Auvik positions itself as a comprehensive network management solution designed specifically for modern IT teams and managed service providers. The platform automatically discovers and maps your entire network infrastructure, providing real-time visibility into device health, traffic patterns, and performance metrics.
Techradar reviewers spend several weeks researching each major IT platform in the market, testing core functionality and evaluating real-world performance. We found that for the most part, Auvik delivers on its promise of simplified network management through automation.
While LogicMonitor remains our pick for thebest network monitoring tool of 2025 thanks to its AI-powered IT workflows, Auvik offers compelling advantages for teams seeking straightforward deployment and management.
Auvik: Features
Auvik delivers a feature-rich platform that's particularly well-suited for IT teams and MSPs managing multiple network environments. It excels in automated discovery, real-time monitoring, and data visualization, with over 64 pre-configured alerts out of the box.
While the feature execution is generally solid, we noticed gaps in advanced customization options that competitors like SolarWinds NPM offer. The device-based pricing model justifies the cost for smaller networks, but larger deployments may find better value elsewhere.
Network mapping
Auvik's automated topology mapping stands out as one of its strongest features. The platform uses automated discovery protocols to map your entire network infrastructure, creating visual representations that update in real-time as devices connect or disconnect. You can track traffic flow between devices, even across VLANs and subnets, and investigate issues with interactive maps that provide instant access to device details.
Performance monitoring
The platform provides comprehensive real-time monitoring across all network devices. You get instant bandwidth monitoring with intuitive charts, active alert tracking, and detailed insights into top applications and traffic flows. Monitoring extends beyond basic metrics to include geo data analysis and application performance tracking.
Configuration management
Auvik automatically backs up device configurations and tracks changes over time. This feature is invaluable for maintaining business continuity and conducting audits. You can compare configurations side-by-side to spot unauthorized changes and restore previous configurations when needed.
Traffic analysis
Using NetFlow data, Auvik delivers detailed insights into traffic patterns and application usage. You can identify bandwidth-consuming applications, detect potential congestion points, and plan capacity upgrades based on real usage data. This helps optimize network performance and justify infrastructure investments.
Remote management
Auvik includes three key remote management features: an in-app terminal, remote tunneling, and a remote browser. These tools allow you to SSH or Telnet into devices, access web interfaces remotely, and establish secure tunnels for any network protocol. This reduces the need for on-site visits and enables faster issue resolution.
(Image credit: Auvik)
Auvik: Ease of use
Auvik prioritizes user experience with an intuitive interface that requires minimal training. New users consistently praise how quickly they can get up and running, the platform scans networks automatically and populates dashboards without extensive configuration. The learning curve remains gentle even for less experienced IT staff, though some advanced features require deeper networking knowledge to fully utilize.
The platform's design philosophy centers on reducing complexity through automation. Interactive network maps provide hover-over details for quick troubleshooting, while pre-configured alerts eliminate weeks of manual setup. However, some users report that the interface can feel restrictive when trying to customize views or create complex monitoring scenarios that deviate from standard implementations.
Auvik's device-based pricing model offers transparency but can become expensive as networks grow. The five-device minimum means you'll pay at least $175 monthly for the Essentials plan, even with fewer devices.
While the pricing includes unlimited users and sites, larger organizations often find the costs escalating quickly compared to competitors that offer flat-rate enterprise pricing.
Auvik: Customer support
Auvik provides support through multiple channels including live chat, email, and a comprehensive knowledge base. Support hours run from 4 AM to 10 PM ET, Monday through Friday, with response times varying by severity level. Critical issues (Severity 1) receive responses within two business hours, while lower-priority requests may take up to 24 hours.
The support team demonstrates strong technical expertise, particularly helpful given Auvik's focus on complex network environments. However, the limited weekend coverage could pose challenges for organizations requiring 24/7 support. Educational institutions and non-profits can access discounted pricing, though specific support tier differences aren't clearly documented.
Auvik: Alternatives
Auvik occupies a strong position in the mid-market network monitoring space, competing primarily with Paessler PRTG, SolarWinds NPM, and NinjaOne. The platform appeals most to IT teams and MSPs who value automated discovery and simplified management over extensive customization options. Its cloud-based architecture makes it particularly attractive for organizations managing distributed networks.
Key competitors include Paessler PRTG for Windows-focused environments, LogicMonitor for AI-driven insights, and SolarWinds for enterprise-scale deployments. While Auvik excels in ease of deployment and automated mapping, larger enterprises might find more value in platforms offering advanced analytics, custom reporting, or integrated IT service management capabilities.
Auvik: Final verdict
Auvik delivers exactly what it promises: simplified network monitoring that works well out of the box. The automated discovery and mapping capabilities save significant time during deployment, while the intuitive interface ensures teams can become productive quickly. For IT teams and MSPs managing multiple client networks, these advantages often outweigh the platform's limitations.
However, the device-based pricing model and limited customization options may not suit all organizations. Larger enterprises or teams requiring custom monitoring scenarios might find better value with more flexible alternatives. Despite these constraints, Auvik remains a solid choice for organizations prioritizing ease of use and automated network visibility.
FAQs
What types of devices does Auvik monitor?
Auvik monitors network infrastructure devices like routers, switches, firewalls, and wireless controllers as billable devices. Non-billable devices including servers, workstations, access points, and printers are monitored for free, providing comprehensive network visibility without additional per-device costs.
How long does Auvik take to set up?
Initial setup typically takes just a few hours, with the platform automatically discovering and mapping your network infrastructure. Most users report having full visibility within their first day of deployment, thanks to Auvik's automated discovery protocols and pre-configured monitoring templates.
Can Auvik integrate with other IT management tools?
Yes, Auvik offers API access and various integrations to connect with existing IT workflows. The platform supports integration with ticketing systems, documentation tools, and other network management platforms, though the specific integration catalog isn't as extensive as some enterprise-focused competitors.
Does Auvik offer on-premises deployment options?
Auvik operates as a cloud-based SaaS solution, with on-premises collectors that securely relay network data to the cloud platform. This provides the benefits of cloud management while keeping sensitive network data collection local to your environment.
What's included in Auvik's free trial?
Auvik offers a 14-day free trial with full access to all platform features. No credit card is required for the trial, and you can monitor your entire network infrastructure during the evaluation period to assess the platform's fit for your specific requirements.
The H2S comes hot on the heels of the H2D full laser combo and standard H2D 3D printer (see my review here), but with a few major differences that make it a superb option for any enterprise business requiring a machine that offers scale, reliability and speed.
It might not have the headline-catching dual nozzle that so interested the 3D printing market, but with much the same form factor, just with a single nozzle rather than dual nozzle tool head, it offers something a little different.
Essentially, Bambu Lab is touting this as a bigger X1C, which has become a staple for many design studios due to its print quality, flexibility, multiple filament printing, and of course, speed. Now, with the H2S taking yet another leap in scale and performance, and what's more, it's also coming in at a relatively affordable price point.
In use, the H2S is impressive, and the single-nozzle hotend is highly tuned for precision and quality. The speed, while quoted as faster than the X1C, in real-world tests using standard settings is on par; however, tweak the options and the full speed of the machine is unleashed, seeing a standard 20-30% boost in print times across the board. The H2S also has a far larger print bed, enabling more potential with the style and type of prints you're able to produce. There's absolutely no doubt that, when it came to side-by-side print quality, the X1C is one of the market leaders, but the H2S just took the edge during my test.
One feature that appeals to me about the H2S is that, compared with the H2D, it is far more affordable and there is a laser option as well, in fact, the new H2S line exactly reflects the H2D, just at a more affordable price.
What this essentially means is that, for any product design studio or anyone looking for the best 3D printer for quality, the Bambu Lab H2S is a balanced option, especially if you mainly print with a single filament with the occasional use of multifilament.
Bambu Lab H2S: Price and availability
There are three versions of the H2S available: the Base, the AMS Combo, and the Laser Full Combo. The two more advanced versions, the AMS Combo and the Laser Full Combo, are available now for $1,499 and $2,099, respectively. Bambu Lab will also be releasing the Base unit, which is just a single-nozzle machine, for $1,249.
Each model offers an upgrade route, so if you are working on a budget and just want an exceptionally good single FFM printer, you can start with the Base, then upgrade with the AMS Pro 2 to the AMS Combo. If you want to go all the way, you can upgrade to the Laser Full Combo, but only pick out the additions that you need.
Bambu Lab H2S: Design
(Image credit: Bambu Lab // Future)
Like the H2D, the H2S has almost an identical form factor, so once again it's a large-scale machine that will take up a sizable amount of your desktop, and now that I have three of these machines side by side, that doesn't leave a lot of space for much else.
The fact is, however, that with the H2S, it cuts away a lot of the frills of the H2D and the excitement those machines create. Instead, the H2S goes back to the core of 3D printing, offering a single nozzle toolhead and a few additional features that help elevate what's possible. It positions itself as a successor to the phenomenal X1C, or if not a successor, then a larger-scale version that takes on the new form factor of the H2 series.
At the base level, the first thing you notice alongside that nozzle is the larger print volume, which measures in at 340 × 320 × 340 mm, making it one of the largest on the market. It also once again utilises the CoreXY system, offering high-speed printing, both single and multifilament, when coupled with the AMS Pro 2.
Once again, the 3D printer is fully enclosed, so if you want to print with more advanced materials, that is perfectly possible, with a heated bed that reaches up to 120°C and a 65°C actively heated chamber. This is great for materials like ABS, nylon, and ASA.
One of the features that I've really liked across all of the H2 series is that large touchscreen. It's just really intuitive, beautifully designed, and very quick to respond, which is not always the case.
Inside, they've also boosted the number of sensors, with five flame sensors covering monitoring, emergency stop, and airflow optimisation, once again almost mirroring the H2D series, but building on the feedback and experience of those first H2 machines.
When it comes to the major differences between the H2S and the H2D, aside from that single nozzle toolhead, most of the other differences come in the technology and steps forward in development. For instance, there's second-generation extrusion motion technology with a PMSM servo motor that exerts a 67% increase in extrusion force. There's also a 20 kg feedback load for precise filament control.
Once again, we see the Vision Encoder, which is optional, but will boost the motion accuracy for prints under 50 microns. This is essentially industrial-grade precision, so it will really only be of interest if you're using this for high-precision product design. However, if you're into gaming and want to make desktop game figures, then this is going to be a great feature. I have noted that there are several 3D artists now producing FFF-ready miniatures. With the Vision Encoder having industrial-grade precision, it could mean that printing miniatures on an FFM machine should now, in some cases, be possible, meaning that you don't have to deal with messy resin.
