Juniper ACX Router Price Dubai
Compare Juniper ACX metro access and aggregation platforms for service-provider, wholesale, cloud metro, data-center edge and large enterprise deployments. The right Dubai price is configuration-specific: model, interface density, optics, power, software, support term and deployment scope all affect the quotation.
Direct answer for Dubai buyers
Juniper ACX is a family of high-performance metro routers covering access, pre-aggregation, aggregation and selected lean-edge roles. Current ACX7000 platforms include compact fixed systems and higher-capacity fixed or modular options.
Building Ethernet and IP/MPLS transport for metro networks, mobile backhaul or fronthaul, enterprise WAN edge, wholesale access, cloud metro and data-center interconnect or edge use cases where deterministic connectivity and scale matter.
Telecom operators, ISPs, carriers, large enterprises, utilities, wholesale providers and organizations that need more carrier-oriented routing, timing, service scale or interface flexibility than a conventional branch router provides.
Do not select by headline throughput alone. Confirm the exact interface speeds and quantities, optics reach, power type, environmental conditions, feature requirements, software release, support term and growth target.
A practical shortlist, required transceivers and accessories, AC/DC fit, capacity headroom, deployment considerations and the information needed to produce a defensible Dubai quotation.
Why Juniper ACX pricing is quote-based
“Juniper ACX Router Price Dubai” is not one universal number because ACX is a portfolio rather than a single hardware SKU. A compact access router and a 4.8 Tbps aggregation platform solve very different jobs. Even after a model is chosen, commercial cost can change with the required port-speed mix, optical transceivers or direct-attach cables, AC versus DC variants, redundant components, software entitlements, support duration, spares, rack work, migration and configuration services.
For procurement teams, a useful quotation therefore starts with a bill of requirements rather than a guessed web price. FourTeck can quote against the exact technical requirement so the offer reflects what will actually be deployed.
What changes the final UAE cost?
- Exact ACX model and hardware variant
- 1/10/25/40/50/100/200/400GbE interface requirements
- Optic type, fibre standard and required link distance
- AC or DC power and redundancy requirements
- Feature, software and support requirements
- Quantity, spares strategy and delivery schedule
- Rack installation, staging, migration and onsite work
Current ACX platforms: where the major models fit
Juniper positions the ACX family for metro access, aggregation and data-center use cases. The ACX7000 family covers a particularly broad range, from compact 1U access systems through high-density 4.8 Tbps fixed routers and modular aggregation. The important purchasing question is not “which ACX is newest?” but “which ACX matches the intended network role and interface plan?”
| Model | Typical role | Published throughput | Published interface summary | Buyer implication |
|---|---|---|---|---|
| ACX7020 | Metro access | 100 Gbps | 4 × 1/10/25GbE + 16 × 1/10GbE | Useful when compact access, industrial operating range and modest aggregate bandwidth are more important than very high uplink density. |
| ACX7024 / ACX7024X | Metro access | 360 Gbps | 24 × 1/10/25GbE + 4 × 100GbE | Strong fit when access nodes need many 25GbE-capable ports plus 100GbE uplinks in a shallow 1U platform. |
| ACX7100-48L | Metro aggregation / data-center edge | 4.8 Tbps | 48 × 10/25/50GbE + 6 × 400GbE | Well suited to high fan-out aggregation where many lower-speed client links must converge into 400GbE uplinks. |
| ACX7100-32C | High-capacity aggregation | 4.8 Tbps | 32 × 40/100GbE + 4 × 400GbE | A better match when 100GbE density matters more than large quantities of 10/25/50GbE fan-out. |
| ACX7332 | Metro aggregation | 2.4 Tbps | 32 × 1/10/25GbE + 8 × 100GbE fixed, plus three I/O bays | Useful where fixed access ports need to be combined with modular expansion and extended-temperature operation. |
| ACX7348 | Metro aggregation | 2.4 Tbps | 48 × 1/10/25GbE + 8 × 100GbE fixed, plus three I/O bays | Adds higher fixed low-speed density and modularity for industrial-rated aggregation designs. |
| ACX7509 | High-availability aggregation / lean edge | 4.8 Tbps | Modular FPC options spanning 1GbE through 400GbE | Consider when modularity, control/forwarding redundancy and service growth justify a larger 5U chassis. |
Published port capability does not mean every possible speed, breakout mode or optic is valid in every port combination. Final designs should be checked against the selected hardware variant and current Juniper documentation.
ACX7020: compact access first
The ACX7020 is a fixed 1U, approximately 23.5 cm deep platform with 100 Gbps throughput. Juniper publishes 1GbE through 25GbE port flexibility, and the platform is designed for industrial-temperature environments. That combination matters for cell-site, roadside, utility, remote cabinet and compact access deployments where rack depth and environmental tolerance can be as important as raw capacity. Its typical power draw without optics is published at 65 W under Juniper’s stated conditions, although actual consumption varies with load, optics and environment.
