GIGABYTE GeForce GTX 1650 SUPER D6 4GB GDDR6 Graphics Card - Image 1

GIGABYTE GeForce GTX 1650 SUPER D6 4GB GDDR6 Graphics Card - Image 2

GIGABYTE GeForce GTX 1650 SUPER D6 4GB GDDR6 Graphics Card

Key Features
Model: GIGABYTE GTX 1650 SUPER D6 4GB
Brand: GIGABYTE
Core Clock: 1725 MHz
90 mm unique blade fans
NVIDIA Turing architecture
4GB GDDR6 128-bit interface

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Specification and Description

Specification

*Brand*	*GIGABYTE*
*Type*	*DDR6*
*Size*	*4‎ GB*
*Resolution*	*7‎680×4320 @ 60Hz*
*Core Clock*	*1‎725 MHz*
*Memory Clock*	*1‎2000 MHz*
*BUS Type*	*1‎28 bit*
*Memory Interface*	*PCI-E 3.0 x 16*
*CUDA Cores*	*1‎280*
*Interface*
*Displayport*	**DisplayPort 1.4 1***
*HDMI*	**HDMI 2.0b 1***
*DVI*	**DVI-D 1***
*Power Specifications*
*Connectors*	**6‎ Pin1***
*Recommended PSU*	*3‎50W*
*Display Option*
*Multi Display*	3‎
*Application Programming Interfaces*
*DirectX*	*1‎2*
*OpenGL*	*4‎.6*
*Physical Specifications*
*Dimensions*	*172 x 122 x 40 mm*
*Warranty*
*Manufacturing Warranty*	*2 Years*

Description

GIGABYTE GeForce GTX 1650 SUPER D6 4GB GDDR6 Graphics Card

The GIGABYTE GeForce GTX 1650 SUPER D6 4GB GDDR6 Graphics Card is designed with the NVIDIA Turing architecture which provides a leading edge in performance and has GeForce Experience. The card has 90mm uniquely designed cooling fan blades that provide the ultimate cooling system for the card to perform to its optimum potential. A fully automated production process ensures the top quality of the circuit boards and eliminates sharp protrusions of the solder connectors seen on the conventional PCB surface. This friendly design prevents your hands from getting cut or inadvertently damaging components when making your build. Lower RDS(on) MOSFETs are specially designed to produce lower switching resistance for faster electric current charging and discharging at extremely low temperatures. Lower ESR Solid Capacitors ensure better electronic conductivity for excellent system performance and longer lifespan. Metal Chokes hold energy much longer than common iron-core chokes at high frequency, thus effectively reducing core energy loss and EMI interference.