Short-range high-speed network interconnect
MikroTik XS+DA0001 in Dubai, UAE
A one-metre direct-attach cable for connecting compatible SFP, SFP+ and SFP28 interfaces at 1G, 10G or 25G. It is designed for short links inside a rack or between adjacent racks, where the endpoints, port modes and cable length are known before ordering.
Confirm the link before purchase
Share both device models, intended speed, required quantity and rack distance so the cable can be assessed against the actual deployment.
XS+DA0001
1 metre
1G / 10G / 25G
Passive DAC
Direct answer for buyers
The MikroTik XS+DA0001 is a one-metre passive copper direct-attach cable used to create a short Ethernet link between two compatible small-form-factor pluggable ports. MikroTik specifies support for 1G SFP, 10G SFP+ and 25G SFP28 operation. It is most relevant to network engineers, integrators, ISP teams and data-centre administrators connecting equipment within a rack or across adjacent racks. Before proceeding, confirm the port type on both devices, the intended data rate, whether the endpoints accept a passive DAC, any manual speed or forward-error-correction setting, and whether one metre is sufficient without placing strain on the connectors.
What the XS+DA0001 does
This cable provides a direct electrical connection between two supported ports. Unlike an optical link, it does not require a separate optical module at each end or a fibre patch lead between the modules. The connector assemblies are permanently attached to the copper cable, which simplifies the bill of materials for short, known distances.
Its role is narrow but important: carrying a network link between neighbouring devices while keeping the connection compact. Typical examples include a router connected to a switch, an aggregation switch connected to a server network adapter, two switches linked within the same cabinet, or a lab appliance connected to a test platform.
It is not a general copper Ethernet patch cable and it does not connect to RJ45 ports. Both endpoints need compatible SFP-family cages and must support the chosen link rate.
Who should consider it
The product may suit organisations building short-distance links in server rooms, branch data rooms, ISP points of presence, enterprise core networks, hosting racks, security monitoring environments and test laboratories. It is especially relevant when the physical distance is fixed and a one-metre cable can reach both ports cleanly.
It may not be suitable where equipment is several metres apart, routed through overhead containment, exposed to high electromagnetic interference, or located in separate rooms. In those cases, a longer DAC, active optical cable or optical transceiver pair may be more appropriate.
Buyers should also be cautious when mixing manufacturers. Standards alignment can help, but actual interoperability still depends on how each device handles the cable, port speed and link settings.
Business challenges this cable can address
Too many parts for a short link
A passive DAC combines the cable and connector modules into one assembly, reducing the number of individual items required for a rack-level connection.
Port-speed transitions
The supported 1G, 10G and 25G rates can be useful where different generations of compatible network equipment are being connected, subject to endpoint support and configuration.
Rack cabling density
A one-metre interconnect can keep short links contained and identifiable without the excess slack that may occur when generic longer leads are used.
Power and latency priorities
Passive direct-attach cabling is commonly selected for short links where low component complexity, low power use and low latency are preferred.
Core product capabilities
Three stated link rates
MikroTik lists 1G, 10G and 25G data-rate support. The final operating rate is determined by both connected devices and their port configuration.
One-metre reach
The fixed one-metre length is intended for very short interconnections within a cabinet or between adjacent racks with carefully planned cable routing.
Passive construction
No separate optical transceivers are required. This makes the cable practical for defined copper interconnects but limits it to short-distance use.
