Outdoor PoE switching with integrated backup-power planning
MikroTik netPower Lite 8P in Dubai, UAE
The CSS610-8P-2S+OUT brings eight Gigabit PoE-out ports, two 10G SFP+ uplinks, outdoor-oriented construction, SwOS Lite management, and battery-assisted continuity into one compact switching platform. It is intended for projects where network connectivity, device power, uplink capacity, and resilience must be evaluated as one design.
Plan the complete requirement
Share the number of powered devices, per-device wattage, uplink type, battery preference, mounting location, and installation scope for an accurate quotation.
Direct answer for buyers
The MikroTik netPower Lite 8P is a managed outdoor PoE switch identified by product code CSS610-8P-2S+OUT. It is mainly used to aggregate and power up to eight compatible Ethernet devices while providing two 10G SFP+ paths for network backhaul. Organisations planning CCTV, Wi-Fi, utility, building, campus, or remote-site connectivity may consider it when they also need a practical battery-backed power design. Before proceeding, buyers should confirm the total PoE wattage, input power source, battery chemistry and capacity, SFP+ transceivers or cables, network-management expectations, cable routes, surge protection, grounding, mounting method, environmental exposure, and whether professional installation and configuration must be included.
What it does
The netPower Lite 8P combines Layer 2 switching, PoE power distribution, high-speed uplink connectivity, device-health monitoring, and battery charging support. Eight copper ports can carry Gigabit Ethernet and provide standards-based 802.3af/at PoE-out. The two SFP+ cages can be used for compatible 1G or 10G optical modules or direct-attach connectivity, subject to module compatibility and link design.
Its role is not simply to add ports. It can become the local power and connectivity point for a group of cameras, wireless radios, access points, or other PoE endpoints, reducing the number of separate injectors and creating a clearer path for monitoring and backup-power planning.
Who it may suit
This model may suit system integrators, property operators, security teams, WISPs, facilities departments, utilities, warehouses, schools, campuses, compounds, and businesses managing distributed outdoor equipment. It is especially relevant where a small group of powered endpoints must remain connected during short power interruptions or where a 24 V battery system forms part of the site design.
It is less suitable when the project needs advanced Layer 3 routing, a large number of access ports, more than 120 W total PoE output, 802.3bt power, a rack-only indoor form factor, or a full RouterOS feature set. Those requirements should lead to a different MikroTik model or a broader switching design.
Business challenges this switch can help address
Too many separate PoE injectors
Multiple injectors make power distribution, troubleshooting, cabling, and replacement planning harder. Consolidating compatible endpoints onto managed PoE ports can simplify the field cabinet or pole installation, provided the shared power budget is calculated correctly.
Remote equipment affected by power cuts
The integrated charger and UPS switchover can support an external 24 V nominal battery arrangement. Runtime is not fixed; it depends on battery capacity, condition, chemistry, temperature, cable losses, switch load, PoE load, and configured cutoff thresholds.
Limited backhaul capacity
Two 10G SFP+ interfaces give designers more uplink flexibility than a single Gigabit connection. They may be used for fibre aggregation, a resilient topology, a local high-speed link, or network expansion, subject to the chosen architecture and supported optics.
Outdoor mounting constraints
An IP54 enclosure and included mounting hardware support outdoor-oriented deployment. IP54 does not remove the need for correct orientation, downward-facing cable openings, grounded infrastructure, suitable cabling, surge protection, weather-aware battery housing, and professional installation.
