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질문 GA-M61P-S3 보드에 패넘이나 툴리만 으로업그레이드 할 수 있을까요?
pane**** 조회수 2,407 작성일2008.12.05

안녕하세요.

 

이번에 컴퓨터를 업글하기로 마음 먹은 상황입니다.

 

제 메인보드가 GA-M61P-S3 인데

 

패넘이나 툴리만으로 업그레이드 가능 할까요?

 

이번에 새로 나온 브리즈번 6000 도 가능 한지...

 

빠르고 정확한 답변 부탁드립니다.

컴퓨터 부품, 조립
프로필 사진

답변자님,

정보를 공유해 주세요.

1 개 답변
1번째 답변
프로필 사진
huk3****
지존
그래픽카드, 컴퓨터 부품, 조립, 메인보드 분야에서 활동
본인 입력 포함 정보

안녕하세요.^^

 

아래 자료는 GIGABYTE사의 GA-M61P-S3 마더보드의 프로세서 지원 목록입니다.

 

아쉽게도 브리즈번 6000+ 프로세서는 지원이 불가능 하지만 AMD의 트리플 코어와 쿼드코어인 페넘 프로세서는

 

F7E로 BIOS를 업데이트 해주시면 가능 합니다.

 CPU Support List
Fx = Since BIOS Version   OK = Test OK!   N/A = Not support   "-" = Under Testing

Socket AM2
MotherboardModelGA-M61P-S3(rev. 1.0)
PCB1.0
VenderModelFrequencyL2 CacheCore NameProcessSteppingWattageSystem
Bus(MHz)		2000
AMDAthlon 64 FX-622800Mhz1MBx2Windsor90 nmF2125W2000F2
AMDOpteron 12101800Mhz1MBx2Santa Ana90nmF2103W2000F3
AMDAthlon X2 4850e2500Mhz512KBx2Brisbane65nmG245W2000F7E
AMDAthlon X2 4450e2300Mhz512KBx2Brisbane65nmG245W2000F7E
AMDAthlon X2 4050e2100Mhz512KBx2Brisbane65nmG245W2000F7E
AMDAthlon X2 BE-24002300Mhz512KBx2Brisbane65 nmG245W2000F6
AMDAthlon X2 BE-23502100Mhz512KBx2Brisbane65nmG245W2000F6
AMDAthlon X2 BE-23502100Mhz512KBx2Brisbane65nmG145W2000F4
AMDAthlon X2 BE-23001900Mhz512KBx2Brisbane65nmG245W2000F6
AMDAthlon X2 BE-23001900Mhz512KBx2Brisbane65nmG145W2000F5
AMDAthlon 64 X2 6400+3200MHz1MBx2Windsor90nmF3125W2000F6
AMDAthlon 64 X2 6000+3000Mhz1MBx2Windsor90nmF3125W2000F3
AMDAthlon 64 X2 6000+3000Mhz1MBx2Windsor90nmF389W2000F6
AMDAthlon 64 X2 56002900MHz512KBx2Brisbane65nmG289W2000F7E
AMDAthlon 64 X2 5600+2800Mhz1MBx2Windsor90nmF389W2000F2
AMDAthlon 64 X2 5400+2800Mhz512KBx2Windsor90nmG265W2000F7E
AMDAthlon 64 X2 5400+2800Mhz512KBx2Windsor90nmF389W2000F2
AMDAthlon 64 X2 5200+2600Mhz1MBx2Windsor90nmF365W2000F2
AMDAthlon 64 X2 5200+2600Mhz1MBx2Windsor90nmF289W2000F2
AMDAthlon 64 X2 5200+2700Mhz512KBx2Brisbane65nmG265W2000F6
AMDAthlon 64 X2 5200+2700Mhz512KBx2Windsor90nmG165W2000F1
AMDAthlon 64 X2 5000+2600Mhz512KBx2Windsor90nmF365W2000F2
AMDAthlon 64 X2 5000+2600Mhz512KBx2Windsor90 nmF289W2000F2
AMDAthlon 64 X2 5000+2600Mhz512KBx2Brisbane65nmG265W2000F6
AMDAthlon 64 X2 5000+2600Mhz512KBx2Brisbane65nmG165W2000F3
AMDAthlon 64 X2 4850+2500Mhz512KBx2Brisbane65nmG245W2000F7E
AMDAthlon 64 X2 4800+2400Mhz1MBx2Windsor90 nmF289W2000F2
AMDAthlon 64 X2 4800+2400Mhz1MBx2Windsor90nmF265W2000F2
AMDAthlon 64 X2 4800+2500Mhz512KBx2Brisbane65 nmG265W2000F6
AMDAthlon 64 X2 4800+2500Mhz512KBx2Brisbane65nmG165W2000F3
AMDAthlon 64 X2 4600+2400Mhz512KBx2Windsor90nmF365W2000F3
AMDAthlon 64 X2 4600+2400Mhz512KBx2Windsor90nmF289W2000F2
AMDAthlon 64 X2 4600+2400Mhz512KBx2Windsor90nmF265W2000F2
AMDAthlon 64 X2 4400+2200Mhz1MBx2Windsor90nmF289W2000F2
AMDAthlon 64 X2 4400+2200Mhz1MBx2Windsor90nmF265W2000F2
AMDAthlon 64 X2 4400+2300Mhz512KBx2Brisbane65 nmG265W2000F6
AMDAthlon 64 X2 4400+2300Mhz512KBx2Brisbane65nmG165W2000F3
AMDAthlon 64 X2 4200+2200Mhz512KBx2Windsor90nmF289W2000F2
AMDAthlon 64 X2 4200+2200Mhz512KBx2Windsor90nmF265W2000F2
AMDAthlon 64 X2 4200+2200MHz512KBx2Brisbane65 nmG165W2000F6
AMDAthlon 64 X2 4000+2000Mhz1MBx2Windsor90nmF289W2000F2
AMDAthlon 64 X2 4000+2000Mhz1MBx2Windsor90nmF265W2000F2
AMDAthlon 64 X2 4000+2100Mhz512KBx2Brisbane65nmG165W2000F3
AMDAthlon 64 X2 3800+2000Mhz512KBx2Windsor90nmF365W2000F3
AMDAthlon 64 X2 3800+2000Mhz512KBx2Windsor90nmF289W2000F2
AMDAthlon 64 X2 3800+2000Mhz512KBx2Windsor90nmF265W2000F2
AMDAthlon 64 X2 3800+2000Mhz512KBx2Windsor90nmF235W2000F2
AMDAthlon 64 X2 3600+2000Mhz256KBx2Windsor90nmF265W2000F2
AMDAthlon 64 X2 3600+1900Mhz512KBx2Brisbane65nmG165W2000F3
AMDAthlon LE-16402600Mhz1MBOrleans90nmF345W2000F6
AMDAthlon LE-16202400Mhz1MBOrleans90nmF345W2000F6
AMDAthlon LE-16002200Mhz1MBOrleans90nmF345W2000F6
AMDAthlon 64 4000+2600Mhz512KBOrleans90nmF362W2000F3
AMDAthlon 64 3800+2400Mhz512KBOrleans90nmF362W2000F3
AMDAthlon 64 3800+2400Mhz512KBOrleans90nmF262W2000F2
AMDAthlon 64 3800+2400Mhz512KBLima65nmG145W2000F3
AMDAthlon 64 3500+2200Mhz512KBOrleans90nmF362W2000F3
AMDAthlon 64 3500+2200Mhz512KBOrleans90nmF262W2000F2
AMDAthlon 64 3500+2200Mhz512KBOrleans90nmF235W2000F2
AMDAthlon 64 3500+2200Mhz512KBLima65nmG145W2000F3
AMDAthlon 64 3200+2000Mhz512KBOrleans90nmF262W2000F2
AMDAthlon 64 3200+2000Mhz512KBx2Lima65 nmG145W2000F3
AMDAthlon 64 3000+1800Mhz512KBOrleans90nmF262W2000F2
AMDSempron X2 22002000Mhz256KBx2Brisbane65nmG265W1600F7E
AMDSempron X2 21001800Mhz256KBx2Brisbane65nmG265W1600F7E
AMDSempron X2 21001800Mhz256KBx2Brisbane65nmG165W1600F7E
AMDSempron LE-13002300Mhz512KBx2Sparta65 nmG245W2000F6
AMDSempron LE-12502200Mhz512KBx2Sparta65 nmG245W2000F6
AMDSempron LE-12002100Mhz512KBx2Sparta65 nmG145W2000F5
AMDSempron LE-11502000Nhz256KBSparta65 nmG145W2000F6
AMDSempron LE-11001900Mhz256KBSparta65 nmG145W2000F6
AMDSempron 3800+2200Mhz256KBManila90 nmF262W1600F2
AMDSempron 3600+2000Mhz256KBManila90nmF262W1600F2
AMDSempron 3500+2000Mhz128KBManila90 nmF262W1600F2
AMDSempron 3400+1800Mhz256KBManila90nmF262W1600F2
AMDSempron 3400+1800Mhz256KBManila90 nmF235W1600F2
AMDSempron 3200+1800Mhz128KBManila90nmF262W1600F2
AMDSempron 3200+1800Mhz128KBManila90 nmF235W1600F2
AMDSempron 3000+1600Mhz256KBManila90nmF262W1600F2
AMDSempron 3000+1600Mhz256KBManila90 nmF235W1600F2
AMDSempron 2800+1600Mhz128KBManila90nmF262W1600F2

