The UniFi UPS-Tower 600W UPS Review – Dull, but Important!
UPDATE – The Desktop UPS TOWER is available HERE for $159 , and the 2U Rackmount UPS-2U is available later in Q4 2025 HERE for $279
UniFi’s entry into the uninterruptible power supply market brings two distinct solutions tailored for professional and prosumer environments: the UPS-Tower desktop model and the UPS-2U Rackmount unit. The tower configuration provides 1,000VA / 600W of backup capacity and uses a single 12V, 9Ah lead-acid battery, while the larger 2U rackmount version scales up to 1,440VA / 1,000W with dual battery modules. Both adopt a line-interactive architecture with simulated sine wave output, a 6–10 ms transfer time, and Ethernet-based network management. Integration is handled natively within UniFi Network, where users can adopt, monitor, and configure the UPS directly from the UniFi Controller interface. For non-UniFi deployments, both models retain NUT (Network UPS Tools) compatibility for safe shutdown and system monitoring. This marks a significant expansion of UniFi’s ecosystem into power management and continuity—areas traditionally dominated by brands like APC and CyberPower—positioning UniFi’s UPS line as a bridge between smart network infrastructure and automated power protection.
The UniFi UPS-Tower 1000VA / 600W Review – Quick Conclusion
The UniFi UPS-Tower and UPS-2U deliver practical and ecosystem-focused power protection for small network environments. Both models emphasize integration and manageability rather than raw performance, providing stable 120V line-interactive backup power with simulated sine wave output. The tower model offers 600W of protection in a compact desktop enclosure, while the rackmount unit increases capacity to 1,000W with dual batteries. Integration through the UniFi Network Controller is straightforward, enabling central monitoring and alerting without external software. While limitations such as the lack of USB ports, PoE passthrough, and pure sine wave output restrict versatility outside the UniFi ecosystem, both units are solid entries for users seeking consistent, centrally managed backup power within UniFi-managed infrastructures.
The UniFi UPS-Tower UPS Review – Design & Connectivity
The UniFi UPS-Tower adopts a vertically oriented, compact chassis that measures 288 x 99 x 280.5 mm and weighs just over 8 kg. Its enclosure is built from a polycarbonate and ABS blend, which offers a balance between durability and low weight, and the overall shape resembles a small desktop speaker or heater.
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The unit’s IP20 rating indicates it is intended for indoor use only, with ventilation panels positioned at the top, sides, and bottom to maintain airflow. During testing, internal temperatures averaged around 45–47°C after 24 hours of continuous operation, demonstrating stable thermal management for a unit of this density. The design is understated, with no LCD screen or physical display, relying instead on LED indicators and the UniFi interface for monitoring battery level and status.
In terms of connectivity, UniFi has implemented a clear division between power protection and control interfaces. On the rear panel, the UPS-Tower provides five surge-only outlets and five battery-backed surge-protected outlets, all of which are NEMA 5-15R ports suitable for 120V environments. The input connection uses a NEMA 5-15P plug, rated for 12A maximum load, supporting both 50 and 60 Hz operation. While this configuration is typical of compact line-interactive UPS units, the number of protected outlets is unusually high for its size, making it suitable for powering multiple small network devices, NAS units, or edge appliances simultaneously. However, only the five battery-backed ports will remain operational during a power loss.
UniFi has also included Ethernet management for remote monitoring and control. The rear I/O layout features a 100/10 MbE network connection that links the UPS directly into the UniFi ecosystem, as well as two GbE ports for surge in/out, allowing for protection of wired data paths. This implementation enables the UPS to send automatic notifications and power-state updates to the UniFi controller, ensuring that connected devices can safely power down when mains supply is interrupted. While users will not find USB connectivity here—a feature absent from both models—Ethernet management ensures seamless network-level integration with UniFi OS devices and provides remote monitoring capabilities not typically available in basic desktop UPS designs.
On the visual and operational interface side, UniFi relies on a multi-stage LED system to communicate battery and status information. A ring of LEDs on the front panel indicates power state, network connectivity, and battery percentage, with specific color patterns representing states such as initialization, adoption, or firmware upgrades. For example, a steady blue LED denotes normal operation, while flashing red signals a low battery, and alternating white/blue indicates firmware updating. This LED-centric approach aligns with UniFi’s existing product language and keeps the design minimalistic while relying on software integration for detailed telemetry.
