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ตอนแรกดู Asus อยู่ แต่เจอบอกว่า Least effective cooling solution of the three concerning core, memory, and vrm temperatures. ซะงั้น
MSI GTX 970 Gaming
- *High maximum rated power draw (for overclocking purposes)
- Quiet air cooling solution
- Smallest/thinnest card (of the three compared); better for small cases and will perform better in sli configurations temperature wise
- Features a metal plate/heatsink covering the memory IC's and some circuitry on the front side of the PCB; more effective cooling in comparison to the STRIX card
Cons:
- No backplate
- *4 memory IC's on the rear side of the PCB; could result in lower overclocks due to no airflow/heatsink contact, also loses potential for a full cover block to properly cool all the memory IC's
- *Poor vrm cooling solution; small secondary heatsink that receives little airflow due to the placement of the 2 fan HSF design
ASUS GTX 970 STRIX
Pros:
- Passive cooling during idle/non-3d load; offers quieter performance
- Quiet air cooling solution
- Backplate
- *All 8 memory IC's are located on the front side of the pcb; better airflow and cooling (although the stock heatsink does not make any contact with the IC's), best solution when considering water cooling for highest memory overclocks
Cons:
- *Lowest stock TDP/Power limit; only 1 x 8pin ATX power connection, note this is fine for general overclocking and stock use but do not expect possible benchmark record performance
- Least effective cooling solution of the three concerning core, memory, and vrm temperatures.
- *Poor vrm cooling solution; small secondary heatsink that receives little airflow due to the placement of the 2 fan HSF design
Gigabyte GTX 970 Gaming G1
Pros:
- Highest factory core clock/boost
- High maximum rated power draw (for overclocking purposes)
- Most effective cooling solution (especially when it comes to VRM section of the board)
- Best air cooled solution
- *Highest stock TDP/Power Limit (for overclocking purposes)
- Backplate
- Most display connectivity 3xDP 1xHDMI 2xDVI
Cons:
- Loudest cooling solution of the three cards
- Largest and tallest card; not ideal for small cases or Sli conifgurations
- *4 memory IC's on the rear side of the PCB; could result in lower overclocks due to no airflow/heatsink contact, also loses potential for a full cover block to properly cool all the memory IC's
ตอนแรกดู Asus อยู่ แต่เจอบอกว่า Least effective cooling solution of the three concerning core, memory, and vrm temperatures. ซะงั้น
MSI GTX 970 Gaming
- *High maximum rated power draw (for overclocking purposes)
- Quiet air cooling solution
- Smallest/thinnest card (of the three compared); better for small cases and will perform better in sli configurations temperature wise
- Features a metal plate/heatsink covering the memory IC's and some circuitry on the front side of the PCB; more effective cooling in comparison to the STRIX card
Cons:
- No backplate
- *4 memory IC's on the rear side of the PCB; could result in lower overclocks due to no airflow/heatsink contact, also loses potential for a full cover block to properly cool all the memory IC's
- *Poor vrm cooling solution; small secondary heatsink that receives little airflow due to the placement of the 2 fan HSF design
ASUS GTX 970 STRIX
Pros:
- Passive cooling during idle/non-3d load; offers quieter performance
- Quiet air cooling solution
- Backplate
- *All 8 memory IC's are located on the front side of the pcb; better airflow and cooling (although the stock heatsink does not make any contact with the IC's), best solution when considering water cooling for highest memory overclocks
Cons:
- *Lowest stock TDP/Power limit; only 1 x 8pin ATX power connection, note this is fine for general overclocking and stock use but do not expect possible benchmark record performance
- Least effective cooling solution of the three concerning core, memory, and vrm temperatures.
- *Poor vrm cooling solution; small secondary heatsink that receives little airflow due to the placement of the 2 fan HSF design
Gigabyte GTX 970 Gaming G1
Pros:
- Highest factory core clock/boost
- High maximum rated power draw (for overclocking purposes)
- Most effective cooling solution (especially when it comes to VRM section of the board)
- Best air cooled solution
- *Highest stock TDP/Power Limit (for overclocking purposes)
- Backplate
- Most display connectivity 3xDP 1xHDMI 2xDVI
Cons:
- Loudest cooling solution of the three cards
- Largest and tallest card; not ideal for small cases or Sli conifgurations
- *4 memory IC's on the rear side of the PCB; could result in lower overclocks due to no airflow/heatsink contact, also loses potential for a full cover block to properly cool all the memory IC's
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