ACX7024 / X: denser access
ACX7024 and ACX7024X raise published throughput to 360 Gbps and provide 24 SFP28 ports supporting 1/10/25GbE plus four 100GbE QSFP28 ports. For a Dubai metro access location, that can reduce the need to jump immediately to a much larger aggregation platform. The 1U chassis is shallow at roughly 24.4 cm. When planning the quote, identify how many ports will actually run at each rate, the transceiver reach on every fibre path, and whether the site requires a particular temperature-rated variant.
ACX7100: high-density fixed aggregation
Both ACX7100-48L and ACX7100-32C are published at 4.8 Tbps, but their port personalities target different aggregation patterns. The 48L emphasizes 10/25/50GbE fan-out with six 400GbE ports, while the 32C emphasizes a large pool of 40/100GbE ports plus four 400GbE ports. Choosing between them is therefore a port-mix decision, not a throughput decision. The systems are much deeper than the ACX7020/7024, so rack depth, airflow, optics and power budget should be confirmed early.
ACX7332 / ACX7348: fixed plus modular
The ACX7332 and ACX7348 use a compact 3U fixed-plus-I/O-bay design and provide 2.4 Tbps throughput. Juniper lists 100GbE fixed ports together with three I/O bays that can add multi-rate SFP56 or higher-speed QSFP-based interfaces. The 7332 and 7348 differ in fixed 1/10/25GbE density and environmental rating. This makes them useful when a network needs more expansion flexibility than a fixed 1U access router but does not necessarily require the scale or chassis profile of ACX7509.
ACX7509: modular high availability
ACX7509 is a 5U modular platform with 4.8 Tbps throughput and field-programmable line-card choices spanning lower-speed fan-out through 400GbE. Juniper documents control and forwarding redundancy, making this the class of platform to evaluate when availability architecture and modular service growth matter more than the simplicity of a fixed appliance. The chassis also brings materially different rack, power and cooling requirements, so it should not be treated as a drop-in substitute for a 1U ACX.
ACX710 and legacy-fit questions
Juniper also lists ACX710 as a hardened 1U universal metro router with 320 Gbps switching capacity, 24 1/10GbE ports and four 40/100GbE ports. It is DC-powered and designed for harsh operating temperatures. For projects involving older ACX500/1000/2000/4000/5000-series estates, the purchase decision should include migration requirements and lifecycle status rather than assuming an older installed model should simply be reordered.
Capabilities that matter more than the headline router price
A metro router is purchased as part of a network architecture, not as an isolated appliance. ACX value comes from the combination of port density, packet forwarding, timing, service protocols, automation, environmental fit and operational consistency. These areas should be mapped to the Dubai deployment before asking whether one quote is cheaper than another.
IP/MPLS and segment routing
Current ACX7000 platforms are positioned for modern metro transport and support technologies including MPLS, Segment Routing and SRv6. The precise feature set and software release should still be validated against the planned service design. Buyers should document whether the router will terminate services, act mainly as transport underlay, participate in traffic engineering, or form part of an EVPN architecture.
EVPN and service delivery
EVPN-related capabilities can be important where operators want scalable Ethernet services, routed overlays or consistent service constructs across metro and data-center domains. The relevant question is not simply whether EVPN appears on a feature list. Confirm the exact service model, route scale, convergence expectations, encapsulation and interoperability with the rest of the network.
Timing and synchronization
Juniper positions ACX for mobile transport and publishes precision timing capabilities across relevant platforms. Timing is essential in many 4G/5G deployments, but the correct design depends on the synchronization hierarchy, grandmaster architecture, PTP profile, boundary-clock behavior and physical timing interfaces. These requirements can influence platform selection and should be specified before procurement.
MACsec and link security
Selected ACX platforms support MACsec, which can be valuable when encryption is required directly on metro Ethernet links. Support should be confirmed at the exact model and port level because hardware-driven exceptions can exist. If encryption is mandatory on every high-speed link, make it a first-class requirement rather than assuming all members of a product family behave identically.
Automation and operations
Juniper associates the ACX7000 family with Junos OS Evolved and Paragon Automation. For an operations team, automation value depends on the wider tooling strategy: provisioning method, telemetry collection, assurance workflows, APIs, source-of-truth system and change-control model. A platform with ample forwarding capacity can still be a poor choice if it complicates the organization’s intended operating model.
Environmental and physical fit
ACX includes conventional data-center-class and environmentally hardened options. Dubai projects may involve air-conditioned racks, telecom shelters, remote industrial cabinets or sites with restricted depth and DC power. Published temperature range is only one part of suitability: airflow direction, dust control, humidity, power feed, grounding, rack depth, cable bend radius and maintenance clearance matter as well.
