The MikroTik RB5009UG+S+ is my best overall MikroTik router because its 2.5GbE port, 10G SFP+ cage, and compact design provide a strong upgrade path without carrier-grade cost. The CCR2004-16G-2S+ is my premium choice for heavier routing and larger wired networks, while the hAP ax2 offers the most approachable mix of Wi-Fi 6 and routing for smaller homes. Choosing among the best MikroTik routers comes down to routing workload, built-in wireless, port speed, PoE requirements, and comfort with RouterOS. More expensive hardware can provide greater capacity, but it may add noise, power use, and configuration complexity without improving a modest connection. Continue reading for the full breakdown of all 13 options and the buyer each model suits best.
Complete the kit
Key Takeaways
- The RB5009UG+S+ leads the roundup because it balances compact hardware, multi-gig connectivity, 10G expansion, and price more effectively than the RB4011 or CCR2004.
- The CCR2004-16G-2S+ earns the premium role through routing capacity and port density, but its rack-focused design is excessive for most homes and small offices.
- Wi-Fi 6 changes the value equation: the hAP ax2 and hAP ax S are better long-term wireless buys than the hAP ac2 and hAP ac3 unless the older models receive a steep discount.
- The newer hEX models weaken the case for the RB750Gr3. The older router remains useful for basic wired networks, but lower prices alone do not offset its aging platform for every buyer.
- Specialized features create the clearest alternatives: the hEX PoE suits powered access points and cameras, while the L009UiGS-RM serves buyers who value rack mounting and numerous wired connections.
| MikroTik RB4011iGS+5HacQ2HnD-IN Router |  | Best Overall | CPU: Quad-core Cortex A15 | RAM: 1 GB | Gigabit Ethernet Ports: 10 | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik RouterBOARD 5009UG+S+ |  | Best Compact Wired Performer | Model: RB5009UG+S+ | CPU Architecture: Marvell Armada ARMv8 | CPU Cores: 4 | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik CCR2004-16G-2S+ Router |  | Best for High Port Density | CPU: ARM 64-bit | CPU Cores: 4 | CPU Clock: 1700 MHz | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik hAP ax S Wi-Fi 6 Wireless Router |  | Best Wi-Fi 6 Starter Pick | Model: W129280721 | Product Type: Wireless router | Wi-Fi Generation: Wi-Fi 6 | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik IPQ-6010 Dual-Band Wireless Router |  | Best for Apartment Coverage | Model: IPQ-6010 | Wi-Fi Standard: Wi-Fi 6 (802.11ax) | Frequency Bands: 2.4 GHz and 5 GHz | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik Routerboard hEX PoE RB960PGS |  | Best for PoE Deployments | Ethernet ports: 5 Gigabit Ethernet | PoE output: 802.3at | Maximum power per port: 1A | VIEW LATEST PRICE | See Our Full Breakdown |
| Mikrotik hEX E50UG |  | Best Value Wired Router | Ethernet ports: 5 | Ethernet speed: Gigabit | Processor architecture: ARM | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik L009UiGS-RM |  | Best Rack-Mount Upgrade | Ethernet ports: 8 Gigabit Ethernet | SFP interface: 1 cage with 1G and 2.5G support | Processor: Dual-core ARM, 800MHz | VIEW LATEST PRICE | See Our Full Breakdown |
| Mikrotik hEX RB750Gr3 |  | Best for Encrypted VPNs | Ethernet ports: 5 Gigabit Ethernet | Processor: Dual-core 880MHz | Memory: 256MB RAM | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik hAP ax2 US Version |  | Best Wi-Fi 6 Home Router | Model: C52iG-5HaxD2HaxD-TC-US | Processor: Quad-core IPQ-6010, 864MHz | Memory: 1GB RAM | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik hEX S (2025) E60iUGS Wired Router |  | Best Wired Upgrade | Ethernet Ports: 5 | Ethernet Speed: Gigabit | SFP Port: 2.5G | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik hAP ac3 US Version |  | Best for Small Offices | Device Type: Wireless access point and router | Wi-Fi: Dual-band | Wireless Bands: 2.4 GHz and 5 GHz | VIEW LATEST PRICE | See Our Full Breakdown |
| MikroTik hAP ac2 RBD52G-5HacD2HnD-TC Dual-Concurrent Access Point |  | Best Value Wi-Fi Pick | Wi-Fi Frequencies: 2.4 GHz and 5 GHz | Wireless Standard: 802.11a/b/g/n/ac | Ethernet Ports: 5 Gigabit Ethernet ports | VIEW LATEST PRICE | See Our Full Breakdown |
More Details on Our Top Picks
MikroTik RB4011iGS+5HacQ2HnD-IN Router
I rank the MikroTik RB4011iGS+5HacQ2HnD-IN first because it offers the strongest balance of wired capacity, integrated wireless, and routing power in this group. Its ten Gigabit ports and 10Gbps SFP+ interface leave more room for switches, servers, and fast uplinks than the seven-port IPQ-6010. Unlike the wired-only CCR2004-16G-2S+, it also supplies dual-band Wi-Fi 5 at up to 1733 Mbps, making it easier to build one capable network around a single box. The quad-core Cortex A15 processor is suited to demanding RouterOS configurations, while port 10 can power one compatible device. I would not choose it solely for wireless longevity: the hAP ax S offers newer Wi-Fi 6. Its 1GB RAM and technical setup also limit its appeal for very large or beginner-managed networks.