Bambu Lab has also taken a look at monitoring and intelligence, and the H2S includes 23 sensors inside the machine that are monitoring the print process and conditions. This is coupled with three onboard cameras, one for live view, one for the nozzle, and one for monitoring. This compares to just one on the H2D. There's also smarter fault detection if a print does go wrong, and I have to say, during the three-week test, I didn't have any print failures, even when I tried with an impossible print, the machine just detected it and paused.
Now, while the form factor of the machine is identical to the H2D, when it comes to the build volume, because it only has a single nozzle rather than two, the full print bed can be used, so you have a larger print volume of 340 × 320 × 340 mm compared with 325 × 320 × 325 mm for single-filament printing on the H2D.
Bambu Lab also says that the H2S is a high-speed machine, capable of printing up to 1000 mm/s and with acceleration over 20,000 mm/s². However, during my tests, I'd say they are both pretty much on a par until you delve manually into the settings.
Once again, there's a heated chamber, and in the H2S, this is capable of reaching around 65°C, exactly the same as the H2D. Likewise, the hardened steel nozzle seems to be the same, as does the 5-inch touchscreen.
One of the big questions I had when the machine arrived was: because it is a single-nozzle machine, does it still have the capability of using a laser and cutter? There are, of course, three versions of the H2S, including the Laser Full Combo version that offers laser engraving, cutting, digital cutting, and precision drawing capabilities.
Bambu Lab H2S: Features
(Image credit: Bambu Lab // Future)
Take a look through the machine's features, and aside from the single nozzle, which is obvious, the main feature aside from technology enhancement is the larger print area, which means that this is essentially a large successor to the X1C. Through the test, the speed of the H2S impressed. Put alongside the X1C on standard prints, print speeds were essentially similar until you delve into the settings. However, there are more options, and if you really want to push the speed of the printer, it is possible to get up to a 30% faster printout of the H2S than the X1C, although there is a small drop in quality.
The maximum speed of the printhead goes up to 1000 mm/s with 20,000 mm/s² acceleration. So, while the acceleration matches the X1C, the print speed essentially doubles, with a real-world speed increase of around 30%.
Like the H2D, the single nozzle of the H2S is capable of reaching 350°C, which makes it a perfect option for printing engineering-grade materials such as ASA and nylon. The H2S is a fully enclosed environment, which helps ensure optimal printing conditions for those materials, and with the filtration also helps to remove any toxins from the materials as they print.
Once again, Bambu has included a whole series of sensors that will detect if any print goes wrong and stop proceedings before issues are caused. Through the test, aside from running out of filament, I only had one occasion where the error-checking needed to kick in, due to some filament falling onto the print bed from a previous print. The new machine now includes 23 sensors and three onboard cameras. During the test, I didn't have any tricky situations with printing. The one issue that could've caused a problem was instantly recognised, and the printing was paused until I removed the filament, then the print completed successfully.
What I also liked was that when it came to filament changes due to running out, the process of restarting the print was absolutely spot-on. There wasn't the usual worry about layer misalignment that can often happen.
One of the big new features of the extruder is that it now includes a PMSM servo motor that can apply 67% more force. While I couldn't visually see the difference, the extrusion of the filament did seem exceptionally smooth for all materials tried, including Carbon fill and TPU. When I compared prints between the H2D and the H2S, there was very little difference; it was only when testing a specific model that I could see a very slight uplift in the print quality coming from the H2S.
Like the ability to add a laser cutter and digital cutter to the machine, there's also the option to add the Vision Encoder, which you'll need if you're going to be using this for professional product design or any dimensionally critical work. The Vision Encoder can be used for any print that needs 50-micron precision.
Through the software, there's also hole and contour compensation to assist with more intricate models. Again, the intelligent monitoring will stop if there is an issue. During the test, I tried to push the printer with a few excessive overhangs just to see what would happen, and the machine essentially paused as the print failure was detected.
As with the H2D machines, there's AMS Pro 2, and again, the new model is fully compatible with the original AMS and the AMS HT. You can also link several AMS modules together so you can extend printing to more than just four filaments, up to 16, and some people have even claimed it can be pushed further.
Bambu Lab H2S: Performance
(Image credit: Bambu Lab // Future)
Getting started with the H2S is as simple as any other Bambu Lab 3D printer, as it essentially comes pretty much ready to go. In this review, I'm looking at the Bambu Lab AMS Combo, so you get the 3D printer and the AMS Pro 2 to enable multifilament printing.
Getting it all set up is extremely straightforward. First, the packaging is stripped away, the AMS is popped on top, one tube connects the AMS to the machine, and then there's a data cable that also connects between the machine and the AMS. Once that's done, the activation key is popped into the back along with the power cable, and the machine is switched on.
After running through the initialisation and calibration process, which is all handled by the machine, you can then install the four filaments and get started with connecting to Bambu Studio and producing your first print.
As ever with this machine, there are a few prints just to get you started, and it shot through these in no time at all, with the 3D Benchy model looking exceptionally good, fine detail and a high-quality finish to all of the outer walls and using the default settings this took 33 minutes with all checks.
As I went through the test, there were some larger models to print to create a Shadow Force suit of armour, and this is where the machine really started to come into its own. The ability to print at a scale that is normally only possible with large-scale printers, combined with the high nozzle quality, meant that the end result had a surface cleanliness and consistency that you don't usually get with large-scale consumer 3D printers.
What I really liked was that, for quite a few of these large-scale prints, I did run out of filament partway through. However, the filament detection worked exceptionally well. As with many machines, it detected the issue, but what impressed me was that feeding in the new filament aligned perfectly, continuing the print from exactly where it left off. Adhesion to the print bed was sufficient that there was no movement or issue, even when the print had been left for a few hours in between filament changes.
For single filament printing, the print speed was exceptionally good, although at present, there isn't a huge array of presets for materials. So, if you are new to 3D printing and want high-speed prints, it is a little tricky to adjust the settings to get exactly what you want. However, if you are experienced with Bambu Studio, then delving into the quality, strength, speed, and support settings will enable you to fine-tune for those higher print speeds.
At those high speeds, the quality actually remains exceptionally good. While you can see a slight reduction in outer surface quality, for prototyping or quickly printing ideas, the quality is beyond what I've seen with most 3D printers of this type, size and price.
Going on to multifilament printing, again, the speed of the print was good. But, as with all other Bambu Lab AMS system printers, the volume of waste that gets kicked out of the back is quite extraordinary. So, while multifilament 3D printing is obviously a major pull for this machine, the fact that it still produces so much waste is a bit of an issue.
The quality of the 3D prints, however, is once again exceptionally good, with a high-quality finish and one of the best surface finishes for a multifilament print that I've seen. Multifilament print times are obviously slower on the H2S than compared with the H2D. That second nozzle makes a huge difference to both the amount of waste produced and overall duration. Still, because of the high-speed printing that is possible with the H2S, the speed was still good.
As an example, the Robo Tortoise four-colour print took just over 24 hours. On the H2D with its two nozzles, this print took only 20 hours. So, while there is a reduction in speed between the H2S and the H2D for multifilament prints, it isn't huge. The biggest difference really is the amount of waste produced.
As I ran through the test prints, I became more taken with this machine. While the single nozzle isn't as headline-grabbing as the dual nozzle of the other H2D machines, it's still exceptionally high quality and essentially makes this machine a top option for any designer looking to prototype or even run small production batches.
The quality of the casing and the size give you plenty of flexibility in how you use it, and the fact that it has that heated chamber enables you to use engineering materials such as nylon, ABS, and ASA. What really impressed me was that, across multiple prints, there were no real failures.
At the end of the test, there's no doubt that I'm impressed once again with this Bambu Lab machine. The H2S takes the scale of single-nozzle 3D printing up a notch, and unlike many other large-scale 3D printers, it offers a brilliant enclosed environment. This enables you to print with engineering materials, not just mainstream PLA that can be used with open frame machines.
Due to the CoreXY mechanics, you also have ultra-fast print speed, reliability, and the dimensional accuracy that comes with it. The test prints that came out of this machine were some of the cleanest I've seen, and at this scale and consistency, it's really difficult to match with any other model.
While the machine compares very closely to the other H2D models, just with a single nozzle, when it comes to print quality and speed, it takes a small leap forward for single-filament printing. Where it really comes into its own is in being able to print larger than any other Bambu Lab printer, and the scale of those prints is genuinely exceptional.
Although the prints Bambu sent me for testing were clearly optimised to show the printer at its best, I also tried it with other complex single-filament prints. It coped with contours, overhangs, and overall print quality exceptionally well. As ever, the AMS Pro 2 is a standout feature, and since I was reviewing the combo version, I was able to give that a proper test with the machine and once again it works exceptionally well, with the only downside being the amount of waste that is produced.
The quality of the multifilament print was again exceptional, and the fact that it's going through a single nozzle just gives you a little more real estate to print large. The full-scale helmet from the Cosplay armour I printed came out with exceptional quality and a support structure that was easy to remove.
One of the big points I would highlight while using this printer was not only the speed and scale, but also the quality of the surface finish.
Surfaces were exceptionally smooth, and when I printed the Autodesk Kickstarter test model I've been using for many years, it was almost a full 30 out of 30. The print surface was exceptional, and the only thing that let it down slightly was dimensional accuracy, although my thought is that, if I used the Vision Encoder, I'd likely hit that full 30 out of 30 for the first time.
Regarding the fine flow test, while I've had many 3D printers that can produce a very clean result, there are often slight signs of angel hair filament, with only the AnkerMake M5C previously producing a model with this level of cleanliness.
The other point I really like about the H2S is its simplicity. The base unit isn't expensive considering. If you're looking at this as an enthusiast or business user, the fact that you can buy the base unit for just over $1,000 and then upgrade all the way to the Laser Combo means it's relatively affordable and offers a solid upgrade path for the future.
At the end of the test, once again, Bambu Lab has demonstrated why it leads the market with its 3D printers, and the H2S single nozzle combo version reviewed here once again shows the level that all other 3D printer manufacturers need to aim for. However, with the likes of the Original Prusa XL and SnapMaker U1, while it's great to see a larger print area single nozzle machine it feels like there is a move now into multitool head options which could leave Bambu Lab behind in the technology stakes.
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(Image credit: Bambu Lab // Future)
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(Image credit: Bambu Lab // Future)
Should I buy the Bambu Lab H2S?
Buy it if...
You need a large build volume and speed.
