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AMD RYZEN 7(ライゼン7)1700 買っちゃた~!

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發表於 2017-4-28 08:08:08 | 表示全部樓層 |閱讀模式
この記事は最後 一撮入魂 が 2017-4-28 08:29 に編集されます。

  • AMD RYZEN 7(ライゼン7)1700 プロセッサー
  • GIGABYTE  GA-AB350M-Gaming 3 (AMD B350チップセット搭載マザーボード
  • Corsair Vengeance LPX 16GB (8GBx2) DDR4-3200 メモリモジュール

r7.jpg
2017021316034643_big.jpg

CMK16GX4M2A2400C14.png

2017-04-27_060846.png


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 樓主| 發表於 2017-4-28 08:18:38 | 表示全部樓層
この記事は最後 一撮入魂 が 2017-5-4 20:33 に編集されます。

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2017-04-27_064310.jpg

2017-04-27_060620.jpg


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 樓主| 發表於 2017-4-28 08:36:09 | 表示全部樓層
この記事は最後 一撮入魂 が 2017-6-7 07:38 に編集されます。

DXO 11 PRIME 1.jpg

DXO 11 PRIME.jpg

ソニー α77II(24MB RAW):
PRIME 2016: 
● RyZen 7 (1700) @3.0GHz (3.2GHz Turbo)  +  Corsair DDR4 @2133MHz  
  ==> 約14.5秒


● RyZen 7 (1700) @3.5GHz (OC) @1.2V  +  Corsair DDR4 @2667MHz @1.2V  
  ==> 約13秒


Socket AM4 対応のCPUクーラーを待ち間、しばらくAMD Wraith Spire LED Cooler 使用中。
RyZen 7 (1700) @3.5GHz (OC) @1.2V 
温度:CPU 100% -> 約 70℃~75℃

AMD CPU FAN.jpg
-------------------------------------------------------------------------------
New Update:
RyZen 7 (1700) @3.75GHz (OC) @1.308V 
Corsair DDR4 @2667MHz (15-17-17-35) @1.2V  
AIO Water Cooler 240 (12cm x2):
温度:CPU 100% -> 約 59℃~60℃ (Fan 1400RPM @65%)

DXO OP11 setting:
Concurrent process 8 images
2017-06-06_081248.jpg

DXO Prime Process time by Ryzen 7.jpg

24MP RAW:
Export 397 images (Prime)
  • 1hr 18mins 32s = 4712s
  • 4712s / 397 images = 11.87s per image

Export 800 images (Prime)

  • 2hr 37mins 13s = 9433s
  • 9433s / 800 images = 11.79s per image

DXO11 EX.jpg
24MP RAW:
Export 2107 images (Prime)
  • 7hr 1min 17s =25277s
  • 25277s / 2107 = 11.99s

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 樓主| 發表於 2017-4-29 19:58:21 | 表示全部樓層
この記事は最後 一撮入魂 が 2017-5-26 00:19 に編集されます。

Ryzen 7 (1700):
BIOS: Auto Voltage, Enable turbo

  • CPU Vcore: (Lowest): 0.348 V  (Full Load): 1.08~1.1V (Max): 2.328V ??
  • CPU Package (Lowest): 15W (Full Load): 75W (Max): 79.78W
  • VID: 0.825V ~1.337V (Full Load): 1.075V
  • CPU Clock (Lowest): 1419 MHz
  • Normal unuse core: 1547 MHz
  • Turbo multiple cores: (Full Load):  3194 MHz
  • XFR (Single Core/ Two Cores): 3783~3814 MHz
  • Temperature (lowest): 37 Deg  
    (Full Load): 62Deg (Max): 64 Deg (付属する純正CPUクーラーのWraith SPIRE)
    (Full Load): 56Deg (Max): 57 Deg  (CoolerMaster Hyper 212X)
                                 (Push-Pull Configuration: Push: Cooler Master Fan @50% ~1150RPM
                                   Pull: GELID Wing 12 120mm PWM Blue LED Fan @50% ~1100RPM)

CPUID HWMonitor.png

--------------------------------------------------------------------------------------------------------------------

OC: 3.5GHz (@1.2V) RAM: 2667 (@1.2V)
@1.2V (3.6GHz unstable)
Temperature (Max): 75 Deg (付属する純正CPUクーラーのWraith SPIRE) (TDP 95Wの発熱に対応)
Temperature (Max): 65 Deg (CoolerMaster Hyper 212X)
                             (Single Push Fan: Cooler Master Fan @85% ~1850RPM)
Temperature (Max): 61 Deg (CoolerMaster Hyper 212X)
                             (Push-Pull Configuration: Cooler Master Fan @60% ~1400RPM
                              GELID Wing 12 120mm PWM Blue LED Fan @60% ~1250RPM)
  • CPU Package (Max): ~95W

--------------------------------------------------------------------------------------------------------------------

OC: 3.8GHz (@1.35V) RAM: 2667 (@1.2V)
Temperature (Max): 70 Deg (CoolerMaster Hyper 212X)
                             (Push-Pull Configuration: Cooler Master Fan @80% ~1890RPM
                              GELID Wing 12 120mm PWM Blue LED Fan @80% ~RPM