Pros:- Ten Gigabit Ethernet ports accommodate a busy wired network
- 10Gbps SFP+ interface supports a fast backbone or server connection
- Four-chain 5GHz wireless delivers rates up to 1733 Mbps
- Metal enclosure and quad-core CPU suit demanding installations
Cons:- Wi-Fi 5 is a generation behind the hAP ax S and IPQ-6010
- 1GB RAM can constrain unusually large or service-heavy configurations
- Compatibility limitations apply to passive DACs and some SFP modules
Best for: Power users and small offices that need numerous wired connections, a 10Gbps uplink, and integrated dual-band Wi-Fi in one router
Not ideal for: Wi-Fi-focused buyers seeking the newer Wi-Fi 6 standard or beginners who want guided, low-effort configuration
- CPU:Quad-core Cortex A15
- RAM:1 GB
- Gigabit Ethernet Ports:10
- SFP+ Interface:10Gbps
- Wi-Fi Standard:Wi-Fi 5 (802.11ac)
- Maximum 5GHz Rate:1733 Mbps
- Wireless Chains:4
- PoE Output:Port 10
- Enclosure:Matte-black metal
Our verdict“I recommend the RB4011 as the best all-around choice for buyers who need serious wired connectivity without giving up built-in Wi-Fi.”
MikroTik RouterBOARD 5009UG+S+
The MikroTik RouterBOARD 5009UG+S+ makes my list as a focused wired router for buyers who value processing strength over built-in wireless. Its four-core 1.4GHz ARMv8 processor and DDR4 memory provide a modern foundation for firewall rules, VLANs, and other RouterOS workloads. Compared with the RB4011, it avoids spending hardware space on Wi-Fi, but that means a separate access point is required for wireless devices. The CCR2004-16G-2S+ remains the better choice when port density and 4GB of RAM matter more; the RB5009 has only 1GB. I place this model above simpler hEX options for demanding wired networks, though the supplied specifications do not state its exact Ethernet layout. That incomplete port documentation makes pre-purchase planning harder. It is a capable specialist, rather than the most flexible all-in-one router.
Pros:- Four-core ARMv8 processor supports demanding routing workloads
- 1.4GHz clock speed provides ample processing headroom for many small-network tasks
- DDR4 memory offers a newer memory platform than older MikroTik designs
- Multiple Ethernet connections support flexible wired deployments
Cons:- Only 1GB of RAM limits heavier workloads compared with the CCR2004
- Integrated wireless connectivity is not listed
- Supplied product data omits the exact port count and interface mix
Best for: RouterOS enthusiasts building a compact wired network with a separate Wi-Fi access point
Not ideal for: Households wanting one box for routing and wireless coverage, since integrated Wi-Fi is not listed
- Model:RB5009UG+S+
- CPU Architecture:Marvell Armada ARMv8
- CPU Cores:4
- CPU Clock:1.4 GHz per core
- RAM Capacity:1 GB
- RAM Type:DDR4
- Ethernet Connectivity:Multiple ports; exact count not supplied
Our verdict“I recommend the RB5009 to experienced buyers who want strong wired routing in a focused platform and already plan to use separate Wi-Fi hardware.”
MikroTik CCR2004-16G-2S+ Router
I reserve the MikroTik CCR2004-16G-2S+ for networks that have outgrown ordinary desktop routers. Its 16 Gigabit Ethernet ports and two 10G SFP+ cages provide substantially more direct connectivity than the ten-port RB4011, reducing reliance on an additional switch in equipment-heavy installations. The four-core 1.7GHz ARM processor and 4GB of RAM also make this the strongest option here for complex routing policies or many active connections. That capability comes with a different ownership profile: the rack-width 443mm chassis, 48W power draw, and lack of listed wireless service make little sense for a typical apartment. Buyers wanting Wi-Fi should favor the RB4011 or IPQ-6010. Configuration still demands RouterOS knowledge, and the supplied information does not clarify the included power hardware. I rank it as the professional infrastructure pick, not the universal winner.