Once again, this printer comes in the superb H2 form factor that offers a fully enclosed environment. This time, the single nozzle enables an even larger print area that should suit most home and small business projects.
You need precision for engineering projects
While a fully enclosed environment is nice for some users, if you're working in education or in the professional sector and need to print in engineering materials, this enclosed environment with its heated chamber is absolutely essential.
Don't buy it if...
You need native dual-nozzle multi-material
While single-filament printing is exceptionally good, if you need to use support materials as standard, then upgrading to an H2D will probably be a better idea.
You're a casual or first-time hobbyist
Starting with one of the best 3D printers on the market might seem like a great idea, but with so many superb printers at a fraction of the Price, it might be worth starting with a cheaper printer before investing in the H2S.
The H2S comes hot on the heels of the H2D full laser combo and standard H2D 3D printer (see my review here), but with a few major differences that make it a superb option for any enterprise business requiring a machine that offers scale, reliability and speed.
It might not have the headline-catching dual nozzle that so interested the 3D printing market, but with much the same form factor, just with a single nozzle rather than dual nozzle tool head, it offers something a little different.
Essentially, Bambu Lab is touting this as a bigger X1C, which has become a staple for many design studios due to its print quality, flexibility, multiple filament printing, and of course, speed. Now, with the H2S taking yet another leap in scale and performance, and what's more, it's also coming in at a relatively affordable price point.
In use, the H2S is impressive, and the single-nozzle hotend is highly tuned for precision and quality. The speed, while quoted as faster than the X1C, in real-world tests using standard settings is on par; however, tweak the options and the full speed of the machine is unleashed, seeing a standard 20-30% boost in print times across the board. The H2S also has a far larger print bed, enabling more potential with the style and type of prints you're able to produce. There's absolutely no doubt that, when it came to side-by-side print quality, the X1C is one of the market leaders, but the H2S just took the edge during my test.
One feature that appeals to me about the H2S is that, compared with the H2D, it is far more affordable and there is a laser option as well, in fact, the new H2S line exactly reflects the H2D, just at a more affordable price.
What this essentially means is that, for any product design studio or anyone looking for the best 3D printer for quality, the Bambu Lab H2S is a balanced option, especially if you mainly print with a single filament with the occasional use of multifilament.
Bambu Lab H2S: Price and availability
There are three versions of the H2S available: the Base, the AMS Combo, and the Laser Full Combo. The two more advanced versions, the AMS Combo and the Laser Full Combo, are available now for $1,499 and $2,099, respectively. Bambu Lab will also be releasing the Base unit, which is just a single-nozzle machine, for $1,249.
Each model offers an upgrade route, so if you are working on a budget and just want an exceptionally good single FFM printer, you can start with the Base, then upgrade with the AMS Pro 2 to the AMS Combo. If you want to go all the way, you can upgrade to the Laser Full Combo, but only pick out the additions that you need.
Bambu Lab H2S: Design
(Image credit: Bambu Lab // Future)
Like the H2D, the H2S has almost an identical form factor, so once again it's a large-scale machine that will take up a sizable amount of your desktop, and now that I have three of these machines side by side, that doesn't leave a lot of space for much else.
The fact is, however, that with the H2S, it cuts away a lot of the frills of the H2D and the excitement those machines create. Instead, the H2S goes back to the core of 3D printing, offering a single nozzle toolhead and a few additional features that help elevate what's possible. It positions itself as a successor to the phenomenal X1C, or if not a successor, then a larger-scale version that takes on the new form factor of the H2 series.
At the base level, the first thing you notice alongside that nozzle is the larger print volume, which measures in at 340 × 320 × 340 mm, making it one of the largest on the market. It also once again utilises the CoreXY system, offering high-speed printing, both single and multifilament, when coupled with the AMS Pro 2.
Once again, the 3D printer is fully enclosed, so if you want to print with more advanced materials, that is perfectly possible, with a heated bed that reaches up to 120°C and a 65°C actively heated chamber. This is great for materials like ABS, nylon, and ASA.
One of the features that I've really liked across all of the H2 series is that large touchscreen. It's just really intuitive, beautifully designed, and very quick to respond, which is not always the case.
Inside, they've also boosted the number of sensors, with five flame sensors covering monitoring, emergency stop, and airflow optimisation, once again almost mirroring the H2D series, but building on the feedback and experience of those first H2 machines.
When it comes to the major differences between the H2S and the H2D, aside from that single nozzle toolhead, most of the other differences come in the technology and steps forward in development. For instance, there's second-generation extrusion motion technology with a PMSM servo motor that exerts a 67% increase in extrusion force. There's also a 20 kg feedback load for precise filament control.
Once again, we see the Vision Encoder, which is optional, but will boost the motion accuracy for prints under 50 microns. This is essentially industrial-grade precision, so it will really only be of interest if you're using this for high-precision product design. However, if you're into gaming and want to make desktop game figures, then this is going to be a great feature. I have noted that there are several 3D artists now producing FFF-ready miniatures. With the Vision Encoder having industrial-grade precision, it could mean that printing miniatures on an FFM machine should now, in some cases, be possible, meaning that you don't have to deal with messy resin.
Bambu Lab has also taken a look at monitoring and intelligence, and the H2S includes 23 sensors inside the machine that are monitoring the print process and conditions. This is coupled with three onboard cameras, one for live view, one for the nozzle, and one for monitoring. This compares to just one on the H2D. There's also smarter fault detection if a print does go wrong, and I have to say, during the three-week test, I didn't have any print failures, even when I tried with an impossible print, the machine just detected it and paused.
Now, while the form factor of the machine is identical to the H2D, when it comes to the build volume, because it only has a single nozzle rather than two, the full print bed can be used, so you have a larger print volume of 340 × 320 × 340 mm compared with 325 × 320 × 325 mm for single-filament printing on the H2D.
Bambu Lab also says that the H2S is a high-speed machine, capable of printing up to 1000 mm/s and with acceleration over 20,000 mm/s². However, during my tests, I'd say they are both pretty much on a par until you delve manually into the settings.
Once again, there's a heated chamber, and in the H2S, this is capable of reaching around 65°C, exactly the same as the H2D. Likewise, the hardened steel nozzle seems to be the same, as does the 5-inch touchscreen.
One of the big questions I had when the machine arrived was: because it is a single-nozzle machine, does it still have the capability of using a laser and cutter? There are, of course, three versions of the H2S, including the Laser Full Combo version that offers laser engraving, cutting, digital cutting, and precision drawing capabilities.
Bambu Lab H2S: Features
(Image credit: Bambu Lab // Future)
Take a look through the machine's features, and aside from the single nozzle, which is obvious, the main feature aside from technology enhancement is the larger print area, which means that this is essentially a large successor to the X1C. Through the test, the speed of the H2S impressed. Put alongside the X1C on standard prints, print speeds were essentially similar until you delve into the settings. However, there are more options, and if you really want to push the speed of the printer, it is possible to get up to a 30% faster printout of the H2S than the X1C, although there is a small drop in quality.
The maximum speed of the printhead goes up to 1000 mm/s with 20,000 mm/s² acceleration. So, while the acceleration matches the X1C, the print speed essentially doubles, with a real-world speed increase of around 30%.
Like the H2D, the single nozzle of the H2S is capable of reaching 350°C, which makes it a perfect option for printing engineering-grade materials such as ASA and nylon. The H2S is a fully enclosed environment, which helps ensure optimal printing conditions for those materials, and with the filtration also helps to remove any toxins from the materials as they print.
Once again, Bambu has included a whole series of sensors that will detect if any print goes wrong and stop proceedings before issues are caused. Through the test, aside from running out of filament, I only had one occasion where the error-checking needed to kick in, due to some filament falling onto the print bed from a previous print. The new machine now includes 23 sensors and three onboard cameras. During the test, I didn't have any tricky situations with printing. The one issue that could've caused a problem was instantly recognised, and the printing was paused until I removed the filament, then the print completed successfully.
What I also liked was that when it came to filament changes due to running out, the process of restarting the print was absolutely spot-on. There wasn't the usual worry about layer misalignment that can often happen.
One of the big new features of the extruder is that it now includes a PMSM servo motor that can apply 67% more force. While I couldn't visually see the difference, the extrusion of the filament did seem exceptionally smooth for all materials tried, including Carbon fill and TPU. When I compared prints between the H2D and the H2S, there was very little difference; it was only when testing a specific model that I could see a very slight uplift in the print quality coming from the H2S.
Like the ability to add a laser cutter and digital cutter to the machine, there's also the option to add the Vision Encoder, which you'll need if you're going to be using this for professional product design or any dimensionally critical work. The Vision Encoder can be used for any print that needs 50-micron precision.
Through the software, there's also hole and contour compensation to assist with more intricate models. Again, the intelligent monitoring will stop if there is an issue. During the test, I tried to push the printer with a few excessive overhangs just to see what would happen, and the machine essentially paused as the print failure was detected.
As with the H2D machines, there's AMS Pro 2, and again, the new model is fully compatible with the original AMS and the AMS HT. You can also link several AMS modules together so you can extend printing to more than just four filaments, up to 16, and some people have even claimed it can be pushed further.
Bambu Lab H2S: Performance
(Image credit: Bambu Lab // Future)
Getting started with the H2S is as simple as any other Bambu Lab 3D printer, as it essentially comes pretty much ready to go. In this review, I'm looking at the Bambu Lab AMS Combo, so you get the 3D printer and the AMS Pro 2 to enable multifilament printing.
Getting it all set up is extremely straightforward. First, the packaging is stripped away, the AMS is popped on top, one tube connects the AMS to the machine, and then there's a data cable that also connects between the machine and the AMS. Once that's done, the activation key is popped into the back along with the power cable, and the machine is switched on.
After running through the initialisation and calibration process, which is all handled by the machine, you can then install the four filaments and get started with connecting to Bambu Studio and producing your first print.
As ever with this machine, there are a few prints just to get you started, and it shot through these in no time at all, with the 3D Benchy model looking exceptionally good, fine detail and a high-quality finish to all of the outer walls and using the default settings this took 33 minutes with all checks.
As I went through the test, there were some larger models to print to create a Shadow Force suit of armour, and this is where the machine really started to come into its own. The ability to print at a scale that is normally only possible with large-scale printers, combined with the high nozzle quality, meant that the end result had a surface cleanliness and consistency that you don't usually get with large-scale consumer 3D printers.
