40G and 100G rack interconnect
MikroTik XQ+DA0001 in Dubai, UAE
The MikroTik XQ+DA0001 is a one-metre QSFP28 direct attach cable for short, high-bandwidth links between compatible 40 Gigabit and 100 Gigabit network devices. It is designed for close-range equipment interconnection where a compact copper assembly can be more practical than separate optical modules and fibre patch cords.
Buyer snapshot
Product code: XQ+DA0001
Connector: QSFP+/QSFP28 direct attach
Data rate: 40G or 100G
Length: 1 metre
Best fit: Same-rack or adjacent-rack links
Speed depends on both endpoint ports.
No separate transceivers for the direct link.
Designed for short equipment spacing.
Confirm both device models before purchase.
Direct answer for buyers
The MikroTik XQ+DA0001 is a passive one-metre direct attach cable with integrated QSFP-class connectors for supported 40G and 100G Ethernet links. It is mainly used to connect high-speed routers and switches within a rack or between closely spaced rack positions. It suits data-centre teams, service providers, enterprise network engineers and system integrators building compact high-bandwidth links. Before proceeding, confirm the exact model at each end, whether the ports operate at QSFP+ or QSFP28 speed, the required cable route and bend allowance, and whether one metre is physically sufficient. Cross-vendor interoperability should not be assumed without checking both manufacturers’ support information.
What it does
This cable creates a direct electrical connection between two compatible high-speed network interfaces. Because the connector modules are integrated into the cable, the buyer does not need to select separate optical transceivers and a fibre lead for the same short run. That can simplify the bill of materials and reduce the number of individual components that must be installed, labelled and stored as spares.
The XQ+DA0001 supports 40G and 100G operation according to the capabilities of the connected ports. It is therefore useful when linking a 100 Gigabit core or aggregation platform, or when a supported 40 Gigabit connection is required. The endpoint equipment, software configuration and port mode still determine the actual negotiated link.
Who it suits
The product is a practical choice for organisations that need a very short, high-capacity interconnect inside a server room, network cabinet or data-centre row. Typical buyers include enterprise IT departments, internet service providers, cloud and hosting operators, surveillance infrastructure teams, universities, managed service providers and system integrators.
It is not automatically the right choice for longer pathways, building-to-building links, electrically noisy routes or deployments requiring galvanic isolation. In those situations, optical transceivers and fibre may be more suitable. FourTeck can help compare the physical route, device compatibility and operational requirement before the cable is included in a quotation.
Business challenges this cable helps address
Short high-speed links
When two devices are installed close together, using long optical assemblies can add unnecessary complexity. A one-metre direct attach cable provides a compact option for a local connection.
Simpler component planning
Integrated connector modules reduce the need to match two separate transceivers with a patch cable, helping buyers keep the immediate bill of materials easier to review.
Dense rack layouts
The product supports close-proximity interconnection in core, aggregation and data-centre racks where port density and clear cable routing are important.
Upgrade readiness
For supported devices, one cable family can be considered for 40G or 100G links, although the actual operating mode must be confirmed on both endpoints.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| 100G device interconnect | Both endpoints provide supported QSFP28 ports. | Exact hardware compatibility and port configuration. |
| 40G device interconnect | Both endpoints support the intended QSFP+ operating mode. | Supported speed and whether manual settings are required. |
| Same-rack connection | The cable path stays within one metre without strain. | Rack units, routing direction and bend radius. |
| Cross-vendor connection | Both vendors explicitly support the cable type or equivalent coding. | Interoperability documentation and support policy. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product code | XQ+DA0001 |
| Product type | Direct attach cable |
| Connector support | QSFP+ to QSFP+ / QSFP28 to QSFP28 |
| Supported data rate | 40G / 100G |
| Cable length | 1 metre |
| Minimum bend radius | 35 mm |
| MTBF guidance | Approximately 100,000 hours at 25°C |
| Licensing | No cable-specific software licence indicated; endpoint licensing is device dependent. |
| Availability | Contact FourTeck for current UAE options and lead time. |
Compatibility and deployment dependencies
A matching connector shape does not by itself guarantee a working link. The network devices at both ends must support the intended speed, signalling mode and direct attach cable type. Some platforms automatically recognise the assembly, while others may require a specific port setting, software version or supported-cable policy. For a MikroTik-to-MikroTik connection, review the current wired interface compatibility information for both device models. For a connection involving another manufacturer, verify support on both sides before purchase.
