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Thermaltake was established in 1999, Headquartered in Taipei, Taiwan. Best recognized for their coolers, power supplies, chassis, and gaming merchandise. We have in the past reviewed a few products from Thermaltake including the View 22 TG, Smart RGB 700W 80+, Thermaltake Versa N26 and have always found them to be wonderful. This season around though, we’re looking at something especially intense and expensive from Thermaltake.
The Thermaltake Toughpower iRGB Plus series comes in four variants which are: 850W
1050W, 1200W, and 1250W (Each with different power-efficiency rating). The variant we’re going to review is the Thermaltake Toughpower iRGB Plus 1250w behemoth of a power supply. Not only that, it is a Titanium rated which means after purchasing it you’ll enter the elite-realm of PC Master Race. The most highlighting innovation of this PSU includes a well-engineered highly effective power management feature which can be controlled via software and if that wasn’t satisfying, RGB lighting. RGB lighting is unquestionably something Thermaltake takes seriously which we also saw in the Smart RGB 700W.
Even though we love Thermaltake’s products, but still we aren’t going to loosen up on this one because the Thermaltake Toughpower iRGB Plus 1250w is an expensive product and it promises a lot of things which need to be tested in order to verify the integrity of the powerhouse this product claims to be.
We’d like to thank Thermaltake and Shingpoint for providing us with the review sample of this Thermaltake Toughpower iRGB Plus 1250w. So, without further ado lets dive straight into the review!
At a Glance:
Input Voltage: 100V – 240V
|Max Output Current||20A||20A||104A||0.3A||3A|
|Max Output Power||100W||1248W||3.6W||15W|
|Type||Intel ATX 12V 2.31 & SSI EPS 12V 2.92|
|Max. Output Capacity||1250W|
|Peak Output Capacity||1500W|
|Dimension ( W / H / D )||150mm(W) x 86mm(H) x 200mm(D)|
|PFC (Power Factor Correction)||Active PFC|
|Power Good Signal||100-500 msec|
|Hold Up Time||> 16msec at 100% of full load (115Vac/ 230Vac input)|
|Input Frequency Range||47Hz – 63Hz|
|Input Voltage||100V – 240V|
|Operating Temperature||0c to +50c|
|Operating Humidity||20% to 90%,non-condensing|
|Storage Temperature||-20 ? to +70 ?|
|Storage Humidity||5% to 95%, non-condensing|
|Cooling System||14cm Riing PLUS Fan|
|Efficiency||MEET 80 Plus Titanium at 115Vac input.|
|MTBF||120,000 hrs minimum|
|Safety Approval||CE/FCC/UL/ TUV/EAC|
|Protection||OPP, OVP, UVP, OCP, OTP, SCP|
|PCI-E 6+2pin / 8pin||8|
- Smart Power Management (SPM)
- DPS G PC APP 3.0 for Digital PSU
- Real-Time PSU Status Monitoring
- Intuitive RGB Lighting Control
- TT RGB PLUS Sync Compatible
- Sync with Razer Chroma Lighting
- Works with Amazon Alexa
- Real-Time CPU/RAM/Multi-VGA Status
- Smart Zero Fan
- Warning Alert
- Schedule Shutdown
- Patented 16.8 Million Colors Riing PLUS 14 RGB Fan
- 100% High-Quality Japanese Capacitors
- Fully Modular Cable Design
- Individually sleeved cables and connectors
- Digital Control Board
- Massive and Dedicated +12V Output
The very first glance of the box of Thermaltake Toughpower iRGB Plus 1250w is quite appealing, the big label of “iRGB PLUS 1250W” catches the most attention of anyone who is looking at the box. At the left-front side of the box, we can see that the iRGB Plus 1250w comes with a 10-year warranty, which is really impressive. It shows that the company trusts the hardware and internal they have used to build this product, to an extent; they gave a whopping 10-year warranty for it. We can also see the Smart Power, Patented RGB, Smart Zero Fan and Fully modular with individual sleeved cables labels all over the front side of the box. Below at the bottom-left side of the box, you’ll see they 80 PLUS Titanium label in all its glory.
The back side of the box is very detailed, with key features written on the top-left side of it and some of the Smart features that come with the Thermaltake Toughpower iRGB Plus 1250w are mentioned in details as well. On the right side, we can take a brief look at the connectors specifications and power output specifications of the PSU as well.
