MikroTik XQ+DA0003 in Dubai, UAE
A three-metre QSFP+/QSFP28 direct attach cable for short, high-capacity links between compatible network devices. FourTeck helps buyers confirm port compatibility, required speed, cable reach, quantity and deployment scope before quotation.
Prepare an accurate request
Share both connected device models, required link speed, quantity and rack distance.
Direct answer for buyers
The MikroTik XQ+DA0003 is a three-metre cable assembly with integrated high-speed connectors for linking compatible QSFP+ or QSFP28 interfaces. Its main purpose is to create a short 40G or 100G Ethernet connection inside a rack, between neighbouring cabinets or across a compact equipment row without purchasing separate optical modules and fibre patch cords. It is worth considering when both endpoints are within the cable reach and explicitly support the required connector and speed. Before proceeding, confirm the exact device models, supported port modes, distance, bend route, airflow clearance and whether the link must operate at 40G or 100G. Compatibility should never be assumed from connector appearance alone.
What it does
XQ+DA0003 provides a short physical interconnect between two compatible high-speed network ports. The connector modules are part of the cable assembly, so there is no separate transceiver selection or optical cleaning process for the link. This can simplify the bill of materials for a known rack layout, reduce the number of separate components and support tidy cable routing when three metres is an appropriate reach. The cable itself does not configure the network, aggregate traffic or create redundancy. Those functions remain dependent on the connected routers, switches, operating system settings and network design.
Who it suits
This model may fit service providers, data-centre operators, enterprise IT teams, system integrators and technical labs that need a short high-bandwidth link between supported devices. Typical situations include switch-to-switch uplinks, router-to-switch interconnects, lab validation links and compact aggregation designs. It is less suitable when endpoints are farther than three metres, when the cable must pass through building pathways, when optical isolation is required or when either endpoint lacks a compatible port. Buyers planning mixed-vendor connections should request explicit confirmation before purchase.
Business problems this cable can help address
Dense rack connectivity
High-capacity routers and switches are often installed in the same rack or in adjacent cabinets. A correctly sized direct attach cable can connect these ports without the extra component count associated with two separate optics and a fibre jumper.
Bill-of-material clarity
For a confirmed short link, one cable part number may make purchasing easier to review. The benefit depends on selecting the correct length, connector family and supported speed for both endpoints.
Avoiding unnecessary optics
Where an optical link is not required, an integrated direct attach assembly can reduce decisions around optical wavelength, fibre type and connector cleaning. This does not replace optical cabling where longer reach or pathway flexibility is needed.
Controlled migration to 100G
The cable may be useful in planned 40G or 100G deployments, but speed is determined by endpoint support and configuration. A port capable of accepting a connector does not automatically guarantee every operating mode.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Short 100G link | Both devices use supported QSFP28 interfaces and are within the route length. | Exact hardware models, port support, software requirements and physical routing. |
| Short 40G link | Both endpoints support the required QSFP+ or compatible 40G mode. | Whether speed must be forced and whether the device compatibility table lists the combination. |
| Adjacent-rack connection | The measured cable pathway, not only straight-line distance, remains within three metres. | Vertical and horizontal managers, bend allowance, service loops and door clearance. |
| Mixed-vendor link | Both vendors explicitly support the cable coding and operating mode. | Interoperability evidence and support responsibility. |
| Long-distance connection | Generally not the appropriate cable type. | Optical transceiver, fibre type, wavelength, reach and pathway requirements. |
Verified product information
| Brand | MikroTik |
|---|---|
| Product name | XQ+DA0003 |
| Product type | Direct attach cable with integrated connector modules |
| Connector | QSFP+ to QSFP+ / QSFP28 to QSFP28, subject to endpoint support |
| Supported data rates | 40G / 100G |
| Cable length | 3 metres |
| Typical deployment | Short links within racks, adjacent racks or compact equipment areas |
| Software or license | No cable license; connected devices and configured features may have their own software or license requirements |
| Compatibility | Device, port and operating-mode dependent; verify current MikroTik compatibility guidance |
| Included components | One integrated three-metre cable assembly; packaging contents should be reconfirmed with the quotation |
| Warranty guidance | Confirm current regional warranty terms with FourTeck before purchase |
| UAE availability | Contact FourTeck for current options, quantity and vendor lead time |
Compatibility and dependency notice
The cable must be treated as one part of a complete link. Successful operation depends on the two connected devices, their port types, supported speeds, firmware or operating-system versions, interface settings and the network design. Buyers should not assume that two physically similar QSFP sockets will operate together at the same rate. Some environments may require manual speed or auto-negotiation settings, while some device combinations may be unsupported.