Physically, the UPS-Tower fits neatly into a small office or studio environment, blending alongside UniFi routers or switches without dominating desk space. It operates quietly, with only a faint hum from the internal fan during battery mode. The 2U rackmount model, by contrast, uses a galvanized steel enclosure with front ventilation and nearly double the weight at 14 kg, prioritizing durability for data racks and wiring cabinets.
Both maintain an IP20 protection rating, ensuring basic safety against accidental contact but not dust or moisture resistance. Overall, UniFi’s approach emphasizes modularity, network integration, and compactness over display-driven functionality, positioning these UPS units as discreet but essential components within managed network setups.
The UniFi UPS-Tower UPS Review – Internal Hardware
Internally, the UniFi UPS-Tower follows a line-interactive architecture, combining voltage regulation with battery backup to ensure smooth transitions during power interruptions. The system utilizes an automatic voltage regulation (AVR) circuit that adjusts minor fluctuations in mains voltage without switching to battery mode, minimizing wear on the internal power cells. In the event of an outage or severe voltage dip, the UPS switches to battery operation within 6 to 10 milliseconds, maintaining output stability at 120V AC with a ±10% regulation margin. The waveform produced in battery mode is a simulated sine wave, which is adequate for most networking gear and consumer electronics, though not ideal for high-sensitivity audio, medical, or laboratory equipment. Power delivery remains consistent throughout short outages, allowing network hardware, NAS units, and servers to complete safe shutdown procedures.
The UPS-Tower contains a single 12V, 9Ah sealed lead-acid battery, user-removable via a bottom access panel. This design makes future maintenance straightforward, allowing owners to replace the battery when its capacity diminishes after several years of use. At full load (600W), the runtime averages around 2 minutes, while at half load, it extends to approximately 7 minutes before automatic shutdown. Recharge time to 90% capacity is listed at 6 to 8 hours. Thermal performance under sustained use is stable, and the inclusion of passive and active ventilation ensures no overheating under normal operating conditions. The system is also protected against short circuits, overloads, and over-voltage faults, automatically tripping into fault mode if thresholds of 110% to 120% load are exceeded.
Comparatively, the UPS-2U Rackmount uses a dual-battery setup with two 12V, 9Ah lead-acid modules to achieve 1,440VA / 1,000W output capacity. It shares the same waveform and transfer time but provides slightly extended runtime—2.3 minutes at full load and 8 minutes at half load—thanks to the added battery reserve. It also benefits from a galvanized steel chassis that enhances durability and is better suited for professional rack environments. Both systems are NDAA-compliant and certified under FCC, IC, UL 1778, and CSA C22.2 No. 107.3, ensuring safety and performance standards for commercial and residential use. In both models, system management and network telemetry are handled by a dedicated network controller chip, enabling UniFi OS integration and data synchronization with other UniFi devices.
| Component / Feature | UniFi UPS-Tower | UniFi UPS-2U Rackmount |
|---|---|---|
| Capacity | 1,000VA / 600W | 1,440VA / 1,000W |
| Architecture | Line-interactive | Line-interactive |
| Battery Type | 1 × 12V 9Ah Lead-Acid | 2 × 12V 9Ah Lead-Acid |
| Runtime (Full Load) | 2 min | 2.3 min |
| Runtime (Half Load) | 7 min | 8 min |
| Recharge Time | 6–8 hours to 90% | 6–8 hours to 90% |
| Waveform | Simulated sine wave | Simulated sine wave |
| Voltage Regulation | ±10% (Battery mode) | ±10% (Battery mode) |
| Transfer Time | 6 ms typical / 10 ms max | 6 ms typical / 10 ms max |
| Protection | Overload, short circuit, breaker | Overload, short circuit, breaker |
| Output Short-Circuit Current | Ipeak 334.8A / Irms 68.2A | Ipeak 348A / Irms 115.1A |
| Battery Replacement Access | User-accessible panel | Service-access panel |
| Certifications | FCC, IC, UL 1778, CSA | FCC, IC, UL 1778, CSA |
The UniFi UPS-Tower UPS Review – Functionality
The UniFi UPS series is built around simplicity and ecosystem-level integration rather than feature-heavy configuration. Both the UPS-Tower and UPS-2U connect directly to the UniFi Network controller via Ethernet, where they appear alongside other UniFi devices for adoption. Once added, users can view real-time battery percentage, load level, input/output voltage, and system temperature directly from the UniFi interface. The units are also capable of sending power event notifications when mains power fails or returns, ensuring administrators receive alerts through the existing UniFi management system without relying on third-party monitoring software. This network-level approach allows the UPS to act as both a power backup and an automated coordination point for controlled shutdowns across UniFi infrastructure, such as Dream Machines, switches, or NAS units.
