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I3 1215U:
I = Intel
3-9: 3 = The most affordable processors; 5 = Mid-range processors; 7 = High-end processors; 9 = Multi-Purpose Top of the Line processors
F-Y: F + K = DESKTOP PROCESSORS | G1-7 + H + T + U + Y = LAPTOP/MOBILE PROCESSORS
F = No iGPU (Integrated Graphics Card)
K = Unlocked Processor/Overclockable Processor + Best processor of the line
G1-7 = iGPU performance level (Low to High)
H = High-Performance
T = Lower Power but for Power Efficiency
U = Lower Power but for Performance
Y = Lowest Power Draw possible of that processor line
I3-1215U: Intel Core 3 12th Gen 15 Low Power Performance
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Intel UHD Graphics: Integrated Graphics Processing Unit ^((aka iGPU))
https://en.wikipedia.org/wiki/List_of_Intel_graphics_processing_units
Dedicated Graphics Card: On-board GPU/Graphics Card
GPU = Graphical Processing Unit
Graphics Card = Component that sits on your motherboard (Laptops/Mobile Devices do not have a Graphics Card)
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Storage: A component inside your motherboard that lets you store files
Flash Storage Types: HDD (Hard Disk Drive), SSD (Solid State Drive), USB Flash Drive (Universal Serial Bus Flash Drive), SD Card (Secure Digital Card).
Optical Storage Types: CD (Compact Disks), DVD (Digital Versatile Disc), Blu-ray Disc.
Cloud Storage = Online Storage
Temporary Storage Types: RAM (Random Accessed Memory), ROM (Read Only Memory), Cache Memory.
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1215U Intel UHD Graphics Datasheet:
Name: Intel UHD Graphics
Year Released: 2021
Market: Mobile
Code Name: Alder Lake
Model: i3-1215U
Device ID: 46B3
Core Config: 512:64:8
Clock Rate Min/Max: 300/1100MHz
API Support;
Direct3D: 12 + FL12_1
OpenGL: 4.6
OpenCL: 3
Vulkan: 1.3 (Windows) 1.2 (Linux)
Memory Bandwidth: 76.8GB/s
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I3-1215U Specs;
Total Cores: 6 2P/4E (2 Performance/4 Efficiency)
Total Threads: 8
Max Performance/Efficiency Frequency: P-4.4GHz E-3.3GHz
Cache: 10MB
Total Draw Power: 15-55W
Max Memory Size: 64GB
Max Memory Speed: (LPDDR4) Laptop DDR4x = 4267MT/s (4267MHz)
(LPDDR5) Laptop DDR5 = 5200MT/s (5200MHz)
Max Memory Channels: 2
Error-Correcting Code Memory Support: No
Processor Graphics;
Max Frequency: 1.1GHz
Output: Display port 1.4b or 1.4a | HDMI 2.1
Execution Units (Shaders/GPU Cores): 64
Max Resolution;
HDMI: 4096 x 2304 @ 60Hz
DP: 7680 x 4320 @ 60Hz
eDP: 4096 x 2304 @ 60Hz (Integrated Flat Panel / Laptop Screen)
DirectX Support: 12.1
OpenGL Support: 4.6
OpenCL Support: 3.0
Multi-Format Codec Engines: 1 (Hardware Encoding/Decoding)
Intel Quick Sync Video: Yes
Display Amount Support: 4
Processor Extras;
Intel Thunderbolt 4: Yes
Microprocessor PCIe Revision: Generation 4
Chipset / PCH PCIe Revision: Generation 3
Max Number of PCI Express Lanes: 20
Socket: 1744
Max Temperature: 100C
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As for the last part of your post:
Dedicated GPUs have completely different names from Integrated GPUs, they are less complex and obviously more powerful but only work on Desktops.
Dedicated GPUs are processors placed in a card that you plug into your Desktop based motherboard
Integrated GPUs are processors already integrated in your CPU (Central/Computing Processor Unit) and will always be weaker than dGPUs for obvious reasons.
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Hopefully this helped you understand more about how technology works.
Man this was too good but what's my igpu storage like what is it 128mb?
Internal mem for all display resolutions&bicolors including dbuffer/tbuffer.
I mean for games requirements what does that term mean, vram? What is it 128mb?
VRAM is an old term that refers to the memory on a video card. You don't have any VRAM, your GPU shares the system memory.
In terms of games, you have the equivalent of a 10-15 year old Nvidia card. If a game lists actual hardware requirements and it isn't from the 2000s, you're not going to meet them most likely. Look into getting an actual GPU card.
I get like 30-40 fps in GTA 5 or it's not that bad like that I just fear the system problems that leads to the overloading the hardware if such a thing Exists
It's not storage, but memory. Storage refers to your hard drive or SSD. Memory is where processors pit data to work on.
In your case the iGPU is reserving a portion of your system RAM, likely between 128MB and 1GB. Windows will report this as "hardware reserved."
You can probably change or at least view how much it is set to reserve in the BIOS. For example, my laptop with 32GB of RAM and a Ryzen 9 6980HS (radeon 680M graphics) reports 2.1GB as hardware reserved and the BIOS is set to allow 2048MiB (2GiB or about 2.1GB) for the iGPU to use.
It should say in Task Manager on the GPU section in the performance tab (2nd tab) and it should be located all the way to the bottom right.
It's possible your Laptop let's you change the amount of video RAM (vRAM) that's allocated on your iGPU through the BIOS menu.
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Be warned that the more vRAM you have the more it will take from your system memory as iGPUs only take system RAM rather than have designated vRAM in their unit
The difference between a dGPU and iGPU is that one is just a plain simple unit inside your processor (iGPU) meanwhile the other has the extra functions a GPU needs to maximize it's workload (dGPU) as it's also the only ones that can be Overclocked without problems on your main system.
Overclocking an iGPU would lead to a potential system crash
Overclocking a dGPU would lead to a video crash rather than a system one.
So I'll look into so much good information thanks
You're welcome.