Physical planning also matters. A one-metre cable should not be stretched tightly between ports, routed across a cabinet door or forced into a sharper bend than the recommended radius. Measure the real path, including vertical and horizontal cable management. If the endpoints are farther apart, the three-metre XQ+DA0003 or an optical solution may be more suitable, subject to compatibility and project conditions.
Purchase and deployment journey
Identify endpoints
Record the exact router, switch or network adapter model at each end of the planned link.
Confirm speed
Decide whether the link must operate at 40G or 100G and confirm both ports support that mode.
Measure the route
Check the real cable path, bend allowance and rack layout rather than relying only on straight-line distance.
Request quotation
Share quantity, destination and any installation support requirement with FourTeck.
Install and validate
Seat both connectors correctly, configure the ports and verify link speed, errors and stability.
High-bandwidth connectivity without separate optics
The main operational value of a direct attach cable is component simplicity over a short distance. A conventional optical link normally requires one transceiver at each end and a compatible fibre patch lead. The XQ+DA0001 combines the connector modules and copper cable into a single assembly. This can reduce the number of line items in the bill of materials and make installation more straightforward where the cable length is appropriate.
That simplicity should not be confused with universal compatibility. Direct attach assemblies are active participants in the physical link, and endpoint devices may validate supported coding, electrical behaviour or cable type. Procurement teams should therefore treat compatibility confirmation as a formal pre-order step. For projects involving MikroTik equipment such as supported CCR or CRS models, provide FourTeck with the exact model numbers and current port usage so that the proposed connection can be reviewed in context.
This approach is particularly useful in compact network designs where a core router and aggregation switch share the same rack. It can also support lab, staging or migration environments in which engineers need a short 40G or 100G interconnect between compatible platforms. For longer distances or routes passing between rooms, optical connectivity generally provides more flexibility and electrical isolation.
40G and 100G planning considerations
The cable supports both 40G and 100G use, but the operating speed is governed by the connected hardware. A QSFP28 port may support 100 Gigabit Ethernet and, depending on the platform, may also support lower-speed operation. A QSFP+ port is commonly associated with 40 Gigabit Ethernet. Buyers should not assume that any combination of ports will automatically negotiate the required rate. Review the product documentation for both endpoints and determine whether the desired speed is available in the intended port mode.
Network design requirements also influence whether 40G or 100G is appropriate. A 100G uplink may be selected for a high-density aggregation layer, storage traffic, virtualisation clusters, service-provider routing or a scalable data-centre fabric. A 40G link may be sufficient for existing platforms or migration phases. The cable is only one part of that design; forwarding capacity, switch architecture, oversubscription, redundancy, traffic patterns and interface availability must also be evaluated.
For a production deployment, confirm whether one link is adequate or whether a second cable is required for redundancy, link aggregation or a separate traffic path. Redundancy depends on the complete network topology, not the cable alone. FourTeck can assist with requirement clarification and bill-of-material planning, while final configuration should be aligned with the organisation’s network design and change-control procedures.
Rack layout, cable management and serviceability
A one-metre cable is compact, but successful use depends on careful rack placement. Measure from the actual port on the first device to the actual port on the second device while following the intended route through horizontal or vertical cable managers. Leave enough slack for maintenance without creating loops that obstruct airflow. Avoid pulling the cable taut, sharply folding it behind the rack or placing heavy bundles on top of the connector assembly.
The published minimum bend radius is 35 mm. Keeping bends gradual helps protect the cable and reduces mechanical stress at the connector. Label both ends with the connected device names, port numbers and intended speed. Clear labelling is valuable during troubleshooting, planned maintenance and equipment replacement, particularly in racks that contain several identical high-speed links.
Serviceability should also influence device placement. A very short cable may make the front of the rack look tidy but can become restrictive if one device must be pulled forward for inspection. Confirm whether the equipment is front-connected or rear-connected, whether rails allow movement and whether the cable can remain safely connected during routine service. Where the physical route is close to the one-metre limit, a longer supported cable may provide better operational flexibility.