Pros:- Sixteen Gigabit ports provide the highest copper port density in this batch
- Two 10G SFP+ cages support redundant or segmented high-speed links
- 4GB of RAM offers far more workload headroom than the RB4011 or RB5009
- Four-core 1.7GHz ARM processor suits demanding network services
Cons:- No integrated wireless connectivity is specified
- Rack-width dimensions and 48W consumption are excessive for many homes
- RouterOS setup requires networking knowledge, and supplied power details are unclear
Best for: Network administrators, labs, and small businesses that need many wired ports, dual 10Gbps uplinks, and greater memory capacity
Not ideal for: Apartment users and Wi-Fi-first households that lack a rack or do not need sixteen wired connections
- CPU:ARM 64-bit
- CPU Cores:4
- CPU Clock:1700 MHz
- RAM:4 GB
- Storage:128 MB NAND
- Gigabit Ethernet Ports:16
- SFP+ Cages:2 x 10G
- Power Consumption:48 W
- Dimensions:443 x 210 x 44 mm
Our verdict“I recommend the CCR2004 when wired scale and routing headroom outweigh the need for compact size, wireless service, or beginner-friendly setup.”
MikroTik hAP ax S Wi-Fi 6 Wireless Router
The MikroTik hAP ax S earns a place for buyers whose priority is current-generation wireless rather than a large wired backbone. Its Wi-Fi 6 support can handle modern client devices more efficiently than the Wi-Fi 5 RB4011, making this model better aligned with a home or small office built around phones, laptops, and connected devices. I rank the IPQ-6010 ahead for buyers who need documented dual-band operation, seven ports, WPA3, and a stated 1200Mbps rate; those details are absent here. That missing information is the hAP ax S model’s main weakness, since it prevents a confident comparison of wired capacity, radio performance, and coverage. Still, its stated focus on fast, reliable home connectivity gives it a clear role among MikroTik’s more technical wired routers. I see it as the simpler wireless-first choice, provided the buyer verifies the exact regional specification before ordering.
Pros:- Wi-Fi 6 supports newer wireless clients and higher-capacity environments
- Wireless-first design is better suited to everyday home devices than rack-oriented models
- Intended for both home and small-office deployment
Cons:- No wireless data rate or coverage figure is supplied
- Wired-port count and interface types are not documented
- Sparse CPU and memory details make workload comparisons difficult
Best for: Home and small-office buyers seeking a MikroTik Wi-Fi 6 router without the port-heavy focus of the RB4011 or CCR2004
Not ideal for: Buyers who need confirmed Ethernet counts, wireless rates, memory capacity, or coverage figures before purchase
- Model:W129280721
- Product Type:Wireless router
- Wi-Fi Generation:Wi-Fi 6
- Wireless Standard:802.11ax
- Intended Environment:Home or small office
- Wireless Data Rate:Not provided in supplied data
- Ethernet Port Count:Not provided in supplied data
Our verdict“I recommend the hAP ax S to wireless-first buyers who want Wi-Fi 6 and can confirm the missing regional hardware details before purchase.”
MikroTik IPQ-6010 Dual-Band Wireless Router
I choose the MikroTik IPQ-6010 for apartment users who want modern wireless security and enough physical connections for a mixed network. It combines dual-band Wi-Fi 6, WPA3, and a 1200Mbps rate, giving buyers more documented wireless capability than the sparsely specified hAP ax S. Seven ports also make it more adaptable than a basic wireless gateway, while four internal antennas keep the exterior tidy. Compared with the RB4011, this model has the newer Wi-Fi standard and stated whole-apartment coverage, but it gives up the RB4011’s 1733Mbps 5GHz ceiling, ten Gigabit ports, and 10G SFP+ interface. Its 1GB RAM is adequate for ordinary home routing but less attractive for intensive services, and RouterOS may frustrate buyers expecting app-led setup. It also has no modem function, so many internet connections will still require an ISP device.
Pros:- Dual-band Wi-Fi 6 supports modern wireless devices
- WPA3 adds a current wireless security protocol
- Seven ports accommodate a useful mix of wired equipment
- Four internal antennas and stated whole-apartment coverage suit residential placement
Cons:- No modem capability, so an ISP gateway or separate modem may remain necessary
- 1GB RAM limits demanding multi-service configurations
- RouterOS setup can be difficult for buyers without networking knowledge
Best for: Apartment residents and home-office users who want dual-band Wi-Fi 6, WPA3 security, and several wired connections
Not ideal for: Buyers needing an integrated modem, a 10Gbps uplink, or enough memory for intensive RouterOS services
- Model:IPQ-6010
- Wi-Fi Standard:Wi-Fi 6 (802.11ax)
- Frequency Bands:2.4 GHz and 5 GHz
- Data Transfer Rate:Up to 1200 Mbps
- Number of Ports:7
- Antennas:4 internal
- Security Protocol:WPA3
- RAM:1 GB
- Operating System:RouterOS v7.16.1
Our verdict“I recommend the IPQ-6010 for apartment networks that need secure Wi-Fi 6 and flexible connectivity without moving into rack-class hardware.”