Integration with non-UniFi devices is handled through Network UPS Tools (NUT) compatibility. This makes the UPS-Tower particularly flexible in mixed environments where NAS devices or servers from other vendors, such as Synology or QNAP, require graceful shutdown when the UPS switches to battery mode. Users can define credentials and associate the UPS with NUT clients on the same network to relay status and trigger automated shutdowns once the battery reaches a predefined threshold. Although the review highlighted the lack of USB connectivity, which restricts plug-and-play use with devices expecting a traditional USB UPS handshake, the Ethernet management layer compensates by offering wider network-based communication. However, features such as per-device runtime configuration or selective port control are not yet implemented, leaving shutdown scheduling dependent on firmware updates or future model revisions.
The control and monitoring interface remains minimalistic, relying heavily on UniFi’s centralized GUI rather than onboard interaction. LEDs on the chassis provide a clear visual indication of status—covering power mode, adoption state, and battery level—but all deeper telemetry must be accessed through UniFi Network. Once paired, users can also configure email or push notifications for voltage irregularities, battery health alerts, and firmware updates. It is important to note that the current firmware does not support pure sine wave operation or lithium-ion battery upgrades, though UniFi has stated that future models will expand the portfolio to include these higher-end options. In its present form, the UPS-Tower and UPS-2U focus on stability, ease of deployment, and unified management within a single software environment, making them efficient for UniFi users seeking automation without added complexity.
| Feature | UPS-Tower | UPS-2U Rackmount | Notes |
|---|---|---|---|
| Network Management | Ethernet (100/10 MbE) | Ethernet (100/10 MbE) | Integrated into UniFi Network Controller |
| NUT Protocol Support | Yes | Yes | Allows safe shutdown of third-party devices |
| PoE Output | No | No | Not supported on current models |
| USB Connectivity | No | No | Limits standalone UPS integration |
| Surge-Protected Ports | 10 total (5 battery + 5 surge only) | 8 total (4 battery + 4 surge only) | Divided between battery-backed and surge-only |
| Network Surge Ports | 2 GbE (in/out) | 2 GbE (in/out) | Protects network cabling from surges |
| LED Indicators | Yes | Yes | Multi-color LED ring for battery and status |
| Remote Alerts | Yes (via UniFi Controller) | Yes | For power, battery, and fault events |
| Battery Monitoring | Yes | Yes | Includes voltage and health readouts |
| Firmware Upgradable | Yes | Yes | Managed through UniFi ecosystem |
The UniFi UPS-Tower UPS Review – Conclusion and Verdict
The UniFi UPS-Tower and UPS-2U represent the brand’s first foray into managed backup power systems, designed primarily to extend the reliability and consistency of the broader UniFi ecosystem. Both units share the same line-interactive architecture, simulated sine wave output, and Ethernet-based monitoring, offering a predictable and easily managed experience for users already invested in UniFi infrastructure. Their minimalist design, compact footprint, and seamless adoption through the UniFi Network Controller make them suitable for environments where simplicity, remote monitoring, and integration outweigh the need for advanced runtime management or pure sine wave output. For most small network or NAS setups, either model will provide adequate protection during short outages and brownouts, while ensuring systems are safely powered down when battery capacity is depleted.
However, their appeal remains closely tied to the UniFi ecosystem. The absence of USB connectivity, PoE passthrough, and lithium-ion battery options limits their usefulness in heterogeneous or high-performance environments. Users seeking pure sine wave support, longer runtimes, or advanced per-device control will likely need to wait for the next generation of UniFi UPS models, which the company has already suggested will expand to include these options. As they stand, the UPS-Tower and UPS-2U are well-built, tightly integrated, and cost-effective for UniFi users, but less compelling for those operating outside that ecosystem. They function precisely as intended: reliable, network-aware power backups for UniFi-managed systems, providing foundational stability rather than feature innovation.
| UniFi UPS-Tower PROS | UniFi UPS-Tower CONS |
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I might have missed it in the video, but does this UPS have Network UPS Tools (NUT) support? If so, it should work like every other UPS I’ve considered. Or does it only work with other Unifi devices?