Ideal business environments and use cases
Enterprise core and aggregation
Connect compatible high-capacity routing and switching platforms within the same rack, subject to port and speed support.
Data-centre leaf and spine
Use short direct links in compact fabrics where the physical design and approved hardware support QSFP-class DAC connectivity.
Service-provider infrastructure
Support short uplinks between routing, aggregation or edge platforms where 40G or 100G capacity is required.
Virtualisation and storage networks
Provide high-bandwidth connectivity between compatible switches and infrastructure devices while respecting the wider architecture.
Testing and staging
Create temporary or permanent short links in labs used for migration testing, performance validation or equipment preparation.
Surveillance and media backbones
Support aggregation links in high-throughput environments when endpoint capacity, port type and traffic engineering are correctly planned.
Integration and operational considerations
After installation, verify more than the presence of a link light. Confirm the negotiated speed, duplex behaviour, interface counters, error rates and expected throughput. Review whether forward error correction or any platform-specific port setting is required. A link that comes up at an unintended speed may still pass traffic but fail to meet the design objective.
Where the cable connects critical infrastructure, incorporate the link into monitoring and alerting. Track interface status, errors, utilisation and flaps. If the design uses redundant paths, test failover under controlled conditions. Record the cable model and serial information where available in the asset or network documentation so replacement decisions are easier later.
Compatibility should be reassessed when one endpoint is replaced, even if the existing cable remains physically suitable. A new switch, router or network adapter may have different cable support policies. Firmware and RouterOS updates can also influence interface behaviour, so maintain a documented baseline and follow vendor guidance during changes.
Questions to resolve before ordering
Provide the full model number at both ends, not only the brand or product family.
Confirm that both ports support the same intended operating mode.
Include cable managers, rack spacing and bend allowance in the measurement.
Check cable support and interoperability guidance from both manufacturers.
Determine whether a second cable or diverse path is part of the design.
Include configuration, testing, documentation or migration assistance in the quotation scope.
Procurement checklist
☐ Exact product code XQ+DA0001
☐ Required quantity and spare quantity
☐ Full endpoint model numbers
☐ Required 40G or 100G link speed
☐ QSFP+ or QSFP28 port type at each end
☐ Same-vendor or cross-vendor connection
☐ Measured cable route within one metre
☐ Bend radius and cable-management clearance
☐ Redundancy or link-aggregation requirement
☐ Device software or firmware baseline
☐ Installation and configuration scope
☐ Testing and handover requirements
☐ Delivery destination and project timeline
☐ Warranty and lead-time confirmation
How FourTeck can assist
FourTeck can help organisations translate a high-level connectivity requirement into a clearer purchasing request. Share the device models, port types, desired speed, quantity and physical layout. The team can then coordinate quotation preparation and help identify whether the one-metre XQ+DA0001 is the appropriate cable length or whether another supported option should be considered.
For broader infrastructure projects, FourTeck can also discuss related switching, routing, rack planning, installation and configuration requirements. Buyers can browse the FourTeck product portfolio, review available technology services, or use the contact page to submit a detailed requirement. Assistance may include requirement clarification, bill-of-material guidance, compatibility review, delivery coordination and planning for installation or testing where included in the agreed scope.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik XQ+DA0001. Availability may depend on quantity, vendor lead time, regional supply and the timing of the request. Delivery coordination can be discussed after the exact requirement is confirmed. For installations in Dubai, Abu Dhabi, Sharjah and Ajman, provide the destination, rack location, endpoint devices and expected deployment date so that the quotation can reflect the correct product quantity and any requested service scope.
Installation and configuration should be stated explicitly when required. A cable-only quotation does not automatically include rack work, device configuration, migration, testing or documentation. FourTeck can review these needs separately and coordinate suitable assistance based on project scope and location.
