HX Series HX1050 Power Supply — 1050 Watt 80 PLUS® Gold Certified Modular PSU

Legendary Performance and Reliability

Quiet operation at low loads, modular cabling and 80 PLUS® Gold efficiency makes HX Series PSUs a great choice for high-performance PCs.

Quiet operation at low loads

Basic PC power supplies have fans that spin whenever your PC is on – whether you’re pushing your graphics card to the limit or just surfing the web. HX Series power supplies are smarter than that: they generate less heat, so they require less cooling, and the thermally controlled fan only spins when it’s needed.

Slay the cable kraken

The modular cable set allows you to use only the cables you need for your particular set of components. There’s no more unwieldy mythical tentacled monstrosity of unused cables to clutter up the inside of your case.

High efficiency for lower energy consumption and less heat generation

Efficiency is the measurement of how well a power supply converts the AC power from your outlet to the DC power used by your PC’s components. If your power supply isn’t efficient, it will generate more heat, which requires more cooling and more fan noise. And, it might even affect your power bill.

HX Series PSUs are among the most efficient on the market. They help keep your PC cool and quiet, and your power bill down.

Contents and Specifications

Package contents

HX1050 power supply
Modular cable pack
Accessory bag with mounting hardware, cable ties, and case badge
Installation Guide

Compatibility

Fully compatible with 4th generation Intel® Core™ series processors
Conforms to ATX12V v2.31 and EPS 2.92 standards, and is backward compatible with the ATX12V 2.2 and ATX12V 2.01 standards

Features

A dedicated single +12V rail offers simple configuration and maximum compatibility with the latest graphics cards and other components
An ultra-quiet, 140mm double ball-bearing fan delivers excellent airflow with exceptionally low noise levels by varying fan speed in response to temperature
80 PLUS Gold certified, delivering up to 90% energy efficiency under real-world load conditions
Active Power Factor Correction (PFC) with PF value of 0.99
Universal AC input from 90~264V
Over-voltage, under-voltage, over-current, and short circuit protection provide maximum safety for your critical system components
Engineered to meet maximum power output at a server-grade 50°C temperature rating.
High-quality capacitors provide uncompromised performance and reliability
A seven year warranty and lifetime access to Corsair's legendary technical support and customer service
Safety Approvals: cTUVus, CE, CB, FCC Class B, TÜV, CCC, C-tick

Warranty Seven years

Dimension 150mm x 86mm x 200mm

Modular Yes

Power 1050 Watts

80 Plus Gold

ATX Connector 1

EPS Connector 2

PCI-E Connector 6

4 Pin Peripheral Connector 12

SATA Connector 12

Floppy Connector 2

MTBF 100,000 hours

Blog

Using a AXi Series PSU and Corsair Link's "power" tab with different configurations to determine power usage during different tasks

By Jonny Gerow, on May 31st, 2013

I was curious as to how much power my gaming PC uses with one, two and three graphics cards installed and how that compared to using the integrated graphics of my Intel® Core™ i5 CPU. Corsair Link and my Corsair AX Series Digital ATX PSU helped me determine that! In this blog entry, I show how much power my PC uses with the different configurations.

Right now I have a Core i5-3570K running at 3.4GHz and three Gigabyte GTX670 2GB cards each running at 980MHz.

Currently, I'm just sitting here typing this while listening to music streaming on Pandora. Not a lot going on, so I'm seeing what sums up to a whole lot of nothing going on within Corsair Link. I'm pulling 224.9W from the wall, which is still a lot... but that's primarily because I'm keeping three graphics cards powered even though I'm not using them. Spoiler: We'll see that number lower as I take cards out of the system, even sitting here doing a whole lot of nothing.

(Click on the image to open the full size image in another browser window)

Haswell compatibility with Corsair power supplies

By Jonny Gerow, on May 9th, 2013

A report recently published over at the VR-Zone discussing the new 4th generation Intel Core processors, code-named "Haswell", and their ability to go into a lower power sleep state than any previous processor has caused some concern about PSU compatability with the new processor.

When an Intel Core (i3, i5, i7) processor is idle, it goes into a sleep state that requires less power than when the CPU is active. Since the motherboard voltage regulation modules that provide power to the CPU gets their power from the power supply's +12V rail, these sleep states can dramatically reduce the load on the power supply's +12V rail.

Using Corsair Link to Monitor a Corsair AX860i Digital ATX PSU's Power Output, Temperature, and Fan Speed

By Jonny Gerow, on April 11th, 2013

Many Corsair power supplies feature cooling fans with Zero RPM technology. Essentially, while the power supply is at lower loads and producing less heat, the intake fan is stopped, therefore producing zero noise. As the load on the PSU increases, the power supply produces more heat and that heat needs to be evacuated. A thermistor inside the power supply tells the fan to kick on. Once those temperatures drop to a level that is safe for the power supply to operate without active cooling, the fan cuts off and the power supply runs silently once again.

For my demonstration, I will be using an AX Series AX860i Digital ATX PSU and Corsair Link software to demonstrate how the PSU's power output and temperatures increase with load, and how the power supply fan speed increases and decreases with that temperature.

Corsair and Infsite A.G. Dream PC

By Jake Crimmins, on April 9th, 2013

What components would you use to build your Corsair Dream PC? Corsair's Ronaldo Buassali recently visited Infsite A.G. in Brazil to build a Corsair Dream PC. Check out some photos of this awesome PC.

Why does a better power supply mean a better computing experience?

By Jonny Gerow, on March 13th, 2013

So how does a better PSU equate to a better computing experience? Consider this: If your power supply isn't doing a good job of regulating voltage and filtering ripple, what is?

The computer power supply essentially converts AC to DC. Older or more basic computer power supplies convert AC to multiple DC voltages (+12V, +5V, +3.3V) at the same time. Newer, more advanced power supplies, convert AC to +12VDC, while smaller DC to DC power supplies within the power supply's housing convert the +12V to lesser used +3.3V and +5V. The latter is more efficient because lesser used voltages are not converted unless they're required and converting DC to DC itself is more efficient than converting AC to DC as it requires fewer and smaller components.

After that voltage is converted, it's filtered with inductors and capacitors.