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[Sammelthread] Foxconn Bloodrage Quantum Force (Intel X58)

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n3ocort3x

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1.Allgemeines

Foxconn Quantum Force aims to deliver high performance computing, connectivity and digital enterainment. With more options for accessing and managing other devices, enhanced reliability features and new PC multimedia technologies. Bloodrage is the ideal choice for extreme performance or quantum force. This motherboard is based on the Intel® X58 chipset - providing ultimate performance for today's desktop computers. The Bloodrage supports the latest industry technologies - Intel® Bloomfield series processors and DDR3 1800MHz(via overclocking) memory. 100% SOLID Capacitor design, Ferrite Choke power delivery and Cool Pipe design help to maximize performance and increase reliability. And at the same time, provided the digital audio outputs via S/PDIF OUT and SONAR X-Fi audio card. CREATIVE X-FiTM ,CMSS 3D, EAX4.0 certification, guaratees the highest quality fidelity for games and movies.
2.Technische Details

Processor:
Supports the newest Intel® CoreTM i7 and CoreTM i7 Extreme (Bloomfield) processors, Socket T (LGA1366)
Chipset:
Intel® X58 + ICH10R Chipset
QuickPathInterconnect:
Memory:
Triple DDR3 1800(**oc)/1600/1333x 3 DIMMs, Max.12GB
VGA on Die:
Expansion Slots:
4x PCIe2.0 x16, 1x PCIe2.0 x1, 1x PCI ; IDE: 1x ATA 133
6x SATAII + 2x eSATA w / RAID 0, 1, 5, 10; Intel® Matrix storage technology
Audio:
SONAR X-Fi audio card, Realtek® ALC889, 7.1 channel Audio
LAN:
Dual Gigabit LAN support teaming function by Realtek® 8111C
IEEE1394:
Back Panel I/O Ports:
1 x PS/2 keyboard port
1 x S/PDIF Coaxial port
1 x 1394 port
2 x eSATA ports
2 x RJ45 LAN ports
8 x USB 2.0 ports
Internal I/O Connectors:
1 x ATX 24-Pin power connector
1 x 8-Pin ATX 12V power connector
1 x 4-Pin CPU Fan connector
1 x 3-Pin System Fan connector
1 x 3-Pin NB Fan connector
2 x 3-Pin Fan connectors
3 x Onboard On/Off/CCMOS/Force Reset buttons
1 x IDE connector
2 x USB 2.0 connectors support additional 4 ports
1 x HDA header
1 x Front Panel header
6 x SATAII connectors
1 x 1394 header
1 x SONAR X-Fi Card
BIOS Features:
Dual 8Mb flash EEPROM w/ LAN boot PnP, ACPI, WfM, DMI
Support CD:
Drivers, Adobe Reader, Norton
Standards/Manageability:
PCI 2.3, USB2.0, DMI 2.5
Special Features:
* Quantum Force segment, based on Intel® X58 chipset
* 4* PCIe x16 Gen 2.0 with ATI CrossFireX™ & NVIDIA® SLI™ support
* Triple DDR3 1800(**oc)/1600/1333x 3 DIMMs, Max.12GB
* 4in1 Quantum Cooler
* 14 phase Digital PWM
* Quantum BIOS
* SONAR X-Fi audio card–7.1 channel HDA daughter card with 108dB DAC SNR/104dB
* Quantum Flow and Quantum Lap unique accessories
* 100% SOLID Capacitor design and Ferrite Choke
Form Factor:
3.Downloads
=====MANUAL=====

Manual Download

=====Quantum Force Downloads (Drivers, Bios, Tuts, Utilities)=====

Quantum Force Downloads

=====Quantum Force Aegis Panel=====

Aegis Panel

4.Details zum x58 Chipsatz (Tylersbug)