MikroTik Routerboard hEX PoE RB960PGS
I rank the MikroTik hEX PoE RB960PGS as the best fit for a wired network that must power access points, cameras, or other compatible gear. Its 802.3at PoE output can reduce separate injectors and power adapters, while five shielded Gigabit ports, USB 2.0, and SFP support give it more deployment flexibility than the basic Mikrotik hEX E50UG. The 800MHz CPU and RouterOS also suit detailed routing policies, VLANs, and traffic controls. The compromise is specialization: unlike the hAP ax2, it provides no Wi-Fi, and its 128MB memory is lean beside the E50UG’s 512MB. I place it behind newer all-purpose choices because setup demands networking knowledge, but its power-and-fiber combination earns a clear role where cabling simplicity matters.
Pros:- 802.3at PoE output can power compatible downstream equipment
- SFP support accommodates a fiber uplink
- Five shielded Gigabit Ethernet ports suit compact wired installations
- USB 2.0 adds expansion flexibility
Cons:- No built-in wireless connectivity
- 128MB of memory is restrictive beside newer hEX models
- Advanced RouterOS configuration demands networking knowledge
Best for: I recommend it to network administrators powering access points, cameras, or other PoE devices from a compact wired router.
Not ideal for: I would skip it for homes needing built-in Wi-Fi or buyers who want a guided, low-effort setup.
- Ethernet ports:5 Gigabit Ethernet
- PoE output:802.3at
- Maximum power per port:1A
- Processor:800MHz CPU
- Memory:128MB
- Fiber interface:SFP
- USB:USB 2.0
- Port shielding:Shielded Ethernet ports
Our verdict“I would choose the hEX PoE when powering wired network equipment matters more than Wi-Fi or generous memory.”
Mikrotik hEX E50UG
I see the Mikrotik hEX E50UG as the best wired value for a home or small office that already has Wi-Fi covered. Its modern ARM processor and 512MB of RAM give RouterOS more breathing room for queues, firewall rules, and multiple local services than the older hEX RB750Gr3, which has 256MB. Five Gigabit Ethernet ports cover a modem, access point, and several wired clients without paying for a large chassis. Yet the hEX PoE RB960PGS is the better choice when powered devices or fiber uplinks are part of the plan; this model’s listing discloses no PoE, SFP, or USB capability. I also mark it down because performance limits and secondary interfaces are poorly documented. Its newer ARM platform keeps it high in my value ranking, but it is not the batch’s most expandable router.
Pros:- 512MB of RAM provides useful headroom for RouterOS services
- Modern ARM processor improves platform efficiency
- Five Gigabit ports cover common home and small-office layouts
- Affordable positioning makes it a sensible wired entry point
Cons:- No built-in Wi-Fi is disclosed
- No PoE output or SFP interface is listed
- Sparse documentation makes interface and performance limits harder to judge
Best for: I recommend it to home-lab beginners and small offices that need affordable Gigabit routing behind a separate access point.
Not ideal for: I would skip it for PoE installations, fiber-connected networks, or anyone requiring built-in wireless service.
- Ethernet ports:5
- Ethernet speed:Gigabit
- Processor architecture:ARM
- Memory:512MB RAM
- Wireless:Not listed
- Deployment class:Home or small-office wired routing
Our verdict“I would pick the E50UG for low-cost wired routing when memory and a newer processor matter more than PoE or fiber.”
MikroTik L009UiGS-RM
I assign the MikroTik L009UiGS-RM the rack-mount role because it bridges compact desktop routers and the much larger CCR2004. Its eight Gigabit ports plus a 2.5G-capable SFP cage suit a patch-panel setup better than either five-port hEX model, while 512MB of RAM and a dual-core ARM processor provide useful headroom for VLANs, firewalling, and small-office routing. USB 3.0 and PoE input/output also make it more adaptable than the E50UG. I do not rank it as the universal winner: buyers needing 10G links or many high-throughput connections should move to the CCR2004, and a simple home network may find the rack format and RouterOS depth excessive. The supplied listing is also thin on detail, so I would verify the exact regional package. Its middle-ground expandability is the reason it makes the cut.