Core capabilities at a glance
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Eight powered edge devices | Endpoints accept 802.3af or 802.3at and combined demand stays within the 120 W output budget. | Per-port peak wattage, start-up demand, cable distance, voltage, and future headroom. |
| High-speed fibre backhaul | One or two compatible SFP+ links are needed for aggregation or resilient topology. | Optic type, wavelength, distance, connector, fibre type, and remote-side compatibility. |
| Battery-assisted continuity | A correctly engineered 24 V nominal battery arrangement can be installed safely. | Chemistry, capacity, BMS, ventilation, temperature, runtime target, and charger settings. |
| Outdoor or semi-exposed mounting | IP54 protection is appropriate and installation follows orientation and grounding guidance. | Direct sun, rain exposure, enclosure location, glands, surge risks, and maintenance access. |
| Simple switch management | SwOS Lite functions meet the VLAN, port, monitoring, and management requirement. | Need for routing, firewall, advanced scripting, dynamic routing, or RouterOS features. |
Verified technical information
| Brand | MikroTik |
|---|---|
| Product name | netPower Lite 8P |
| Product code | CSS610-8P-2S+OUT |
| Product type | Outdoor-oriented managed PoE switch with integrated UPS and battery-charger support |
| Operating system | SwOS Lite |
| Switch chip | 88E6193 |
| Ethernet ports | 8 × 10/100/1000 Ethernet |
| PoE-out | 802.3af/at on Ether1–Ether8 |
| Total PoE output | 120 W shared total |
| SFP+ ports | 2 × SFP+ supporting high-speed uplink design |
| DC inputs | Three 2-pin terminal connections |
| DC input voltage | 24–57 V DC; battery input range 22–30 V |
| Battery charging range | 20–31.7 V, configurable 0.2–1.6 A charger range |
| Cooling | Passive |
| Environmental rating | IP54 |
| Tested ambient temperature | −40°C to +70°C |
| Monitoring | CPU temperature, current, voltage, battery temperature through included sensor, and alarm input |
| Included mounting items | Two hose clamps, K-66 fastening set, and temperature sensor |
| Power supply and battery | Confirm required power source, battery, wiring, protection, and accessories in the final bill of materials |
| Availability | Contact FourTeck for current UAE options, quantity, and lead time |
Important power, battery, and compatibility dependencies
A complete design requires more than selecting the switch. The 120 W PoE budget is shared, so connected devices must be evaluated by their maximum demand, not only their average consumption. Input voltage, cable resistance, endpoint classification, ambient temperature, battery charging load, and future expansion can all affect the usable margin. The charger and high-voltage PoE subsystem also share internal power limits; at higher PoE loads, battery charging may slow.
Battery selection must follow the battery manufacturer’s instructions. Supported arrangements may include flooded lead-acid, AGM, gel, or LiFePO4 batteries in a nominal 24 V configuration, but lithium installations require a suitable BMS. The switch does not replace cell balancing, battery protection, safe ventilation, overcurrent protection, proper cable sizing, or temperature-aware engineering. The battery negative connection must follow MikroTik’s isolation requirements, and battery wiring should be kept appropriately short and sized for the expected current.
SFP+ optics, direct-attach cables, remote-side ports, fibre type, wavelength, distance, connector type, and digital diagnostic support should be checked together. FourTeck can help review these dependencies, but final installation should be completed by a qualified technician in accordance with local electrical, grounding, cabling, and safety requirements.
A practical purchase and deployment journey
Map every powered endpoint
List each camera, access point, radio, sensor, or controller. Record its PoE standard, maximum wattage, cable distance, mounting location, and operational priority. Include spare-port and future-load requirements rather than sizing only for the first day.
Define power and runtime
Confirm the available DC source, expected outage profile, target battery runtime, charger settings, chemistry, battery capacity, BMS, ventilation, protection, wiring route, and ambient temperature. Runtime should be calculated from the real load and derated for field conditions.
Engineer the uplinks
Choose compatible SFP or SFP+ modules, fibre or DAC media, link distance, connector type, VLAN design, aggregation or failover approach, and remote switch compatibility. Confirm whether one uplink is active and the second reserved, aggregated, or used for another segment.
Plan mounting and protection
Review pole, wall, or ceiling mounting, device orientation, downward cable entry, grounding, surge protection, cable glands, UV exposure, heat, water paths, service access, physical tamper risk, and battery enclosure. IP54 should be treated as one part of the design.
Configure and test
Secure the management password, update SwOS Lite, create VLAN and port settings, configure PoE behavior, set charger parameters, verify temperature sensing, document the alarm input, test every endpoint, simulate power failure, and confirm recovery behavior.
Document and maintain
Record port assignments, PoE loads, optics, fibre routes, battery details, charger thresholds, firmware, management addresses, passwords policy, grounding checks, service dates, and replacement criteria. Battery condition and outdoor cable integrity require periodic inspection.
PoE distribution with realistic headroom
Eight PoE-capable Gigabit ports make the switch convenient for a compact edge cluster, but the design should never assume that eight ports automatically equal eight high-power devices. The total output is 120 W, and real installations should retain operating headroom. Endpoint power can rise during infrared illumination, heater operation, radio transmit peaks, reboot, firmware update, or accessory activation.
