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Wednesday, 28 September 2011 11:50

BitFenix Survivor computer case tested - 3. Internal and Testing

Written by Sanjin Rados
survivor_lil1

Review: Grab it by the handle and take it away

 

Before we removed the side panels, we had to remove the two SofTouch parts on the top and bottom parts of the rear panel. These parts are fastened with two screws each and only after removing them will you be able to access the sides or dust filters. The side panels are removed by tugging them towards the back of the case, but it gets a bit difficult since they are completely flat.

Opening1

PSU-Filter

The insides seem pretty roomy, but let’s fill it up with some gear first.



inside

The Survivor will take any graphics card. In its standard setup, the Survivor will house graphics up to 293mm in length, but removing the top HDD cage extends this to 423mm. Thankfully, there are no such graphics cards on the market. Yet.


Hdd_Cage_Out

Removing the top HDD cage means that you’ll lose three 3.5’’ slots, but most users won’t mind. Namely, you still have four 3.5’’ bays left in the bottom cage.

The Survivor’s standard setup boasts seven 3.5’’ and nine 2.5’’ slots. Furthermore, each 3.5’’ slot will take a 2.5’’ drive as well. Mounting the drives is pretty simple and straightforward and the brackets are rigid enough when placed in the HDD cage.


HDD_Mount

The Survivor has three external 5.25’’ bays for optical drivers. There is also an additional 5.25’’ bay on the top of the case, but it’s pretty much useless as it acts like a passageway for I/O panel cables. One of the three external slots can house a floppy drive, for which BitFenix included a converter. As you can see, the drives are mounted with regular screws.


OpticDrive_Slots

The Survivor comes with two 200mm fan that run at 700rpm and are really quiet. One fan is on the front while the other is on the rear panel.

survivor-front-vent

inside_vent

The case will take only one additional (120mm) fan, a spot for which was left on the rear panel. It’s really a pity that the side panels have no additional spots for fans and low cooling performance may yet turn out to be the Survivor’s biggest downside.

The motherboard tray has a large CPU backplate cutout and a few holes for cable management.



Backplate_hole

On the back of the motherboard tray has an indented channel for cable management, which really came in handy afterwards. There is 25.5mm of space between the motherboard and the side panel, which means that there is plenty of room for whatever cabling you may use.



inside_-back

The Survivor is a mid-tower computer case for ATX motherboards. That didn’t stop us from trying to mount the Rampage II Extreme, but its 2.5cm of extra length over ATX boards meant we couldn’t.



Asusu_Rampage1

Asus_Rampage2

Although we had no trouble in mounting several standard ATX motherboards, mounting our gear made everything look a bit crowded. Perhaps it is because we used a large and passive CPU cooler that almost touched the top panel fan.



Cooler_On_Vent

The Survivor comes with some kind of a LED controller, which we unfortunately could not test properly seeing as how our LED logo took a nosedive during transport. Still, we could use the LED controller for the top panel fan’s LED. The controller will take up to seven LEDs, which can be controlled via the front I/O panel.

 

led_pict

survivor3

We did our testing using Intel’s Core 2 Extreme x6800 CPU, which we stressed to the max with Prime 95.

Testbed:
Motherboard: MSI P35 Platinum
Processor: Intel Core 2 Extreme x6800
CPU-Cooler: CoolerMaster Hyper Z600
Graphic Card: Gigabyte’s passively cooled Geforce 9800 GT card
PSU: CoolerMaster SilentPro 700W

 


survivor_test

BitFenix strapped the Survivor with two 200mm fans, which are pretty quiet. The two included fans meant that performance is quite similar to that of the HAF 912 Plus case, which sits in the same price range.

The Survivor’s side panels have no additional air outlets. The back of the case will take an additional 120mm fan, which we’d advise you to do if you want maximum performance.

(Page 3 of 4)
Last modified on Monday, 03 October 2011 15:44
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