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HBM2
Methods ↗

6 entities and 5 documented connections shown.

Connections

6 entities · 5 claims
100%

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STARTING ENTITYDIRECT CONNECTIONSSECOND STEPUses memory technology · SUPPORTEDUses memory technologyUses interface · SUPPORTEDUses interfacePart of · SUPPORTEDPart ofDesigned by · SUPPORTEDDesigned byBased on architecture · SUPPORTEDBased on architectureHBM2 · memory technologyMEMORY TECHNOLOGYSTARTHBM2NVIDIA A100 Tensor Core GPU · productPRODUCTNVIDIA A100 TensorCore GPUNVIDIA GA100 GPU · chipCHIPNVIDIA GA100 GPUNVIDIA third-generation NVLink · interfaceINTERFACENVIDIA third-generation NVLinkNVIDIA Ampere architecture · architectureARCHITECTURENVIDIA AmperearchitectureNVIDIA · companyCOMPANYNVIDIA
CompanyChip / productTechnologyPlace / facility
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Relationships & evidence (5)
Every displayed connection is a scoped claim. Arrows follow subject to object.
SubjectRelationshipObjectStatusEvidence
NVIDIA A100 Tensor Core GPUHBM2SUPPORTEDSource-reported snapshot: 2020-05-14
Why are these connected?

This is the cited 40 GB configuration; later A100 variants use HBM2e.

NVIDIA Ampere Architecture In-Depth

NVIDIA Technical Blog · Tier A · Primary source · supports

NVIDIA specifies 40 GB of HBM2 for the A100 discussed in the architecture article.

Location: lines 82-84 / 40 GB HBM2 and 40 MB L2 cache

Published
2020-05-14
Retrieved
2026-09-08

Store factual paraphrase, metadata and link only. No source document redistribution or inferred license; no source bytes retained.

Full claim history →
NVIDIA A100 Tensor Core GPUNVIDIA third-generation NVLinkSUPPORTEDSource-reported snapshot: 2020-05-14
Why are these connected?

Interconnect availability and topology can vary by A100 form factor/system.

NVIDIA Ampere Architecture In-Depth

NVIDIA Technical Blog · Tier A · Primary source · supports

NVIDIA says third-generation NVLink is implemented in A100 GPUs.

Location: lines 91-94 / Third-generation NVIDIA NVLink

Published
2020-05-14
Retrieved
2026-09-08

Store factual paraphrase, metadata and link only. No source document redistribution or inferred license; no source bytes retained.

Full claim history →
NVIDIA GA100 GPUNVIDIA A100 Tensor Core GPUSUPPORTEDSource-reported snapshot: 2020-05-14
Why are these connected?

GA100 die and A100 product identity.

NVIDIA Ampere Architecture In-Depth

NVIDIA Technical Blog · Tier A · Primary source · supports

NVIDIA states that GA100 powers the A100 GPU product.

Location: Key features — GA100 powering A100

Published
2020-05-14
Retrieved
2026-09-08

Store factual paraphrase, metadata and link only. No source document redistribution or inferred license; no source bytes retained.

Full claim history →
NVIDIA A100 Tensor Core GPUNVIDIASUPPORTEDSource-reported snapshot: 2020-05-14
Why are these connected?

Product authorship statement; not a fabrication or supply-chain claim.

NVIDIA Ampere Architecture In-Depth

NVIDIA Technical Blog · Tier A · Primary source · supports

NVIDIA presents A100 as its GPU product based on its Ampere GPU architecture.

Location: Introducing the NVIDIA A100 Tensor Core GPU

Published
2020-05-14
Retrieved
2026-09-08

Store factual paraphrase, metadata and link only. No source document redistribution or inferred license; no source bytes retained.

Full claim history →
NVIDIA A100 Tensor Core GPUNVIDIA Ampere architectureSUPPORTEDSource-reported snapshot: 2020-05-14
Why are these connected?

Applies to A100, not every Ampere product.

NVIDIA Ampere Architecture In-Depth

NVIDIA Technical Blog · Tier A · Primary source · supports

NVIDIA states that A100 is based on the Ampere GPU architecture.

Location: lines 37-39 / Introducing the NVIDIA A100 Tensor Core GPU

Published
2020-05-14
Retrieved
2026-09-08

Store factual paraphrase, metadata and link only. No source document redistribution or inferred license; no source bytes retained.

Full claim history →
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Find a documented path

From HBM2 · up to two relationship steps.

A path retains its original claims. Shared technology does not establish a supply contract.

6 nodes · 5 claims
Scope

Relationships may describe different dates. A path does not establish simultaneous activity. Bounded source-backed collection. Missing or filtered connections do not establish absence. Supported does not mean independently verified.