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I am fairly new to the tech community and have a question or two that I can't seem to find an answer to. I am wondering about the names of graphics cards, and even CPU's for that matter. The titles of the actual units have something like (Intel for example) i7 - 6700 K processor or Nvidia's GeForce GTX 980Ti. When Linus, or anyone else is simply told the model number, is there an easier way to know how well the GPU/CPU performs? Or do they just have the different processors memorized with their weaknesses and strengths?

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CPUs (Intel):

i7 > i5 > i3 > Pentium > Celeron

Number thingies:

5xxx > 6xxx > 4xxx > 3xxx ...etc

More number thingies:

Stuff like 6700k or 4690k don't make too much of a difference iirc

More:

4690k > 4670k

The K just means overclockable

 

Nvidia GPUs:

GTX (Gamer line of cards) First number = generation (GTX 690, GTX 960)

Second number = Rank of power (almost) (980 > 970 > 960 > 950)

^^^ Note: 780 > 960 but 780 ~= 970. Generations get optimized.

Ti = More power (980TI > 980)

Some have funny names (Titan) Those are supposed to be the best of the best.

 

AMD GPUs:

R5 = Internet browsing, R7 = Budget gaming, R9 = Budget gaming, Enthusiast

First number = Generation (290, 390, (Not released yet) 490)

Second number = Rank of power (almost) (390 > 380 > 370 > 360)

X = More power (390x > 390, 380x > 380)

Some have funny names (Fury) Those are supposed to be the enthusiast grade GPUs.

 

Left out AMD CPUs because just don't get any of them if gaming.

USEFUL LINKS:

PSU Tier List F@H stats

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The more you follow and read about the products, the more you memorize what's what and how they stack up against each other.

 

No real easy way to learn aside from research. Generally the higher the model number within each "generation" of product, the better it performs. GTX 980 > GTX 960 and i7 > i5 for example. 

My Systems:

Main - Work + Gaming:

Spoiler

Woodland Raven: Ryzen 2700X // AMD Wraith RGB // Asus Prime X570-P // G.Skill 2x 8GB 3600MHz DDR4 // Radeon RX Vega 56 // Crucial P1 NVMe 1TB M.2 SSD // Deepcool DQ650-M // chassis build in progress // Windows 10 // Thrustmaster TMX + G27 pedals & shifter

F@H Rig:

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FX-8350 // Deepcool Neptwin // MSI 970 Gaming // AData 2x 4GB 1600 DDR3 // 2x Gigabyte RX-570 4G's // Samsung 840 120GB SSD // Cooler Master V650 // Windows 10

 

HTPC:

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SNES PC (HTPC): i3-4150 @3.5 // Gigabyte GA-H87N-Wifi // G.Skill 2x 4GB DDR3 1600 // Asus Dual GTX 1050Ti 4GB OC // AData SP600 128GB SSD // Pico 160XT PSU // Custom SNES Enclosure // 55" LG LED 1080p TV  // Logitech wireless touchpad-keyboard // Windows 10 // Build Log

Laptops:

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MY DAILY: Lenovo ThinkPad T410 // 14" 1440x900 // i5-540M 2.5GHz Dual-Core HT // Intel HD iGPU + Quadro NVS 3100M 512MB dGPU // 2x4GB DDR3L 1066 // Mushkin Triactor 480GB SSD // Windows 10

 

WIFE'S: Dell Latitude E5450 // 14" 1366x768 // i5-5300U 2.3GHz Dual-Core HT // Intel HD5500 // 2x4GB RAM DDR3L 1600 // 500GB 7200 HDD // Linux Mint 19.3 Cinnamon

 

EXPERIMENTAL: Pinebook // 11.6" 1080p // Manjaro KDE (ARM)

NAS:

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Home NAS: Pentium G4400 @3.3 // Gigabyte GA-Z170-HD3 // 2x 4GB DDR4 2400 // Intel HD Graphics // Kingston A400 120GB SSD // 3x Seagate Barracuda 2TB 7200 HDDs in RAID-Z // Cooler Master Silent Pro M 1000w PSU // Antec Performance Plus 1080AMG // FreeNAS OS

 

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you can use a tool like Anandtechs Benchmarking comparison tool

 

http://anandtech.com/bench/CPU/39

 

it is not perfect. But you can test different GPUs and CPUs

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