Pros:- Eight Gigabit Ethernet ports reduce reliance on a separate small switch
- SFP cage supports uplinks up to 2.5Gbps
- Rack-mount enclosure fits structured network installations
- USB 3.0 and PoE support broaden deployment options
Cons:- No 10G interface for heavier aggregation workloads
- Rack format is excessive for many simple home networks
- The supplied retail listing omits useful configuration details
Best for: I recommend it to small-business administrators and home-lab builders moving from a desktop router into an organized rack.
Not ideal for: I would skip it for basic apartments or demanding 10G networks because its rack format adds complexity while its uplink stops below 10Gbps.
- Ethernet ports:8 Gigabit Ethernet
- SFP interface:1 cage with 1G and 2.5G support
- Processor:Dual-core ARM, 800MHz
- Memory:512MB RAM
- Storage:128MB NAND
- USB:USB 3.0 Type-A
- PoE:PoE input and passive PoE output
- Operating system:RouterOS v7
- Form factor:Rack-mount
Our verdict“I would buy the L009UiGS-RM as a practical rack-mounted step above hEX models without paying for CCR2004-class capacity.”
Mikrotik hEX RB750Gr3
I choose the Mikrotik hEX RB750Gr3 for buyers building encrypted site-to-site or remote-access links on a modest wired network. Its hardware IPsec acceleration is the defining advantage: it can offload encryption work that would otherwise burden the dual-core 880MHz processor. Compared with the E50UG, it has only half the RAM, yet its USB port and microSD slot offer clearer expansion options for logging or RouterOS features. It is also more compact than the rack-mounted L009UiGS-RM. The tradeoffs are firm: there is no Wi-Fi, no SFP fiber cage, and passive PoE input is less flexible than the hEX PoE RB960PGS’s ability to power downstream equipment. I rank it below the E50UG for general-purpose longevity, but its security-focused hardware makes it the more deliberate VPN pick.
Pros:- Hardware IPsec acceleration supports encrypted network links
- Dual-core 880MHz processor is capable for its compact class
- USB and microSD expansion support logging and added services
- Small enclosure fits constrained network cabinets
Cons:- No built-in wireless connectivity
- No SFP interface or downstream PoE output
- 256MB of RAM trails the newer E50UG
Best for: I recommend it to home-lab users and small offices running IPsec tunnels across a compact five-port wired network.
Not ideal for: I would skip it for buyers needing Wi-Fi, fiber uplinks, PoE output, or abundant memory for expanding RouterOS workloads.
- Ethernet ports:5 Gigabit Ethernet
- Processor:Dual-core 880MHz
- Memory:256MB RAM
- Storage and expansion:16MB storage with microSD slot
- USB:USB port
- Encryption:Hardware IPsec acceleration
- Dimensions:113 x 89 x 28mm
- PoE:Passive PoE input
Our verdict“I would select the RB750Gr3 for an inexpensive wired VPN endpoint, while choosing the E50UG for broader long-term flexibility.”
MikroTik hAP ax2 US Version
I place the MikroTik hAP ax2 first among these five for homes that need routing and wireless service in one unit. Against the wired-only hEX E50UG, it adds dual-band Wi-Fi 6 and doubles memory to 1GB, which gives its quad-core IPQ-6010 processor more room for busy households, firewall policies, and concurrent devices. The hEX PoE RB960PGS remains a smarter infrastructure pick when SFP connectivity or powered access points matter, so the hAP ax2 does not replace every wired specialist. Its dual-chain radio is also less suited to very large homes than a multi-access-point design, and the US version is meant for US wireless rules. RouterOS can demand more setup knowledge than mainstream mesh gear, with an initial software update listed as required. Still, the best all-in-one wireless balance makes this my home Wi-Fi pick.
Pros:- Dual-band Wi-Fi 6 serves modern wireless devices
- Quad-core processor supports active household routing workloads
- 1GB of RAM leaves room for RouterOS rules and services
- Combines wireless access and routing in one device
Cons:- RouterOS has a steeper setup curve than mainstream home-router software
- Initial software update is required
- Dual-chain radio and US regulatory configuration narrow its audience
Best for: I recommend it to technically confident US households seeking one RouterOS device for Wi-Fi 6, routing, and firewall control.
Not ideal for: I would skip it for overseas buyers, very large homes needing several access points, or anyone wanting an app-led mesh setup.
- Model:C52iG-5HaxD2HaxD-TC-US
- Processor:Quad-core IPQ-6010, 864MHz
- Memory:1GB RAM
- Wireless standard:Wi-Fi 6
- Wireless bands:Dual-band
- Radio configuration:Dual-chain
- Operating system:RouterOS
- License level:Level 4
Our verdict“I would choose the hAP ax2 for a technically managed US home that wants Wi-Fi 6 and RouterOS in one compact router.”
