NVIDIA GeForce G105M
$ 0.00

General

Release Date
16 July 2009 (14 years old)
Generation
GeForce G105M
Market segment
Laptop
GPU code name
GT218
Architecture
Tesla 2.0 (2007−2013)

Memory

Memory Size
Up to 512 MB
Memory Type
GDDR3
Memory Bus
64 Bit
Memory Bandwidth
8 (DDR2)/11 (GDDR3)
Memory clock speed
500 (DDR2)/700 (GDDR3) MHz

Technical specs

Pipelines / CUDA cores
16
Boost Clock Speed
-
Core clock speed
500 MHz
Thermal design power (TDP)
14 Watt
Manufacturing process technology
40 nm
Number of transistors
260 million
Texture Fill rate
4.000 GTexel/s

General Specification of NVIDIA GeForce G105M

NVIDIA GeForce G105M released with GDDR3 and Up to 512 MB on 16 July 2009 (14 years old). VRAM (GPU memory) is important for graphic card performance since it allows a graphics card to hold high-resolution frames, more complex textures, and other content. More GPU RAM does not always result in faster FPS, but it does provide a smoother, more consistent experience, particularly at high graphics settings.

GeForce G105M has 8 (DDR2)/11 (GDDR3) data transfer speed and memory operates at the response speed 500 (DDR2)/700 (GDDR3) MHz.

Furthermore, GeForce G105M has core clock speed of 500 MHz and dissipate heat 14 Watt.

What is the Benchmark Performance of GeForce G105M?

gaming

What is the average FPS generated by NVIDIA GeForce G105M ?
Full HD
-
1440p
-
4k
-

Which games you can play with NVIDIA GeForce G105M?

We can't play the most popular games because it's not fulfilling minimum requirements.

Can I run Adobe Premier Pro with NVIDIA GeForce G105M?

Adobe Premier Pro provide multiple option to adjust the FPS as per a video content. Standard frame rate (FPS) starts from 24fps. However, to edit 4k and slow-motion videos the average FPS should be average 60fps and 120fps respectively.

GeForce G105M is not suitable for video editing.

Relative performance

NVIDIA GeForce G105M performance compared to nearest competitors

NVIDIA GeForce G105M AND equivalent

Processor recommendations

Core 2 Duo T6600
Pentium Dual Core T4300
Core 2 Duo T6500
Pentium Dual Core T4400
Pentium Dual Core T4200
Pentium Dual Core T4500
Core i3 330M
Pentium T4400
Core 2 Duo E6600
Add first GPU
×
VS
Add second GPU
×