Chronos-T5 (Large)
Model directoryamazon/chronos-t5-large710M params | Upstream checkpoint
Chronos-T5 Large is the original large Chronos checkpoint, at 710M parameters. It is the reference model for the first Chronos generation: the largest of the classic tokenized checkpoints, kept available for teams that explicitly want the original autoregressive Chronos behavior rather than the newer designs.
It works by scaling and quantizing continuous time-series values into discrete tokens, then running a T5 encoder-decoder that autoregresses over future token sequences to recover probabilistic forecasts. This tokenize-then-autoregress approach is the defining trait of the first Chronos line. It is pretrained on the large public and synthetic time-series corpus used by the Chronos family, including Gaussian-process and KernelSynth-style synthetic augmentation described in the official Chronos paper.
Where to run this model
Compute availability, hardware requirements, and pricing depend on the execution provider.
Get model weights, deployment instructions, and current provider listings.
- Birla AI Labs Forecasting API
provider listing · Source checked 2026-10-06
The provider lists this model family. Check its current checkpoint, size, license, pricing and input contract before use.
- sktime TServe
self-hosted runtime · Family / provider variant · Source checked 2026-10-06
Run a model-serving container on your own hardware or compute account. Select the catalog checkpoint and matching runtime image.
- Amazon SageMaker JumpStart
managed deployment · Source checked 2026-10-06
AWS lists autogluon-forecasting-chronos-t5-large. Deploy the AutoGluon-wrapped model in your AWS account.
Hugging Face provider mappings checked 2026-10-06. No Inference Provider mapping was listed for this checkpoint.
Model Classification
Family
Chronos / Chronos-T5
Type
time series foundation model
Pretrained time-series model for zero-shot or few-shot forecasting workloads.
Resources
Training Data
Large public and synthetic time-series corpus used by the Chronos family, including Gaussian-process and KernelSynth-style synthetic augmentation described in the official Chronos paper.
Recommended For
- • Reference evaluations against the original tokenized Chronos generation
- • Teams that explicitly want classic autoregressive Chronos behavior
Strengths
- • Well-known baseline in the Chronos line
- • Probabilistic forecasts from the original tokenized setup
Limitations
- • Older and slower than Chronos-Bolt for many production workloads
- • Less general than Chronos-2 for multivariate or covariate-aware forecasting
Capabilities
Tags
Specifications
- Parameters
- 710M
- Architecture
- T5 encoder-decoder over scaled and quantized time-series tokens
- Context length
- n/a
- Max context
- n/a
- Minimum history
- n/a
- Recommended history
- n/a
- Input step
- n/a
- Required target series
- 1
- Temperature
- Ignored
- Top P
- Ignored
- Max output
- n/a
- License
- n/a