MikroTik hEX S (2025) E60iUGS Wired Router
I rank the MikroTik hEX S (2025) as the best wired upgrade because it pairs five Gigabit Ethernet ports with a 2.5G SFP uplink, giving fiber users more headroom than the standard-gigabit MikroTik hEX E50UG. PoE out can power an access point or camera from the router, while USB adds room for storage or modem-based backup connections. This is a more flexible foundation than the wireless hAP ac2 when Wi-Fi is handled by separate access points. The tradeoff is specialization: there is no built-in Wi-Fi, and its dual-core processor is less suited to demanding VPN, firewall, or multi-gigabit workloads than the RB5009UG+S+. I place it below MikroTik’s higher-performance routers, but its balanced wired feature set makes it a smart middle-ground choice.
Pros:- Five Gigabit Ethernet ports support several wired clients
- 2.5G SFP port offers faster fiber or uplink connectivity
- PoE out can power a compatible access point or camera
- USB supports useful network expansion options
Cons:- No built-in Wi-Fi, so wireless coverage requires separate hardware
- Dual-core processor offers less performance headroom than the RB5009UG+S+
- Only the SFP connection exceeds Gigabit speed
Best for: Home-lab builders and small-office administrators who use separate access points and need fiber connectivity plus PoE out
Not ideal for: Buyers seeking an all-in-one wireless router or heavy multi-gigabit VPN performance
- Ethernet Ports:5
- Ethernet Speed:Gigabit
- SFP Port:2.5G
- PoE Out:Yes
- USB:Yes
- Processor:Dual-core CPU
- Operating System:RouterOS
- Built-in Wi-Fi:No
Our verdict“I recommend the hEX S (2025) for buyers who want a compact, expandable wired router without paying for higher-end processing they may not use.”
MikroTik hAP ac3 US Version
I place the MikroTik hAP ac3 in the small-office role because it combines dual-band Wi-Fi and wired connectivity in one manageable device. Compared with the hEX S (2025), it avoids the cost and clutter of adding a separate wireless access point, making it better suited to a straightforward office or home network. It also represents a more substantial all-in-one choice than the older hAP ac2, though buyers working with newer wireless clients may prefer the hAP ax2 for Wi-Fi 6. The main compromise is uncertainty around the supplied hardware details: port count, memory, processor, and rated wireless performance are not specified here. MikroTik’s robust management controls also bring more setup complexity than a typical consumer router. I rank it for buyers who value configuration flexibility over guided, app-based administration.
Pros:- Dual-band Wi-Fi supports flexible device placement and traffic distribution
- Multiple Ethernet ports accommodate wired office equipment
- All-in-one design removes the need for a separate access point
- Detailed management features suit customized small networks
Cons:- Uses an older wireless generation than the Wi-Fi 6 hAP ax2
- Supplied data omits processor, memory, port-count, and throughput details
- Management depth can create a steeper learning curve for beginners
Best for: Small offices and technically confident home users who need dual-band Wi-Fi, wired connections, and detailed network controls
Not ideal for: Buyers who want Wi-Fi 6, transparent performance specifications, or a simple app-led setup
- Device Type:Wireless access point and router
- Wi-Fi:Dual-band
- Wireless Bands:2.4 GHz and 5 GHz
- Ethernet Connectivity:Multiple ports
- Management:Advanced network management features
- Recommended Network Size:Home or small office
- Regional Version:US
Our verdict“I recommend the hAP ac3 to small-network administrators who want one configurable wired-and-wireless device and do not require Wi-Fi 6.”
MikroTik hAP ac2 RBD52G-5HacD2HnD-TC Dual-Concurrent Access Point
I rank the MikroTik hAP ac2 as the value Wi-Fi pick because it combines simultaneous 2.4 and 5 GHz wireless, five Gigabit Ethernet ports, and a four-core processor in one compact unit. That mix gives budget-minded buyers more wired flexibility than many basic access points, while IPsec hardware acceleration helps when encrypted connections are part of the plan. Compared with the hAP ac3, its universal case offers particularly flexible desk or tower placement; compared with the hAP ax2, however, its older 802.11ac wireless standard is less appealing for newer devices. The largest constraint is 128MB of RAM, which leaves less room for elaborate RouterOS configurations, large routing tables, or numerous services. Its passive PoE requirements also demand closer attention to power compatibility. I favor it for modest mixed wired-and-wireless networks, not ambitious upgrades.
