We would like to thank Thermaltake for supplying the review sample.
The Toughpower PF1 ARGB line consists of three members with capacities ranging from 850 W to 1200 W. All three have high efficiency ratings; 80 PLUS Platinum for all three and also ETA-A for the 1200 W model, which is certified by Cybenetics. They also utilize a fully modular cable design. The most interesting feature for users with windowed cases is the 18-LED RGB fan with lighting that can be controlled either manually or through a compatible mainboard.
Although Thermaltake lists it as an analogue power supply, I found two MCUs inside. This is in fact a semi-digital platform by CWT.
Not only highly efficient, the Toughpower PF1 ARGB 1200 W (the model number of my sample is TPD-1200F3FAPU-1) also comes with a long warranty. The platform is similar to the one used in the Thermaltake Toughpower iRGB Plus 1200, which had some reliability issues—my sample died after a while, and I got other reports that samples of that model died suddenly after a while. According to my sources, CWT fixed it. The main difference between the iRGB Plus and PF1 ARGB units is that the latter doesn't have a USB interface.
The box offers good protection, and in the bundle, you will find a pouch to store any unused modular cables.
|Thermaltake TPD-1200F3FAPU-1 Features & Specifications|
|Max. DC Output||1200 W|
|Efficiency||80 PLUS Platinum, ETA-A (88-91%)|
|Noise||LAMBDA-S+ (35-40 dB[A])|
|Intel C6/C7 Power State Support||Yes|
|Operating temperature||0 °C - 50 °C|
|Protections||Over Voltage Protection|
Under Voltage Protection
Over Power Protection
Over Temperature Protection
Over Current Protection
Short Circuit Protection
|Cooling||140 mm HDB RGB Fan (TT-1425/A1425S12S-2)|
|Semi-passive operation||Yes (selectable)|
|Dimensions||152 mm (W) x 88 mm (H) x 178 mm (D)|
|Weight||2.07 kg (4.56 lb)|
|Compliance||ATX12V v2.31, EPS 2.92|
|Price at time of review (exc. VAT)||$329.99|
The 140 mm fan features RGB lighting and won't spin at light loads if the semi-passive operation is enabled.
|Thermaltake TPD-1200F3FAPU-1 Power Specs|
|Rail||3.3 V||5 V||12 V||5 VSB||-12 V|
|Max. Power||25 A||25 A||100 A||3 A||0.3 A|
|130 W||1200 W||15 W||3.6 W|
|Total Max. Power||1200 W|
Cables and Connectors
|Description||Cable Count||Connector Count (Total)||Gauge||In Cable Capacitors|
|ATX connector 20+4 pin (600 mm)||1||1||16AWG||No|
|8 pin EPS12V (650 mm)||1||1||16AWG||No|
|4+4 pin EPS12V (650 mm)||1||1||16AWG||No|
|6+2 pin PCIe (500 mm+150 mm)||4||8||16-18AWG||No|
|SATA (500 mm+150 mm+150 mm+150 mm)||3||12||18AWG||No|
|4 pin Molex (500 mm+150 mm+150 mm+150 mm)||2||8||18AWG||No|
|FDD Adapter (+100 mm)||1||1||22AWG||No|
|ARGB Sync Cable (+800 mm)||1||1||26AWG||No|
|AC Power Cord (1420 mm) - C13 coupler||1||1||16AWG||-|
There are plenty of connectors and cables, including two EPS, eight PCIe, twelve SATA, and eight 4-pin Molex connectors. A significant advantage is that none of these come with inline caps, which makes cable routing easier.
All cables are long, and the distance between connectors is adequate at 150 mm. The connectors that will handle the highest loads are equipped with thicker 16AWG gauges for lower voltage drops.
|Thermaltake TPD-1200F3FAPU-1 Parts Description|
|PCB Type||Double Sided|
|Transient Filter||6x Y caps, 2x X caps, 2x CM chokes, 1x MOV|
|Bridge Rectifier(s)||2x HY Electronic GBJ2506P (600 V, 25 A @ 100 °C)|
|Inrush Current Protection||NTC Thermistor & Relay|
|APFC MOSFETs||2x Toshiba TK25A60X (600 V, 25 A @ 153 °C, 0.125 Ohm) & 1x Sync Power SPN5003 FET (for reduced no-load consumption)|
|APFC Boost Diode||2x CREE C3D10060A (600 V, 10 A @ 153 °C)|
|Hold-up Cap(s)||2x Nippon Chemi-Con (400 V, 680 uF each or 1,360 uF combined, 2000 h @ 105 °C KMW)|
|Main Switchers||4x Oriental Semiconductor OSG55R160FZ (550 V, 14.5 A @ 100 °C, 0.16 Ohm)|
|IC Driver(s)||2x Silicon Labs Si8233BD|
|Digital Controllers||2x Texas Instruments UCD3138A|
|Topology||Primary side: Semi-Digital, Interleaved PFC, Full-Bridge & LLC converter|
Secondary side: Synchronous Rectification & DC-DC converters
|+12V||8x Infineon BSC014N06NS (60 V, 100 A @ 100 °C, 1.45 mOhm)|
|5V & 3.3V||DC-DC Converters: 4x UBIQ Semiconductor QM3006D (30 V, 57 A @ 100 °C, 5.5 mOhm)|
|Filtering Capacitors||Electrolytics: 6x Nippon Chemi-Con (4 - 10,000 h lifetime @ 105 °C, KY), 1x Nippon Chemi-Con (1 - 5,000 h lifetime @ 105 °C, KZE), 4x Nippon Chemi-Con (105 °C, W),|
Polymers: Elite, Su'scon, NIC
|Supervisor IC||Weltrend WT7502 (OVP, UVP, SCP, PG)|
|Fan Model||Thermaltake TT-1425 (Hong Sheng OEM, A1425S12S-2, 140 mm, 12 V, 0.70 A, Hydrodynamic Bearing, RGB LED Lighting Fan)|
|Rectifier||IPS ISD04N65A & PS1045L SBR (45 V, 10 A)|
|Standby PWM Controller||On-Bright OB5282|
This is a semi-digital platform by CWT with code name "CST". Two MCUs control the APFC converter, along with the main and +12V switching FETs, while analog ICs control the minor rails and 5VSB. To keep cost low, a USB interface for control and monitoring capabilities is absent, which most users won't mind as they don't also want to have to deal with the power supply's extra features.
The transient filter is complete and does a good job.
There is an MOV and an NTC thermistor, which is supported by a bypass relay.
The two bridge rectifiers.
I had to remove the chokes of the PFC to clear the view.
The APFC converter has two bulk caps with enough capacity for a hold-up time of over 17 ms.
The APFC converter is controlled by an MCU.
The main switching FETs are controlled by the second Texas Instruments MCU. On the same board are the driver ICs used to control the main FETs.
The +12V FETs are installed close to the main transformer for lower energy losses. The electrolytic filtering caps are of good quality, and many polymers are used for the same reason. To find Elite caps in such an expensive PSU looks strange, but given these are polymers, I won't complain.
The VRMs that handle the minor rails.
The board hosting the 5VSB regulator. Right in front of it is the 5VSB transformer.
Lots of polymer caps are installed on the PCB that hosts the modular sockets.
Soldering quality is pretty good.
Closer shots of the main PCB.
The cooling fan uses an HDB bearing.