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NZXT HALE90-750-M Power Supply

The NZXT-750-M is a solidly build power supply. It’s made from quality parts and does what it was designed for–providing a stable source of power at a reasonable price point.


NZXT’s history as a business spans from its beginnings in 2004 to today. First entering the computer gaming market with gaming chassis like the Guardian and Lexa series of cases, they now have a wide and varied array of products for the consumer to choose from. These include cases and case accessories, 120/140/200 mm case fans and fan control units, a couple laptop coolers, a gaming mouse, and of course the HALE90 series of power supplies, of which we will be looking at the 750  variant.

The NZXT HALE90-750W-M power supply comes in an almost blinding white, with a black trim.

The retail box and power supply together.


A closer view of input and output specifications panel on the side of the power supply shows a single 62A 12 volt rail and 80 Plus Gold certification.


The 140 mm fan intake for cooling the supply. The PSU is at the least, quieter than the other components in the system.


The two sleeved cables are on the left. Eight modular keyed connectors for the supplied cables are on the right. The eight are identical electrically and interchangeable. 



80+ Gold certified: The HALE 90 series from NZXT operates at ultra high efficiency, at 20%, 50% and 100% loads, efficiencies are 87%, 90%, and 87% respectively.

Single140mm two ball-bearing fan operates with minimal noise even at full load. Maximum decibel levels are 20db for wattages between 550-750W and 30db for 850W and above.

Strong Single Rail Design: A single +12V rail provides stability and ease of use making the most out of your power supply. Offers stable & clean current delivery under heavy load.

Modular cable design: Modular cable design allows the user to pick and choose which cables they want to use, optimizing cable management and airflow inside the chassis. Flat cables allow for easier routing and bending inside the computer chassis during wire management.

Hybrid LLC resonant Topology circuitry allows the HALE series to create highly efficient power supplies ranging from 550W-> 1000W.

Full range Design from 100V – 250V with Active PFC. •100% Japanese Capacitors: High quality components for longer life time and better reliability.

Latest CPU support for all the latest INTEL and AMD CPUs like Corei7, i5, AMD Phenom II X4, X3.
Latest GPU support, ideal for latest DX11 GPUs and comes with 8pin and 8(6+2) pin PCI-E connectors.
Large tower support: The Hale Series of power supplies have extended 8pin CPU connectors for wire management in large cases which have PSUs mounted at the bottom.
Compliance with ATX 12V v2.2, EPS 12V v2.91, and SSI EPS 12V v2.92 Specifications.
Environmentally Responsible: Consuming less than 1W during shut off status Complies with the newest EuP ( Energy-using Products) requirements and USA Energy star standards.
Continuous Power: The HALE 90 series listed wattage is the continuous operating wattage.
Keeping it safe: The HALE series offers over voltage, current, power, under voltage, and short circuit protection. The power supply will automatically shutdown to prevent any damage to your system or misuse.
Warranty: 5 Years



AC Input

115V ~ 240V        10A         60HZ/50Hz

DC Output

+3.3V      +5V      +12V      -12V      -5Vsb

Max Current

 24A         22A      62A        0.5A      3.0A

Max Combined Wattage*

      120W           744W       6W       15W

* Not to exceed 750W total

This table is a re-representation of the chart on the side of the power supply.  




This is a top down view of the package contents. Visible are the AC power cord, the power supply itself, and along the bottom, the case containing the assorted cables.
Packaging is fairly straight forward. Four sides are protected with padding while the remaining two are buffered with the power cord and the cable bag to protect the power supply during shipping.


The working end of the supply. To the right are the eight locations to attach the power cables to. To the left are the pair of non-modular cables. The non-modular cables connect to the motherboard’s EATX 20+4 and EPS+12v connector locations.


This is the user’s manual that is shipped with the supply. Shown are the front cover and the table of contents. Seven different languages are used in the manual at this time. Most of the information is covered in one page per language.


A better view of the case for the cables, handy if not all the cables are needed.


Shown are the adapter cables included with the power supply. From left to right are the following–2x SATA cables, 2x PCI-E 6-pin cables, 2x PCI-E 6+2-pin cables, 1x 4 pin Molex cable and 1x 4 pin Molex cable plus 4 pin floppy connector.

 Pictures & Impressions

Supplied Cables 

2x PCI-Express 6+2 pin power connector

2x PCI-Express 6pin power connector

1x Molex ® Style 4 pin  w/ 4 connectors

1x Molex ® Style 4 pin w/ 3 connectors and a one 4 pin floppy connector

2x SATA power connectors w/4 connectors per cable

1x EPS+12V Power Connectors

1x ATX Motherboard power cable (Std 20+4 configuration)
1x AC Power Cord



The PCI-Express 6+2 pin cables measure 55 cm in length while the PCI-Express 6 pin cables are a few millimeters longer.


The 4 pin Molex Style cable (four connectors) measured 54.5 cm to the first Molex connector and then 15 cm between the additional three connectors. The added grips on either side of the Molex connector were a nice addition and aided in disconnecting them from the back of devices as they helped ease the connector out as you pinched them together. This is definitely important, as male and female pins in Molex connectors are usually loosely secured, and are free to wobble about. Wrenching out a Molex pin from its connector with excessive force can dislodge the pins and potentially render the connector defective.