Pros:- Simultaneous 2.4 GHz and 5 GHz Wi-Fi supports mixed client devices
- Five Gigabit Ethernet ports provide strong wired capacity for the price
- Four-core processor includes IPsec hardware acceleration
- USB accepts external storage or a compatible LTE modem
Cons:- 128MB of RAM limits demanding RouterOS configurations
- 802.11ac Wi-Fi is older than the hAP ax2’s Wi-Fi 6 technology
- Passive PoE operates within a restricted 18-28V range
Best for: Budget-conscious home-lab users and small households needing dual-band Wi-Fi plus several Gigabit wired connections
Not ideal for: Growing networks that need Wi-Fi 6, substantial memory, or broad PoE power compatibility
- Wi-Fi Frequencies:2.4 GHz and 5 GHz
- Wireless Standard:802.11a/b/g/n/ac
- Ethernet Ports:5 Gigabit Ethernet ports
- USB:Yes, for external storage or LTE modem
- Processor:4-core CPU
- Memory:128MB RAM
- PoE:Passive PoE, 18-28V
- VPN Acceleration:IPsec hardware acceleration
- Placement:Desktop or tower
Our verdict“I recommend the hAP ac2 for value-focused buyers who need plenty of wired ports and serviceable dual-band Wi-Fi without planning a complex network.”
How We Picked
I ranked these routers using published processing hardware, practical routing capacity, Ethernet and SFP connectivity, wireless generation, power options, and physical design. I gave greater weight to features that affect ownership over several years, including multi-gig upgrade room, RouterOS support, mounting flexibility, and whether a model can replace several network devices. Port count mattered only when the processor and uplinks could make useful use of those ports.
The order also reflects role-specific value. An all-in-one wireless router could rank highly for a home without competing directly with a rack-mounted CCR, while PoE output earned credit only for buyers who can use it. I placed the RB5009 first because it covers the broadest range of advanced home, lab, and small-business deployments with fewer compromises. Older Wi-Fi 5 and hEX models rank lower where newer alternatives provide a clearer support path or faster interfaces, and the vaguely named IPQ-6010 listing loses ground because model identity and regional support are harder for a buyer to verify.
Factors to Consider When Choosing Best MikroTik Routers
I would choose a MikroTik router by matching its hardware to the network design rather than buying the model with the longest specification sheet. Routing workload, wireless placement, uplink speed, and power delivery often matter more than the raw number of ports. The following factors help separate useful headroom from cost that may never produce a visible benefit.
Match the Processor to the Routing Workload
A fast Ethernet port does not guarantee fast routing once firewall rules, queues, VPN encryption, or traffic monitoring are active. I would start with the services the router must run and the connection speed it must sustain at the same time. Basic NAT and DHCP place far less demand on a device than multiple WireGuard tunnels, elaborate queues, or inter-VLAN filtering. A small hEX can suit a simple gigabit network, while the RB5009 or CCR2004 leaves more processing room for complex configurations. Published benchmark results are useful only when the packet size and rule set resemble the intended deployment. Buying excessive CPU capacity is rarely helpful if the network is limited by Wi-Fi coverage or a slower internet plan.
Decide Whether Wi-Fi Belongs in the Router
Models from the hAP family combine routing and wireless access, which reduces cabling and makes sense in a small, centrally located home. That convenience becomes less persuasive when the router sits in a basement, cabinet, or rack where radio coverage will be poor. I favor a separate access point for larger homes because it can be placed for coverage and upgraded without replacing the router. Buyers choosing an all-in-one model should prefer Wi-Fi 6 hardware when prices are close, particularly with many active devices. Wi-Fi 5 models such as the hAP ac2 and ac3 remain reasonable for lighter networks or discounted purchases. No wireless specification can compensate for weak placement, crowded channels, or walls that call for additional access points.
Plan the Multi-Gig and SFP Upgrade Path
Most client devices still connect at one gigabit or less, but faster uplinks can prevent several users from sharing the same bottleneck. The 2.5GbE and 10G options on higher-ranked models are most useful for a fast NAS, a multi-gig internet service, or a switch carrying traffic from several rooms. SFP+ also permits fiber or direct-attach copper links, though transceiver cost and compatibility belong in the budget. I would not pay for 10G solely because it sounds future-ready; the switch, storage, cabling, and clients must support the same path. The RB5009 provides a practical bridge between gigabit access ports and a faster backbone, while the CCR2004 makes more sense at larger scale. Buyers with a basic sub-gigabit connection may receive better results by spending the difference on access points or switches.
Check PoE Standards and the Power Budget
PoE output can remove power adapters from access points, cameras, and small switches, but MikroTik models do not all use the same voltage behavior or output standard. I would verify the required voltage, supported PoE type, per-port limit, and total power budget for every powered device. Passive PoE and standards-based PoE are not interchangeable merely because they share an Ethernet connector. The hEX PoE earns its role through power distribution, while routers without PoE output may pair more safely with a dedicated managed PoE switch. A separate switch also provides more power headroom and keeps camera or access-point cabling away from the router’s limited ports. For a small installation, however, router-level PoE output can lower cost and simplify battery-backup wiring.
