DIFFERENCE BETWEEN GDDR6 and GDDR5

CUDA cores: Used distributed compute requirements

Tensor cores: Used for AI cognitive workloads and is introduced in the Volta architecture

RT cores: Used for the enhancement of the ray tracing technology. The Turing architecture is to improve performance for the complex jobs and known its support for hybrid rendering.

GDDR5 has been one of the best High-end low latency RAM among the current graphics cards. It can offer you the speed of up to 8 GB per sec with high bandwidth memory performance and comparatively Low power consumption.

GDDR6 is a mix of GDDR5, GDDR5X, and even HBM2 features.

GDDR6 has the increased capacity, and increased bandwidth. But the dual-channel feature for workloads with a lot of parallel reads and write to different parts of memory.

The GDDR6 is designed for the new chip structures where chips are stacked. The GDDR5 memory can be best suited in situations where older technology is used which do not opt for stacked chips.

The memory is capable of providing transfer speeds of up to 16 Gbps. The bandwidth supported is up to 72 GB per sec.

Features / Particulars GDDR5/5X GDDR6
Power Consumption High Low *
Manufacturer Samsung, Micron, and Hynix Samsung, Micron, and Hynix
Transfer Speeds 8 Gbps for GDDR5

10 to 12 Gbps for GDDR5X

14 Gbps to 16 Gbps
Availability FBGA190, 0.65 mm pitch, 14x10mm FBGA180, 0.75 mm pitch, 14×12 mm
I/O Configuration X16/x32 X8/x16
Channel Count 1 2
Power Drawn 1.5 V 1.3 V
Sizes available 512 MB, 1 GB, 2 GB, 4 GB and 8 GB 8 GB and 16 GB

 

Features / Particulars NVIDIA GeForce RTX 2080 Ti
(GDDR6)
RTX 6000 RTX 8000
Number of CUDA Cores 4352 4608 4608
Number of Tensor Cores 576 576
Boost Clock Speed 1545MHz 1730 MHZ 1730 MHz
Memory Clock Performance 14 Gbps GDDR6 (616 GB/s) 14 Gbps GDDR6 14 Gbps GDDR6
Bus width for memory 352 bit 384 bit 384 bit
VRAM Capacity 11 GB 24 GB 48 GB
Ray Performance 10 GRays per sec 10 Grays per sec 10 Grays per sec
TDP NA, likely 250 W NA, likely 250 W NA, likely 250 W
GPU  Turing Turing Turing
Architecture Support Turing Turing Turing
Compute capacity 13.4 Tflops 16 Tflops 16 Tflops

Quadro RTX 4000

The application performance of Quadro RTX 4000 is real-time, immersive BIM walkthrough.  By deploying the Enscape3D plugin and putting on an HMD, step inside a full-scale Autodesk Revit model and make changes in real time.

Gtx 1060 vs 1070 vs 1080 performance comparison

Nvidia is raising the bar in high-end graphics. Your search for the best graphics card ends with the Nvidia GeForce cards.

The GeForce GTX has a range of graphics cards to choose from on the basis of cost as well as performance. Gtx 1060, Gtx 1070 and Gtx 1080 all have Pascal-based architecture.

Gtx 1060 Gtx 1070 Gtx 1080
Price $270 $399 $549
Memory Bandwidth 320GB/s 256GB/s 192GB/s

 

The graphics cards Gtx 1060, and Gtx 1070 has GDDR5 memory whereas Gtx 1080 GDDR5X. This memory bandwidth allows the graphics card to double the bandwidth speed. The increased bandwidth of Gtx 1080 allows running faster compared to the other two graphics cards.

Gtx 1080 is built for 4K, VR and multi-monitor. The Gtx 1070 can handle VR but not smooth for 4K gaming. Performance is the area where Gtx 1080 stands apart from the other two so is the price tag attached to the card.

If you are looking for the best performance then Gtx 1080 is the choice. This is ideal for gaming in 4K with a VR headset. The Gtx 1060 justifies for the price tag attached to it by playing in 1080p at maximum quality and handle 2560×1440

The graphics cards with shrinkage of size from 28nm to 16nm allows easy flow of electricity thereby increasing the performance with low power consumption.

 

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