What I really liked was that, for quite a few of these large-scale prints, I did run out of filament partway through. However, the filament detection worked exceptionally well. As with many machines, it detected the issue, but what impressed me was that feeding in the new filament aligned perfectly, continuing the print from exactly where it left off. Adhesion to the print bed was sufficient that there was no movement or issue, even when the print had been left for a few hours in between filament changes.
For single filament printing, the print speed was exceptionally good, although at present, there isn't a huge array of presets for materials. So, if you are new to 3D printing and want high-speed prints, it is a little tricky to adjust the settings to get exactly what you want. However, if you are experienced with Bambu Studio, then delving into the quality, strength, speed, and support settings will enable you to fine-tune for those higher print speeds.
At those high speeds, the quality actually remains exceptionally good. While you can see a slight reduction in outer surface quality, for prototyping or quickly printing ideas, the quality is beyond what I've seen with most 3D printers of this type, size and price.
Going on to multifilament printing, again, the speed of the print was good. But, as with all other Bambu Lab AMS system printers, the volume of waste that gets kicked out of the back is quite extraordinary. So, while multifilament 3D printing is obviously a major pull for this machine, the fact that it still produces so much waste is a bit of an issue.
The quality of the 3D prints, however, is once again exceptionally good, with a high-quality finish and one of the best surface finishes for a multifilament print that I've seen. Multifilament print times are obviously slower on the H2S than compared with the H2D. That second nozzle makes a huge difference to both the amount of waste produced and overall duration. Still, because of the high-speed printing that is possible with the H2S, the speed was still good.
As an example, the Robo Tortoise four-colour print took just over 24 hours. On the H2D with its two nozzles, this print took only 20 hours. So, while there is a reduction in speed between the H2S and the H2D for multifilament prints, it isn't huge. The biggest difference really is the amount of waste produced.
As I ran through the test prints, I became more taken with this machine. While the single nozzle isn't as headline-grabbing as the dual nozzle of the other H2D machines, it's still exceptionally high quality and essentially makes this machine a top option for any designer looking to prototype or even run small production batches.
The quality of the casing and the size give you plenty of flexibility in how you use it, and the fact that it has that heated chamber enables you to use engineering materials such as nylon, ABS, and ASA. What really impressed me was that, across multiple prints, there were no real failures.
At the end of the test, there's no doubt that I'm impressed once again with this Bambu Lab machine. The H2S takes the scale of single-nozzle 3D printing up a notch, and unlike many other large-scale 3D printers, it offers a brilliant enclosed environment. This enables you to print with engineering materials, not just mainstream PLA that can be used with open frame machines.
Due to the CoreXY mechanics, you also have ultra-fast print speed, reliability, and the dimensional accuracy that comes with it. The test prints that came out of this machine were some of the cleanest I've seen, and at this scale and consistency, it's really difficult to match with any other model.
While the machine compares very closely to the other H2D models, just with a single nozzle, when it comes to print quality and speed, it takes a small leap forward for single-filament printing. Where it really comes into its own is in being able to print larger than any other Bambu Lab printer, and the scale of those prints is genuinely exceptional.
Although the prints Bambu sent me for testing were clearly optimised to show the printer at its best, I also tried it with other complex single-filament prints. It coped with contours, overhangs, and overall print quality exceptionally well. As ever, the AMS Pro 2 is a standout feature, and since I was reviewing the combo version, I was able to give that a proper test with the machine and once again it works exceptionally well, with the only downside being the amount of waste that is produced.
The quality of the multifilament print was again exceptional, and the fact that it's going through a single nozzle just gives you a little more real estate to print large. The full-scale helmet from the Cosplay armour I printed came out with exceptional quality and a support structure that was easy to remove.
One of the big points I would highlight while using this printer was not only the speed and scale, but also the quality of the surface finish.
Surfaces were exceptionally smooth, and when I printed the Autodesk Kickstarter test model I've been using for many years, it was almost a full 30 out of 30. The print surface was exceptional, and the only thing that let it down slightly was dimensional accuracy, although my thought is that, if I used the Vision Encoder, I'd likely hit that full 30 out of 30 for the first time.
Regarding the fine flow test, while I've had many 3D printers that can produce a very clean result, there are often slight signs of angel hair filament, with only the AnkerMake M5C previously producing a model with this level of cleanliness.
The other point I really like about the H2S is its simplicity. The base unit isn't expensive considering. If you're looking at this as an enthusiast or business user, the fact that you can buy the base unit for just over $1,000 and then upgrade all the way to the Laser Combo means it's relatively affordable and offers a solid upgrade path for the future.
At the end of the test, once again, Bambu Lab has demonstrated why it leads the market with its 3D printers, and the H2S single nozzle combo version reviewed here once again shows the level that all other 3D printer manufacturers need to aim for. However, with the likes of the Original Prusa XL and SnapMaker U1, while it's great to see a larger print area single nozzle machine it feels like there is a move now into multitool head options which could leave Bambu Lab behind in the technology stakes.
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(Image credit: Bambu Lab // Future)
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(Image credit: Bambu Lab // Future)
Should I buy the Bambu Lab H2S?
Buy it if...
You need a large build volume and speed.
Once again, this printer comes in the superb H2 form factor that offers a fully enclosed environment. This time, the single nozzle enables an even larger print area that should suit most home and small business projects.
You need precision for engineering projects
While a fully enclosed environment is nice for some users, if you're working in education or in the professional sector and need to print in engineering materials, this enclosed environment with its heated chamber is absolutely essential.
Don't buy it if...
You need native dual-nozzle multi-material
While single-filament printing is exceptionally good, if you need to use support materials as standard, then upgrading to an H2D will probably be a better idea.
You're a casual or first-time hobbyist
Starting with one of the best 3D printers on the market might seem like a great idea, but with so many superb printers at a fraction of the Price, it might be worth starting with a cheaper printer before investing in the H2S.
The River 2 has been out for a couple of years now, but I think it's a great buy due to the solid spec and increasingly cheap price. The unit tested here has been with me since launch and I have taken it on dozens of adventures without it skipping a beat.
Are you after the latest model instead? Take a read of our EcoFlow River 3 review and see if the updated version is better suited to your needs.
The River 2 is the smallest in EcoFlow's ultraportable River 2 power station series and it has a 256Wh capacity. Note that I tested the Australian spec model, but aside from a different AC plug depending on the country it's sold in, the underlying capabilities are the same.
The River 2 is basically a big battery bank combined with a 230V/120V inverter, high power USB and 12V outputs, and a range of charging ports. The River 2 can handle 300W AC appliances, with a surge capacity up to 600W.
The River 2 series is designed to be very portable, and is great for any charging or power needs when out and about. Not just for recreation either – it’s well suited for professionals who need to run equipment in the field – especially since it can be combined with solar for charging anywhere. The River 2 can also be used like a UPS, to automatically keep your modem or other critical devices powered on through a blackout.
Importantly, the River 2 series uses lithium iron phosphate (LFP) battery cells, which allows for a large amount of full cycles. The River 2 is rated at 3,000 cycles (100% to 0%) before capacity drops to 80% of the original. That means you could recharge it almost every day and it would take 10 years to drop to 80% of original capacity. Even then, with 80% capacity being around 200Wh, that's still a heap of juice.
On the front, the River 2 has a single 230V/120V AC power socket, a 12V/8A car-style DC accessory socket, dual USB-A ports (5V/2.4A) and a 60W USB-C PD input/output that can charge a laptop, or charge the power station itself. When plugged into the wall, the River 2 charges at up to 360W. That's fast, and means it can go from dead flat to full in just an hour – an incredibly handy feature when you need to recharge in a hurry. It also has a DC input port on the back that can accept 11-30V, and charge the battery at 110W. This means the power station can be quickly charged in the car (or 24V in a truck), or with a solar panel or other DC power source.
The River 2 has a screen that shows remaining charge, time until flat at current usage, and input/output wattage. That’s all that most users will likely need, but you can also connect to the power station using a slick app from EcoFlow. This provides all sorts of deeper functionality, like setting maximum charge and discharge levels, setting specific charge rates, updating the firmware and more.
I have really enjoyed my time with River 2, but of course there are some minor niggles. At higher loads, the River 2 does need a fan to keep internal temperatures down. It’s not especially noisy and doesn’t run all the time, but is potentially a way for dust to build up (and require occasional cleaning) over time. Otherwise most of the things I wish for (like a 100W USB-C output) are options on the larger capacity models.
The River 2 did command a somewhat premium price at launch but has been getting much more affordable over time and has had some great discounts lately. All in all, it offers an excellent mix of features that is well worth it for those who need reliable portable power on the go.
Do you need something smaller, for charging a phone or laptop? Then check out the TechRadar guide to the best power banks.
The River 2 has a very capable 256Wh battery and is ready to power all your devices no matter where you are. (Image credit: Future)
EcoFlow River 2 review: price and availability
How much does it cost? Launch RRP of $239 / £269 / AU$649
When is it available? Available now
Where can you get it? Available in most major markets including the US, UK and Australia
The River 2 has been out for a couple of years now and is easily available for much less than the launch RRP. The easiest place to find it is generally direct from EcoFlow, though it's also stocked on Amazon and at a large number of third-party retailers.
Generally speaking the River 2 is solid value, considering the focus on portability, unique features and long warranty. It also has fairly frequent sales that can bring it down to less than half price.
• Value score: 4 / 5
On the rear the River 2 has AC input for 360W charging, and a DC input for car or solar charging at 110W. (Image credit: Future)
EcoFlow River 2: Design and features
X-Boost for over-wattage appliances
Very fast AC charging
Solar input
5-year warranty
One of my favorite features on the River 2 series is a completely non-technical one – the huge grab handle. Even though the unit is only 3.5kg, the handle makes it very easy to carry long distances, but doesn't make it too bulky to fit in a bag. My least favorite thing is the fan, which can get mildly noisy under load, and is a potential place for dust or water to get inside the River 2.
At 256Wh, the battery in the River 2 can be run flat very quickly (under an hour) if using the full 300W AC output. Lower power devices will run from hours to days, depending on the power use. Thanks to the huge 3,000 cycle life (to 80% capacity), you can fully discharge and recharge the River 2 multiple times in a day if need be, and rest assured the battery won’t wear out in a hurry. One thing to keep in mind is that the 256Wh capacity means the River 2 can’t be taken on a flight, as it's over the 160Wh limit most airlines use. For the full rundown of the rules, take a look at my guide on how to travel safely with a power bank.