Account for RouterOS and Product Identity
MikroTik provides unusually broad configuration control, but that flexibility comes with a steeper learning curve than many consumer router interfaces. I would budget time for firewall design, updates, backups, and recovery before treating a low hardware price as the full cost. Named RouterBOARD models make documentation, replacement, and regional compliance easier to track than marketplace listings built around a processor name or seller code. This matters for the IPQ-6010 listing, where the exact board revision and support channel should be confirmed before purchase. Beginners can reduce setup risk by starting with a hAP model, preserving the default firewall, and changing one part of the configuration at a time. Buyers managing several sites may value consistent RouterOS behavior more than a small difference in purchase price.
Frequently Asked Questions
Should I Buy the RB5009UG+S+ or the Wireless RB4011?
I would choose the RB5009UG+S+ for most new wired deployments because its 2.5GbE interface, 10G SFP+ cage, compact chassis, and newer platform provide the stronger upgrade path. The RB4011 wireless model offers ten Gigabit Ethernet ports and built-in Wi-Fi 5, which can reduce the need for a separate switch or access point in a suitable location. Its wireless radio is less appealing than a current Wi-Fi 6 access point, however, and combining radio placement with router placement can limit coverage. The RB4011 makes sense when its extra copper ports and integrated wireless match an existing design or when it is sold at a clear discount. For a fresh network, I would pair the RB5009 with a separately placed Wi-Fi 6 access point.
Is the hAP ax2 Better Than a Wired Router With a Separate Access Point?
The hAP ax2 is the cleaner choice for an apartment or small home where one well-positioned device can provide both routing and Wi-Fi. It reduces equipment count, cabling, and total purchase cost compared with an RB5009 or hEX plus an access point. A separate router and access point is better when coverage requires ceiling placement, multiple radios, or independent upgrade cycles. It also keeps wireless traffic active if the router is moved into a cabinet or network rack. I recommend the hAP ax2 for simplicity and the separated design for coverage, expansion, or multi-gig ambitions.
Are MikroTik Routers Suitable for a First-Time Network Builder?
Yes, but I would choose a model and project with a narrow initial scope. The hAP ax2 is the best beginner pick here because it combines modern wireless and wired routing without requiring several devices on day one. RouterOS exposes many controls, so deleting the default firewall or copying an unexplained configuration can create security and troubleshooting problems. I recommend beginning with the factory configuration, installing current stable updates, saving backups, and learning VLANs or advanced queues later. Buyers who want app-led setup and automatic policy decisions may find a mainstream consumer mesh system easier than any MikroTik option.
Do I Need the CCR2004 for a Multi-Gig Internet Connection?
Not automatically, because internet speed alone does not define the processing workload. The RB5009UG+S+ is a better fit for many advanced homes and small offices that need a multi-gig WAN path, a 10G switch uplink, and moderate firewall or VPN use. The CCR2004-16G-2S+ becomes more compelling with many routed networks, heavy concurrent traffic, demanding rules, or a need for sixteen onboard Gigabit Ethernet ports. It also suits a rack environment better than a desk or media cabinet. I would put money into the CCR only when the network design can use its added capacity and port density.
Is an Older hEX RB750Gr3 Still Worth Buying?
The RB750Gr3 can still serve a basic wired connection, lab, or backup role when it is priced well below newer models. Its five Gigabit Ethernet ports cover simple routing, but age leaves less room for demanding VPNs, layered firewall policies, or future interface upgrades. The newer E50UG hEX is my better value choice for a fresh basic installation, while the 2025 hEX S E60iUGS deserves attention when an SFP connection or broader expansion matters. Existing owners do not need to replace an RB750Gr3 that already meets their throughput and feature needs. New buyers should compare the full delivered price, power supply, warranty, and expected support life rather than choosing the older unit by name recognition.
Conclusion
For most advanced homes, labs, and small businesses, my best overall recommendation is the RB5009UG+S+ because it combines useful multi-gig interfaces, 10G expansion, and a compact footprint without moving into carrier-class hardware. My best-value pick is the E50UG hEX for buyers who need dependable basic wired routing and no built-in Wi-Fi. The CCR2004-16G-2S+ is the premium choice for dense rack networks, heavier routing policies, and buyers who can use its sixteen copper ports and dual 10G cages. For a first MikroTik home network, the hAP ax2 is my beginner pick because Wi-Fi 6 and routing arrive in one manageable device. The hEX PoE is the specialist choice for powering a few compatible access points or cameras, while the L009UiGS-RM better suits rack-mounted networks needing numerous wired connections. I would choose the hAP ax S when compact Wi-Fi 6 connectivity is the priority, and I would buy the older hAP ac or RB750Gr3 models only when their prices create a meaningful saving.
