CDNA 2 · Instinct MI200
AcceleratorsGPU0038
AMD
Instinct MI250X 128GB
No tracked market supply yet. Kovara does not currently track public offerings for this accelerator.
Accelerator Overview
Core hardware and lifecycle, drawn from Kovara master data.
Core hardware
- Architecture
- CDNA 2
- Generation
- Instinct MI200
- VRAM
- 128 GB
- Memory type
- HBM2E
- Memory bandwidth
- 3.2 TB/s
- Form factor
- OAM Module
Lifecycle / usage
- Primary use
- HPC / AI training
- Launch year
- 2021
- Generation status
- Legacy
- Last verified
- 03 Sept 2026
The hardware in depth
What the recorded specifications mean in practice, and what this accelerator is used for.
Specs, explained
Used for HPC and AI training
- VRAM
- 128 GB
- Memory type
- HBM2E
- Memory bandwidth
- 3.2 TB/s
HBM (High Bandwidth Memory) is stacked in layers and sits right next to the processor on the same package. That short, wide path is what gives accelerators with HBM their memory bandwidth, so they are usually chosen for work limited by how fast data reaches the cores, such as large-model inference and HPC simulation.
VRAM is the working space on the card. Model weights, activations and datasets have to fit in it, or be split across several GPUs. Rule of thumb for the weights alone at 16-bit precision (about 2 GB per billion parameters): up to roughly 64 billion parameters, before activations and cache. This is arithmetic on the recorded VRAM, not a benchmark.
- Architecture
- CDNA 2
- Generation
- Instinct MI200
- Launch year
- 2021
- Lifecycle status
- Legacy
CDNA is AMD's compute-focused architecture for Instinct accelerators, separate from its RDNA graphics line. (General context about the architecture, not a statement about this specific card.)
Launched in 2021. Kovara's records list it as a legacy part.
- Form factor
- OAM Module
- TDP
- 560 W
Accelerator modules are mounted on a baseboard rather than slotted in as cards, the layout used for dense multi-accelerator servers.
TDP is the rated thermal design power: the planning figure for power delivery and cooling in a server.
- Primary use (recorded)
- HPC / AI training
These are the uses Kovara has recorded for this part. The notes explain the workload in general terms; they are not performance claims.
- HPCScientific and engineering simulation, where numerical precision and memory bandwidth matter.
- AI trainingTeaching a model from data. Usually the most compute- and memory-hungry phase, often spread across many GPUs.
Figures are Kovara master data, last verified 03 Sept 2026. Explanations describe the technology in general; they are not benchmarks and say nothing about price or availability.
Explore this accelerator on Compute- HBM2E stacks
- GPU die
- Interposer
- Board
- Power
- Input
- Output
- Module connector
Market Intelligence
Market pricing is not yet tracked for this accelerator.
Tracked coverage does not describe all market supply or geographic availability.
Explore Compute →Technical Specifications
Recorded hardware attributes. Not tracked is distinct from No.
Compute
- Architecture
- CDNA 2
- Generation
- Instinct MI200
- Primary use
- HPC / AI training
Memory
- VRAM
- 128 GB
- Memory type
- HBM2E
- Memory bandwidth
- 3.2 TB/s
Platform
- Form factor
- OAM Module
- TDP
- 560 W
- NVLink supported
- No
- MIG supported
- No
Lifecycle / usage
- Primary use
- HPC / AI training
- Launch year
- 2021
- Generation status
- Legacy
- Last verified
- 03 Sept 2026
Data & Evidence
Public source evidence is not currently available for Kovara-tracked coverage.