How to size an ACX router for a real network
Selecting by theoretical throughput can lead to either unnecessary cost or a platform that runs out of the wrong resource. A useful sizing exercise translates today’s traffic and service architecture into an interface, forwarding, route-scale, power and growth plan. The following inputs are usually more valuable than a simple request for “a fast Juniper router.”
Build the port map
List every required client and uplink interface by speed, media and reach. Separate ports needed on day one from ports reserved for growth. Include breakout requirements. A 4.8 Tbps platform can still be wrong if its physical port mix does not match the service handoffs.
Define traffic behavior
Record peak and sustained traffic, expected oversubscription, east-west versus north-south flows, multicast needs and how quickly demand is growing. Capacity headroom should reflect the network role and failure scenarios rather than a generic percentage applied to every site.
Capture service scale
Document required routing protocols, VRFs, VLANs, EVPN instances, labels, tunnels, policies, queues and other service constructs. Feature scale can be just as important as raw bandwidth. Exact limits can depend on software and configuration, so they should be checked for the intended release.
Plan failure states
If a link, uplink, power feed or adjacent router fails, determine how much traffic moves to the surviving path. Redundancy can increase the capacity required from each box. This is especially important at aggregation locations where many access nodes converge.
Check site engineering
Confirm rack units, usable depth, front/rear clearance, AC or DC feeds, breaker sizing, heat load and airflow. A shallow access node such as ACX7020 or ACX7024 fits a very different physical environment from a deeper ACX7100 or a 5U modular ACX7509.
Choose a growth horizon
Decide how long the platform is expected to remain in service and what upgrades are realistic during that period. A modular platform may justify a higher initial cost when interface requirements will change materially; a compact fixed platform can be more efficient when the design is stable and well bounded.
Optics, cabling and interface compatibility: a common quotation gap
The chassis price is only part of a deployable router. Every fibre connection needs the correct transceiver or cable type for its port speed, fibre plant, wavelength plan and distance. Short-reach multimode, single-mode, extended-reach and coherent applications can have very different optical requirements and cost profiles. High-power optics also affect thermal planning. If a design uses breakout, the supported lane mapping and any restrictions on neighboring ports must be verified.
For ACX7100, Juniper explicitly highlights support for high-power ZR/ZR+ transceivers. That can be attractive when packet and optical transport are being converged, but it does not remove the need for an optical engineering check. Link budget, fibre loss, patching, dispersion where relevant, receiver range and interoperability remain part of the design. Likewise, a port accepting a QSFP form factor does not automatically mean every QSFP optic or cable is supported.
Software, support and feature validation
Current ACX7000 platforms use Junos OS Evolved, while other ACX generations may use different software trains. Procurement should therefore identify the exact hardware and planned software release together. A feature that exists somewhere in the ACX portfolio should not be assumed to exist with identical scale or behavior on every model.
Support requirements are also commercial inputs. Define coverage period, replacement expectations, software access and operational ownership. For production carrier and enterprise networks, the support strategy should match the criticality of the node rather than being treated as a line-item added at the end of the quote.
Do not overlook power and cooling
Published consumption varies substantially across the family. Juniper lists ACX7020 typical draw at 65 W without optics under stated test conditions, ACX7100-48L at 270 W typical without optics, ACX7100-32C at 570 W typical without optics, and ACX7509 at a much higher chassis-level draw depending on redundancy and configuration. Optical modules add load.
This affects rack power, UPS capacity, DC plant sizing, cooling and operational cost. For Dubai deployments, the site engineer should confirm the actual ambient and cooling design rather than relying only on a device’s maximum operating-temperature rating.
Practical ACX use cases in Dubai and the UAE
Service-provider metro access
Compact ACX access platforms can aggregate customer or access links into higher-speed metro uplinks. Here the important decisions are subscriber/service scale, 10/25GbE density, 100GbE uplinks, timing, environmental rating and whether future densification will exceed the fixed-port design.
Mobile transport
ACX is positioned for mobile network transport where capacity, synchronization, low latency and resilient service delivery matter. The design should identify the mobile architecture and timing profile, the role of the node and whether the site needs hardened hardware or conventional data-center environmental conditions.
Wholesale Ethernet and IP services
Wholesale providers may value service scale, predictable forwarding, Ethernet service capabilities, MPLS and operational automation. Port handoffs should be mapped by speed and media, and the design should consider how services are protected during upstream or node failures.
Data-center edge and interconnect
ACX7100 class systems can be relevant where high-density 100GbE or 400GbE connectivity, routing scale and metro transport meet data-center operations. Buyers should compare the ACX service-router role with Juniper’s dedicated data-center switching and core-routing families rather than assuming one platform family is optimal everywhere.