A camera listed at a modest typical consumption may draw more when its infrared array, wiper, heater, or motorised lens is active. Outdoor wireless equipment may vary by radio load and connected accessories. The correct method is to use the manufacturer’s maximum requirement for each endpoint, add cable and design margin, and then compare the total against the available budget under the chosen input voltage.
FourTeck can help prepare a port-by-port load schedule. This is useful for deciding whether all endpoints can share one switch, whether a second unit is needed, or whether a higher-power model would be more appropriate.
10G uplinks for aggregation and growth
The two SFP+ cages allow the access side to connect into a higher-capacity aggregation network. This is useful where several Gigabit endpoints produce simultaneous traffic, where video streams are concentrated, or where the switch connects through fibre over a longer distance than copper would support.
Two uplink interfaces also create architectural choices. One can connect to the primary network and the other to a secondary path, another switch, a local recorder, or a separate segment. Whether these choices deliver redundancy depends on VLAN design, loop prevention, remote equipment, topology, and operational procedures. The presence of two ports alone does not guarantee failover.
Optical selection must be precise. A 10G single-mode module is not interchangeable with every multimode or BiDi design. Fibre count, connector polarity, wavelength pairing, distance, optical budget, remote interface capability, and supported module list must all be checked before the bill of materials is finalised.
Battery-backed continuity with defined limits
The built-in charger and UPS switchover are valuable because they reduce the number of separate control components in a small backup-power system. When mains-derived DC power fails, a correctly connected battery can support the switch and its PoE load without relying on a conventional AC UPS at the field point.
The feature still requires engineering discipline. Battery runtime varies with load, battery age, depth of discharge, chemistry, capacity, temperature, cable resistance, cutoff voltage, and charging history. A 24 V nominal battery arrangement must be selected with suitable BMS protection where required. Flooded batteries require a ventilated location because charging can release hydrogen.
Operational testing should include full-load switchover, low-battery cutoff, power restoration, charger status, temperature response, alarm reporting, and endpoint recovery. A maintenance plan should define battery testing and replacement criteria rather than waiting for a real outage to reveal reduced capacity.
Ideal business environments and use cases
CCTV aggregation points
A group of IP cameras can connect to one outdoor switch and use fibre backhaul to a recorder or core network. Camera wattage, bandwidth, multicast behavior, surge protection, storage architecture, and outage runtime must be evaluated together.
Apartment and compound networks
The unit can serve access points, cameras, intercom-related Ethernet devices, or building controllers at a distributed location. VLAN separation, management access, physical security, and service responsibility should be documented.
WISP and wireless backhaul sites
Wireless radios and local network devices can be powered from a common point while SFP+ provides a high-capacity uplink. Radio power standards, tower grounding, lightning protection, battery housing, and remote monitoring are critical.
Utilities and smart infrastructure
Remote sensors, cameras, access equipment, or communication devices may benefit from consolidated PoE and battery backup. Project-specific environmental, regulatory, cybersecurity, and maintenance requirements must be confirmed.
Warehouses and perimeter zones
Outdoor walls, gates, yards, or loading areas often need local switching near endpoints. Fibre backhaul can reduce copper-distance limitations, while the battery subsystem can support continuity during local power disturbances.
Temporary and remote project sites
Construction, event, or remote facilities may use DC or alternative-energy systems. Suitability depends on power stability, enclosure design, environmental exposure, network topology, local supervision, and safe battery management.
Integration and operational considerations
SwOS Lite is designed for focused switch management rather than the broader routing and firewall functions associated with RouterOS. Buyers should confirm that required functions such as VLAN configuration, port isolation, link aggregation, loop prevention, traffic handling, mirroring, access control, monitoring, and SNMP behavior are supported in the planned software release. Where routing, VPN, firewall policy, dynamic routing, complex scripting, or advanced central orchestration is needed, those services should be provided by another device in the network architecture.
Management security should be treated as part of deployment. Change default credentials immediately, restrict the management network, use a dedicated management VLAN where appropriate, maintain a firmware-update process, back up configuration records, and prevent the management interface from being exposed directly to untrusted networks. Physical access matters too because the switch may be mounted in a reachable outdoor location. The enclosure, fasteners, cable routes, battery cabinet, and alarm input should be included in the site-security plan.