SFP+ MSA alignment
MikroTik states that the cable conforms to SFP+ multi-source-agreement specifications. Endpoint interoperability still needs validation.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Short 25G link | Both devices provide compatible SFP28 ports and the cable route is within one metre. | FEC setting, port mode, supported passive DAC list and connector clearance. |
| Short 10G link | Both endpoints accept a passive SFP+ DAC at 10G. | Whether speed must be set manually and whether third-party endpoint restrictions apply. |
| Short 1G link | The devices support 1G operation through their SFP-family ports with this cable type. | Port-specific support, auto-negotiation behaviour and required RouterOS settings. |
| Mixed-vendor link | The non-MikroTik device accepts standards-compliant passive DAC assemblies. | Vendor coding policy, firmware, FEC and documented interoperability. |
| Longer or separated route | Usually not the preferred choice. | Consider a 3m DAC, active optical cable or optical modules with appropriate fibre. |
Verified product information
| Brand | MikroTik |
|---|---|
| Product name | XS+DA0001 |
| Product type | Passive direct-attach copper cable |
| Cable length | 1 metre |
| Supported data rates | 1G, 10G and 25G |
| Interface families | SFP, SFP+ and SFP28, subject to device support |
| Standards guidance | MikroTik states direct-attach compliance and SFP+ MSA conformity |
| MTBF | Approximately 100,000 hours at 25°C, according to MikroTik |
| Power requirement | Passive cable; powered through host interfaces |
| Included components | One integrated 1m cable assembly; package contents should be confirmed with quotation |
| Warranty guidance | Confirm current regional warranty and seller terms before purchase |
| UAE availability | Contact FourTeck for current quantity, price and lead-time guidance |
Compatibility and configuration notice
A matching connector shape does not by itself guarantee a working link. Both devices must support the cable type and chosen speed. MikroTik documentation notes that compatibility can depend on the endpoint model, interface capability and software configuration. When a MikroTik device is connected to equipment from another manufacturer, verify that the other endpoint permits standards-compliant passive DACs rather than restricting operation to vendor-coded cables.
At 25G, forward error correction may need to be set to a suitable mode on one or both interfaces. At lower rates, manual speed selection or disabling auto-negotiation may be required on some platforms. The exact commands depend on device generation and operating-system version. FourTeck can help identify the questions to raise, but production deployment should follow the endpoint manufacturers’ current documentation and an approved change procedure.
Purchase and deployment journey
Identify both endpoints
Record the exact manufacturer, model, port number, firmware or RouterOS version and available interface type at each end.
Select the required rate
Decide whether the link will run at 1G, 10G or 25G. Do not assume that every SFP-family cage supports all three rates.
Measure the cable path
Confirm that one metre reaches comfortably through the intended rack route without pulling, sharp bending or obstructing service access.
Validate settings
Review auto-negotiation, port mode, rate selection and any FEC requirement before the maintenance window.
Request the quotation
Provide quantity, destination, expected schedule and any installation or configuration assistance required.
Test and document
After installation, verify negotiated speed, errors, link stability and port statistics, then update cabling records.
Flexible rate support for staged network upgrades
One practical reason buyers consider the XS+DA0001 is its stated support for three common link rates. A business may be refreshing a distribution layer from 10G to 25G, adding an SFP28 server interface, or temporarily connecting equipment at a lower rate while a broader upgrade is completed. A cable that is designed for 1G, 10G and 25G can reduce the need to select a different physical assembly solely because the target rate changes.
That flexibility should not be interpreted as automatic speed conversion. The cable does not translate protocols or negotiate on behalf of incompatible devices. Each endpoint must support the same rate at the same time, and the interface must be configured accordingly. A switch with an SFP+ cage that only operates at 10G cannot create a 25G link merely because an SFP28-capable cable is connected. Likewise, a 25G port may require a specific setting to run at 10G or 1G.
For procurement teams, the best approach is to treat cable selection as part of the port-level design. The bill of materials should identify the exact endpoint pair and intended operating mode. This helps prevent a situation in which the correct cable is purchased but one device lacks the required speed support. FourTeck can assist with requirement review and quotation coordination when the endpoint details are provided.
Passive DAC design for short, controlled routes
A passive direct-attach cable is intended for short interconnections where the physical path is predictable. The XS+DA0001’s one-metre length makes it suitable for devices positioned in the same rack or in immediately adjacent locations. Because the cable assembly includes the connector modules, the link can be installed without selecting separate optical transceivers and fibre connectors.