5. Luftkühlung
Hier eine ausführliche Liste von passenden Kühlern ---> KLICK
6.Wasserkühlung
Hier mal die Stock Masse des originalen NB Freezers. Danke an Jooney für die Pics:


7.Bios Bilder
8.Bilder des Boards
9. Verpackung
Kommt in der Retail Verpackung
10. Frequently asked Questions

11. Preise
12. Previews
13. Debug Coes

Award & Intel X58 Debug Codes:

The most common Debug codes, what they mean, and how to work with them.
This Guide is intended for the Foxconn QuantumForce BloodRage board, but the codes should be identical or very similar on all Mainboards with Award BIOSes (Gigabyte, DFI, etc)


no LED all fans spinning
If the Board powers on with all fans spinning and all LEDs running but the DEBUG display doesnt display any POST codes and nothing else happens, then the PWM probably cant get enough juice, there is no cpu installed or the installed cpu is damaged, broken, or not supported. But check if the 8Pin 12V plug and the 24Pin ATX PSU power plugs are plugged in properly, make sure they dont bend too much or haven a lose cable. Check another PSU if possible. If nothing helps, power off the mainboard, switch the vbat discharge jumper on the bottom left of the board to disconnect the battery and wait a few minutes, then set it back to default and power the mainboard on again. The default position for this jumper is 1-2, meaning the jumper should cover the left and middle pin.

board shuts down, Debug LED flashes for half a second
If the Board powers on when you push the power button but shuts off almost immediatly after that, and the debug LED display flashed for a fraction of a second, then check if the 8Pin 12v plug and the 24Pin ATX PSU power plugs are connected properly. Make sure the board doesnt bend too much and check another psu if possible. If nothing helps, power off the mainboard, switch the vbat discharge jumper on the bottom left of the board to disconnect the battery and wait a few minutes, then set it back to default and power the mainboard on again. The default position for this jumper is 1-2, meaning the jumper should cover the left and middle pin.

E8 -> 01 -> b2 -> 00 looping
If the board powers un and keeps looping from E8 to 01 to b2 to 00 and back to E8 again, check if the memory is installed properly and try to boot with only 1 stick and try each slot individually. If one of the slots doesnt work, please power off the mainboard and psu and check if any of the pins inside the 1366 CPU socket is bent. If yes then send me a pm or contact the foxconn tech support. If the pins are alright and he memory is plugged in properly, make sure you didnt misconfigure the memory controller and set an unsupported multiplier or an unsupported combination of multipliers. Reset the bios and try again. If it still doesnt work your memory might be damaged or the SPD corrupt, or simply not supported. Please check the BloodRage memory compatibility list and send me a pm if your memory is not on the list and doesnt seem to work.

2b
When the system powers on and the Debug LED shows the usual POST code sequence but hangs on 2b or you get a beep code as soon as the sequence reaches 2b, then the Mainboard cant detect your Videocard properly. Note that the POST code sequence might not halt at 2b but continue, so the final POST Code it displays could be FF, 00 or 7F which means the Maiboard booted, entered BIOS, or OC recovery kicked in and is waiting for Input to enter BIOS. Since the Videocard couldnt be detected properly you will only see a black Monitor and either 2b, FF, 00 or 7F. Check if there is something wrong with the Videocard, the PCIE slot or BUS, the Monitor or monitor cable. Turn the Monitor on and off, switch the Monitor cable from one D-SUB or DVI plug to the other in case your Videocard has two. If this doesnt help then reboot and load the optimized defaults. If that doesnt help either try another Videocard if possible, or try the Videocard in another system to make sure its working properly. Try another monitor or try the Monitor on another System.

7F
When the system detects that a critical error happened during the last boot attempt or several boot attempts failed, so OC recovery kicked in. There should be a message displayed on the Display informing you that OC revocery kicked in and that its waiting for your input to enter BIOS. If you cant see this message cause your Display stays black, please check the description for POST Code 2b.

