I have a PCI EX16 Gallexy Video Card and the Model is GeForce GT 610 GC

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Discussion Overview

The discussion revolves around the specifications and performance characteristics of the GeForce GT 610 GC video card, specifically focusing on the meanings of "Processor Speed" and "Graphics Speed," as well as the role of CUDA cores. Participants seek clarification on how these terms relate to the card's operational speeds and performance metrics.

Discussion Character

  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant inquires whether the "Processor Speed" of 1620 MHz refers to the GPU speed, questioning the meaning of "Graphics Speed" at 810 MHz.
  • Another participant explains that "Turbo boost" is a feature that allows the card to adjust its clock speeds based on workload, with "Base Clock" being the minimum frequency and "Boost Clock" being the average frequency during operation.
  • A follow-up post seeks clarification on whether the Boost Clock of 1620 MHz is the maximum speed the processor can reach.
  • Further clarification is provided that the minimum clock frequency is 810 MHz, and the average speed may vary depending on system demands, emphasizing the need for hardware monitoring software to track actual speeds.
  • Another participant presents additional specifications, asking for explanations of "CUDA Cores" and the meanings of the Processor Speed and Graphics Speed values.
  • One participant suggests disregarding the terms "Processor Speed" and "Graphics Speed" as misleading, proposing alternative terminology to better understand the card's performance metrics.
  • It is noted that the actual speed of the card fluctuates based on usage, with examples provided of potential speeds during different tasks.

Areas of Agreement / Disagreement

Participants express varying interpretations of the terms "Processor Speed" and "Graphics Speed," with some suggesting these terms are misleading. There is no consensus on a single definition or understanding, as different viewpoints on the terminology and its implications are presented.

Contextual Notes

Participants highlight that the card's performance metrics are not constant and depend on various factors, including workload and monitoring methods. The discussion reflects a lack of clarity in the specifications provided by the manufacturer.

Who May Find This Useful

This discussion may be useful for individuals seeking to understand the performance characteristics of the GeForce GT 610 GC video card, particularly those interested in GPU specifications and monitoring tools.

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I have a PCI EX16 Gallexy Video Card and the Model is GeForce GT 610 GC.

It says Processor Speed = 1620 MHz and
Graphics Speed = 810 MHz so this is what I need help with?

When it says Processor Speed is 1600 MHz am I right this is the GPU Speed you know Graphics Processor Unit?

And if I am right on that then what does the Graphics Speed = 810 MHz meen?
 
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Here's a really basic description of what's going on.

nVidia cards (and AMD) both have a called Turbo boost, IIRC intel started this originally. For example, if you have a 6 core CPU and your application only needed 2, then the design would increase the clock on the 2 cores that were in use and let the other ones idle. This gave you more performance but without pushing the system over its heat dissipation ability. Same basic principle being used here.

The Graphics speed in nVidia's case (Base Clock) is the minimum frequency your card is guaranteed to run.
The Processor Speed (Boost Clock) is the average frequency cards of your type run at while performing various tasks. This does not mean that your card is running at 1620MHz, it may be lower or higher depending on what it is doing.

The key point here is that the faster the clock speed your card is running on, the more heat it generates (there's other reasons why it would generate heat as well) and the graphics card does this balancing act where it tries to give you the best clock speed possible without going over the maximum heat dissipation capacity of the card.

So, your card has a Base Clock (min) of 810 MHz
It has a Boost Clock (avg) of 1620MHz

If you want to know what your card is doing currently, you will need some type of hardware monitoring software.
 
OK so my Processor of the video card is running at 810 MHz but when you say the Boost Clock is 1620MHz do you meen this is what the Processor Speed can go up to if it has to?
 
not exactly. The min clock frequency is 810MHz, the card will never run below 810MHz. On average it is supposed to be running 1620MHz. It may go faster or it may be running slower than 1620, it depends on what the system is doing. You will need to have some hardware monitoring software running to see what the clock speeds actually are at any given time.
 
I have the specs I did not understand
Model = GeForce GT 610 GC

CUDA Cores is 48 What is this?
Processor Speed is 1648 MHz Is this the Graphics CPU on the Card?
Graphics Speed is 820 MHz What is this speed?

This is the specs I did not understand sorry I did not have them all can you just tell me what each one meens? what
 
Okay.
First thing i want you to do is forget the terms Processor Speed and Graphics speed. They are misleading. I know they are on the documentation but ignore them.

Here are the terms that will make more sense with what the card is actually doing.

Your card's [STRIKE]Processor Speed[/STRIKE] average speed is 1648 MHz
Your card's [STRIKE]Graphics Speed[/STRIKE] minimum speed is 820 MHz

To find out what your card's actual speed is at any given time, you will need to use some hardware monitoring software.

The key point is that your card's speed is never constant, it keeps changing from moment to moment depending on what it is doing.
If you are playing a computer game, it may be running at 1800MHz.
If you are just staring at an empty desktop, it might be running 1000MHz.
The important thing is that it changes and on average it is running at 1648MHz and it will never run slower than 820MHz.

CUDA is a type of processor architecture (how stuff is laid out inside the CPU). Your normal desktop CPU has specific parts that perform a specific task and that task only. CUDA cores are programmable and the task they perform changes based on what the user wants. Generally speaking, more cores is better.
Here's some further reading for you on CUDA
http://en.wikipedia.org/wiki/CUDA
https://developer.nvidia.com/what-cuda
 

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