This design can simplify parts planning. A traditional optical connection may require two matched modules, the correct fibre type, appropriate connector polishing, cleaning tools and handling procedures. A DAC removes several of those variables for a short copper run. It can also avoid the higher electrical consumption associated with some active transceiver types, although total interface power still depends on the connected devices.
The trade-off is distance and routing flexibility. Copper DAC assemblies are generally thicker and less flexible than fibre patch cords. They should not be bent sharply, crushed by cabinet doors or pulled tightly around cable managers. Before ordering, measure the actual route from cage to cage rather than the straight-line distance. Include the vertical and horizontal path, retention points and any service loop needed for safe equipment movement.
Where one metre is too short, the related XS+DA0003 provides a three-metre option. Where the route is longer, crosses cabinets with difficult pathways or requires electrical isolation, an optical approach may be preferable. The correct choice depends on layout, distance, endpoint compatibility and operational practice.
Interoperability, FEC and port-mode planning
High-speed links depend on more than the physical cable. A successful connection requires compatible electrical signalling, supported data rates and aligned port settings. MikroTik documentation indicates that its devices do not intentionally restrict use with other vendors’ equipment, but it also notes that compatibility with every third-party module or device cannot be guaranteed. The practical conclusion is that mixed-vendor links should be checked against both manufacturers’ support information.
At 25G, forward error correction is an important consideration. FEC adds controlled redundancy to help a receiver correct certain transmission errors. Different devices may default to different FEC modes or may require the setting to be selected manually. If one side expects FEC and the other side does not use the same mode, the link may fail to establish or may behave inconsistently. The correct setting depends on the interface and platform documentation.
At 1G or 10G, another device may require auto-negotiation to be disabled and the link speed forced. Some ports support multiple rates; others support only one. Interface names can also be misleading because an SFP+ cage may accept a physically compatible cable but not every lower rate. For this reason, the endpoint model and exact port number matter.
A planned test procedure should include verifying the link state, negotiated or configured speed, duplex status where applicable, FEC counters, receive and transmit errors, packet loss and stability under traffic. The cable should be labelled with both endpoint identifiers, and any non-default settings should be recorded in the network documentation.
Ideal business environments and use cases
Enterprise network racks
Connect a router, core switch, distribution switch or security appliance where both interfaces support the selected speed and the route remains within one metre.
ISP and service-provider cabinets
Use for short aggregation or lab links in a point of presence, subject to capacity planning, redundancy design and documented device compatibility.
Server and storage adjacency
Link a compatible server network adapter to a top-of-rack switch when both endpoints support the passive DAC and required Ethernet rate.
Network test laboratories
Create temporary or repeatable short links between supported devices while validating configurations, upgrades and performance behaviour.
Virtualisation clusters
Support short host-to-switch connectivity for management, storage or workload networks, provided bandwidth, redundancy and adapter compatibility are confirmed.
Security monitoring systems
Connect compatible packet-broker, sensor, switch or appliance interfaces where a short copper high-speed interconnect fits the architecture.
Operational and installation considerations
Install the XS+DA0001 with the equipment powered and handled according to the device manufacturers’ instructions. Keep protective caps in place until the cable is ready to be inserted, and avoid touching connector contacts. Insert each end squarely into the cage until the latch engages. Do not force the connector; resistance can indicate incorrect orientation, a blocked cage or a damaged latch.
The cable should follow a smooth route with an appropriate bend radius. Avoid sharp turns immediately behind the connector because mechanical stress can affect the port or cable assembly. Use cable managers that support the cable without pinching it. Keep the path clear of fan exhausts, service handles and hot-swap components. The one-metre length should not be stretched to its limit, since future maintenance may require a small amount of movement.
When the link is brought up, check both device logs and interface statistics. A link light alone is not sufficient evidence that the connection is operating correctly. Confirm the intended data rate and monitor for errors during a representative traffic test. If the link does not establish, review port speed, FEC, auto-negotiation and supported-cable settings before replacing hardware.
