation firewall?
That depends on the required controls. The router offers firewall and routing functions, but organisations needing advanced inspection, threat subscriptions or application-layer security should evaluate a dedicated firewall platform.
What information is needed for a quotation?
Provide quantity, destination, port plan, optics, expected bandwidth, routing features, power arrangement, installation scope, configuration requirements and preferred schedule.
Can FourTeck help with configuration?
Configuration assistance can be discussed according to the topology, protocols, security policy, migration method, test plan and documentation requirements. The agreed scope should be stated in the quotation.
Is the ER-8-XG currently available in Dubai?
Current availability must be confirmed. It can vary according to quantity, supplier position and vendor lead time. FourTeck can review the request and advise on current options.
Confirm the router, optics and project scope together
Send FourTeck your topology, required port speeds, routing features, quantity and destination. The team can help clarify the bill of materials and prepare a current UAE quotation.