00
Your in the BIOS right now, if you cant see the BIOS cause your Display stays black, please check the description for POST Code 2b. If this is part of a loop please check the point "E8 -> 01 -> b2 -> 00 looping" above.

Intel MRC Code
This block of code has to be implemented in every Intel based platform BIOS. It initializes and configures the processor and runs bus training and adusting routines. It adjusts clockskews, read/write leveling, signal termination resistors and several chipset timings dynamically depending on the trace length, signal quality, timing and memory installed in the motherboard. If the MRC code hangs or the board cant pas the MRC code and resets it usually points towards memory problems and unsupported multiplier settings or a unsupported combination of multipliers.


Shut down If the board shuts down after a second and the Debug LEDs flash for a fraction of a second, the PWM cant get enough juice
7F OC Recovery
b0 Intel Core i7 MRC Code - Chipset - check above
b1 Intel Core i7 MRC Code - Chipset - check above
b2 Intel Core i7 MRC Code - Memory - check above
b3 Intel Core i7 MRC Code - CPU - check above
b4 Intel Core i7 MRC Code - Memory - check above
b5 Intel Core i7 MRC Code - CPU - check above
b6 Intel Core i7 MRC Code - Memory - check above
b7 Intel Core i7 MRC Code - Memory - check above
b8 Intel Core i7 MRC Code - Memory - check above
01 Intel Core i7 MRC Code - Memory - check above
02 Intel Core i7 MRC Code - Memory - check above
03 Intel Core i7 MRC Code - Memory - check above
04 Intel Core i7 MRC Code - Memory - check above
05 Intel Core i7 MRC Code - CPU - check above
b9 Intel Core i7 MRC Code - Memory - check above
bA Intel Core i7 MRC Code - Memory - check above
bb Intel Core i7 MRC Code - Memory - check above
bc Intel Core i7 MRC Code - Memory - check above
bd Intel Core i7 MRC Code - CPU - check above
be Intel Core i7 MRC Code - CPU - check above
bF Intel Core i7 MRC Code - CPU - check above
dd unsupported Multiplier or unsupported combination of Multipliers