For redundant designs, each path should use independently identified ports and clearly labelled cables. A DAC is only the physical medium; availability also depends on switch architecture, routing, bonding, link aggregation, spanning-tree design or other control mechanisms. These features are configuration dependent and are not provided by the cable itself.
Questions to resolve before ordering
Are both endpoints known?
Provide exact device models and port numbers. Family-level names are not always enough because interface capability can differ by hardware revision.
What speed is required?
State whether the link must run at 1G, 10G or 25G and whether future migration to another rate is planned.
Is one metre enough?
Measure the routed cable path through managers and around rack components, not only the direct distance between devices.
Is the link mixed-vendor?
Confirm that the non-MikroTik endpoint accepts passive DACs that follow the applicable multi-source agreement.
Are special settings needed?
Review speed forcing, auto-negotiation, rate selection and FEC requirements before the maintenance window.
What support is expected?
Clarify whether the quotation should include supply only, compatibility review, configuration guidance, installation or testing assistance.
Procurement checklist
☑ Exact product code: XS+DA0001
☑ Required quantity and any spare-cable allowance
☑ Source and destination device models
☑ Exact interface numbers at each endpoint
☑ Required link rate: 1G, 10G or 25G
☑ One-metre routed-distance confirmation
☑ Passive DAC acceptance on both devices
☑ Mixed-vendor coding or support restrictions
☑ FEC and auto-negotiation requirements
☑ Rack layout and cable-management method
☑ Destination emirate or country
☑ Required delivery or project schedule
☑ Installation and configuration scope
☑ Warranty and return-condition confirmation
How FourTeck can assist
FourTeck can help translate a simple cable request into a clearer procurement requirement. By reviewing the endpoint models, intended rate, cable route and quantity, the team can identify the information that should be confirmed before the order is finalised. This is particularly useful for mixed-vendor connections, 25G links that may involve FEC settings, and deployments where several similar cable lengths or transceiver options are being evaluated.
Assistance can include product identification, quotation coordination, suitable-alternative discussion, bill-of-material review and planning for installation or configuration support. Any technical service scope should be stated in the quotation rather than assumed to be included with hardware supply. Buyers can browse related network products, review available technology services, or contact FourTeck with the endpoint details.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik XS+DA0001. Supply conditions may depend on quantity, vendor lead time and the timing of the request. A quotation can identify the current unit price, applicable taxes, estimated fulfilment arrangement, warranty terms and any optional service scope. These details should be reviewed before a purchase order is issued.
For projects in Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate requirement review and delivery planning after the exact quantity and destination are confirmed. Installation or configuration work should be discussed separately where needed. A cable order may be simple, but the link itself can still depend on port compatibility, interface settings and a suitable rack route. Providing these details early supports a more accurate recommendation and reduces avoidable changes during deployment.
GCC availability
FourTeck can assist organisations planning MikroTik cable and connectivity requirements across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman. The process should begin with the destination country, exact product code, required quantity, endpoint equipment and expected project schedule. For the XS+DA0001, the intended data rate and one-metre distance should also be confirmed, because a different cable or optical approach may be needed for another topology.
Regional product availability, pricing, licensing where applicable, delivery schedules, service visits and vendor lead times can vary by country and requirement. FourTeck can support requirement review, quotation coordination, delivery planning and discussion of configuration or installation scope. No assumption should be made about local inventory, customs processing or fixed delivery time until the order details have been assessed. For Kuwait-related coordination, buyers may also review FourTeck Kuwait information and submit the exact deployment requirement for current guidance.
Africa availability
Organisations planning network upgrades in Africa can contact FourTeck for product evaluation and regional procurement coordination. For a direct-attach cable such as the XS+DA0001, the request should identify the destination country, exact MikroTik and third-party endpoint models, quantity, target speed, rack distance and preferred deployment date. These details help distinguish a suitable short passive DAC link from alternatives such as a longer cable, active optical cable or optical transceiver pair.