One issue with the 4 pin Molex connectors used by NZXT were they seemed a bit tight and difficult when attaching them to the chassis fan cables in the HAF X. This issue was not seen with the other power supply. Buyers should use caution.


The SATA power cables measured 55.5 cm to the first SATA connector and 15 cm between the three additional connectors.


The EPS+12V cable measured 72 cm from the back of the power supply to the back of the connectors.


The Motherboard ATX 20+4 cable had a length of 56.5 cm, again from the back of the power supply to the back edge of the connectors. 


These two images show the keyed and modular connectors used, the left ones on the back of the power supply; and the right, one of the modular cables. 

Testing & Methodology 

Test Equipment and Software
Volt Meter Fluke 87 III True RMS DVM
AC Watt Meter


OCCT v3.1.0 Power Supply option. Custom 1920×1080, Shader Complexity 8, Full Screen, 64 bit Linpack, Hyperthreading

The above table lists the measurement tools used to gather results for this article. The Fluke meter was used to measure both AC and DC voltage. The Kill-A-Watt was used to make comparisons regarding efficiencies between the two power supplies. OCCT was used to assist in providing more load from the video card.

Test PC
Case Cooler Master HAF X

Intel Core i7 920 @ 2.66GHz


ASUS Rampage III Gene – LGA1366

Ram G.Skill DDR3-1600 (8-8-8-12 1.60v) 6GB Kit
CPU Cooler Vantage ALC
Hard Drives

2x Western Digital Caviar Black 1TB 7200RPM 3Gb/s

1x Samsung 2TB HD204UI

Optical Plextor PX-810SA DVD-Burner

EVGA GTX460  EE 1GB  Video Card

Case Fans


Additional Cards None

BFG 800W Power Supply

Mouse Logitech G500
Keyboard Saitek Eclipse II
OS Windows 7 Ultimate SP1 x64

 This table describes the PC used for testing purposes. Readers should note that CPU was running at stock.

Additional Hardware
DC Load 75W 12V Halogen Lamps
Test Jig

Custom lamp holder

 Above were the items used to add load in addition to the normal running PC.


Before we begin, it is worth mentioning that we at do not have the five thousand dollars worth of testing equipment required to exhaustively test for line noise, exact power draw per individual voltage line, and so forth. The following results are based upon a basic user level testing, and user level experience with these PSUs.

There are several ways one could inexpensively add additional load to a power supply under test.  If one has both the skill and time, they could design and build an active load using power FETS and forced air cooled heat sinks. They could also use power resistors and assemble a passive load.  Rather than using power resistors, we acquired several boxes of 12 Volt 75 Watt halogen lamps. The plan was to have the power supply under normal load from a PC and then add additional lamps to increase the load on the 12 Volt line while taking voltage measurements to track any drop as the power supply worked harder.

The lamps were purchased without ceramic sockets, and instead a jig was made to to hold each lamp and at the same time supply 12 Volts to the lamps pins. Soldering was not an option as it had the potential to melt from the heat of the lamps. The jig was spring loaded to put constant pressure at the contact points rather than soldering.

Test Results


PC at IDLE  166W  12.01  5.11 151W  12.40  5.18
PC at LOAD  450W  11.97  5.10 416W  12.39  5.17
+ 2 LAMPS  605W  11.92  5.09 571W  12.38  5.17
+ 3 LAMPS  N/A  N/A  N/A 642W  12.37  5.17

From the chart, this power supply was hands down more efficient than the BFG PSU. It was stable under load and displayed minimal voltage drop along the way.

The tests were run under four conditions between the two power supplies. The Idle condition was run with Windows 7 running at the desktop. The Load condition was with the PC running OCCT to stress the video card. The +2 Lamps was with an additional 150 Watts of load. The +3 Lamps was with 225 Watts added to the PC running while it ran OCCT to stress the video card.

The Kill-A-Watt provided the information on how much power was drawn from the AC outlet. The DC voltage measurements were taken with the Fluke Meter. Readings were taken at one of the modular connectors on the back of the HALE90-750-M while on the BFG-800, they were taken at the end of one of the unused power connectors. 


This is a solidly build power supply. It’s made from quality parts and does what it was designed for–providing a stable source of power at a reasonable price point. 62A on a single 12 volt rail will provide lots of current for hungry video cards and other power-consuming components.

The supplied cables were plenty long enough for the HAF X case that was used and arranging the flat cables and securing them in place was little effort. One has to be a bit careful when connecting the 4 pin Molex Style connectors as the pins inside can wiggle, and it can a bit frustrating at times.

Performance 10
Value 10
Quality 10
Features 9
Innovation 9
We are using a new addition to our scoring system to provide additional feedback beyond a flat score. Please note that the final score isn’t an aggregate average of the new rating system.
Total 9
Pros Cons

High Quality Construction

80+ Gold Certified


5 Year Warranty

Sometimes difficult to connect the 4 pin Molex plugs.

Summary: For a moderate PC build with either a single or dual video card setup this should work very well. If it is indicative of the rest of the NZXT power supply lineup one should be able to find a solution to ones power requirements within their selection. The NZXT HALE90-750-M power supply earns the Bjorn3D Seal of Approval.


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