A0 Reserved/Unused
A1 Reserved/Unused
A2 Reserved/Unused
A3 Reserved/Unused
A4 Reserved/Unused
A5 Reserved/Unused
A6 Reserved/Unused
A7 Reserved/Unused
A8 Reserved/Unused
A9 Reserved/Unused
AA Reserved/Unused
Ab Reserved/Unused
AC Reserved/Unused
Ad Reserved/Unused
AE Reserved/Unused
AF Reserved/Unused
b0 Error: Interupt in protected mode
b1 Unclaimed NMI
b2 Reserved/Unused
b3 Reserved/Unused
b4 Reserved/Unused
b5 Reserved/Unused
b6 Reserved/Unused
b7 Reserved/Unused
b8 Reserved/Unused
b9 Reserved/Unused
bA Reserved/Unused
bb Reserved/Unused
bC Reserved/Unused
bd Reserved/Unused
bE Reserved/Unused
bF Program Chipset
C0 CPU status flag test, CPU register test, memory refresh test
C1 Detect memory, Auto-detection of DRAM size, type and ECC, Auto-detection of L2 cache
C2 Early memory initialization
C3 Extended memory initialization
C4 Display switch configuration
C5 Call chipset hook to copy BIOS back to E000 & F000 in shadow, prepare fastboot hook
C6 External Cache detection
C7 Reserved/Unused
C8 Reserved/Unused
C9 Reserved/Unused
CA Reserved/Unused
Cb Reserved/Unused
CC Reserved/Unused
Cd Reserved/Unused
CE Reserved/Unused
CF Cmos integrity check
d0 Reserved/Unused
d1 Reserved/Unused
d2 Reserved/Unused
d3 Reserved/Unused
d4 Reserved/Unused
d5 Reserved/Unused
d6 Reserved/Unused
d7 Reserved/Unused
d8 Reserved/Unused
d9 Reserved/Unused
dA Reserved/Unused
db Reserved/Unused
dC Reserved/Unused
dd Reserved/Unused
dE Reserved/Unused
dF Reserved/Unused
E0 Reserved/Unused
E1 Set up Page1
E2 Set up Page3
E3 Set up Page3
E4 Set up Page4
E5 Set up Page5
E6 Set up Page6
E7 Set up Page7
E8 Set up Page8
E9 Set up Page9
EA Set up Page10
Eb Set up Page11
EC Set up Page12
Ed Set up Page13
EE Set up Page14
EF Set up Page15
FF booting (from Int 19h) [If the Debug LEDs show FF but the Display stays black, possibly combined with one long and two short beep codes, check the detailled description of POST code 2b on the top]
00 Your in the BIOS menu right now (if part of a loop check above)
01 Force chipset defaults
02 Reserved/Unused
03 Initial Superio_Early_Init switch
04 Reserved/Unused
05 Blank out screen, Clear CMOS error flag
06 Reserved/Unused
07 Clear 8042 interface, Initialize 8042 self-test
08 Test special keboard controller for Winbond 977 series superIO chips, enable keyboard interface
09 Reserved/Unused
0A Detect PS/2 mouse/keyboard
0b Detect Onboard Audio
0C Reserved/Unused
0d Reserved/Unused
0E CMOS Integrity Check
0F Reserved/Unused
10 Auto Detect EEPROM
11 Reserved/Unused
12 CMOS Check
13 Reserved/Unused
14 Program Chipset registers with CMOS values
15 Reserved/Unused
16 Clock Init
17 Reserved/Unused
18 Identify CPU and Init L1/L2 cache
19 Reserved/Unused
1A Reserved/Unused
1b Set up Interupt Vector Table
1C Reserved/Unused
1d Early Processor Management Init
1E Finished Loading BIOS Menu
1F Re-Init Keyboard
20 Reserved/Unused
21 HPM initialization (notebook platform)
22 Reserved/Unused
23 Check validity of RTC value: e.g. a value of 5Ah is an invalid value for RTC minute. Load CMOS settings into BIOS stack. If CMOS checksum fails, use the default values instead. Prepare BIOS resource map for PCI & PnP use. If ESCD is valid, take into consideration of the ESCD's legacy information. Onboard clock generator initialization. Disable respective clock resource to empty PCI & DIMM slots. Early PCI initialization: Enumerate PCI bus number, Assign memory & I/O resource, search for valid VGA device & VGA BIOS and put it into C000:0
24 Reserved/Unused
25 Reserved/Unused
26 Reserved/Unused
27 Initialize KBC and prepare INT 09 buffer to load BIOS Data
28 Reserved/Unused
29 Read CMOS 14h to detect video adapter
2A Reserved/Unused
2b Invoke vga BIOS
2C Reserved/Unused
2d VGA Bios loaded, initializing display output, display VGA BIOS details, Award BIOS details, CPU type, CPU speed etc
2E Reserved/Unused
2F Reserved/Unused
30 Reserved/Unused
31 Reserved/Unused
32 Reserved/Unused