Before purchasing, provide FourTeck with the manufacturer and exact model of both endpoints, the intended port numbers where known, the desired 40G or 100G speed and any redundancy design. For mixed-brand links, request compatibility confirmation from the equipment vendors or system integrator. Where the route is longer, crosses structured cabling or requires electrical isolation, optical modules and fibre may be the better design.
A practical purchase and deployment journey
Identify endpoints
Record the exact router, switch, server adapter or appliance model at each end and identify the intended ports.
Confirm operating mode
Define whether the link must run at 40G or 100G and whether breakout, forced speed or special settings are involved.
Measure the route
Measure through cable managers and around bends. Allow for strain relief and equipment servicing rather than using straight-line distance.
Review quotation scope
Confirm quantity, product code, delivery destination, warranty guidance and any installation or configuration assistance.
Install and validate
Insert the connectors without forcing them, secure the cable path, verify link status and test the intended speed under the approved network configuration.
High-capacity links without an optical bill of materials
A short data-centre interconnect can be built using separate optical transceivers and fibre, but that design introduces multiple selections: module type, wavelength, fibre category, connector type, polarity and cleaning practice. For a three-metre point-to-point link where both ports support the XQ+DA0003, the integrated cable provides a more direct procurement path. The network team still needs to validate the endpoints, yet the physical link is represented by one primary cable model rather than several optical components.
This advantage is most meaningful in stable rack layouts. A direct attach cable has a fixed reach and should not be stretched, tightly bent or routed through inappropriate pathways. The practical design question is therefore not simply whether three metres sounds sufficient. The route must be measured from port to port through the intended cable managers, with enough slack for connector strain relief and maintenance access. Where racks are regularly reconfigured, a different length or an optical system may offer more flexibility.
Procurement teams should also separate cable cost from total link cost. Installation labour, configuration, testing, spare strategy and any downtime planning may matter more than the component itself. FourTeck can help convert the physical requirement into a clear quantity and scope so the quotation reflects the real deployment rather than an isolated product code.
40G and 100G operation require endpoint agreement
XQ+DA0003 is presented for 40G and 100G connectivity, but the cable does not independently choose the correct mode. Both ports need a common supported speed and compatible electrical implementation. In an all-MikroTik design, the current wired-interface compatibility information should be checked for the exact device models. In a mixed-vendor design, the buyer should confirm acceptance of the cable coding and operating mode with each vendor.
A link that fails to come up is not always evidence of a defective cable. The cause may be a disabled interface, incompatible speed setting, unsupported port mode, outdated device software, a requirement to force the link rate or a mismatch in how the endpoints handle negotiation. A sensible deployment process therefore includes pre-installation compatibility review and post-installation validation. The network team should document port configuration, link state, errors and throughput testing rather than relying only on indicator lights.
Where availability and change-control windows are important, consider ordering an approved spare and testing the intended device combination before a production migration. Spare quantities, test scope and acceptance criteria should be based on the business environment rather than assumed to be included with the cable.
Cable routing, airflow and service access
High-speed network cables often sit close to power supplies, fan trays, sliding rails and dense bundles of copper or fibre. The route for XQ+DA0003 should preserve the connector latch, avoid sharp bends and keep the cable away from surfaces that may pinch or heat it. A tidy rack is not only visual; it reduces accidental disconnection and helps technicians identify the correct link during maintenance.
Three metres can be useful across adjacent cabinets, yet excess cable should not be compressed into a tight coil behind equipment. Plan horizontal and vertical management before installation. Confirm that cabinet doors close without pressure on the connectors and that devices can be removed without disturbing unrelated links. If equipment is mounted at different heights, measure the routed path rather than the direct gap.
For new racks, include cable placement in the implementation design. For existing racks, photographs and rack-unit positions can help FourTeck or the system integrator assess whether the length is likely to fit. Final responsibility for safe routing remains with the installation team, which should follow the equipment and cable handling guidance.