Availability and fulfilment may depend on the destination, quantity, shipping arrangement, vendor lead time, local power or regulatory requirements for the wider project, and the scope of any onsite work. FourTeck can assist with compatibility questions, accessory planning, quotation coordination and support expectations, but local stock, immediate shipment, customs outcomes and country-wide onsite coverage should not be assumed. Businesses in East Africa can use the Kenya FourTeck site or Uganda FourTeck site, while broader regional enquiries can be directed through FourTeck Africa.
Related products and suitable alternatives
MikroTik XS+DA0003
A three-metre direct-attach option for compatible 1G, 10G and 25G links where the one-metre cable is too short.
SFP+ optical modules
Consider matched optical transceivers and fibre where distance, routing flexibility or electrical isolation makes a DAC unsuitable.
SFP28 optical modules
For 25G links beyond passive-DAC reach, select modules and fibre based on wavelength, distance, connector and endpoint support.
MikroTik switches and routers
Review the endpoint platform, port count, switching or routing capacity, redundancy needs and management requirements together.
Rack installation support
Include cable routing, labelling, port configuration and testing in the service scope when internal deployment resources are limited.
Compatibility consultation
Use endpoint-level review when a mixed-vendor link, uncommon speed mode or critical production change requires additional confidence.
Why businesses contact FourTeck
Buyers often need more than a part number. They may know that a one-metre 25G cable is required but not whether both ports support passive DAC operation, whether the same cable can be used temporarily at 10G, or whether a different length would improve rack serviceability. FourTeck can help organise those questions and coordinate a quotation based on the actual project rather than an incomplete item description.
Practical assistance may include checking the requested model name, clarifying the intended use, identifying related accessories, reviewing the bill of materials and discussing supply, installation or configuration requirements. This does not replace the endpoint manufacturer’s technical support or a formal interoperability certification, but it can make the buying process clearer. Learn more about FourTeck or use the contact page to share both device models and the planned link rate.
Frequently asked questions
What is the MikroTik XS+DA0001?
It is a one-metre passive direct-attach copper cable designed for short links between compatible SFP, SFP+ or SFP28 ports. MikroTik lists support for 1G, 10G and 25G data rates.
Can it be used for a 25G connection?
Yes, when both endpoints support 25G SFP28 passive DAC operation and use compatible settings. Confirm FEC requirements and port configuration before deployment.
Can the same cable run at 10G or 1G?
MikroTik states support for 10G and 1G as well as 25G. Actual operation depends on whether both endpoint ports support the selected lower rate and any required manual settings.
Will it work with a non-MikroTik switch or server?
It may work when the other device accepts standards-compliant passive DACs, but mixed-vendor interoperability should be checked against the other manufacturer’s support policy and tested before production use.
Does the cable include separate transceivers?
No separate optical modules are required. The connector assemblies are integrated with the passive copper cable.
Is one metre measured end to end?
The product is specified as a one-metre cable. Buyers should still measure the intended routed path and allow for smooth bends and connector clearance.
What should be checked when a 25G link does not come up?
Review port support, configured speed, auto-negotiation, FEC mode, software version, cable seating and the endpoint manufacturers’ compatibility guidance.
Is a three-metre version available?
MikroTik also lists the XS+DA0003 as a three-metre version. Confirm endpoint compatibility and the actual cable route before selecting the longer model.
How can I request a Dubai quotation?
Send FourTeck the product code, quantity, delivery location, both endpoint models, required speed and any installation or configuration scope.
Is UAE stock or delivery time guaranteed?
No assumption should be made until current availability is checked. Quantity, vendor lead time and destination can affect the quotation and fulfilment plan.
Plan the link with the endpoint details in hand
Share the two device models, port types, target speed, required quantity and rack distance. FourTeck can then coordinate product guidance, current UAE availability and a relevant quotation.
