Intel GPUs
179 GPUs found
Page 3 of 8
About Intel Corporation
Founded in 1968 by Robert Noyce and Gordon Moore, Intel dominated the CPU market for decades. After years of integrated graphics, Intel entered the discrete GPU market in 2022 with their Arc series, bringing decades of semiconductor expertise to challenge NVIDIA and AMD.
Graphics Journey:
- 1998: First integrated graphics (i740)
- 2010: HD Graphics integrated solutions
- 2020: Xe architecture development
- 2022: Arc discrete GPUs launch
Unique Advantages:
- Own semiconductor fabrication (fabs)
- AV1 hardware encoding in all Arc cards
- Aggressive pricing for market entry
- Strong driver optimization efforts
Graphics API & Programming Support
Intel Technologies:
- Xe Super Sampling (XeSS): AI-enhanced upscaling
- Intel oneAPI: Unified programming model
- Quick Sync Video: Hardware video encoding
- AV1 Encode: Hardware AV1 encoding in all Arc GPUs
Standard Graphics APIs:
- DirectX 12 Ultimate: Full feature support including ray tracing
- Vulkan 1.3: Optimized for Xe architecture
- OpenGL 4.6: Complete compatibility support
- OpenCL 3.0: Latest compute API support
Showing 24 of 179 GPUs
GMA 3150
Pineview
Base: 400 MHz
•
Boost: 400 MHz
TDP: 13 W
Generation 4.0 Architecture
45 nm Process
TFLOPS
0.0
GMA 3600
Cedarview
Base: 400 MHz
•
Boost: 400 MHz
TDP: 13 W
PowerVR SGX545 Architecture
65 nm Process
TFLOPS
0.0
GMA 3650
Cedarview
Base: 640 MHz
•
Boost: 640 MHz
TDP: 13 W
PowerVR SGX545 Architecture
65 nm Process
TFLOPS
0.0
GMA 500
Poulsbo
Base: 200 MHz
•
Boost: 200 MHz
PowerVR SGX535 Architecture
130 nm Process
TFLOPS
0.0
GMA 600
Lincroft
Base: 400 MHz
•
Boost: 400 MHz
PowerVR SGX535 Architecture
45 nm Process
TFLOPS
0.0
GMA 900
Alviso
Base: 333 MHz
•
Boost: 333 MHz
Generation 3.0 Architecture
130 nm Process
GMA 950
Calistoga
Base: 250 MHz
•
Boost: 250 MHz
TDP: 7 W
Generation 3.5 Architecture
90 nm Process
GMA X3000
Broadwater
Base: 500 MHz
•
Boost: 500 MHz
TDP: 13 W
Generation 4.0 Architecture
90 nm Process
GMA X3100
Broadwater
Base: 500 MHz
•
Boost: 500 MHz
TDP: 13 W
Generation 4.0 Architecture
90 nm Process
GMA X3500
Bearlake
Base: 667 MHz
•
Boost: 667 MHz
TDP: 13 W
Generation 4.0 Architecture
90 nm Process
GMA X4500
Eaglelake
Base: 533 MHz
•
Boost: 533 MHz
TDP: 13 W
Generation 5.0 Architecture
65 nm Process
TFLOPS
0.1
GMA X4500M
Eaglelake
Base: 400 MHz
•
Boost: 400 MHz
TDP: 13 W
Generation 5.0 Architecture
65 nm Process
TFLOPS
0.1
GMA X4500MHD
Cantiga
Base: 533 MHz
•
Boost: 533 MHz
TDP: 13 W
Generation 5.0 Architecture
65 nm Process
TFLOPS
0.1
GMA X4700MHD
Montevina
Base: 640 MHz
•
Boost: 640 MHz
TDP: 13 W
Generation 5.0 Architecture
65 nm Process
TFLOPS
0.1
Intel
H3C Graphics
H3C XG310
DG1
8 GB
LPDDR4X
Base: 1050 MHz
•
Boost: 1100 MHz
TDP: 300 W
Generation 12.1 Architecture
10 nm Process
TFLOPS
1.7
Intel
HD Graphics(Haswell)
HD Graphics 10EU
Haswell GT1
Base: 200 MHz
•
Boost: 1000 MHz
TDP: 45 W
Generation 7.5 Architecture
22 nm Process
TFLOPS
0.2
Intel
HD Graphics-M(Haswell)
HD Graphics 10EU Mobile
Haswell GT1
Base: 200 MHz
•
Boost: 850 MHz
TDP: 45 W
Generation 7.5 Architecture
22 nm Process
TFLOPS
0.1
Intel
HD Graphics(Westmere)
HD Graphics 12EU
Ironlake
Base: 533 MHz
•
Boost: 533 MHz
TDP: 35 W
Generation 5.75 Architecture
45 nm Process
TFLOPS
0.1
Intel
HD Graphics-T(Airmont)
HD Graphics 12EU Mobile
Braswell GT1
Base: 500 MHz
•
Boost: 500 MHz
TDP: 6 W
Generation 8.0 Architecture
14 nm Process
TFLOPS
0.1
Intel
HD Graphics-M(Westmere)
HD Graphics 16EU Mobile
Ironlake
Base: 133 MHz
•
Boost: 500 MHz
TDP: 35 W
Generation 5.75 Architecture
45 nm Process
TFLOPS
0.1
HD Graphics 2000
Sandy Bridge GT1
Base: 650 MHz
•
Boost: 1000 MHz
Generation 6.0 Architecture
32 nm Process
TFLOPS
0.1
HD Graphics 3000
Sandy Bridge GT2
Base: 850 MHz
•
Boost: 1100 MHz
Generation 6.0 Architecture
32 nm Process
TFLOPS
0.2
HD Graphics 3000 Mobile
Sandy Bridge GT2
Base: 350 MHz
•
Boost: 1000 MHz
Generation 6.0 Architecture
32 nm Process
TFLOPS
0.2
Intel
HD Graphics-T(Bay Trail)
HD Graphics 32EU Mobile
Bay Trail GT1
Base: 311 MHz
•
Boost: 646 MHz
TDP: 4 W
Generation 7.0 Architecture
22 nm Process
TFLOPS
0.0