    CPU Package (Min): ~15W   (Max): ~104.55W

2017-05-22_070717.jpg
--------------------------------------------------------------------------------------------------------------------

OC: 3.85GHz (@1.392V) RAM: 2667 (@1.2V)
(unstable in DXO)
Temperature (Max): 74 Deg (CoolerMaster Hyper 212X)
                             (Push-Pull Configuration: Cooler Master Fan @85% ~1956RPM
                              GELID Wing 12 120mm PWM Blue LED Fan @85% ~RPM)

    CPU Package (Min): ~17W   (Max): ~106.35W
--------------------------------------------------------------------------------------------------------------------

OC: 3.75GHz (@1.35V) RAM: 2667 (@1.2V)
@1.35V (3.8GHz unstable in DXO)
Temperature (Max): 70 Deg (CoolerMaster Hyper 212X)
                             (Push-Pull Configuration: Cooler Master Fan @80% ~1850RPM
                              GELID Wing 12 120mm PWM Blue LED Fan @80% ~RPM)

Single Fan: DELID: 1950RPM 76deg
Single Fan: Cooler Master: 1985RPM 73deg

    CPU Package (Min): ~15W   (Max): ~102W

Compare:
Intel i5 4570
    CPU Package (Min): ~10W   (Max): ~55W
Auto: Min. Clock 798MHz    Max.Boost Clock 3591MHz
--------------------------------------------------------------------------------------------------------------------

Default Auto:3.2GHz (Turbo) @1.1V is 10deg lower & 30W lower than 3.5GHz (OC) @1.2V

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 樓主| 發表於 2017-5-7 19:17:35 | 表示全部樓層
この記事は最後 一撮入魂 が 2017-5-7 19:20 に編集されます。

GELID Wing 12 120mm PWM Blue LED Fan:
WING 12 PL (FN-FW12BPL-18) Silent 120mm PWM Fan with LED
case_fan_gamer_WING_12_UV_BLUE_4.jpg

The WING 12 PL features a unique Nanoflux bearing which ensures a friction-free and silent operation. Thanks to the clever design and magnetic bearing the impeller can be detached for an easy cleaning. Additionally fan blade winglets were designed to achieve larger airflow and greater static pressure. Thank to GELID’s Nanoflux Bearing the impeller can be detached and the fan blades can be cleaned easily.

a) Key Features of Nanoflux Bearing (NFB)
The Nano-technology composite ensures lowest abrasion and extreme durability (MTTF 100’000 hours). Compared to other Magnetic bearings this technology allows the impeller to be detached and thus the fan blades can be cleaned easily.

The material of the Nanoflux bearing is self lubricating
b) Nanoflux Bearing (NFB) compared to sleeve and ball bearings
Even though conventional sleeve and ball bearings currently dominate the fan market however both have their disadvantages. While sleeve bearings have very low noise emissions and are very cost effective, they tend to leak oil; once the oil has dissipated the fan can no longer operate. Ball bearings, on the other hand, while providing longer operating life are costlier, noisier and are prone to damage.
GELID’s Nanoflux bearing uses magnetic flux to limit contact and friction between the bearing and the shaft. High precision self-lubricated material eliminates oil leakage. The result is a ultra quiet long life bearing.

PWM Control & LED Light
Both models include a PWM Control which keeps the fan silent if no additional cooling is necessary but increases the fan speed whenever additional cooling is required. To give the fans a unique color, a blue LED light is embedded into the 120mm blue WING 12 PL fan.

-----------------------------------------------------------

SPECIFICATION
Air Flow (CFM): 75.6
Bearing: Nanoflux Bearing (NFB)
Cable Length (mm): 500
Connector: 4 Pin Molex
Current (A): 0.45
DC Voltage (V): 12
Dimensions (mm): 120 (l) x 120 (w) x 25 (h)
Fan Speed (RPM): 600 – 1800
LED Color: Blue
Noise Level (dBA): 10 – 26.8
Static Pressure (mmAq): 2.66
Warranty (years): 3
Weight (g): 120

-----------------------------------------------------------

http://gelidsolutions.com/thermal-solutions/wing-12-pl-blue/





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 樓主| 發表於 2017-5-15 00:05:07 | 表示全部樓層
この記事は最後 一撮入魂 が 2017-6-3 04:28 に編集されます。

Avidemux 1GB video:

MP4/H.264:
  Ryzen 7 CPU 27~28fps 15mins (80%CPU)
Nvidia H.264:
   GTX 650 TI Boost 37~38fps 11mins (65% Video Engine GPU 4% CPU 8%)