PoE endpoints from different vendors may implement power negotiation, reboot behavior, surge tolerance, and link recovery differently. Test each device model with the intended cable type and distance. Where cameras or radios are mission-critical, perform a complete power-failure test with all ports loaded. Verify the switch remains reachable, endpoints remain operational, battery current remains within the design, and systems recover correctly after the battery reaches cutoff or DC power returns.
Network documentation should show logical VLANs, physical fibre paths, SFP+ module details, port numbers, PoE loads, MAC addresses, IP addresses, battery specifications, charger parameters, and escalation contacts. Clear documentation reduces troubleshooting time when multiple teams are responsible for power, cabling, networking, surveillance, or facilities.
Buyer questions to resolve before ordering
Procurement checklist
☐ Confirm exact product code CSS610-8P-2S+OUT
☐ State required quantity and deployment locations
☐ Provide an endpoint-by-endpoint PoE load schedule
☐ Confirm DC input source and available voltage
☐ Define battery chemistry, capacity, BMS, and runtime
☐ Select SFP/SFP+ modules or DAC cables
☐ Verify fibre type, wavelength, connector, and distance
☐ Confirm VLAN, monitoring, and management requirements
☐ Include mounting, grounding, glands, and surge protection
☐ Confirm outdoor battery enclosure and ventilation
☐ Define installation, configuration, and testing scope
☐ Request warranty and current availability guidance in writing
How FourTeck can assist
FourTeck can help translate a field requirement into a clearer product and service scope. This may include confirming the exact MikroTik model, reviewing PoE endpoint loads, identifying suitable power-supply options, discussing battery and charger dependencies, checking SFP+ uplink needs, and preparing a bill of materials for the requested quantity.
For projects that need more than hardware, the quotation can discuss installation planning, mounting coordination, configuration, VLAN setup, PoE policy, firmware preparation, uplink testing, power-failure testing, documentation, and handover. The exact scope depends on site conditions, access, existing infrastructure, customer standards, and the responsibilities assigned to other contractors.
Buyers can also browse business technology products, review available installation and configuration services, or send the project requirement to FourTeck for quotation coordination.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the MikroTik netPower Lite 8P. Availability may depend on quantity, vendor lead time, regional supply, required power accessories, SFP+ modules, battery-related components, and the requested service scope. A quotation should identify the exact model code, included items, optional accessories, and any installation or configuration services rather than relying only on the product family name.
Delivery and project coordination can be discussed after the requirement is confirmed. For installations across Dubai, Abu Dhabi, Sharjah, and Ajman, buyers should provide the precise site location, access restrictions, mounting conditions, cable routes, working-hour requirements, safety documentation, and handover expectations. Installation dates, site visits, and delivery schedules remain dependent on confirmed scope, resource planning, approvals, and product lead time.
GCC Availability
FourTeck can assist organisations planning MikroTik netPower Lite 8P requirements across GCC markets, including the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain, and Oman. Regional assistance can begin with a review of the exact product code, endpoint count, PoE load, uplink modules, input-power design, battery requirement, installation environment, and required quantity. This helps separate the base switch from project-specific items such as power supplies, batteries, BMS components, fibre optics, DAC cables, surge protection, mounting accessories, and professional services.
Product availability, licensing where applicable, delivery schedules, service visits, project scope, and vendor lead times can vary by country, model, quantity, and requirement. Buyers should share the destination country, deployment location, requested quantity, preferred timeline, and whether configuration, installation, testing, or documentation is needed. FourTeck can then coordinate a suitable quotation path without implying local stock, fixed customs outcomes, or guaranteed delivery dates.
Africa Availability
For organisations planning outdoor PoE and battery-backed switching in Africa, FourTeck can support product evaluation and procurement planning for the MikroTik netPower Lite 8P. Projects in East Africa, West Africa, Southern Africa, Central Africa, Kenya, Uganda, or other selected markets should be reviewed around the actual site conditions. Important inputs include the number and type of powered endpoints, fibre availability, input voltage, battery chemistry, heat and weather exposure, grounding, surge risk, remote-management needs, and the skills available for local installation and maintenance.
Availability and fulfilment may depend on destination, quantity, product lead time, shipping arrangements, power and regulatory requirements, installation scope, and local project conditions. Buyers should provide the destination country, exact product code, quantity, preferred deployment schedule, required optics and accessories, and any support expectations. Regional enquiries can also be directed through FourTeck Africa, FourTeck Kenya, or FourTeck Uganda for appropriate coordination.