GCC Availability
FourTeck can assist organisations across the GCC with requirement review, model confirmation, quotation coordination and delivery planning for the MikroTik XQ+DA0001 and related high-speed networking components. Buyers in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman should provide the exact endpoint devices, cable quantity, required speed, destination and target project timeline. Product availability, delivery schedules, service visits and vendor lead times can vary by country, quantity and project conditions. Cross-border orders may also require additional planning for shipping and documentation. Where configuration or installation is needed, the scope should be described separately so the quotation can distinguish hardware supply from professional services. FourTeck does not assume that a cable suitable for one device pair will be suitable for another; compatibility and route length should be checked for every deployment. For regional enquiries, buyers may also review FourTeck Kuwait resources or contact the main team with a consolidated requirement.
Africa Availability
FourTeck can support businesses and project teams evaluating MikroTik high-speed connectivity components for deployments in Africa. Requirement planning may include the cable model, quantity, endpoint compatibility, rack layout, spare units, installation scope and support expectations. Availability and fulfilment can depend on the destination country, vendor lead time, shipping arrangement, quantity and local project conditions. Buyers should share the destination, exact hardware models, preferred deployment schedule and whether the cable will be installed as part of a wider router or switch project. For projects in East Africa and other regions, FourTeck can help coordinate product selection and quotation discussions without assuming local inventory or fixed delivery dates. Useful regional starting points include FourTeck Africa, FourTeck Kenya and FourTeck Uganda. Compatibility, regulatory considerations, power requirements for the connected equipment and installation arrangements should be confirmed for the actual site.
Related products and suitable options
MikroTik XQ+DA0003
A three-metre 40G/100G direct attach option for supported deployments that need additional reach.
MikroTik Q+DA0001
A one-metre 40G QSFP+ direct attach cable for compatible 40 Gigabit interfaces.
MikroTik CCR2216
A high-capacity router platform with QSFP28 connectivity; confirm the complete model and project requirements.
MikroTik CRS504
A compact 100G switching option for supported core, aggregation and data-centre designs.
Optical QSFP solutions
Consider transceivers and fibre when distance, isolation or cable-route conditions make copper DAC unsuitable.
Installation and testing
Request rack installation, port configuration and link validation as a separate project scope when needed.
Why businesses contact FourTeck
Businesses contact FourTeck when they need help converting a connectivity requirement into an accurate request for quotation. A product code alone may not reveal whether the proposed cable is compatible with the connected hardware, long enough for the route or appropriate for the intended operating speed. FourTeck can review the endpoint models, required quantities and project location, then coordinate the next purchasing steps.
For larger network projects, the discussion can also cover compatible routers, switches, optics, racks, power, installation, configuration and migration planning. This practical approach helps procurement and technical teams align the cable order with the actual deployment rather than buying an isolated component without context. Learn more about FourTeck or submit your requirement through the business technology contact page.
Frequently asked questions
What is the MikroTik XQ+DA0001?
It is a one-metre direct attach cable with integrated QSFP-class connectors for supported 40G and 100G links.
Does it support both 40G and 100G?
Yes, the published data-rate support is 40G and 100G, but the actual speed depends on the ports and configuration at both endpoints.
Can it connect any QSFP device?
No. Connector format alone does not guarantee interoperability. Confirm the exact device models and supported cable type before ordering.
Is one metre suitable for adjacent racks?
It may be, but measure the full managed route and allow for bends, service loops and connector clearance.
Does the cable require a software licence?
No cable-specific licence is indicated. Any licensing requirements belong to the connected equipment and are configuration dependent.
Can it replace optical transceivers?
For a supported short link, it can avoid separate optics and fibre. Optical solutions remain more suitable for longer or electrically isolated paths.
What should I provide for a quote?
Share the product code, quantity, endpoint models, target speed, delivery destination and any installation or testing requirement.
Is the XQ+DA0001 available in Dubai?
Contact FourTeck to confirm current UAE availability, vendor lead time and delivery coordination.
What is the minimum bend radius?
The published brochure specifies a minimum bend radius of 35 mm. Avoid sharp bends and mechanical strain.
Can FourTeck help with installation?
Installation, configuration and validation can be discussed as a separate scope based on site location and project requirements.
Confirm the cable, devices and deployment plan
Send FourTeck the exact endpoint models, required link speed, quantity and delivery location. The team can help coordinate compatibility review, quotation and UAE availability guidance for the MikroTik XQ+DA0001.
