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accelerator
string
architecture
string
memory_capacity_gb
int64
memory_type
string
memory_bandwidth_tb_s
float64
tdp_watts
int64
cooling
string
interconnect
string
fp8_dense_tflops
int64
fp16_dense_tflops
int64
fp4_dense_tflops
float64
blended_cloud_hourly_rate_usd
float64
reserved_3yr_hourly_usd
float64
idle_power_watts
int64
peak_inference_power_watts
int64
NVIDIA H100 SXM5
Hopper (GH100)
80
HBM3
3.35
700
Air / Hybrid Liquid
NVLink-4 (900 GB/s)
1,979
989
null
2.65
1.48
215
685
NVIDIA H200 SXM5
Hopper Refresh (GH100)
141
HBM3e
4.8
700
Direct Liquid / Air
NVLink-4 (900 GB/s)
1,979
989
null
3.2
1.85
220
690
NVIDIA B200 NVL
Blackwell (GB200/B200)
192
HBM3e
8
1,000
Direct-to-Chip Liquid Cooling
NVLink-5 (1800 GB/s)
4,500
2,250
9,000
4.6
2.75
290
980
Google TPU v5p
TPU v5p Pod
95
HBM2e
4.8
650
Liquid-to-Air Exchanger
ICI 4800 Gbps 3D Torus
918
459
null
2.1
1.25
180
610
Google TPU v6e Trillium
Trillium Tensor Core
32
HBM
1.64
310
Air Cooled
ICI 3200 Gbps
460
230
null
0.85
0.52
95
295
AWS Trainium2 (Trn2)
NeuronCore-v3
96
HBM
4.1
600
Liquid Cooling
NeuronLink-v2 (832 GB/s)
840
420
null
1.65
0.98
170
570
NVIDIA L40S
Ada Lovelace (AD102)
48
GDDR6 (ECC)
0.864
350
Passive Air
PCIe Gen 5 x16 (64 GB/s)
733
366
null
1.15
0.68
110
340
Cerebras CS-3
Wafer-Scale Engine 3 (WSE-3)
44
On-Die Ultra-SRAM
21,000
23,000
Closed-Loop Liquid Chiller
Switched Wafer Mesh (450 Tbps)
125,000
62,500
null
48
29.5
5,800
22,400

πŸš€ 2026 AI Inference & Hardware Economics Telemetry Index

EyesTech Canonical PyPI License: CC BY 4.0

This repository hosts the official open-access empirical telemetry dataset for 2026 AI Inference, Silicon Architecture, and Hardware Economics, curated by EyesTech Systems & FinOps Intelligence.

Original Research Investigation:
For the complete whitepaper, interactive latency calculators, and per-token TCO models, see the flagship publication at:
πŸ‘‰ https://eyestech.in/ai-inference-hardware-economics-statistics-tco-2026/


πŸ“Š Dataset Summary

  • Telemetry Sample Size: 58 production cluster configurations across 8 hyperscaler & private datacenter regions (US-East, US-West, EU-Central, APAC-South).
  • Serving Frameworks Audited:
    • vLLM v0.9.2 (FlashAttention-3 + PagedAttention)
    • TensorRT-LLM v1.2.0 (FP8 / FP4 GEMM)
    • Triton Inference Server 26.08
    • Google MaxText TPU Runtime
    • AWS NeuronCore SDK 2.21
  • Audited Accelerators: NVIDIA H100 SXM5, NVIDIA B200 NVL, Google TPU v5p, AWS Trainium2, Cerebras CS-3, NVIDIA L40S, AMD Instinct MI300X.

πŸ’Ύ Files Included

  1. ai-inference-statistics-2026.json: Complete hierarchical telemetry dataset (25 KB) including model-specific token economics, TTFT, TPOT, tokens/joule, and GPU cluster MTBF failure logs.
  2. hardware_accelerators.csv: Normalized tabular matrix for instant viewing and pandas/Polars ingestion.

🐍 Quick Start with Python & Pandas

import pandas as pd
import json

# Ingest tabular hardware economics
df = pd.read_csv("https://huggingface.co/datasets/devidasmishra/ai-inference-hardware-economics-2026/raw/main/hardware_accelerators.csv")
print(df[["accelerator", "memory_bandwidth_tb_s", "blended_cloud_hourly_rate_usd", "fp8_dense_tflops"]])

# Ingest full hierarchical JSON
import requests
telemetry = requests.get("https://huggingface.co/datasets/devidasmishra/ai-inference-hardware-economics-2026/raw/main/ai-inference-statistics-2026.json").json()
print("Dataset Title:", telemetry["metadata"]["title"])

πŸ“š Citation & Academic Reference

If you cite or utilize these benchmarks in academic papers, technical whitepapers, or enterprise TCO reports, please cite:

@dataset{eyestech_inference_economics_2026,
  author       = {Vance, Marcus and Sethi, Arjun and Mishra, Abhishek Raaj},
  title        = {AI Inference & Hardware Economics: 2026 Statistics, Silicon Telemetry & TCO Index},
  year         = {2026},
  publisher    = {EyesTech Systems Lab},
  howpublished = {\url{https://eyestech.in/ai-inference-hardware-economics-statistics-tco-2026/}},
  note         = {Hugging Face Dataset: devidasmishra/ai-inference-hardware-economics-2026}
}
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