PC Gerda: A Flame in Winter 1440p Gameplay | GTX 1060 Benchmark
0* Benchmark Performance Test 60 FPS Ultra Graphics 1440p | Steam
⭐ Game: Gerda: A Flame in Winter PC Gameplay
● Resolution: 2560x1440
Graphic Settings Quality: (No Options)
Max FPS: Unlimited
Game on SSD / Streamed with OBS 60FPS
(FPS loss when streaming 1440p: 10%~15%)
Can be played at 1440p 60 FPS with GTX1060 6GB
Walk the path of Gerda as her quiet life is turned upside down during the World War 2 occupation of her small Danish village. Choose where to go, how to act, and who to trust in this intimate narrative RPG-lite experience inspired by real life events. How far would you go to protect your loved ones?
#GerdaAFlameInWinter #PC
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+ PC: Acer Aspire GX-783-BR13
+ CPU: Intel Core i7 7700 @ 3.60GHz Turbo Speed: 4.2 GHZ (Kaby Lake) [Undervolted]
++ (Undervolt CPU Core Voltage Offset: -0,100V)
++ (23/Aug/2022) New Cooler: Cooler Master i71c
++ (CPU Turbo Boost Short Power Max Enable: Disable)
+ GPU: NVIDIA GeForce GTX 1060 6GB GDDR5 (PNY) [Overclocked]
++ (Overclock Core Clock +180MHz | OC Memory C. +550MHz | Power Limit 105%)
+ Motherboard: ACER Aspire GX-783 (U3E1) (IPMH110G modded)
+ RAM: 16,0GB (2x8) DDR4 - Dual-Channel @ 1200MHz (2400MHz)
+ Storage: Lexar NQ100 960GB SSD SATA III 6GB/S
+ Game SSD: TEAM GROUP T-FORCE VULCAN 500GB T253TV500G3C301
+ System: Windows 10 Home Single Language 64-bit
+ Monitor 1: VG32VQ1B Gamer Asus TUF 31.5' LED VA, 165 Hz, 2K QHD, 1ms, FreeSync Premium, HDR 10, 120% sRGB, HDMI 120Hz 144Hz / DisplayPort 165Hz
+ Monitor 2: LG ULTRAWIDE 25UM58-P (2560x1080 @60Hz) 21:9 Ultra-wide
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+ MSI Afterburner Benchmark Reference Captions: (Full / Complete)
+
+ (GPU): Usage based on core clock - Temperature - Core Clock
+ GPU Power: Max GPU Usage Percentage - GPU Voltage - GPU Watt Consumption
+ GPU Fan: Fan Speed - Fan Tachometer RPM - GPU Limit (Temp/Voltage/Power/no load)
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+ GPU VRAM: Memory - [VRAM based on Game \ Process] - Memory Clock
+ RAM: Memory Ram - [RAM based on Game: Ram Usage \ Process]
+ Commit Charge [Ram + Pagefile - Virtual Memory (SSD)]
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+ CPU: Usage - Temperature - CPU Clock - CPU Watt Consumption Power
+ CPU Usage: (Core & Thread - 1 to 8 and temperatures)
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+ SSD E: (Games): Usage Percentage Rate - SSD Temperature - Read MB/s - Write MB/s
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+ (API): Frames Per Second (FPS)
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+_ FPS AVG: Average Frames
+_ 1% Low: 1% Slower Frame
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+ Frametime Graphic in Milliseconds (ms)
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