Dynamic Gp-14 Pwm
Frida Kosofsky
Aerodynamically shaped thin stator struts (including wire strut), mimicking the design commonly found on airplane wings, delivering correct angles allowing for air to easily pass through reducing noise and unwanted turbulence
Stator struts are angled perpendicular to the blades, helping to reduce noise commonly emitted when the blades pass the struts. In effect, minimal noise that may be emitted will be constant and therefore almost inaudible to the ear.
Includes a trip wire on the rear side of the blades, near the leading edge. The trip wire technology, also commonly found in airplane wing designs, introduces a micro-turbulent layer that helps to combat the elements that negatively affect performance.
To perform this test and review I received both GP12 and GP14, which arrived to me inside pretty stylish carton packages featuring the typical for the company black and white colour scheme with a picture of the fans accompanied by some basic details regarding the rated revolutions per minute, the company logo and last but not least the model name on the front black panel of the box.
As every other model from the company portfolio, the full technical specifications, additional pictures of the fans and some of the basic features related with these products are located on the back side of the black carton boxes.
By seeing the fans for first time, I noticed that they are in the typical Fractal Design signature, which features black and white color scheme. Apart from that, these models are offered entirely in black with black frames and propellers. Of course, the two samples, which I got are with almost identical structure and the only difference are the dimensions and of course the corresponding cooling performance, which the fans are able to deliver.
Both of the models are designed and equipped with a very rigid entirely in black matte plastic square frames with physical dimensions of 120 x 25 for the Dynamic GP12 model and 140 x 25mm for the Dynamic GP14 model.
The frames themselves are not equipped with any vibration dampening materials and offer 4 mounting holes on each side to be used when installing the fans using screws or rubber dampers on a 120mm (105 x 105mm screw hole pattern) or 140mm (125 x 125mm screw hole pattern) case fan slots or on a CPU cooler heat sink.
Also the frames are equipped with aerodynamically shaped thin stator struts, which are copying the design commonly found on airplane wings, delivering correct angles allowing for air to easily pass through to achieve reducing the noise and unwanted turbulence. Additionally, the stator struts are angled perpendicular to the blades, helping to reduce the noise, which is commonly emitted when the blades pass the struts. In effect, minimal noise that may be emitted will be constant and therefore almost inaudible to the ear.
The connection between the frames and the propellers for both of the fans is done via 3-pin powered and regulated hydraulic bearings equipped with additional counter-balancing magnet in the hub that reduces the axial tension on the bearing, further protecting the long life of the bearing, which are calculated to deliver life span of up to 40,000 hours of constant operation.
Both fans were provided to me again with absolutely identical accessories pack which includes only one set of 4 metal installation screws to attach the fans to the case fan slot. Of course, they are also in black.
The tests will be conducted in my standard way. I will install the fans and test them at 5V/7V/9V/12V and my goal will be to check the performance of the products in real conditions. They will be tested under close-to-perfect conditions, not taking into account any external factors. The results achieved during the test can in no way be the same if the models are mounted on a cooler or on the case fan slot of any modern computer case. I will measure the amount of air going through the fans for one hour and their speed. For this I use a fan controller, a voltage meter, an anemometer and a stand made specifically for this purpose.
As with my other tests, again I started with a gradual increase of the voltage through the Lamptron FCT starting at 0V and GP12 made at least one stable revolution per minute at about 4.5V, while GP14 started rotating at 4V. To perform all of the tests I had to increase the operational voltage to 5V.
At the first test, conducted at 5V sharp, GP12 was rotating at stable 630 revolutions per minute and providing airflow level of 34.08 cubic metres per hour, while GP14 was providing airflow level of 36.96 cubic metres per hour at only 480 revolutions per minute. At this test both of the fans were absolutely quiet.
At the second test, performed at exactly 7V, GP12 was rotating at 855 revolutions per minute, providing airflow level of 51.36 cubic metres per hour, while GP14 was rotating at 675 revolutions per minute with airflow level of 53.28 cubic metres per hour. At this test both of the fans remained silent.