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I’m getting Xbox 360 vibes looking at the design ????
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Really nice price, my UPS is twice less powerfull but it costs only 33% less. But to be fair, do you really need really 600 actual watts for your NASes, switches and mini-computers in the rack? It is surely not enough for your gaming rig.
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I was looking at the soon to be released rack mounted version. UniFi is great at thinking things through…..why would they put the Power Button on the back of the Rackmount UPS? Some racks are in tight spaces, you would have to essentially unrack the UPS to turn it on if you needed to.
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Well, it’s not pure sine wave so that’s a not from me. What would be nice is Unifi building Nut Client into their devices UI to make it easier to communicate with 3rd party devices. I get the feeling they’re not interested in doing that so as to flog their sub standard ups.
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As always thanks you for the great reviews. Im looking at what I think is the same UPS your revieing and they offer NEMA 5-15R recepticals. Just confused here.
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Yeah it should have lifepo4, would be nice.
But there are logistical & engineering implications of that, so Pb is often understandable.
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this homing noise is kind of soo bad
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is it correct that paired unifi devices will get an safe shutdown command after 10 sec of outage
when power is restored will the paired unifi devices get boot up again.
because the unifi devices is technicly still powered (low watt usage) when in safe shutdown mode has been achieved.
the 10 sec is it possible to adjust that
lets says send Safe shutdown command when UPS is 3 min or 30% Remaining.?
then there will not be send shutdown commands if power is gone for lets say 2 min.
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The reason I’m bummed (looking at the 2U model,) is that it’s rather weak in terms of power reserve. It says 8 minutes at 500W load. What? That’s lame. Yeah I get that most home users view a UPS as just as a buffer to shut down, but still.. that sucks, especially for the price. I built my own UPS with some LiFePo4 batteries, a smart charger, and a true sinewave inverter. I can run my entire rack for about 5 hours. If I was to try to accomplish this with the Unifi models, I’d need several entire racks full of these UPSes. LiFePo4 batteries are DIRT CHEAP now. Something to think about. Seems hard to justify the price, just for a little bit of interconnectivity.
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The reason I’m bummed (looking at the 2U model,) is that it’s rather weak in terms of power reserve. It says 8 minutes at 500W load. What? That’s lame. Yeah I get that most home users view a UPS as just as a buffer to shut down, but still.. that sucks, especially for the price. I built my own UPS with some LiFePo4 batteries, a smart charger, and a true sinewave inverter. I can run my entire rack for about 5 hours. If I was to try to accomplish this with the Unifi models, I’d need several entire racks full of these UPSes. LiFePo4 batteries are DIRT CHEAP now. Something to think about. Seems hard to justify the price, just for a little bit of interconnectivity.
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Lets wait how much Unifi will charge for batteries. My 15+ years old APC Smart UPS uses a common size lead acid batteries. I had to replace them this year, cost was 40 Euros for two batteries.
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Lets wait how much Unifi will charge for batteries. My 15+ years old APC Smart UPS uses a common size lead acid batteries. I had to replace them this year, cost was 40 Euros for two batteries.
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I’m really enjoying your channel. There’s just not anyone out there in the NAS YouTube field with your depth, insight and respectable impartiality.
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I’m really enjoying your channel. There’s just not anyone out there in the NAS YouTube field with your depth, insight and respectable impartiality.
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The UPS market desperately needs disruption(my god APC is shit for example), this isn’t it, but its nice to see someone at least trying… Nice to see the decently high power ratings but alas very short battery life.
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A pure sine wave CyberPower unit is around $200 and will run circles around this thing. And that’s pathetic. I don’t think anyone cares that it integrates with Unifi if it’s otherwise mediocre.
EcoFlow, Bluetti, Anker, etc are releasing portable power stations for $300 to $400 that have large LiFePO4 batteries, pure-ish sine wave output, and 10ms transfer time. Now they aren’t true UPS units in the sense that they don’t really offer surge protection, don’t have AVR, and their voltage tolerances are often way too wide.
