Palmyra Vision Models by Writer
About
Palmyra-Vision is Writer's sophisticated multimodal large language model (LLM) that specializes in interpreting and generating text from images. Equipped to handle a variety of tasks—such as extracting handwritten text, classifying objects and colors, and describing visual data like charts and infographics—it performs exceptionally in real-world applications. Notably, it achieved an 84.4% accuracy score on the VQAv2 benchmark, outperforming other leading multimodal models like GPT-4V. This makes it ideal for enterprise tasks including compliance checks, generating product descriptions, and creating accessible ALT text. Accessible via Writer's image analyzer app, Palmyra-Vision can also be integrated into custom AI solutions through Writer's AI Studio, offering flexibility for tailored business needs 13.
Current Variants
Use-when guidance is derived from seed capabilities, context, release, and replacement fields.
| Model | Use when | Released | Signals | Status |
|---|---|---|---|---|
| Palmyra Vision | Use when the workload needs multimodal inputs. | 2024-02 | multimodal inputs | Current |
Release Timeline
1 release groupSpecifications(1 models)
| Model | Released | Vision |
|---|---|---|
| Palmyra Vision | 2024-02 | Yes |
Frequently Asked Questions
- What is Palmyra Vision used for?
- Palmyra Vision is used for vision and multimodal work. The family description and listed model capabilities point to those workloads as the best fit.
- How does Palmyra Vision compare to Camel?
- Palmyra Vision by Writer is strongest where you need vision and multimodal work, while Camel by Writer is the closest related family to check for adjacent model selection. Palmyra Vision has 1 listed variant, while Camel reaches up to 4k context, so compare the specs and pricing tables before choosing a production model.
- Which Palmyra Vision model should I use?
- If price is the main constraint, use the pricing table first because Palmyra Vision does not have complete provider pricing in the local data. For the most capable/latest local choice, evaluate Palmyra Vision with multimodal inputs.