It’s great to have a wide range of charging options on the River 2, but the clear standout is the very impressive 360W AC charge rate. I extensively tested the power station out and about, and being able to quickly grab some charge was very useful. While it takes just 1 hour to go from 0% to full, even just 5 minutes can bring back 10% charge. Charging in the car and using the solar mode is a fair bit slower (around 100W), but it was very handy when further afield, or camping. I also loved the USB-C charge option, as it made it easy to plug in overnight without using the bulky AC cable, and does not need to use the fan.
EcoFlow River 2 specs
Capacity: 256Wh AC Output: 300W (Surge 600W) Pure Sine Wave 230V/120V Solar / Car Charging: 11-30V, 8A, 110W max Cycle Life: 3,000 cycles to 80% capacity USB Charging: 1x 60W USB-C (input/output), 2x 12W USB-A Other Outputs: 12V, 8A (100W) Dimensions: 24.5 x 21.4 x 14.2 cm Weight: 3.5kg Warranty: 5 years
The 300W (600W surge) AC output is well-sized for most devices that might be used on the go, and the River 2 also has X-Boost, which allows certain high power devices (up to 600W) to be run at lower power without overloading the power station. The AC output can also be turned off completely via a button, or in the app, saving standby power. If the River 2 is plugged into the wall, and a device is plugged into the power station, then it automatically works as an Uninterruptible Power Supply. This is a handy extra feature, especially for when the River 2 is not being otherwise used. For example, it can be left plugged in to keep your modem running in the event of a blackout, or power critical things like a fish tank heater.
While the River 2 has a screen with key information, the more in-depth control is done via the app. It can connect via Wi-Fi and be managed even when away from home, or directly connected to (for example when camping) via Bluetooth. The EcoFlow app has options like being able to limit the maximum charge or discharge percentage of the power station, turn the outputs on and off, or set timeout periods. Importantly, the River 2 series is backed by an impressive 5-year warranty, which gives peace of mind that the power station will be with you for the long haul.
• Design and features: 4.5 / 5
While the River 2 can output 60W via USB-C, it can also charge itself, reducing the need to carry the bulkier AC cable. (Image credit: Future)
EcoFlow River 2 review: Performance and testing
60W PD USB input/output
UPS style functionality
Solar and DC charging
The River 2 series rates very well for portability, and the 3.5kg heft is very easy to carry with the sturdy grab handle. The unit has large rubber feet, and the plastic shell is robust. The ports on the front are well laid out and not too crowded, so plugging and unplugging multiple things is easy. The display is easy to read even in bright sunlight, though I wish the buttons were more recessed, as I found they could be accidentally pressed if the River 2 is in a bag.
I connected the River 2 up to a load tester for the 12V DC and USB outputs, and the ports all happily gave their specified wattages and voltages. The AC output provides clean power without dropping the voltage at full load, and the X-Boost functionality worked as intended to avoid shutdown at higher loads.
The River 2 real-world usable capacity depends on how fast you discharge it, and through what output, but overall efficiency is excellent, and generally under 10% of the rated capacity is lost in conversions. One minor niggle – charging power banks has mixed results, with some charging, and others only being able to charge the River 2. A workaround is to use a USB-C charger in the 12V socket, but it would be great if the River 2 had a USB-C input only port on the rear.
The River 2 fan won’t kick in for USB-C use, but will spool up to high speed if fast charging via AC, or running something that uses a significant amount of the 300W available. The AC charge rate can be limited in the app, and at the minimum 100W, the fan is quiet, but still audible. One minor frustration is that the fan speed control is overly enthusiastic, and often cranks up to full speed for a few seconds before dropping back.
I managed a full charge from dead flat in 58 minutes on AC, and at peak rates could restore 10% charge in just 5 minutes. Charging from USB-C took a touch over 5 hours. Solar and car charging worked well – though the solar voltage and amperage inputs are somewhat awkward compared to what typical portable solar panels provide. Still, a 100W solar panel (or the EcoFlow 110W panel) can easily charge the power station up in as little as 4 hours. For those who want more solar input, check out the River 2 Pro and Max. The River 2 is rated for a UPS switching speed of under 30ms, and in my testing I didn’t have an issue even with finicky, lower power electronics. That said, it's not quite a true UPS, so not designed for very sensitive equipment.
While excellent overall, the EcoFlow app doesn’t have as much detailed information as I’d like, like allowing tracking of solar collected (or other data logging), or viewing how many cycles the power station has done. I also feel it's a missed opportunity to add some automation options, like being able to schedule the outputs to turn on and off at certain times.
• Performance: 4.5 / 5
The relatively low 3.5kg weight and the large grab handle on the River 2 makes it very easy to carry longer distances. (Image credit: Future)
Should I buy the EcoFlow River 2?
EcoFlow River 2 report card
Attribute
Notes
Rating
Value
The River 2 series has a fairly premium feature set, which results in a higher-end price tag. Compared to the limited competition, the River 2 excels in areas like battery cycle life, being compact and low weight, and the inclusion of USB-C charging.
4 / 5
Design & features
The River 2 includes a solid mix of features, without going overboard on options that will add mass without providing much extra utility. The key advantages are that it's lightweight, very portable, and flexible enough to be used every day for many years.
4.5 / 5
Performance
The River 2 performed above and beyond in all my tests, and was extremely reliable, yet rugged enough that it does not need to be treated too gently. All the outputs (and inputs) happily sustained their full wattages for the entire battery capacity, even in (simulated) hot and cold conditions.
4.5 / 5
Buy it if...
You need an ultraportable solution The large grab handle and low weight of the River 2 mean it's just begging to be taken out on adventures. Bring an electric throw rug when stargazing in winter, hold your own movie night in the park, take it camping and more.
You will use the River 2 a lot With a standout 3,000 cycle battery longevity, the River 2 is perfect for heavy use, and is well suited for everything including home or day-to-day use, camping, or for professionals who need power in the field.
256Wh is enough capacity for your charging needs If you need a larger battery capacity between recharges, then consider the heavier, but even more capable 512Wh River 2 Max, or 768Wh River 2 Pro. Or even the larger Delta Series, like the 2016Wh Delta Max.
Don't buy it if...
If you need to power high wattage appliances 300W of AC power (100W DC at 12V, 60W USB-C) is enough for most smaller appliances and gadgets, but not everything. Items like power tools, or appliances for cooking, all need a higher AC output, and more storage capacity.
Silence is important The fan in the River 2 is fairly quiet most of the time, and only really ramps up to noisier levels under heavy load, or when rapidly charging. But even at its lowest setting, the fan is audible – especially on a quiet night.
You need a waterproof and dustproof power station While the River 2 can handle normal outdoor use just fine, it’s not waterproof and needs some protection from the elements. The fan is also a dust entry point and the power station does not have covers on the ports.
Final verdict
Connected up to a portable solar panel, the River 2 can be fully recharged in as little as 4 hours. (Image credit: Future)
Overall the River 2 is a very competent little power station that is well suited to a variety of uses. It focuses on portability over maximizing features and spec – leaving that for the larger River 2 Max and Pro. The River 2 is powerful enough to be a worthy addition to your next camping trip, and combined with a solar panel, makes it possible to keep devices charged indefinitely. Other options like the UPS functionality mean the River 2 is also useful at home between adventures.
The 256Wh capacity is well suited to daily use, and the fast charge ability makes it very easy to top up any time. The ability to silently charge from USB-C is great for nighttime use, or just for avoiding needing too many cables. The long 5-year warranty and 3000 cycle battery longevity mean the River 2 can be pushed hard without worrying about a shortened lifespan. The EcoFlow app is quite slick, but a little lacking when it comes to deeper levels of control and data logging.
While the power station isn’t perfect, and larger Max and Pro models might suit some users better, the River 2 is a great option.
ManageEngine OpManager is an enterprise-ready network monitoring solution trusted by over 1 million IT administrators worldwide. It provides comprehensive visibility into network health and performance across switches, routers, servers, and other critical infrastructure components. For organizations evaluating network monitoring options, OpManager deserves consideration alongside the solutions featured in ourbest network monitoring tools roundup.
TechRadar reviewers spend several weeks researching each major IT platform in the market, analyzing everything from feature depth to pricing structures. During our evaluation process, we found that while LogicMonitor remains our top pick for network monitoring in 2025 thanks to its AI-powered suite for day-to-day IT network automation, OpManager offers a compelling alternative for budget-conscious enterprises.
OpManager's strength lies in its end-to-end approach to network infrastructure monitoring, supporting both traditional and hybrid environments including VMware, Hyper-V, and cloud-based networks. Its proactive alert system and real-time dashboards provide IT teams with the visibility needed to prevent outages and resolve issues quickly, making it a practical choice for organizations prioritizing network uptime and performance.
ManageEngine OpManager: Features
OpManager delivers a feature-rich monitoring platform that covers nearly 3,000 metrics across network devices, servers, and applications. It is particularly well-suited for mid-to-large enterprises managing complex hybrid infrastructures, offering solid core monitoring functions like device discovery, performance tracking, and alert management.
While OpManager includes essential capabilities like network topology mapping, bandwidth monitoring, and automated workflows, it notably lacks some advanced features found in competitors such as sophisticated machine learning integration and multi-threshold alerting. But given the competitive pricing at $245 for 10 devices, the feature set provides excellent value for organizations seeking comprehensive monitoring without premium-tier costs.
Real-time network monitoring
OpManager excels at continuous performance monitoring across routers, switches, firewalls, and servers, tracking availability and health metrics in real-time. The platform supports multiple monitoring protocols including SNMP, WMI, and CLI, ensuring compatibility with diverse network hardware. Users consistently praise the real-time dashboards for providing clear visibility into network performance without latency issues.
Automated device discovery
It automatically discovers network devices and builds topology maps, significantly reducing manual configuration time. OpManager can detect newly added devices in subnets and immediately begin monitoring them, though some users report challenges with older legacy devices requiring manual SNMP OID mapping. The discovery process supports hybrid environments including cloud and virtualized infrastructures.
Alerting and notifications
OpManager's multi-channel alerting system sends notifications via email, SMS, and SNMP traps when thresholds are breached. The platform allows customization of alert thresholds and escalation procedures, though users note limitations in setting multiple threshold levels for the same parameter. Real-time alerting capabilities help IT teams identify and address issues before they impact end users.
Performance analytics and reporting
ManageEngine generates comprehensive reports on network performance, bandwidth utilization, and device health trends. Built-in dashboards provide visual representations of network data, while customizable reports support compliance and capacity planning requirements. Most users appreciate the intuitive graphical interface and NOC dashboard building capabilities.