Unfi could have taken some of the portable power station tech and produced a real modern UPS. Instead they produced an APC clunker from the 90s with a fancy network management card.
The UPS industry needs someone to come in and shake it up with a sub $500 unit that has hours of runtime, uses LiFePO4, is pure sine wave, has proper tolerances, has surge protection, and a management card. The technology is there, but oddly enough everyone keeps producing junk like this Unifi UPS.
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It don’t have Poe out because it don’t make sense. It is an ups but not a switch. Poe should not only for powering a device but also providing networking . A Poe switch connect to that ups for the Poe device should be a better solution on troubleshooting and so.
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Thanks for the demo and info. I appreciate the final feedback in the end. Have a great day
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Is it me or does he drag out the point he’s making way too long?
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Main thing is that it allows network management at a much lower price than anything else out there.
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Holy crap never buy a lithium ion battery UPS. These are set and forget devices. Their end of life is exceedingly dangerous. A set and forget device like this you may not notice the swelling and only realize something is wrong as you are escaping the inferno that use to he your house.
I really hope they are planning LiFePO4 batteries when they/you say “lithium”. That would actually be amazing and properly disruptive.
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A lead acid system in 2025? This is a joke and needs to be LiFePO4.
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It’s a toy. Doesn’t last more than 5 minutes… Doesn’t have port control to turn off and on a device… You can’t see how much power a socket is using… It charges slowly… It doesn’t provide sine. In a year everyone will be selling these.
Keep your money for the ones that they have already announced with lithium and so on
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the last thing you need in your house that is a big lithium-ion uninterruptible power supply battery that burn down the who data center like what just happened in South Korea
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Nice review. Very interested in where the line is going.
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There is a market for this new UPS. If this is deployed to a remote location, it can be monitored over the network without having to run a USB connection to a server like you have to with APC at this output level/price point. More boxes will be ticked when it has more of the features of APC Powercute. As an APC user going forward I will be moniotoring this product line as it grows to where I need it to be and stop paying APC for licenings every year. Pure sinewave is the only way forward but Its a good toe in the water for Unifi.
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UPS are dull? Not when they malfunction ????
The RJ45 port for monitoring is nice, all of the UPS I have require that as an add-on or simply doesn’t support it.
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Pure Sine Wave UPS are important for desktop PSUs. Shame these models don’t support it.
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Nice to see that finally a non-proprietary version is available from them!
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So it can gracefully shut down my Ubiquiti gateway or only NAS supports NUT?
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Question: is ubiquiti just the apple of the network understructure world?
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can it somehow supply power for RPi5 and Beelink mini?
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Looks like a Xbox 360. I agree that the range is a bit odd compared to their 4 new UNAS devices and that a couple POE + or ++ would have been great to see on the unit. My APC has usb c and my wife uses that to charge her Apple Watch and I use the other to power the g3 instant
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Come on Unifi, give us a full flavour Nas sw…
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PoE is why I started with UniFi. That’s really disappointing.
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Why didnt you showed us the guts of it in the meantime , especially the battery , instead of all that talk.
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Can I now use a UPS I already have that supports NUT to shut down my unifi devices? Or do I have to use one of their UPS’s?
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This is “good” vertical integration IMHO. It’s best in a unify network, but unlike the ugreen it can still provide value to non-unify situations.
The ugreen was bad because if you need to replace a ugreen nas in a few years, you MUST buy another ugreen device to utilize the ugreen ups. If you purchase a terramaster or a unify or anything else, that ugreen ups is ewaste
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I need a new ups cause my current desktop one failed, but I need more than 600w lol
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Coś pięknego do UNAS2
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If i have a bunch of those unifi plugs that a 3 inch blocks is it gonna block the next plug in?
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Do the adopted items turn back on automatically after power restore?
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While the stated run time doesn’t sound like much, that’s at full load. I currently have an APC unit with roughly the same specs (600w 1100va), and with what I have connected to it, I’m getting around 45 minutes of run time. Currently, I have a Ugreen 4800DXP, Unifi Express 7, Flex 2.5G switch, and a Verizon 5G cellular modem. I did just order the Ugreen UPS, so that will just leave my network equipment on the APC.
