Video Memory Technologies

Explore different types of video memory used in graphics cards, from classic DDR to modern GDDR7 and HBM technologies.

33
Memory Types
2870
Total GPUs
Legacy to Modern
Technology Evolution
GDDR5
688 GPUs

Proven GDDR5 memory technology with 4-8 Gbps transfer rates, widely adopted from 2008-2018. Still excellent for 1080p gaming and mainstream applications, offering reliable performance at affordable prices.

Best for: 1080p gaming, office work, casual gaming, budget builds
Example GPUs:
Aubrey Isle FirePro D300 FirePro D500
GDDR3
431 GPUs

Early GDDR3 graphics memory standard from the mid-2000s with 1-2.4 Gbps transfer rates. Significant improvement over DDR for graphics applications, enabling early HD gaming and multimedia processing.

Best for: Classic gaming, vintage systems, basic multimedia
Example GPUs:
All-In-Wonder X1800 XL All-In-Wonder X1900 All-In-Wonder X800 GT
System Shared
340 GPUs

System shared memory configuration where integrated graphics utilize main system RAM instead of dedicated video memory. Cost-effective solution providing adequate performance for general computing and light graphics tasks.

Best for: Office work, web browsing, basic multimedia, budget builds
Example GPUs:
Arc 130T Mobile Arc 130V Mobile Arc 140T Mobile
GDDR6
336 GPUs

Current-generation GDDR6 memory provides excellent performance with up to 21 Gbps transfer rates and improved power efficiency. Standard in modern high-end GPUs for gaming, content creation, and professional applications.

Best for: 1440p/4K gaming, streaming, graphic design, light AI workloads
Example GPUs:
A10 PCIe A10G A10M
DDR
309 GPUs

Original DDR (Double Data Rate) memory providing double the bandwidth of SDRAM. Used in early graphics cards and integrated graphics for basic 2D/3D acceleration and display output.

Best for: Retro systems, basic 2D graphics, legacy support
Example GPUs:
All-In-Wonder 2006 AGP Edition All-In-Wonder 9000 PRO All-In-Wonder 9200
DDR3
246 GPUs

DDR3 memory technology used in integrated graphics and entry-level discrete cards. Provides adequate bandwidth for basic graphics tasks while maintaining low cost and power consumption.

Best for: Basic computing, office applications, light gaming
Example GPUs:
AeroBox GPU FireMV 2400 PCIe x1 FirePro 2450 Multi-View
DDR2
151 GPUs

DDR2 memory standard from the mid-2000s offering improved bandwidth over original DDR. Used in entry-level graphics cards and integrated solutions for basic display and multimedia functions.

Best for: Legacy systems, basic display, vintage computing
Example GPUs:
All-In-Wonder 2006 PCIe Edition All-In-Wonder HD 3650 FireGL 9800 X2-256
SDR
94 GPUs

SDR memory technology used in various graphics processing units for specialized applications and performance requirements.

Applications: Specialized graphics and computing tasks
Example GPUs:
3D Rage II 3D Rage II+ DVD 3D Rage IIC AGP
HBM2
60 GPUs

High Bandwidth Memory 2 (HBM2) featuring advanced 3D stacking with up to 484 GB/s bandwidth. Premium memory technology for flagship GPUs requiring maximum bandwidth for professional rendering, AI, and compute workloads.

Best for: Machine learning, professional rendering, high-performance computing
Example GPUs:
CMP 100HX-210 PG506-207 PG506-217
HBM2e
29 GPUs

HBM2e memory technology used in various graphics processing units for specialized applications and performance requirements.

Applications: Specialized graphics and computing tasks
Example GPUs:
A100 PCIe 40 GB A100 PCIe 80 GB A100 SXM4 40 GB
GDDR6X
28 GPUs

High-performance GDDR6X memory with up to 24 Gbps transfer rates, offering 15% better power efficiency than GDDR6. Ideal for enthusiast gaming and professional workstations requiring maximum bandwidth for 4K gaming and content creation.

Best for: 4K gaming, video editing, 3D rendering, VR applications
Example GPUs:
Arc A780 CMP 70HX CMP 90HX
GDDR7
23 GPUs

Next-generation GDDR7 memory delivers breakthrough performance with up to 32 Gbps transfer rates and 1.4 TB/s bandwidth. Features improved power efficiency and enhanced AI workload performance for cutting-edge gaming, ray tracing, and machine learning applications.

Best for: 4K/8K gaming, AI training, professional rendering, cryptocurrency mining
Example GPUs:
GeForce RTX 5060 GeForce RTX 5060 Mobile GeForce RTX 5060 Ti 16 GB
About Video Memory Technologies
Next-Generation Memory
  • GDDR7: Up to 32 Gbps, 1.4 TB/s bandwidth, optimized for AI and 8K gaming
  • GDDR6X: Up to 24 Gbps, 15% better efficiency than GDDR6
  • HBM3: 819 GB/s per stack, revolutionary 3D stacking for data centers
Perfect for 4K/8K gaming, AI training, professional rendering, and cryptocurrency mining applications.
Current Generation
  • GDDR6: Up to 21 Gbps, current standard for high-end gaming
  • GDDR5X: Up to 14 Gbps, excellent for 1440p gaming
  • HBM2: Up to 484 GB/s, professional workstation standard
  • GDDR5: 4-8 Gbps, reliable 1080p gaming performance
Ideal for mainstream gaming, content creation, streaming, and general professional applications.
Legacy & Specialized
  • GDDR4/GDDR3/GDDR2: Early graphics-optimized memory (2004-2010)
  • DDR4/DDR3/DDR2/DDR: System memory adapted for graphics use
  • VRAM: Original specialized video memory technology
  • eDRAM: Embedded cache memory for consoles
Great for retro gaming, vintage systems, budget builds, and specialized applications.
Memory Performance & Use Case Guide
Memory Type Transfer Rate Primary Use Cases Gaming Resolution Professional Applications
GDDR7 Up to 32 Gbps Next-gen gaming, AI training 8K, VR/AR Machine learning, data centers
GDDR6X Up to 24 Gbps Enthusiast gaming, content creation 4K 120Hz+ Video editing, 3D rendering
GDDR6 Up to 21 Gbps High-end gaming, streaming 4K 60Hz CAD, graphic design
HBM2 Up to 484 GB/s Professional computing Specialized Scientific computing, AI inference
GDDR5 4-8 Gbps Mainstream gaming 1080p/1440p General office, light editing
Video Memory Technology Evolution
2000-2004
DDR, VRAM
Basic graphics memory
2004-2008
GDDR2/3
Graphics-optimized
2008-2016
GDDR5
HD gaming era
2016-2020
GDDR5X/6
4K gaming
2020-2024
GDDR6X
High refresh 4K
2024+
GDDR7
AI & 8K era