(Image credit: ManageEngine)
ManageEngine OpManager: Ease of use
OpManager has a user-friendly interface that simplifies network monitoring for IT administrators of varying experience levels. The web-based console features intuitive navigation and customizable dashboards that allow users to quickly access critical network information. New users can typically navigate the basic monitoring functions within hours, though the extensive feature set may require several days to master fully. Plus a graphical approach to network topology mapping and performance visualization reduces the learning curve compared to command-line alternatives.
However, initial setup can be time-consuming, particularly when integrating legacy devices or complex hybrid environments. Some users report that adding older network equipment requires manual configuration and SNMP OID mapping, which demands deeper technical knowledge. The default report templates may also need customization to meet specific organizational requirements, occasionally requiring scripting or external tools for advanced reporting needs.
10 devices, advanced reporting, mobile app, workflow automation
Enterprise Edition
$38.52/month
25 devices, distributed monitoring, business views, enhanced security
OpManager's pricing structure offers competitive value compared to enterprise-grade alternatives, with transparent per-device licensing that includes unlimited interfaces, nodes, and sensors. This allows organizations to start small and scale up as monitoring needs grow, though the jump from Professional to Enterprise edition represents a significant price increase for advanced features.
While more affordable than premium solutions like LogicMonitor or Datadog, OpManager's pricing can become substantial for large-scale deployments, with the Enterprise edition reaching $11,545 for 250 devices. The inclusion of all monitoring capabilities within the base license helps avoid unexpected costs, making it easier to budget for network monitoring initiatives.
ManageEngine OpManager: Customer support
ManageEngine provides comprehensive support options through both Classic and Premium tiers, with Classic support included free with subscription licenses. Classic support offers email and chat assistance during regional business hours, with acknowledgment within 8 hours and access to product upgrades and online resources. The support team is knowledgeable and responsive for most technical issues, though response times can vary depending on case complexity and geographic region.
Premium support significantly enhances the experience with 24/7 multi-channel assistance including telephone support, single point of contact, and faster response times with acknowledgment within 3 hours. This tier includes additional services like health checks, custom product support, and online training sessions. However, Premium support requires additional investment beyond the base license cost, and some advanced customizations may still require professional services or partner assistance.
Phone support is available across multiple regions including the US (+1 877 834 4428), UK (0800 028 6590), and Australia (1800 631 268).
ManageEngine OpManager: Alternatives
OpManager occupies a solid middle-ground position in the network monitoring market, competing directly with solutions like Paessler PRTG, Auvik, and SolarWinds NPM. The platform is best suited for mid-to-large enterprises seeking comprehensive monitoring capabilities without the complexity or cost of premium alternatives like Datadog or LogicMonitor.
Key competitors include Auvik, which offers superior ease of use and cloud-native architecture, and Paessler PRTG, which provides more flexible sensor-based pricing and stronger customization options. Premium alternatives like LogicMonitor and Datadog offer more advanced AI/ML capabilities and extensive integrations but command significantly higher prices.
ManageEngine OpManager: Final verdict
ManageEngine OpManager delivers reliable network monitoring fundamentals at a competitive price point, making it an attractive option for enterprises seeking comprehensive infrastructure visibility without premium costs. It excels in device coverage, real-time alerting, and hybrid network support, providing teams the essential tools needed to maintain network health and performance.
While it may lack some advanced features found in higher-end competitors, OpManager's combination of functionality and affordability creates strong value for budget-conscious organizations. And its proven track record with over 1 million administrators worldwide demonstrates its viability as a long-term monitoring solution.
FAQs
What devices can OpManager monitor?
OpManager supports monitoring of switches, routers, firewalls, servers, wireless devices, load balancers, and virtualization platforms including VMware, Hyper-V, and Citrix XenServer. The platform can monitor nearly 3,000 different metrics across these device types using protocols like SNMP, WMI, and CLI. It also supports cloud and hybrid network infrastructures, making it suitable for modern enterprise environments.
How does OpManager pricing compare to competitors?
OpManager offers competitive pricing starting at $245 for 10 devices annually, significantly less expensive than premium alternatives like LogicMonitor or Datadog. The per-device licensing model includes unlimited interfaces and sensors, providing predictable costs. However, large-scale deployments can become expensive, with Enterprise edition pricing reaching $11,545 for 250 devices.
What support options are available with OpManager?
ManageEngine provides Classic support free with subscription licenses, including email and chat during business hours with 8-hour acknowledgment times. Premium support offers 24/7 assistance, phone support, faster response times (3-hour acknowledgment), and additional services like health checks and custom support. Phone support is available globally across multiple time zones and languages.
Can OpManager integrate with other IT management tools?
OpManager supports integration with other ManageEngine products and third-party systems through APIs and standard protocols. The platform can send alerts to external systems via SNMP traps, email, and webhooks. However, the integration ecosystem is more limited compared to cloud-native competitors, and complex integrations may require custom development or professional services.
Is there a free trial available for OpManager?
Yes, ManageEngine offers a 30-day free trial of OpManager that includes full functionality for evaluation purposes. The trial allows organizations to test the platform with their actual network infrastructure before purchasing. Trial users receive evaluation support with 2-business-day acknowledgment times, though some advanced support features are reserved for paid customers.
The Vtoman FlashSpeed Pro 3600 is hefty. There is no way around that. This is not a power station that you'll want to be toting around, though it is technically still portable.
See, unlike many of the best portable power station units I've reviewed, the Pro 3600 is more designed for long-term backup or for use with enormous power demands, not just to charge your smartphone (though it could).
So, for that reason, this unit is hefty in both size and specs, yet it is still something that can be used in real-world applications with ease.
(Image credit: Collin Probst // Future )
VTOMAN FlashSpeed Pro 3600: Pricing & Availability
The Vtoman FlashSpeed Pro 3600 starts around $1499 right now, on sale from $2,299. They do offer bundles at the point of purchase that include solar panels that can stretch up to $2,700, too, all with a two-year warranty.
Also worth mentioning is that the unreleased battery expansion is expected sometime in 2025. Outside of that, the other pieces are available.
(Image credit: Collin Probst // Future )
VTOMAN FlashSpeed Pro 3600: Unboxing & first impressions
The FlashSpeed Pro 3600 Portable Power Station is a fluorescent yellow and black power station that made me sigh when I picked it up; it was so heavy. Keep in mind, I pick up and move power stations, chairs, desks, and more. This one shocked me.
Thankfully, this unit has wheels and a handle with two height settings to accommodate those with varying heights and those who can't quite reach the same physical height.
From the first moment I turned this unit on, I loved the screen. The readout is excellent; it's easy to understand, shows all the information I want, and feels premium in quality.
Taking another pass, I noticed the lightbar that can shine white or even red light. I saw a small storage bay in the back of the unit, perhaps for the charging cable, and I noticed that the port layout is super helpful.
(Image credit: Collin Probst // Future )
VTOMAN FlashSpeed Pro 3600: Design & build quality
Specs
Battery Capacity: 3,096 Wh Continuous Output: 3,600 W AC (6,000 W surge) Outputs: 4× AC, 2× 100 W USB‑C, 2× DC, 4× USB‑A, 2× Cigarette port Features: UPS (switch‑over <20 ms), LCD screen, wheels, IP65-rated shell Dimensions / Weight: 378×418×581 mm / 38 kg Warranty: 2-year global
The whole unit feels like a hefty suitcase. I wish that suitcases or luggage in general rolled as easily as this machine does. I'd even be happy if shopping carts rolled as smoothly as this setup does. Moving on, the ports are covered with a flap, enhancing their water resistance. And the entire case around the power station feels rugged and ready to take anywhere. The wheels I mentioned briefly above are not easily damaged. They are large with a decent grip, and super easy to maneuver the power station with.
The ports are organized and easily accessible, and clearly labeled. All things that make using a power station super helpful. If you are in an emergency and need power quickly, the last thing you want to have to do is slow down to try to figure out where ports are, which are which, and how to turn your power supply on. It's easy to know what is what, and with the integrated light bar, you can light up your scenario to make getting things plugged in and backed up even easier.
(Image credit: Collin Probst // Future )
VTOMAN FlashSpeed Pro 3600: In use
I've used a lot of power stations, and while I don't usually note or have the recharge time stand out to me, in the VTOMAN FlashSpeed Pro 3600's case, it stands out as one of the most significant benefits to this unit. Now, rather than feeling like you need to have this always charged, if you know a storm is coming, you have time to recharge it quickly, whether from zero to full or from partial charge to full charge.
Additionally, you are more likely to use this power station for portable power where there isn't shore power or a grid power system. In that case, you can plan to go, quickly plug this in, get everything else ready and squared away, and only two hours later (zero to full), you can have a fully charged power station prepared to tackle your construction project, off-grid camping, or whatever else you may be powering.
I don't currently have this power station plugged into my house, but I have had it power my garage while working on projects, running saws, air compressors, shop vacs, and battery chargers. I've also had this recharge my EGO Electric mower, my Eufy E18 Robot Mower, my Lectric XPedition2 E-Bike, and more, to see if it can - and it did without any issue.
(Image credit: Collin Probst // Future )
If you live on some land and are looking for more ways to recharge, rather than using the grid, you could also add a solar panel to recharge using the sun, which also recharges incredibly fast.
The unit also boasts Uninterrupted Power Supply (UPS), and for good reason. If you have networking gear, computers, or other devices, you don't want to have any downtime in a power outage, the UPS will flip over before your devices even realize that the grid lost power.
Overall, this is a great power station. It is pretty heavy, so the wheels are essential for moving it around. However, I suggest only relocating it when necessary. It's best to place it in a location where you'll use it frequently and leave it there for a while.
VTOMAN FlashSpeed Pro 3600: Final verdict
The FlashSpeed Pro 3600 is a power station for the (semi) portable pros. This is a great hub to place and use as an added power source wherever you may need it, whether that is a job site, an off-grid setup, or a backup unit. It's got incredible speeds, high capacity, a fantastic port layout, a built-in light bar, and wheels to help move it around.
If you're in the market for a power station, especially one with a fast recharge and multiple ports, this power station is a great one to consider. IF you're wanting something ultra portable, or if you don't need 3000Wh capacity, though, this may be too much of a unit for your use case.
I've used Synology for a while now, both personally and professionally. I've worked with DiskStations, the original BeeStation, and many other NAS devices, too. As someone who juggles many businesses, clients, and a ton of storage at any given time, even with great internal storage on my primary laptop, access to more on others that I am testing, and external drives all around me, there is something simple and so helpful about cloud storage.