While I like this UPS since it fits with my Unifi stuff, I may wait to see what else they release in the near future.
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I was super excited to see this then saw the max wattage of 1000va/600w wish it was 1500va/1000w so I could replace my Cyberpower UPS. Maybe they will make a larger desktop unit don’t want a rack mount UPS. A small lcd would have been nice as well. No USB for server safe shutdown is a bummer. Price is good.
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No pure sine wave is a hard pass. It’s the 1st checkbox when looking at these things the separates contenders from useless trash.
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This is a day 1 buy for mye, both the rack and tower. For exactly the reasons you say – it’s integrated, I can get rid of my raspberry pi running NUT, it’s perfect for my NAS and networking equipment, where I don’t need hours of runtime but want backup and safe shutdown in case of an outage. The price is SO good as well, having looked at APC alternatives for weeks.
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7:01 think someone has the 4 bay nas….. ????
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This first offering feels very much like a consumer device. How large are the steppings on the modified sign wave, i.e how rough will it be on the power supplies of attached devices? Lead acid batteries are behind the times, it’s time for UPS manufactures to catch up with Goldenmate, using safer LFP or LTO battery chemistries. At least they didn’t use NMC, NCA, LCO or LMO batteries, so we’re not concerned about having a china-syndome melt down in a server rack. Given the number of lead-acid batteries we have had swell, leak, and offgas (when they stink like rotten eggs), and 1-5 year life span, for an initial offering it is already behind. USB connectivity and POE are not important to me, as the first device connected to the UPS will be a POE switch and a lightweight “server” running NUT and monitoring. What does feel like a miss, is not having some of the outlets switched, so non-critical loads can be dropped after a timed interval during a power outage. A huge miss is not using LFP, LTO or sodium batteries. Hopefully there will be a pro version which will make me want to dump my APC UPSes but we’re not there yet.
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pure sine ain’t needed that much with switching PSUs used in their boxes. 404 problem not found.
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Cool but why C13? I have an assorted mix of devices including Unifi that uses Mickey Mouse and other adapters.
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I wish someone made something like half of the size of this with bunch of USB C ports just one or two 230 V plugs. I just need it to power my Express 7 and Flex Mini switch, Raspberry PI 4 and Zero and a Mini PC. Something like 150 W would be plenty. Would make it neater as well if could just use USB C cables for all the devices without extra power bricks. It would also need to be able to not re negotiate all ports every time something is plugged in or out. I guess device like that would cost so much that no one would buy it but I would really want one.
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I’ve been using a APC 1500 for years and have change the battery 3 times. It connects through usb to safely shut down my server.
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Looks like APC will need to watch out. Shame I have 4 APC UPSs right now. Cheap for a network connected UPS with such a powerful management interface. Unifi are cooking on gas right now.
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I thought ubiquity had a proprietary backup power connector
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You are the first to call out that it does not have pure sine technology. In my opinion, that is a deal breaker. Nice one. Thank you
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Oh not new tech battery. I can get ion battery ups cheaper
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so, if i understand correctly, when backout, it immediatly send the shutdown command to the device? no timer, no timeout etc? atm
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Thanks for this, I’m considering a UPS for a Synology NAS and already have Unifi equipment so this may be an option. Will there be a UK socket option? If not what is the best solution to convert as I’ve noticed a lot of UPS don’t come with them – I know you can get different IEC leads online, but what would you do for something without a kettle style connector?
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I am not sure if this product was announced a bit prematurely. I purchased an EcoFlow LiOn solar batteries and while it was more expensive than these units, I can get several (6-8) hours of run time with the ability to expand with additional batteries and recharge via solar as needed. The cycle lifetime to 80% is 4000 cycles over 10 years. I doubt these units will last that long.
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Perfect timing, as I just got a few UniFi NAS as well.
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i do wish they where much stronger , like abt 2200va, abt 1980w, i have CYBERPOWER USV PR2200ELCDSXL Line-Interactive UPS 2200 VA and it can run pretty long because i use 1/3 of the power
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Interesting but they need to turn some of those plugs 90 degrees like my CyberPower UPS’s 🙂 Ill keep any eye on these to see how they go down the line! Thanks for the great review!