Large enterprise WAN aggregation
Enterprises with multiple sites, high-speed private links or carrier-like internal networks may use ACX at aggregation points. A smaller enterprise with ordinary internet edge requirements may be better served by a different router or security platform, especially when firewalling and branch services are the primary need.
Industrial and field-area networking
Hardened ACX platforms can suit utilities, transport, energy and remote infrastructure where temperature tolerance, DC power, timing or ruggedized deployment conditions matter. Site design still needs to account for enclosure, dust, grounding, fibre protection and local maintenance access.
Migration planning: replacing an existing router is not only a hardware swap
Organizations asking for an ACX price are often upgrading an older metro router. The migration can be straightforward when interfaces and services are simple, but larger environments need a controlled plan. Inventory the current physical ports, VLANs, routing protocols, MPLS services, policy, QoS, timing, management addresses, authentication, telemetry, alarms and operational scripts. Identify which behaviors are intentionally being changed rather than copied.
A new ACX model may have different port numbering, breakout behavior, optics, airflow, power connectors or software behavior. Service validation should therefore happen before the maintenance window. A good migration plan includes configuration generation, peer compatibility checks, pre-staging, optics verification, rollback criteria, traffic testing and post-cutover monitoring.
Where the installed network uses legacy ACX generations, ask for lifecycle and software compatibility to be reviewed as part of the quote. Reusing familiar model names without checking current support can create avoidable operational risk.
When another Juniper platform may be a better fit
Consider MX when the edge role is broader
Juniper MX is a universal routing family aimed at rich edge and service-provider use cases. If the requirement centers on very large-scale edge services, subscriber functions or a role beyond metro access/aggregation, an MX comparison may be more relevant than automatically scaling up within ACX.
Consider PTX for core-focused designs
Juniper positions PTX for WAN core and very high-capacity packet transport. If the network requirement is dominated by core scale rather than metro service aggregation, the architecture should compare PTX rather than assuming ACX is the best fit at every layer.
Consider SRX when security is primary
If the main requirement is internet-edge firewalling, threat prevention, VPN security or security policy enforcement, an SRX firewall platform may be more appropriate. ACX is a routing and metro transport family; it should not be selected merely because the network needs “an edge device.”
Procurement questions that improve quotation accuracy
Frequently asked questions about Juniper ACX router pricing in Dubai
Can you give one price for a Juniper ACX router?
Not responsibly for the whole family. ACX spans multiple models and capacities, and a usable commercial configuration may include optics, power choices, support and services. The most accurate approach is to quote the specific model and bill of materials against the intended deployment.
Which ACX model is best for metro access?
ACX7020 and ACX7024/ACX7024X are current compact access-oriented options, while ACX710 is another hardened metro access platform. The right choice depends on required port density, uplink speed, environmental conditions, timing and the amount of growth expected.
Which ACX model should I compare for 400GbE aggregation?
ACX7100, ACX7332/7348 and ACX7509 all bring high-speed options into different hardware profiles. ACX7100 is fixed 1U with 4.8 Tbps throughput, ACX7332/7348 combine fixed ports with modular I/O at 2.4 Tbps, and ACX7509 is a larger modular 5U platform with 4.8 Tbps throughput and higher-availability architecture.
Are optical transceivers included automatically?
Do not assume so. Optics should be specified explicitly because the correct transceiver depends on port speed, form factor, fibre type, distance, wavelength and supported configuration. A quote that omits optics may be cheaper on paper but incomplete for deployment.
Can ACX be used in industrial or outdoor-adjacent locations?
Selected ACX models are designed for extended or industrial temperature operation. This does not mean the router should be placed unprotected outdoors. The full enclosure, power, humidity, dust, airflow, grounding and environmental design still needs to be engineered for the site.
Does ACX support 5G transport requirements?
Juniper positions the ACX family for mobile transport and highlights high-precision timing and synchronization capabilities. A 5G project still needs its timing profile, transport topology, latency objective, resiliency design and interface requirements validated at model and software-release level.
What information should I send for a Dubai quote?
Send the preferred model if known, quantity, required port speeds, optical link distances, AC/DC preference, rack constraints, required protocols or timing features, support term, delivery target and whether installation or migration is needed. If the model is not known, the network role and port map are enough to start a shortlist.
The right ACX quote starts with model fit, not price alone
Use the ACX7020/7024 class for compact access discussions, ACX7100 for high-density fixed aggregation, ACX7332/7348 when fixed-plus-modular flexibility and environmental options are important, and ACX7509 when modular high availability is justified. Then validate interface combinations, optics, timing, software, rack engineering, power and lifecycle requirements.
What FourTeck needs from you for an accurate quotation
Get a configuration-specific Juniper ACX quotation for Dubai
Share your required port map, capacity, optics, power and support needs. FourTeck can help narrow the ACX shortlist and prepare a UAE quotation around a deployable configuration rather than an incomplete chassis-only estimate.