But, as many of you have also noticed, subscriptions are getting ridiculous these days. Everything has moved to subscriptions, and with that, when you want to expand further, the cost continues to skyrocket. That's why I started paying attention to Synology a few years back, recognizing that while some things I can keep on SSDs, having everything accessible no matter what company I am with, if I am home or away, or no matter what device, was something that I still desired in my daily workflow.
The ease and ability to pull up any number of documents, photos, videos, diagrams, and so on for any of my clients at any time, all without cluttering my internal storage or having to rummage through several external hard drives, is hard to pass up.
The frictionless action of searching in Finder (on my Mac) to grab the file I want and have it ready on my machine without having to store it there is always spectacular. And, with how fast I move these days, that is the kind of flexibility I need. That's where the BeeStation Plus comes in. It's got a few key upgrades from the original BeeStation, the first and foremost being that it doubled in storage from 4TB to 8TB.
(Image credit: Collin Probst // Future )
Synology BeeStation Plus: Pricing & Availability
The Synology BeeStation Plus is available the official website by clicking here. Right now, it's being sold for around $400 for the 8TB of NAS.Right now, it's being sold for around $400 for the 8TB of NAS.
Synology BeeStation Plus: Unboxing & first impressions
Unboxing and setting up the BeeStation Plus could not have been easier. I opened up the box, chose a spot in my home office where I wanted it to live, and plugged it into my monster of a desk setup with battery backup from my Anker Power Station with UPS. Lastly, to ensure I had the best download and upload speeds possible, I plugged the included Ethernet cable in from the Synology BeeStation Plus to my network switch, which then routes up to my TP-Link Deco XE75 Pro system. One power cable, one Ethernet cable, that's all.
After that, I jumped in and set up the BeeStation Plus via the IP address and web interface and began setting up sync folders, shared folders, a Plex Server, backups to my DiskStation (review coming soon), and more. I also added one right-angle USB-C adapter, but more on that later. All around, this setup took a matter of minutes, and probably took longer for me to cable manage one more thing into my monster of a desk setup than it did actually to set up the BeeStation Plus itself.
(Image credit: Collin Probst // Future )
Synology BeeStation Plus: Design & build quality
Specs
Storage: 8TB SSD Connectivity: Gigabit Ethernet, USB for external drives Software: Synology BeeStation OS Apps: Mobile apps (iOS/Android), Mac Finder integration, web portal access Cloud: Google Drive, Dropbox, OneDrive Streaming: Plex media server compatible Backup: Can back up to Synology DiskStation NAS RemoteAccess: Synology QuickConnect, direct VPN connection
The BeeStation Plus has a sleek matte plastic shell with its modern and clean design. It blends in, and it fits in with my office setup. I don't feel like I need to hide it, so I didn't. It's got a visible spot in my setup, but I barely notice it, which is excellent.
Even when this NAS is up and running, I can't hear it at all. The only reason that I know it is on, other than being able to access my files, is because of the status lights.
The only ports on here are the Ethernet port, a USB-C port, and the power port. The BeeStation Plus keeps it simple while packing a lot of power in a simple package.
(Image credit: Collin Probst // Future )
Synology BeeStation Plus: In use
I've had the BeeStation Plus set up in my home office for 75 days at the time of writing this review. In that time, the BeeStation Plus has been my primary storage solution for the many clients that I work with, for all of the files, content, and assets that I have created for each client, as well as working files I have received from clients. All of them are stored on the BeeStation Plus and accessed from my many devices via the files/finder integrations or from the web or mobile apps.
Thanks to the Ethernet port, I have not noticed any downtime or issues with network speeds, and because my entire workspace is backed up with a power station from Anker, I don't worry about losing any data either. Even in a power outage, I could access my files locally from my computer over local Wi-Fi or Ethernet. Alternatively, if my internet line is still active but power is out, my whole home battery backup system will kick in, and I can access files from anywhere.
If you don't have a battery backup, though, that is not the end of the world; you will want to have a plan in place in case of a power outage if you have critical client files stored on the BeeStation Plus.
(Image credit: Collin Probst // Future )
Another critical way that I utilize the BeeStation Plus is to offload files from any drives I am working with. Occasionally, I have a role where I need to transfer data from external drives or SD Cards. With the BeeStation Plus' USB-C port, I can plug in an SSD directly to that port, or I can use an SD Card reader with a USB-C port and plug that in to access an SD Card directly through my BeeStation Plus.
The benefit to this, of course, is that I never have to take up internal storage, nor do I have to ingest files, to upload them to a cloud service, to then share. Instead, I can plug in, choose where to move the files to, such as a previously shared client folder, and then I am good to go. I can walk away, work on something else, and so on.
Another thing that makes the BeeStation Plus super helpful, mainly when used as a business storage tool, is the ability to sync in multiple different ways, with multiple different servers. I work across Google Drive, Dropbox, and others daily.
For those folders that I want to make sure I don't lose anything, or that I have what I need, without having to jump in and out of folders every day, logging in and out of accounts and trying to remember where I have each file. Instead, I set up cloud sync preferences so that my folder structure on my BeeStation Plus will automatically stay in sync with some folders, one way download other folders, and auto upload to others—making my file management a breeze. Setting something like this up right from the start makes it feel like I have an admin helping me manage my file management, without the need for an admin or a monthly subscription cost.
Synology BeeStation Plus: Final verdict
All in all, the Synology BeeStation Plus is a welcome upgrade from the previous model. I haven't even gone into depth on the Plex integrations and other TLC updates that Synology has made. This is the perfect storage solution if you need terabytes of secure storage and don't want to pay an absurd monthly charge to access your files on another big-name cloud storage service. Power users may still need something more robust like the DiskStation, but for small businesses, freelancers, contract workers, and fractional guys like me, this is a spectacular option.
Attributes
Notes
Rating
Design
Simplistic, Minimal, Professional
⭐⭐⭐⭐⭐
Ease of use
Easy to use
⭐⭐⭐⭐⭐
Practicality
Practical for anyone with digital storage
⭐⭐⭐⭐⭐
Price
Decent price for what it is
⭐⭐⭐⭐⭐
For more storage solutions, we've reviewed the best NAS hard drives you can get right now.
I've used Synology for a while now, both personally and professionally. I've worked with DiskStations, the original BeeStation, and many other NAS devices, too. As someone who juggles many businesses, clients, and a ton of storage at any given time, even with great internal storage on my primary laptop, access to more on others that I am testing, and external drives all around me, there is something simple and so helpful about cloud storage.
But, as many of you have also noticed, subscriptions are getting ridiculous these days. Everything has moved to subscriptions, and with that, when you want to expand further, the cost continues to skyrocket. That's why I started paying attention to Synology a few years back, recognizing that while some things I can keep on SSDs, having everything accessible no matter what company I am with, if I am home or away, or no matter what device, was something that I still desired in my daily workflow.
The ease and ability to pull up any number of documents, photos, videos, diagrams, and so on for any of my clients at any time, all without cluttering my internal storage or having to rummage through several external hard drives, is hard to pass up.
The frictionless action of searching in Finder (on my Mac) to grab the file I want and have it ready on my machine without having to store it there is always spectacular. And, with how fast I move these days, that is the kind of flexibility I need. That's where the BeeStation Plus comes in. It's got a few key upgrades from the original BeeStation, the first and foremost being that it doubled in storage from 4TB to 8TB.
(Image credit: Collin Probst // Future )
Synology BeeStation Plus: Pricing & Availability
The Synology BeeStation Plus is available the official website by clicking here. Right now, it's being sold for around $400 for the 8TB of NAS.Right now, it's being sold for around $400 for the 8TB of NAS.
Synology BeeStation Plus: Unboxing & first impressions
Unboxing and setting up the BeeStation Plus could not have been easier. I opened up the box, chose a spot in my home office where I wanted it to live, and plugged it into my monster of a desk setup with battery backup from my Anker Power Station with UPS. Lastly, to ensure I had the best download and upload speeds possible, I plugged the included Ethernet cable in from the Synology BeeStation Plus to my network switch, which then routes up to my TP-Link Deco XE75 Pro system. One power cable, one Ethernet cable, that's all.
After that, I jumped in and set up the BeeStation Plus via the IP address and web interface and began setting up sync folders, shared folders, a Plex Server, backups to my DiskStation (review coming soon), and more. I also added one right-angle USB-C adapter, but more on that later. All around, this setup took a matter of minutes, and probably took longer for me to cable manage one more thing into my monster of a desk setup than it did actually to set up the BeeStation Plus itself.
(Image credit: Collin Probst // Future )
Synology BeeStation Plus: Design & build quality
Specs
Storage: 8TB SSD Connectivity: Gigabit Ethernet, USB for external drives Software: Synology BeeStation OS Apps: Mobile apps (iOS/Android), Mac Finder integration, web portal access Cloud: Google Drive, Dropbox, OneDrive Streaming: Plex media server compatible Backup: Can back up to Synology DiskStation NAS RemoteAccess: Synology QuickConnect, direct VPN connection
The BeeStation Plus has a sleek matte plastic shell with its modern and clean design. It blends in, and it fits in with my office setup. I don't feel like I need to hide it, so I didn't. It's got a visible spot in my setup, but I barely notice it, which is excellent.
Even when this NAS is up and running, I can't hear it at all. The only reason that I know it is on, other than being able to access my files, is because of the status lights.
The only ports on here are the Ethernet port, a USB-C port, and the power port. The BeeStation Plus keeps it simple while packing a lot of power in a simple package.
(Image credit: Collin Probst // Future )
Synology BeeStation Plus: In use
I've had the BeeStation Plus set up in my home office for 75 days at the time of writing this review. In that time, the BeeStation Plus has been my primary storage solution for the many clients that I work with, for all of the files, content, and assets that I have created for each client, as well as working files I have received from clients. All of them are stored on the BeeStation Plus and accessed from my many devices via the files/finder integrations or from the web or mobile apps.
Thanks to the Ethernet port, I have not noticed any downtime or issues with network speeds, and because my entire workspace is backed up with a power station from Anker, I don't worry about losing any data either. Even in a power outage, I could access my files locally from my computer over local Wi-Fi or Ethernet. Alternatively, if my internet line is still active but power is out, my whole home battery backup system will kick in, and I can access files from anywhere.
If you don't have a battery backup, though, that is not the end of the world; you will want to have a plan in place in case of a power outage if you have critical client files stored on the BeeStation Plus.
(Image credit: Collin Probst // Future )
Another critical way that I utilize the BeeStation Plus is to offload files from any drives I am working with. Occasionally, I have a role where I need to transfer data from external drives or SD Cards. With the BeeStation Plus' USB-C port, I can plug in an SSD directly to that port, or I can use an SD Card reader with a USB-C port and plug that in to access an SD Card directly through my BeeStation Plus.