Socket AM2+
MotherboardModelGA-M61P-S3(rev. 1.0)
PCB1.0
VenderModelFrequencyL2 CacheL3 CacheCore NameProcessSteppingWattageSystem
Bus(MHz)		2000
AMDPhenom X4 96502300Mhz512KBx42MBAgena65nmB395W3600F7E
AMDPhenom X4 96002300Mhz512KBx42MBAgena65nmB295W3600F7E
AMDPhenom X4 95502200Mhz512KBx42MBAgena65nmB395W3600F7E
AMDPhenom X4 95002200Mhz512KBx42MBAgena65nmB295W3600F7E
AMDPhenom X4 9100e1800Mhz512KBx42MBAgena65nmB265W3200F7E
AMDPhenom X3 86502300Mhz512KBx32MBToliman65nmB395W3600F7E
AMDPhenom X3 86002300Mhz512KBx32MBToliman65nmB295W3600F7E
AMDPhenom X3 84002100Mhz512KBx32MBToliman65nmB295W3600F7E

(Note) If you install AMD AM2+ CPU on AM2 motherbord, the system bus speed will downgrade from HT3.0(5200MHz) to HT1.0(2000 MT/s) spec; however, the frequency of AM2+ CPU will not be impacted.

 

위 노트 내용은 AM2 마더보드에서 AM2+ 프로세서를 설치시 시스템 버스가 HT3.0(5200MHz)에서 HT1.0(2000

 

MT/s)로 스펙이 다운 될 것입니다. 그렇지만 AM2+ 프로세서의 주파수에는 영향을 주지 않을 것입니다.

2008.12.05.

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