Taking a look at the right side of the box we can observe that Thermaltake has integrated a technology named as “SPM Service Architecture” in the Thermaltake Toughpower iRGB Plus 1250w for better monitoring of the power consumption, voltage distribution and electricity cost for all types of advance users.
The bottom side of the box isn’t much interesting, it’s filled with repetitive information. So without further ado, let’s open the box and see what’ve got here.
Unboxing the Thermaltake Toughpower iRGB Plus 1250w is a pleasant experience because as soon as you open up the box you’ll see the manuals and necessary documentation. Beneath the documents, you’ll get to see the PSU for the first time and on the right side, you’ll see a carrying bag too.
As soon as we take off the cloth-material cover off of the PSU, we’re delighted with the 1250Watt of Titanium goodness the Thermaltake Toughpower iRGB Plus 1250w!
After opening up the carrying bag, we get to see all of the connectors, cables, and accessories that come with the PSU which includes the following stuff:
- Main Power Connector 24 Pin (x1)
- EPS 12V 8 PIN (x1)
- ATX 12 V 4+4 PIN (x1)
- PCI-E 6+2 PIN (x4)
- PCI-E-E 8 PIN (x4)
- SATA 5 PIN (x16)
- Peripheral 4 PIN (x8) FDD 4 PIN (x1)
- Cable combs
- Cable-Mangement (Zip-ties)
- Mounting Screws
All of the necessary cables are separately sleeved which is an amazing addition to the premium PSU from Thermaltake. The included cable combs are enough to fit any sort of cable orientation. I personally appreciate the attention to the details of this PSU. Sleeved cables have become the norm of 2018 and I feel like every PSU should come with sleeved cables from the factory.
Now if we take a look at the Thermaltake Toughpower iRGB Plus 1250w itself, the right side of the PSU has the same branding that we’ve been seeing throughout our whole unboxing experience.
The front side of the PSU has all of the connectors well-situated with proper labeling for any kind of user, you won’t get confused while installing the cables. We also have the USB connector at the back side too which will help in monitoring and connecting the PSU digitally to your motherboard.
Ultimately, the back side of the Thermaltake Toughpower iRGB Plus 1250w is well-vented for sufficient airflow along with the power switch and main power connector.
The top side of the PSU contains vital information about the power output and a barcode. The bottom side of the PSU contains the RGB fan which Thermaltake states as “Patented 16.8 Million Colors Riing PLUS 14 RGB Fan”. It is a fully customizable fan which can be controlled via software.
Talking about the RGB Fan of the PSU, You can set almost any color combination for the fan via software there’s a nice glow to it which gives a nice look to your rig if the PSU fan is facing upwards.
The software “DPS G App” of the Thermaltake Toughpower iRGB Plus 1250w is the most highlighting feature of the PSU. DPS G application is very detailed, customizable and handy. It might look like a little complex at first but when you’ll get the hang of it, things will be easier for you then.
The main tab of the software contains all sorts of information regarding the PSU, Thermaltake didn’t skip any of their hardware. They’ve installed sensor literally for everything from the Fan speed, PSU Efficiency to all 12V, 5V and 3.3 rails.
The most amazing feature of the software is the Output wattage monitor. Gone are the days in which you had to install a custom output wattage meter in order to read the calculations of the PSU. In the Thermaltake Toughpower iRGB Plus 1250w, Thermaltake has integrated a built-in output wattage meter ran and controlled by the DPS G App. You’ll have full real-time monitoring of how much juice your PSU is outputting currently which is really impressive.
Total Electric Bill cost, Average efficiency, Total KWH, and a graph of the PSU consumption are also present in the software. All of these features can come in handy for a lot of tech-enthusiasts who love to test the power consumptions of different components of their PC.
The second tab on the DPS G application lets us control RGB fan lighting mode. We have the different range of options i.e. Flow, RGB Spectrum, Ripple, Blink, Pulse, Wave, Full Lighted & Thermal Mode. The most amazing part of this software is that it lets the user control all the individually addressable RGB LEDs in that fan. Which is pretty amazing.
The software also shows some of the info of other PC components as well. CPU temp, CPU power consumption and ram usage along with storage information as well.
Overall the software is a full-package contained with all sorts of digital monitoring values which is really impressive and unique at the same time. We are more than satisfied with the software of the Thermaltake Toughpower iRGB Plus 1250w.