The benefit to this, of course, is that I never have to take up internal storage, nor do I have to ingest files, to upload them to a cloud service, to then share. Instead, I can plug in, choose where to move the files to, such as a previously shared client folder, and then I am good to go. I can walk away, work on something else, and so on.
Another thing that makes the BeeStation Plus super helpful, mainly when used as a business storage tool, is the ability to sync in multiple different ways, with multiple different servers. I work across Google Drive, Dropbox, and others daily.
For those folders that I want to make sure I don't lose anything, or that I have what I need, without having to jump in and out of folders every day, logging in and out of accounts and trying to remember where I have each file. Instead, I set up cloud sync preferences so that my folder structure on my BeeStation Plus will automatically stay in sync with some folders, one way download other folders, and auto upload to others—making my file management a breeze. Setting something like this up right from the start makes it feel like I have an admin helping me manage my file management, without the need for an admin or a monthly subscription cost.
Synology BeeStation Plus: Final verdict
All in all, the Synology BeeStation Plus is a welcome upgrade from the previous model. I haven't even gone into depth on the Plex integrations and other TLC updates that Synology has made. This is the perfect storage solution if you need terabytes of secure storage and don't want to pay an absurd monthly charge to access your files on another big-name cloud storage service. Power users may still need something more robust like the DiskStation, but for small businesses, freelancers, contract workers, and fractional guys like me, this is a spectacular option.
Attributes
Notes
Rating
Design
Simplistic, Minimal, Professional
⭐⭐⭐⭐⭐
Ease of use
Easy to use
⭐⭐⭐⭐⭐
Practicality
Practical for anyone with digital storage
⭐⭐⭐⭐⭐
Price
Decent price for what it is
⭐⭐⭐⭐⭐
For more storage solutions, we've reviewed the best NAS hard drives you can get right now.
Battery: 2× 716 Wh LFP (total 1,433 Wh), ≥3,500 cycles Output: 1,800 W continuous; 2,700 W surge; four AC outlets + USB-A/C + car port Inputs: 1,440 W AC, ~500 W solar; UPS switching <20 ms; app + LCD control Weight/Size: 26.5 kg, 390×280×395 mm
When I have the chance to go on any adventure, I will occasionally take portable power with me. Having something like the swap power system, where I can move around my charged power banks to whatever inverter I want, is handy, especially when you pair that with the SwapSolar Multi-Cooler.
This system allows me to have my Multi-Cooler anywhere in the world that I want, running on batteries, and when one gets low, I can pop it out, hot swap it with another battery that is charging in my AC180T, for example, and keep the cool times cooling. Plus, on the days or trips that I don't need to bring an entire Cooler with me, I can use just the AC180T on its own, just as I would any standard portable power station.
Bluetti's AC180T is one of many devices in the SwapSolar ecosystem, and I hope Bluetti continues expanding the devices in that family, too. I didn't realize how helpful this was until I visited my family cabin. I am in the process of installing the Bluetti AC500 system as a whole cabin backup, but until then, having portable solutions like the SwapSolar Multi-Cooler is vital.
The Cabin is on an old lakefront grid, so during storms, the power goes out regularly. Knowing I can put my meats, dairy, and some beverages I want to keep cold in the SwapSolar Multi-Cooler, and keep that inside, in a tent, in the truck, or wherever I want while at the same time being able to put the AC180T wherever needed to best pull some solar power makes for such an easy experience. Mainly because I don't even have to move the full AC180T when the batteries are charged, I have to pull out one of the hot-swappable batteries.
(Image credit: Collin Probst // TechRadar Pro)
Bluetti AC180T: In use
I've gotten to the point where power stations are all the same to me. Yes, there are, of course, specifics that make each unique, but each portable power station is the same idea. It's heavy enough that you don't want to move it, but not heavy enough that you can't.
This makes it portable, and it has a range of port options and capacities. That's the portable power station market. Now, however, there is a new possibility that has joined the scene. The hot-swappable batteries make for an entirely new possibility when it comes to mentioning specs, features, and even use cases.
(Image credit: Collin Probst // TechRadar Pro)
I use the AC180T entirely differently than I use any of the best portable power stations I've tested. Most power stations I can plug in and charge, then bring to where I need it, plug things in there, and go from there.
With AC180T, I can set up a charging station. This allows me to efficiently run my cooler or any other Bluetti products within the SwapSolar ecosystem. I can take out a fully charged battery from my AC180T and place it into a different inverter (like my cooler) when I need it. Or, I can use my AC180T as a UPS, a power strip, a battery backup, or anything else.
Speaking of the cooler, it has plenty of space, which is excellent. In addition, if you add some filtered water, you can make ice on the go. So with this setup, you'll not only have portable power, but you can also keep your food cold and enjoy ice-cold drinks—literally!
The AC180T stands out on its own. It can recharge in about an hour and has enough output to power even larger devices. The accompanying app provides all the relevant stats and information.
On the front of the AC180T, you'll find four AC ports, two USB-A ports, two USB-C ports, and a 120W car port. There's also a port for the Explore Charger 1, which allows for faster car charging, as well as options for a standard car charger, solar panels, or lead-acid battery charging. The right side features a standard AC port for more traditional recharging of the unit.
Overall, this power station has been fantastic. It's impressive on its own, but when paired with the cooler, it unlocks amazing capabilities.
If you're a nomadic traveler, a camper, or just someone looking to ensure you have a backup to keep food and drinks cool, this power station is an excellent choice.
Bluetti AC180T: Final verdict
The Bluetti AC180T is one of the most unique power stations I have tried. It can hot swap batteries with a portable fridge with a working ice maker, it has great ports, fast recharging, and it will hopefully work with other devices in the future as well.
For RV caravaners, van campers, off-grid users, and anything in between, this is a serious power station to consider. It's a sweet spot. It's not the largest, but it's got enough power to give a good amount of power to those who need it, plus it has the added benefit of being able to hot swap with the portable fridge.
The Goal Zero powerstation lineup is impressive, especially since their merger with BioLite. According to Goal Zero, the Yeti Pro 4000 is their most remarkable power station yet. It boasts a high output, high capacity, high weight, and a high price to match.
There are several different setups that this power station can support. First, there are Haven Setups that provide additional capacity and a home connection point, allowing a home to function as a battery backup. Second, there is an option to integrate solar power, enabling recharging from the sun. Lastly, there is an escape system that can either convert a towable RV into a system powered by the Goal Zero Yeti Pro 4000 or a drivable kit that transforms an adventure vehicle into a system backed by the Yeti Pro 4000.
No matter what the use case is, if you need a large amount of reliable power, high output, and you're willing to pay for quality gear, this system could be the right fit for you. Goal Zero's goal with the Yeti Pro 4000 was to replace noisy and messy traditional gas generators - and they've done it.
I will note here that I have seen some notes about reliability issues that some have had with this unit, though I have not experienced that myself. So far, I haven't had any problems.
(Image credit: Collin Probst // TechRadar Pro)
Goal Zero Yeti Pro 4000: Pricing & Availability
The Goal Zero Yeti Pro 4000 is available on Goal Zero's website for just under $4000. There are other retailers selling, including Amazon.com.
You can pick up an expansion battery to extend the capacity for another $2000, and there are other accessories to outfit this even further.
Worth noting that I'm seeing limited availability outside the US right now.
(Image credit: Collin Probst // TechRadar Pro)
Goal Zero Yeti Pro 4000: Design & build quality
Specs
Battery: ~3,994 Wh (LiFePO₄), 4,000+ cycles Power: 3,600 W continuous; 7,200 W surge Recharge: 1,800 W AC inlet; up to 3,000 W solar
The Goal Zero Yeti Pro 4000 is not a compact device. It's pretty cumbersome, so it has a wheeled base that comes with the standard purchase to facilitate more effortless movement.
However, what it misses in ease of mobility, it makes up for in pure power. The output is phenomenal for this size, and the choice in port layout makes sense. All of the inputs are on the back of the unit, plus the inverter you would use if you are plugging into the Haven system, for example.
All of the output ports are on the front, making it super simple if you want to set this unit up and leave it somewhere for an extended period. You can set it and forget it, and still you're able to plug in everything you may need to without moving the unit around, unless you are changing primary inputs, which is less familiar to change around than outputs.
(Image credit: Collin Probst // TechRadar Pro)
Goal Zero Yeti Pro 4000: In use
The Yeti Pro 4000 by Goal Zero is designed to carry a heavy load, all without any issue. It's intended to be a home backup, a primary power system on the road, or even a primary system for an off-grid building.
It's rated to run a residential fridge for 1-2 days, while also running a Wi-Fi Setup, basic lighting, and other essentials. If you connect to solar, depending on the sun, you can keep things running for longer. You recharge with the sun and then run off the battery when the sun is not out, and recharge via the solar panels.
For home use, this is an easy option. Set it, forget it, keep it tucked away, hooked up to your house with a Haven backup system. If your home requires more power, you can add more tanks, which adds capacity to run off-grid for longer.
For those who are looking for an RV/Van Life/Off-Grid Camper solution, you can have this unit in the corner of your setup, or tucked away and have it plugged in with the Escape system to have an integrated screen and complete system, meaning you'll never even have to touch this unit, or if you don't want to do that, you can plug anything and everything you need into the front of this unit, have any solar input plugged into the back, and then you can run things that way.
If you do choose to add the Escape System, you can then add an integrated screen wherever you want in the vehicle or trailer to control all aspects of the Yeti Pro 4000 while the unit itself is tucked away. Add this to a system where you have outlets placed where you want them throughout your off-grid home on wheels, and it will feel like you're in a standard home when it comes to power convenience.
Some people don't need a semi-permanent setup, and they want something that can be brought out for job sites, one-off jobs, or similar projects. The Yeti Pro 4000 can be great for this, too, as long as you have a good way to transport it there. But, if you work at a job site and you want to be able to swap out the traditional generator for a portable power station to recharge tools, run a table saw, or similar tasks, this is a great solution.
Goal Zero Yeti Pro 4000: Final verdict
No matter your potential solution, this power station is a serious one worth considering. It could power you for days on the road if used reasonably, and it could back up essentials in your home in the case of a power outage. The Yeti Pro 4000 has a great set of offerings for expansion, and it is built to last. If you're looking for a high-powered, high-capacity, and highly reliable power station, the Yeti Pro 4000 is one worth considering - keep in mind that it's not easy to move.