Ideal environments and practical use cases
Core router to aggregation switch
A supported MikroTik router and switch can use a short 100G interconnect where port capacity, software and network design have been confirmed. Redundancy requires additional links and configuration; one cable alone is a single physical path.
Switch-to-switch uplink
Two compatible switches in the same rack or neighbouring cabinets may use the cable for a high-capacity uplink. VLAN, spanning-tree, MLAG or routing behaviour depends on the switch configuration and platform capabilities.
Network laboratory
Labs validating RouterOS features, high-speed switching or migration plans may use XQ+DA0003 for repeatable short links. Test plans should define the target speed, traffic profile and failure scenarios.
Service-provider rack
Providers consolidating high-throughput equipment may choose direct attach cabling for short internal interconnects. Capacity planning, spare strategy and maintenance access remain important operational considerations.
Enterprise data room
Enterprises upgrading a compact core can use the cable where compatible interfaces are close together. The overall design should also account for firewall capacity, server links, storage traffic and future expansion.
Temporary migration link
A direct attach cable may support staged migration or parallel testing, provided the temporary route is safe and compatible. It should not be left unsupported across walkways or outside an appropriate equipment environment.
Integration and operational considerations
The XQ+DA0003 is a physical-layer component, while operational results depend on the wider architecture. Network teams should review whether the connection is a Layer 2 trunk, routed point-to-point link, stacking-style interconnect, MLAG peer connection or another design. The selected use affects configuration, failure handling, monitoring and change control. A 100G physical link may carry many services, so a single cabling or configuration fault can have a large business effect.
Monitoring should include interface status, error counters, flaps, utilisation and temperature information available from the connected equipment. Baseline readings after installation make future troubleshooting easier. Labels should identify both endpoints and the intended service. Where two cables are used for resilience, ensure the physical routes and power dependencies do not create a hidden common failure point.
Configuration backups, maintenance procedures and rollback plans should be prepared before replacing a live link. Installation services, interface configuration and traffic migration are separate scopes and should be stated in the quotation when required. Buyers can review broader network and security assistance through FourTeck technology services.
Questions to resolve before requesting a quote
Provide exact model numbers, not only the brand or product family.
Both endpoints must support the same intended operating mode.
Include vertical managers, bends, rack depth and service slack.
A resilient design usually needs additional ports, cables and configuration.
Mixed-vendor deployments require additional interoperability confirmation.
State whether the request includes fitting, configuration, testing or migration.
Procurement checklist
✓ Exact product code: XQ+DA0003
✓ Quantity required, including approved spares
✓ Source device manufacturer and model
✓ Destination device manufacturer and model
✓ Intended source and destination ports
✓ Required 40G or 100G operating rate
✓ Measured routed distance and rack positions
✓ Single-link or redundant topology
✓ Existing software or firmware versions
✓ Mixed-vendor compatibility confirmation
✓ Delivery destination and access requirements
✓ Installation, configuration and testing scope
✓ Warranty guidance requested in quotation
✓ Target deployment window and change controls
How FourTeck can assist
FourTeck can review the requested endpoints, clarify whether the cable length and connector family match the proposed link, coordinate a product quotation and discuss installation or configuration requirements. This review helps reduce ordering errors but does not replace final vendor compatibility confirmation for unusual or mixed-brand combinations.
Buyers may also request guidance on related high-speed switches, routers, optical alternatives, rack planning and deployment services. Browse the FourTeck product catalogue or send the project requirement for review.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik XQ+DA0003. Availability may depend on quantity, vendor lead time and regional supply. Delivery and project coordination can be discussed after the exact requirement is confirmed. Installation and configuration scope should be included in the quotation when required.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, share the destination, quantity, rack layout and desired deployment window. FourTeck can coordinate the commercial and technical review without claiming stock or a fixed delivery date before confirmation.
GCC Availability
Organisations planning MikroTik high-speed links across the GCC can ask FourTeck to review the XQ+DA0003 requirement, verify the intended endpoints and prepare quotation guidance for the destination market. The review may cover the exact cable model, quantity, supported link speed, rack distance, spare requirement and whether installation or configuration support is needed. Projects may be coordinated for the United Arab Emirates and other GCC markets such as Saudi Arabia, Kuwait, Qatar, Bahrain and Oman, subject to the commercial and logistical conditions of each request. Product availability, delivery schedules, service visits and vendor lead times can vary by country, quantity and project scope. Buyers should provide the destination country, device models, required quantity, intended deployment site and expected schedule. FourTeck will then advise on current options without assuming local inventory, fixed transit time or automatic onsite coverage. For regional enquiries, use the FourTeck contact channel.