I have tried to get Thermaltake DPS mobile application working but it was not recording data from power supply due to some reason. I could, however, test RGB & Remote features. I think probably the mobile app is outdated so I would love to hear from Thermaltake on this.
Full in-depth review of a power supply is not really an elementary task, it demands the reviewer to be all set with the expensive and elite equipment in his inventory, which is remarkably costly, so, in our review, we will only be looking at the voltage stability of the PSU which can easily be done by a multimeter. The multi-meter we used in our test was UNI-T UT203. These readings are for 3.3v, 5v, and 12v lines. Minimum and maximum readings were noted.
Our CPU Intel 9th gen 9900K was overclocked to a safe 5.0GHz to put supreme load. We examined our system using Aida64 Extreme stress test with all options checked. CPU only was utilizing the total of 250W. Every computer component was on 100% load. So the values are assumed to change in different settings.
Principally this PSU can deliver the limitations imposed by voltage distributions idle, as it is equipped with a single +12V rail keeping up with the continuous stipulation of power to your system components according to their requirements. Its efficiency is the next extraordinary perk it brings with itself, embodying 80 Plus Titanium rating efficiency. Thermaltake Toughpower iRGB Plus 1250w is designed to work efficiently with almost any kind of load you’ll throw at it. The PSU can successfully run multi-GPU PC setups or dual CPU workstations as well with ease.
Last but definitely not the least, it provides a constant power of 1250w all the time at around 35-45c average of temperatures which is one of the most important aspects for your consideration.
|CPU:||Intel i9 9900K – 5.0 Ghz OC|
|Motherboard:||ASUS TUF Z390 Plus Gaming – Wifi|
|GPU||ASUS RTX 2080 ROG STRIX OC|
|RAM:||G.Skill Trident Z 3200MHz 16GB CL16|
|SSD:||Samsung 960 Evo 500GB|
|HDD:||Hitachi Deskstar 2TB|
|Chassis:||Thermaltake View 71 Tempered Glass|
|Cooling Solution:||ASUS RYUJIN 360 AIO COOLER|
|PSU||Thermaltake Toughpower iRGB Plus 1250W|
So without wasting any time, let’s plunge directly into the performance benchmarks!
We took reading from both Thermaltake DPS and Multimeter, To be honest, we did not find a difference of bit in both results. In future we plan to test all the devices using proper tools and equipment the values from our multimeter, We do not see any difference of whatsoever in both 12V and 5V Rails between idle and load. However, 12V Rail is showing the result of 11.9-12V all the time we tested. As for the 5V Rail, it showed the difference of 0.06-0.07V by max. 3.3V Rail showed slight difference while in load and outcome was the difference of 0.01V. So the numbers here are very encouraging.
Power Supplies have a sensitivity rating and anything under 5% on the three rails mentioned above are admissible. And it’s immeasurable to see that we haven’t even bisected half the limit here. So performance-wise, this makes sure Thermaltake Toughpower iRGB Plus 1250w is an outclass PSU.
Overall, I’ll reiterate that the Thermaltake Toughpower iRGB Plus 1250w is definitely something which a class apart. Staying away from the tolerance limits while keeping the efficiency of the 80% PLUS Titanium as well.
The Thermaltake Toughpower iRGB Plus 1250W is an exemplary power supply that provides us a bit of a fit today. During testing, we saw test results from the Toughpower iRGB Plus 1250W that showed us exceptional voltage regulation, great Transient Load Test results, and top DC Output Quality. Additionally, the unit is extremely robust and has several extra features including the flawless software that gives you a wide range of monitoring aspects of the PSU that a lot of users will appreciate along with a long 10-year warranty.
However, the only thing might hold this Thermaltake Toughpower iRGB Plus 1250W behind is its price range, because of the price tag a lot of entry-level users might ignore this PSU because they just can’t afford a 400$ PSU, but this PSU wasn’t built for the entry-level user either. So this isn’t a big deal, but still, the price could get better. When you take a glance at the pricing of the units that come with individually sleeved cables, then the pricing begins to make much better sense, as you can pay $100 very quickly on these types of cables for adding a custom look to your build. If you perceive value in these incorporated cables the price makes very genuine sense, however, if you see no value in the aesthetics of it all, you can preserve more than a few dollars with another unit that is just as great. In a nutshell, Thermaltake has produced an outstanding power supply that is award-worthy on performance alone.