33 Set up PS2 Mouse and reset keyboard (except Winbond 977 series Super I/O chips)
34 Reserved/Unused
35 Test DMA Channel 0
36 Reserved/Unused
37 Test DMA Channel 1
38 Reserved/Unused
39 Test DMA Page Registers
3A Reserved/Unused
3b Reserved/Unused
3C Test 8254 Timer 0 Counter 2
3d Reserved/Unused
3E Test if 8259 Channel 1 interrupt bits are masked correctly by turning the interupt lines on and off
3F Reserved/Unused
40 Test if 8259 Channel 2 interrupt bits are masked correctly by turning the interupt lines on and off
41 Reserved/Unused
42 Reserved/Unused
43 Test 8259 Interup Functionality
44 Reserved/Unused
45 Reserved/Unused
46 Reserved/Unused
47 Initialize EISA slot
48 Reserved/Unused
49 Extend base memory from 256K to 640K and extend memory above 1MB
4A Reserved/Unused
4b Reserved/Unused
4C Reserved/Unused
4d Reserved/Unused
4E Test base memory from 256K to 640K and extend memory above 1MB with various patterns
4F Reserved/Unused
50 Initialize USB
51 Reserved/Unused
52 Test all memory above 1MB in virtual 8086 mode
53 Reserved/Unused
54 Reserved/Unused
55 Detect CPU Speed, display CPU String and enable additional CPU features
56 Reserved/Unused
57 Display PnP logo
58 Reserved/Unused
59 Initialize Virus protection
5A Early Chipset, VGA, SuperIO and Interface Init
5b (Optional Feature) Show message for entering AWDFLASH.EXE from FDD
5C Chipset defaults loaded
5d Initialize Onboard SuperIO (Floppy, Hardwaremonitor, legacy ports and buses)
5E Set up Interup Vector Table
5F Test CMOS Interface and Battery Status
60 Okay to enter Setup utility, users can not enter the CMOS setup utility before this POST stage
61 Init VGA
62 Test video memory
63 Detect and Initialize basic Mouse driver
64 Test 8259
65 Initialize PS/2 Mouse
66 Detect Boot Devices
67 ACPI Init
68 PM Init
69 Init Cache Controller
6A Reserved/Unused
6b Program chipset registers according to items described in Setup & Auto-configuration table
6C Reserved/Unused
6d Init Floppy controller
6E Reserved/Unused
6F Detect Floppy drives
70 Reserved/Unused
71 Reserved/Unused
72 Reserved/Unused
73 Init PATA/SATA HDD Controller
74 Reserved/Unused
75 Detect PATA/SATA HDDs
76 Reserved/Unused
77 detect serial ports & parallel ports (including the Game Port)
78 Reserved/Unused
79 Reserved/Unused
7A detect & install math co-processors
7b Reserved/Unused
7C Check HDD Write protection Flag
7d Reserved/Unused
7E Reserved/Unused
7F Switch back to text mode if full screen logo is supported. If error occur, report errors & wait for keys. If no errors occur or F1 key is pressed to contine: Clear EPA or customization logo, On FOXCONN boards: OC recovery kicked in, waiting for input to enter BIOS (if your monitor stays black check if the board beeped during POST code 2b, if yes see POST code 2b)
80 preparing to boot
81 Reserved/Unused
82 Request BIOS Password
83 Save all CMOS Data to DRAM
84 Enable NMI, partiy checker and cache
85 Initialize additional Onboard Controllers and USB devices
86 Reserved/Unused
87 Reserved/Unused
88 Reserved/Unused
89 Reserved/Unused
8A Reserved/Unused
8b reserved - might be PPM/Turbo initialization
8C Reserved/Unused
8d Reserved/Unused
8E Reserved/Unused
8F Reserved/Unused
90 Reserved/Unused
91 Reserved/Unused
92 Reserved/Unused
93 Enable Boot Sector Protection
94 Final Processor and Chipset initialization
95 program daylight saving, update keyboard LED & typematic rate and default Numlock setting
96 build MP table, build & update ESCD, set CMOS century to 20h or 19h, load CMOSD time into DOS timer tick, build MSIRQ routing table
97 Reserved/Unused
98 Reserved/Unused
99 Reserved/Unused
9A Reserved/Unused
9b Reserved/Unused
9C Reserved/Unused
9d Reserved/Unused
9E Reserved/Unused
9F Reserved/Unused
FF booting (from Int 19h) [If the Debug LEDs show FF but the Display stays black, possibly combined with one long and two short beep codes, check the detailled description of POST code 2b on the top]



