Using high quality components on graphics cards is the key factor for having a long lasting, stable & reliable product. Gigabyte is again setting a standard by using Ferrite Core Chokes, Low RDS (on) MOSFET & Lower ESR Solid Capacitors, providing the stability & reliability from their high-end graphics solution. In addition, Gigabyte Ultra Durable 2 Edition graphics cards now feature a sophisticated layout topology. This state-of-the-art power design from Gigabyte delivers the ideal integration of thermal, electric characteristics, digital signals, power circuitry & optimum placement of components for enhanced graphics performance. ...

Using high quality components on graphics cards is the key factor for having a long lasting, stable & reliable product. GIGABYTE is again setting a new standard by using ferrite core chokes, low RDS (on) MOSFET & lower ESR solid capacitors, providing the stability & reliability from their high-end graphics solution. In addition, GIGABYTE Ultra Durable 2 Edition graphics card features a sophisticated layout topology. This state-of-the-art power design from GIGABYTE delivers the ideal integration of thermal, electric characteristics, digital signals, power circuitry & optimum placement of components for enhanced graphics performance. ...

Using high quality components on graphics cards is the key factor for having a long lasting, stable & reliable product. GIGABYTE is again setting a new standard by using ferrite core chokes, low RDS (on) MOSFET & lower ESR solid capacitors, providing the stability & reliability from their high-end graphics solution. In addition, GIGABYTE Ultra Durable 2 Edition graphics card features a sophisticated layout topology. This state-of-the-art power design from GIGABYTE delivers the ideal integration of thermal, electric characteristics, digital signals, power circuitry & optimum placement of components for enhanced graphics performance. ...

GIGABYTE rewrites the history of silent cooling to perfect the thermal performance, introducing the exclusive passive thermal design. This stylish heatsink uses the natural air flow in the case to cool down & provides great gaming experience under silent 0d B environment. Gold plated, durable large contact area connectors have been used for optimum signal transfer between connections. ...

GIGABYTE rewrites the history of silent cooling to perfect the thermal performance, introducing the exclusive passive thermal design. This stylish heatsink uses the natural air flow in the case to cool down & provides great gaming experience under silent 0d B environment. Gold plated, durable large contact area connectors have been used for optimum signal transfer between connections. ...

- Model name GV-N740D5OC-1GI
- GPU GT 740
- Core Clock (MHz) 1071 MHz (std 993)
- Shader Clock (MHz) N/A


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- Model name GV-N740D5OC-2GI
- GPU GT 740
- Core Clock (MHz) 1071 MHz (std 993)
- Shader Clock (MHz) N/A
- Stream



...

- Model name GV-N740D5OC-2GI
- GPU GT 740
- Core Clock (MHz) 1071 MHz (std 993)
- Shader Clock (MHz) N/A


...

Using high quality components on graphics cards is the key factor for having a long lasting, stable & reliable product. GIGABYTE is again setting a new standard by using Ferrite Core Chokes, low RDS (on) MOSFET & lower ESR solid capacitors, providing the stability & reliability from their high-end graphics solution. In addition, GIGABYTE Ultra Durable 2 edition graphics cards now feature a sophisticated layout topology. This state-of-the-art power design from GIGABYTE delivers the ideal integration of thermal, electric characteristics, digital signals, power circuitry & optimum placement of components for enhanced graphics performance. Gold plated, durable large contact area connectors have been used for optimum signal transfer between connections. As opposed to the stereotype, GIGABYTE is able to maximize fan size to 10 cm with the cooling design. With a 10 cm fan, the card is virtually silent that its noise level runs much lower. ...

** Features**
- NVIDIA Ge Force GT 430 GPU (Fermi GF 108)
- 40 nm, No external power connector needed
- Core/ Mem clock:


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