Africa Availability
FourTeck can assist organisations evaluating the MikroTik XQ+DA0003 for data-centre, service-provider and enterprise network projects in Africa. The requirement review can include connected device models, desired 40G or 100G operation, cable quantity, rack placement, compatibility questions, deployment timing and support expectations. Procurement and fulfilment conditions may differ across East Africa, West Africa, Southern Africa and Central Africa. Availability can depend on destination, quantity, vendor lead time, shipping arrangements, local power or regulatory considerations for the wider equipment project and whether installation services are requested. Buyers should share the destination country, exact product requirement, quantity and preferred deployment schedule so appropriate guidance can be prepared. FourTeck does not assume immediate shipment, local inventory or country-wide onsite coverage. Regional information is available through FourTeck Africa, with dedicated business channels also available for Kenya technology requirements and Uganda projects.
Related products and services to consider
Shorter QSFP28 direct attach cable
Where both endpoints sit close together, a shorter supported cable may reduce excess routing. Confirm the exact model and measured pathway.
100G optical link components
Longer reach or structured fibre pathways may require compatible 100G optical modules and the correct fibre type. Selection depends on distance and endpoint support.
MikroTik high-speed switches
QSFP28-equipped MikroTik switch models can be evaluated according to port count, switching design, redundancy and management requirements.
Router and aggregation planning
A cable choice should follow the topology. FourTeck can discuss port capacity, uplink design, resilience and migration sequencing.
Rack installation and testing
Request a separate scope for cable placement, device configuration, interface validation and handover documentation where needed.
Why businesses contact FourTeck
A high-speed cable looks straightforward, yet an incorrect connector family, unsupported endpoint or unsuitable length can delay a deployment. Businesses contact FourTeck to clarify the exact product code, review the intended device combination, organise a bill of materials and coordinate quotation details. This is especially useful when the order includes multiple links, spare units, related routers or switches, optical alternatives, rack work or configuration services.
FourTeck can also help separate what is included in the product supply from optional professional services. The quotation can identify the cable quantity, delivery destination, requested warranty guidance and any installation, testing or network-change scope. For background on the company and its technology focus, visit about FourTeck.
Frequently asked questions
What is the MikroTik XQ+DA0003?
It is a three-metre direct attach cable intended for compatible 40G QSFP+ and 100G QSFP28 connections. The connector modules are integrated into the cable assembly.
Does it support both 40G and 100G?
The model is specified for 40G and 100G operation. The actual link rate depends on both connected devices, their ports, software support and interface configuration.
Can it connect any two QSFP28 devices?
No universal compatibility should be assumed. Check the exact hardware models and current vendor compatibility information, particularly for mixed-brand connections.
Is a separate transceiver required?
The cable has integrated connector modules, so separate optical transceivers are not normally part of this direct attach link. The endpoints must still have supported ports.
Is three metres suitable for adjacent racks?
It can be, but the routed path must be measured through cable managers and around bends. Allow for strain relief, cabinet depth and service access.
Does the cable require a license?
The cable itself does not require a software license. Features used on the connected routers or switches may have their own platform or license conditions.
Can FourTeck help verify compatibility?
FourTeck can review the proposed endpoints and current product information. Final confirmation may require vendor guidance, especially for unusual port modes or mixed-vendor links.
Is installation included with the product?
Installation, configuration and testing should be requested as separate quotation items when needed. Product supply alone should not be assumed to include professional services.
How can I check Dubai availability?
Send FourTeck the required quantity, destination and target schedule. Current UAE availability and vendor lead time will be confirmed as part of the quotation process.
What information is needed for a quotation?
Provide both device models, required speed, quantity, measured cable route, deployment location, expected schedule and any installation or configuration scope.
Confirm the link before ordering
Share the two endpoint models, the required 40G or 100G speed, quantity and measured route. FourTeck will help prepare an appropriate XQ+DA0003 quotation and current UAE availability guidance.