R0008843s.jpg

Thermal Paste:
仕様:
  • CoolerMaster H212x Stock:
    70 Deg (68~71) Max. 72Deg
    Thermal Conductivity (W/m-k):~
    Thermal Resistance (℃/W):~
  • Halnziye HY810:
    75 Deg (74~76) Max. 77Deg
    Thermal Conductivity (W/m-k):>4.50
    Thermal Resistance (℃/W):<0.067
  • SuoMa SM-A8:
    74 Deg (73~75) Max. 75Deg
    Thermal Conductivity (W/m-k):>9.65
    Thermal Resistance (℃/W):<0.004
  • PC Cooler A1:
    71 Deg (69~71) Max. 72Deg
    Thermal Conductivity (W/m-k):>7.5
    Thermal Resistance (℃/W):<0.06
  • CoolerMaster E1:
    72 Deg (70~72) Max. 73Deg
    Thermal Conductivity (W/m-k):>4.50
    Thermal Resistance (℃/W):<0.185

CM Hyper 212X.jpeg
H212X 実験結果:
  • CoolerMaster H212x Stock:
    70 Deg (68~71) Max. 72Deg
  • Halnziye HY810:
    75 Deg (74~76) Max. 77Deg
  • SuoMa SM-A8:
    74 Deg (73~75) Max. 75Deg
  • PC Cooler A1:
    71 Deg (69~71) Max. 72Deg
  • CoolerMaster E1:
    73 Deg (71~73) Max. 74Deg

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 樓主| 發表於 2017-6-3 04:21:55 | 表示全部樓層
この記事は最後 一撮入魂 が 2017-6-11 20:55 に編集されます。

AIO Water Cooling 240 (12cm x 2 ) Radiator:
Golden Field ICE 240.jpg

Ryzen 1700 OC 3.75Ghz @1.346V  (Vcore+0.150V):
Single Fan:
  • 70 Deg. @100% 1900rpm
Dual Fan:
  • 67 Deg (66~68) Max. 68Deg  1120rpm
  • 66 Deg (64~66) Max. 67Deg  1240rpm 55%
  • 65 Deg (64~66) Max. 66Deg  1340rpm 60%
  • 64 Deg (63~65) Max. 65Deg  1520rpm 70%
  • 64 Deg (63~64) Max. 65Deg  1600rpm 75%
  • 63 Deg (62~64) Max. 64Deg  1700rpm 80%
  • 62 Deg (61~63) Max. 63Deg  1850rpm 100%


3.75GHz :
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.75Ghz @1.248V  (Vcore+0.054V): X
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.75Ghz @1.260V  (Vcore+0.072V): X
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.75Ghz @1.272V  (Vcore+0.084V): X
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.75Ghz @1.296V  (Vcore+0.102V): △
  • 60 Deg (59~61) Max. 61Deg  1520rpm 70%
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.75Ghz @1.302V  (Vcore+0.108V): △
  • 60 Deg (59~61) Max. 61Deg  1520rpm 70%
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.75Ghz @1.304V  (Vcore+0.114V): O
  • 61 Deg (60~62) Max. 62Deg  1600rpm 73% (Day) (Room Temp 28~29)
  • 60 Deg (59~60) Max. 60Deg  1520rpm 70% (Night) (Room Temp 27~28)
  • 58 Deg (57~59) Max. 59Deg  1450rpm 65% (冷房) (Room Temp 26.5)
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.75Ghz @1.310V  (Vcore+0.120V): O
  • 58.5 Deg (57~60) Max. 60Deg  1450rpm 65% (冷房) (Room Temp 26.5)
---------------------------------------------------------------------------------------
3.8GHz :
Ryzen 1700 OC 3.8Ghz @1.346V  (Vcore+0.150V): X
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.8Ghz @1.350V  (Vcore+0.156V): △
  • 60 Deg (59~61) Max. 62Deg  1500rpm 65% (冷房) (Room Temp 26.5)
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.8Ghz @1.356V  (Vcore+0.162V): O
  • 61 Deg (60~62) Max. 63Deg  1550rpm 70% (冷房) (Room Temp 26.5)
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.8Ghz @1.362V  (Vcore+0.168V):  O
  • 61.5 Deg (60~63) Max. 63Deg  1600rpm 73% (冷房) (Room Temp 26.5)
---------------------------------------------------------------------------------------
3.85GHz :
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.85Ghz @1.368V  (Vcore+0.174V) (VSOC+0.204V): X
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.85Ghz @1.374V  (Vcore+0.180V) : X
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.85Ghz @1.380V  (Vcore+0.186V) : △
  • 65 Deg (64~66) Max. 66Deg  1770rpm 85%
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.85Ghz @1.380V  (Vcore+0.186V) (VSOC+0.204V) : △
  • 66 Deg (65~67) Max. 67Deg  1800rpm 90%
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.85Ghz @1.386V  (Vcore+0.192V) : △
  • 66 Deg (65~67) Max. 67Deg  1800rpm 90%
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.85Ghz @1.392V  (Vcore+0.204V): △
  • 64 Deg (63~65) Max. 65Deg  1660rpm 75%
---------------------------------------------------------------------------------------
Ryzen 1700 OC 3.85Ghz @1.398V  (Vcore+0.210V):
  • 64 Deg (63~65) Max. 65Deg  1700rpm 80%
---------------------------------------------------------------------------------------
Default:
1.10V -> 3.2GHz
1.20V -> 3.50GHz
1.304V -> 3.75GHz
1.356V -> 3.80GHz
1.398V -> 3.85GHz
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