Related products and services to consider
Outdoor DC power supply
Select a supply that matches the input-voltage range and total switch, PoE, and charging load. Final sizing depends on connected devices and battery charging expectations.
24 V battery system
Battery chemistry, capacity, BMS, enclosure, ventilation, cable size, protection, temperature, and runtime should be engineered as one subsystem.
SFP and SFP+ connectivity
Optical modules, BiDi pairs, patch leads, fibre type, connector, wavelength, and distance must match both ends of the link.
PoE endpoint review
A load assessment can check whether cameras, access points, radios, and controllers fit within the port and total power limits.
Installation and configuration
Professional scope can include mounting, grounding coordination, firmware, VLANs, PoE settings, charger parameters, uplink testing, and documentation.
Higher-capacity alternatives
Projects needing more ports, a larger PoE budget, RouterOS, 802.3bt, rack mounting, or advanced redundancy should be compared with another suitable switch rather than forcing this model into the design.
Why businesses contact FourTeck
The main value of a pre-sales discussion is clarity. A model may look suitable from its port count, yet the final result depends on PoE headroom, optics, DC power, battery design, cable length, mounting, grounding, software capability, and support scope. FourTeck can help buyers identify these dependencies before a purchase order is issued.
Assistance can cover requirement clarification, exact-model confirmation, bill-of-material guidance, compatibility review, quotation coordination, installation planning, configuration scope, migration from separate injectors, testing requirements, and documentation. This is particularly useful when networking, surveillance, facilities, and electrical teams share responsibility for the same site.
FourTeck does not need to assume that every project is identical. The discussion can be adapted to a single outdoor cabinet, a multi-building property, a CCTV expansion, a wireless access rollout, or a regional deployment. Visit the FourTeck company overview or use the contact page to submit the exact requirement.
Frequently asked questions
What is the MikroTik netPower Lite 8P used for?
It is used as a managed outdoor-oriented switch for connecting and powering up to eight compatible PoE devices, with two SFP+ interfaces for network uplinks and an integrated charger for a supported external battery arrangement.
What is the exact model number?
The exact product code is CSS610-8P-2S+OUT. Buyers should use this code in the quotation and purchase order to avoid confusion with other CSS610 or netPower products.
Can all eight ports provide PoE?
Yes, Ether1 through Ether8 support 802.3af/at PoE-out. The total output is limited to 120 W, so the combined maximum demand of all connected endpoints must be calculated with suitable headroom.
Does it include a battery?
A battery should not be assumed to be included. The switch supports an external 24 V nominal battery arrangement, but battery chemistry, capacity, BMS, enclosure, cabling, and protection must be selected for the project.
How long will it run during a power cut?
Runtime cannot be stated without the battery and load details. It depends on battery capacity, age, chemistry, temperature, cutoff settings, switch consumption, total PoE load, cable losses, and battery condition.
Can it be mounted outdoors?
The enclosure is rated IP54 and is designed for outdoor-oriented mounting. Correct orientation, downward cable entry, grounding, surge protection, cable sealing, weather exposure assessment, and qualified installation are still required.
Does the switch run RouterOS?
This model runs SwOS Lite. Buyers needing advanced routing, firewall, VPN, or RouterOS scripting functions should use another router or evaluate a different MikroTik platform.
Which SFP+ modules should be ordered?
The answer depends on link speed, fibre type, distance, wavelength, connector, BiDi pairing, and remote-side compatibility. Share the link design with FourTeck before selecting optics or DAC cables.
Can FourTeck provide configuration and installation?
Configuration and installation scope can be discussed in the quotation. It may cover firmware, VLANs, PoE settings, charger parameters, uplink testing, mounting coordination, power-failure testing, and documentation, subject to site conditions.
How do I request Dubai pricing and availability?
Send FourTeck the exact model code, quantity, endpoint list, PoE load, optics, battery requirement, deployment location, and service scope. Current availability and quotation terms can then be confirmed for the UAE requirement.
Build the quote around the real site requirement
Share the exact quantity, powered-device schedule, SFP+ link details, input-power source, battery runtime target, mounting environment, and required services. FourTeck can help prepare a clearer product and deployment scope.