Normal Boot Sequence:
This is the sequence of POST codes you should see when booting up, note that some of them only flash on for a fraction of a second

b8 Intel Core i7 MRC Code - check above
b9 Intel Core i7 MRC Code - check above
1F Intel Core i7 MRC Code - check above
C1 Detect memory, Auto-detection of DRAM size, type and ECC, Auto-detection of L2 cache
C3 Expand compressed BIOS codes to DRAM
02 reserved
03 Initial Superio_Early_Init switch
A0 Detect PS/2 mouse/keyboard
A1 reserved
2b Invoke vga BIOS
2d VGA Bios loaded, initializing display output, display VGA BIOS details, Award BIOS details, CPU type, CPU speed etc
33 Reset keyboard except Winbond 977 series Super I/O chips
49 Calculate total memory by testing the last double word of each 64K page
4E Program MTTR of M1 CPU, Initialize L2 cache for P6 class CPU & program CPU with proper cacheable range, Initialize the APIC for P6 class CPU, On MP platform, adjust the cacheable range to smaller one in case the cacheable ranges between each CPU are not identical.
50 Initialize USB
52 Test all memory (clear all extended memory to 0)
75 detect & install all IDE devices: HDD, LS120, ZIP, CDROM etc
8b reserved - might be PPM/Turbo initialization
94 enable L2 cache, program boot up speed, chipet final initialization, power management final initialization, clear screen & display summary table, program K6 compatible write allocation, program P6 class compatible write combining
96 build MP table, build & update ESCD, set CMOS century to 20h or 19h, load CMOSD time into DOS timer tick, build MSIRQ routing table
FF booting (Int 19h) If the Debug LEDs show FF but the Display stays black, check the detailled description of POST code 2b on the top
 
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Radiant

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sehr schön.... jetzt muss es nur noch kommen....es gibt aber schon "vor dem release" probleme mit Netzteilen...

We've received confirmation from Foxconn that a certain number of retail boards may be incompatible with some of the higher power PSU's such as the PCP 1200W, Cooler master and Silverstone 1200W units we used for this preview article. Foxconn have identified and rectified the issue with a board modification that has already been rolled out to retail. If your board is having symptoms such as those described at the top of page 3 in our article, please contact Foxconn customer support. They will be happy to replace your board with an updated version.
http://www.anandtech.com/mb/showdoc.aspx?i=3489
 

kalgani

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sehe ich das richtig das auf dem board s775 kühler verbaut werden können?

hab es gerade bei anandtech nachgelesen...
sind tatsächlich S775 halterungslöcher!

also sehr interessant, das dieses feature einer rausbringt, denn dann braucht seine wakü z.B. gar nicht weiter umzubauen :d
wäre nun noch schön wenn ein paar bezahlbare boards das auch machen würden^^
 
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Radiant

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kalgani

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ist von intel ja eh auch ne veräppelung...
ist ja schön und gut das man den kühlerherstellern umsatz verschaffen will,
aber schön das es boardhersteller gibt die das umgehen.

das muss ich foxconn dann wirklich mal richtig dicke anrechnen.
wenn se nun noch die bios von oc-verhalten einigermaßen in richtung DFI/ROG bekommen könnten sie wirklich eine alternative für mich werden!
 

n3ocort3x

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Hey Leutz, ich bitte euch mich wieder tatkräftigst zu unterstützen wenns BIOS updates gibt, oder Kühler die passen und generelle Infos die auf die Startseite gehören. Feel free to write me a PN :d dann werde ich umgehendst alles einpflegen

greetz
 

inzaghi75

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Cool. Da bin ich. Hoffe es kommt bald. Board sieht Hammergeil aus.
 
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inzaghi75

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@Crisch
Na, wie wärs denn mit dem Board? ich werds auf jedenfall mal testen.
 

n3ocort3x

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Testen werd ich es auch falls ein wenig Kohle übrigbleibt aber ich bin eigentlich mit dem x58 von EVGA komplett zufrieden.

greetz
 

Radiant

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iNpaniC

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*sabber* Das board wird der grund sein um auf i7 umzusteigen :)

Steht preislich schon was fest? So wie das RE II oder günstiger?
 