At the third test conducted at 9V, GP12 was providing airflow level of 67.2 cubic metres per hour while rotating at 1125 revolutions per minute, while for the GP14 the airflow level was 62.88 cubic metres per hour, while rotating at 825 revolutions per minute. At the third test both GP12 and GP14 remained quiet.
At the last test conducted at 12V, both fans delivered their maximum performance, which for GP12 was airflow level of 89.28 cubic metres per hour at 1380 revolutions per minute, while for GP14 it was 94.08 cubic metres per hour, while rotating at 1020 revolutions per minute. At this test, GP12 started generating a noise coming out of the air passing through the propeller, while GP14 remained quiet.
Both of the fans are actually pretty decent models, made with several advanced technologies to provide quality and stable airflow to deliver reliable cooling performance while maintaining low noise level. Throughout the tests both of them performed pretty well and achieved solid results, which made me think that indeed both of the fans will be a good choice to be installed on a case fan slot to boost the overall airflow inside every modern case.
Apart from that, I believe they will be capable to work as main cooling units installed on higher fins gap CPU heat sinks compatible with 120mm and 140mm fans and keep low or middle grade processors running cool and stable at default or just a little bit overclocked frequencies. For achieving overclock results the fans might not be the best choice since the static pressure level is average but for this there are many other models, which will handle the job.
Recently the guys from SilverStone expanded their fan portfolio by adding 3 entirely new 120 mm models made to provide very attractive appearance combined with very serious cooling capabilities. In this test and review I will test only 2 of them and the models are SilverStone FQ122 and FW122.
The Fractal Design Dynamic X2 PWM GP-12 is a true all-purpose fan, and can be used in cases and on water cooling radiators. It offers excellent airflow and outstanding 100,000-hour life expectancy thanks to the new LLS (Long Life Sleeve) bearing. Designed together with Fractal Design's high-end Venturi Series, the Dynamic X2 PWM GP-12 incorporates aerodynamic elements of airplane wing designs for significant noise reduction. The PWM capability allows precise fan control within a wide speed adjustment range, offering you the flexibility to fine tune the speed for a desired balance of cooling and noise.
The fan format is 120 mm with a thickness of 25 mm. The basic rotor shape with seven wide blades can also be considered standard. However, there are two details on them that should increase aerodynamic efficiency while reducing noise. Or more precisely while balancing the frequencies of the sound spectrum.
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Are you a Microsoft Dynamics GP user, consultant or enthusiast? In this post we are sharing a whole bunch of Microsoft Dynamics GP blogs. These are not ranked or in any particular order. We will include descriptions and links to all.
ERP Software Blog is a venerable source of info on all things Dynamics ERP. In particular, their Dynamics GP blogs are very active. The content primarily comes from Microsoft Dynamics service providers and consultants, but the site itself is not directly in the business of reselling GP or selling services for GP. -microsoft-dynamics-gp/
GPUG is the official Dynamics GP user group. It includes an active forum with posts from users and GP experts. This is a top source for how-to content for GP. It also provides strong thought leadership in its GP blogs.
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While this one isn't entirely about GP, it does feature GP blogs heavily. We know there are a lot of Spanish speakers using GP so we wanted to include this Spanish language Dynamics blog by Jos Ramrez Espinosa.
if you want your user to dynamically switch company then you can use GetCompanyList method of web service to retrieve all the companies in your GP setup.form the resultant array you can easily get company id.
Designed alongside our high-end Venturi Series, the Dynamic X2 incorporates aerodynamic elements of airplane wing designs for significant noise reduction.
Available in multiple colour combinations including black, white, or the classic Fractal Design colour scheme with white blades and black frame, the Dynamic X2 series are the perfect choice for anyone seeking an expertly balanced fan with exceptional dependability.
The CData JDBC Driver for Dynamics GP implements JDBC Standards and enables a applications ranging from BI to IDE to connect with Dynamics GP. In this article, we describe how to connect to Dynamics GP data from Arkobi Digital RunMyProcess's DSEC and connect to Dynamics GP in RunMyProcess.
Note: Make sure to put the CData license file (cdata.jdbc.dynamicsgp.lic) into the same directory. Since the license is generated based on the unique identifier of the machine where the product in installed, you will need an offline activation if you want to put the file on another machine.
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