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Why ? Why they released this 3 hours after I bought UNAS . Now i will pay postage twice ????♂
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tiny rack on wheels with tiny ups and tiny router and two tiny nas-es with big drives in it so I can consolidate my multiple systems and a cartwheel worth of external drives into one system and move
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I’ve been testing these for a while, they are set and forget – the desktop one had a horrendous smell though, and it just lingers, months later I an still smell it.. So if you’res smells, I’d recommend getit switched!
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I would want the rack mount one, I am excited to see more products from unifi
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have you checked to see if the ugreen dxp4800 plus supports the NUT?
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First UGreen and now UniFi has their own bespoke UPS. Well chuffed. Very nice indeed.
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Dull, but when you live in an area where the power gets taken down by tall trees and wind storms on a regular basis (Washington State), indespensable. I have them everywhere, including on my high-end audio and video. True sine wave with Automatic Voltage Regulation only, thank you. I will not have a lithium chemistry based UPS in my home. The thermal runaway risk is not worth it to me. Would love to have something tied into my Ubiquiti infrastructure at home.
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No USB and especially only IEC sockets will probably make many people look elsewhere. You can’t even power some of ubiquitis own equipment with this
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i kinda want to see a ups with 12, li-ion ups… those acid once are really inefficient and drain to fast
there plenty of videos how too make a 18200mAH battery but i prefer to have it natively
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????????Hello, how does this trading /investing stuff work? I am new when it comes to these stuff and i would really appreciate if I could get some tips about where it is worth to invest in…..
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Maybe Ubiquiti bring us the Ultimate Accessory….the RJ45 to USB Adapter like the POE to USB for the G4 Instant Cameras. I’m waiting für the LiIon Version, shure it will come. Otherwise i could buy a much bigger Portable Powerstation like the Ecoflow.
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Hmmm will this slide into a 10” rack at all? It looks like it might be close, one way or the other.
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A “Brown out” doesn’t mean what you think it means in the US lol. It’s American slang for…well…you can guess given the color used.
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My main beef with lead acid battery UPS’s are battery lifetime. I’ve got close to a dozen of various brands (APC, CyberPower, TrippLite, etc.) and it’s pretty much given the batteries MUST be fully replaced on a 2-3 year cycle. Even those that are supposedly “smart” and perform regular “self test” when the rubber hits the road invariably fail to keep a load operating once the battery/pack has been active in the UPS for about 3 years.
This year I’ve purchased two 1000VA (GoldenMate) units that have LiPo batteries, guess I’ll find out in a couple years if their battery life claims of 10 years are at all accurate.
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Power consumption without any device connected? Only network
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So will Unifi NAS support safe shutdown from third party NUT server or will it only support Unifi UPS for safe shutdown? Currently have Asustor NAS that connects via USB to APC UPS and is able to act as NUT server.
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Bought an APC last week when I realised I was running the power risk (we rarely get outages but even so). I’m not sure whether you can get adapters for UK plugs to connect to a device like this, but having a UPS with regular power sockets made more sense for my set-up.
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do they have a rackable unit?
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please can we have a review of the space aries nas case? thank you very much 🙂
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too bad you cannot plug in anything using a normal power plug into this. atleast in europe
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No USB is a shame. If there’s a power cut I’d need to ensure the router and switches have power otherwise NUTS devices wouldn’t get the signal to power down. Given I can’t move my ISPs router would need a relayout of my network.
Current UPS can power down my NAS without a running network using the USB.
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I love the idea of having network managment better than usb port. The unifi tower is cheaper than the network managment card from APC. 😉
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Hmmmm, Unifi for the rack, APC for the out-of-rack stuff…..
I already have the APC, but this could be my first Unifi item
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Dang if only I hadn’t already bought a UPS
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The UniFi UPS-Tower is now available and confirmed to be $159 – https://store.ui.com/us/en/category/integrations-power-tech/collections/unifi-power-tech-ups/products/ups-tower?a_aid=nascompares .
Whereas, the UniFi UPS 2U Rackmount is confirmed at $279, but will be launched later in Q4 https://store.ui.com/us/en/category/integrations-power-tech/collections/unifi-power-tech-ups/products/ups-2u-us?a_aid=nascompares
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Like you said , “it does the Job” seriously considering this for a small office rack setup with the Unifi eco system. Thanks for the “ALWAYS” GREAT REVIEWS!!! ????????
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