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pajaa

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Neocortex, änder mal den Punkt "FSB" in "Bus" oder ähnliches ab, denn falscher als "FSB" gehts nun fast nicht.

edit>
Und was ist "Achieved by overclocking" (ereicht durch Übertaktung) für ein besonderes Feature?


Abgesehen davon ist der Post 1 schon recht ausführlich.
 
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Radiant

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Predator xb271hu G-SYNC
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Bei Geizhals ist es bereits für 290€ gelistet und somit günstiger als das RIIE. Wenn es erstmal bei mehreren
Händlern verfügbar ist wird der Preis wohl noch nen bissel fallen.
angeblich soll ja noch ne "basic version" vom BR kommen (lt. Saaya auf XS un der sollte es ja wissen)

und so wie es aussieht ist das OC Panel leider nicht dabei (auch nicht bei der "normalen" Version)....:motz:
 
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SOLDIER

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Leider sind sollche Mainbords nie zum Relasce einer neuer CPU Generation verfügbar ...

... und kommen später, der Preis geht noch Chrisch.

mfg
 

inzaghi75

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Hat jemand bei HPM angerufen? und welches OC Panel?
 
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WoD

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Sobald das Bloodrage verfügbar ist, werde wohl auch auf den Core i7 Zug aufspringen. Klasse finde ich die Möglichkeit meinen EK Supreme durch die S775 Mounting Holes behalten zu können.
Dumm nur, dass man auf die obligatorischen zusätzlichen 3x RAM Slots verzichtet hat. Naja, 6GB werden wohl reichen müssen, auch wenn es einen Rückschritt darstellt :d
 

Radiant

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I5-9600K
Mainboard
MSI MPG Z390 Gaming Pro Carbon
Kühler
Wakü custom
Speicher
Crucial Ballistix 32GB
Grafikprozessor
EVGA RTX 2080 XC Ultra
Display
Predator xb271hu G-SYNC
SSD
jede menge
Netzteil
Corsair HX850i
Keyboard
K95 platinum
Betriebssystem
win 10

iNpaniC

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15.05.2006
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Sobald das Bloodrage verfügbar ist, werde wohl auch auf den Core i7 Zug aufspringen. Klasse finde ich die Möglichkeit meinen EK Supreme durch die S775 Mounting Holes behalten zu können.
Dumm nur, dass man auf die obligatorischen zusätzlichen 3x RAM Slots verzichtet hat. Naja, 6GB werden wohl reichen müssen, auch wenn es einen Rückschritt darstellt :d
Naja zum gamen reichts allemal, und für VMware und co. sollte man auch net so ein board zur rate ziehen :) Und zur not must halt warten bis die 4 GB riegel kommen :fresse:
 

SOLDIER

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04.12.2004
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In der Schweiz
OC Tool ach ne lieber nicht, viel lieber ols Style overclocken macht doch mehr Spass. Auf das Tool kann ich verzichten kann jo mal einer später auf Rapi hochladen das es alle haben. :rolleyes:

mfg
 

Mmichel

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22.06.2005
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cage

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Hardwareluxx Team
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04.04.2005
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www.bellmund.ch (CH)
Will mein Smackover endlich loswerden und frage mich wann das Board endlich kommt. Liebäugle auch mit dem DFI oder GB...... allerdings war ich mit dem FOXCONN MARS mehr als nur zufrieden.
 

n3ocort3x

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11.08.2008
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[VIENNA]||[AUSTRIA]
Danke Dir !

EDIT:

BIOS Pics wurden eingefügt, Lüfter wurden verlinkt, Startpage wurde generell nochmal überarbeitet und auf Fehler überprüft
 
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