TOPAZ PHOTO AI and TOPAZ GIGAPIXEL AI (Upscaling and Enhancing Comparison)
TLDRIn this video, Dave Kelly compares Topaz Photo AI and Topaz Gigapixel AI version 7 for image upscaling and enhancement. He highlights the differences in AI models and interfaces, demonstrates the upscaling process from Photoshop, and shares test results for various images. The comparison includes a speed test, with Photo AI outperforming Gigapixel AI in some instances. Kelly recommends trying different models for best results and invites viewers to share their experiences.
Takeaways
- 🎨 The video is a comparison between Topaz Photo AI and the new Topaz Gigapixel AI version 7 for image upscaling and enhancement.
- 🛠️ Topaz Photo AI is designed for sharpening, denoising, and upscaling, while Topaz Gigapixel AI v7 focuses solely on upscaling and enhancing images.
- 🔍 Both interfaces are similar, but Topaz Gigapixel AI v7 includes two additional AI models, 'Lines' and 'Very Compressed', not found in Photo AI.
- 🖼️ The video demonstrates how to send an image from Photoshop into both Gigapixel and Photo AI for testing purposes.
- ⏱️ In tests, Photo AI outperformed Gigapixel AI in save times for upscaling, showing slightly faster results.
- 🏞️ The video includes test results for three different images, showcasing the upscaling and enhancement capabilities of both products.
- 🔎 The 'Standard Version 2' model was preferred for most tests, providing a natural look compared to other models.
- 🖌️ The 'Art CG' model in Gigapixel AI is believed to be the same as 'Graphics' in Photo AI, but confirmation is sought from the audience.
- 📸 The video emphasizes the importance of upscaling AI-generated images like those from Adobe Firefly for print purposes.
- 📊 The comparison reveals that both Topaz Photo AI and Gigapixel AI provide very similar results in terms of image quality.
- 💬 The video creator, Dave Kelly, invites viewers to share their experiences and opinions on the comparison in the comments section.
Q & A
What is the main topic of the video?
-The main topic of the video is an upscaling comparison between Topaz Photo AI and the all-new Topaz Gigapixel AI version 7.
What are the primary functions of Topaz Photo AI and Topaz Gigapixel AI?
-Topaz Photo AI is designed for sharpening, denoising, and upscaling, while Topaz Gigapixel AI is specifically designed for upscaling and enhancing images.
How many AI models does each product have?
-Topaz Photo AI has 6 AI models, whereas Topaz Gigapixel AI has 8 AI models, including two additional models for lines and very compressed images.
What is the significance of the 'Lines' and 'Very Compressed' models in Topaz Gigapixel AI?
-The 'Lines' and 'Very Compressed' models are additional AI models in Topaz Gigapixel AI that are not yet available in Topaz Photo AI. They are used for specific types of image enhancement and upscaling.
How does the user demonstrate the upscaling process in the video?
-The user demonstrates the upscaling process by sending images into both Gigapixel and Photo AI from Photoshop and showing the results, including the time taken for each product to process the images.
What is the 'Autopilot' feature in Topaz Photo AI and Gigapixel AI?
-The 'Autopilot' feature in Topaz Photo AI and Gigapixel AI is a setting that automatically suggests the best model and settings for upscaling and enhancing an image based on its characteristics.
What is the recommended model for AI-generated images according to the video?
-For AI-generated images, the video recommends using the 'Standard' model, particularly the second version of it, as it provides the best results in terms of natural-looking enhancement.
How does the user address the speed differences between Topaz Photo AI and Gigapixel AI?
-The user conducts a speed test by timing how long it takes for each product to upscale and enhance the images. In the tests, Topaz Photo AI is found to be slightly faster than Gigapixel AI.
What are the additional controls available in Topaz Photo AI and Gigapixel AI?
-In addition to the AI models, both Topaz Photo AI and Gigapixel AI offer controls for minor D noise reduction, de-blurring, and fixed compression adjustment for further customization of the upscaling process.
How does the user ensure the quality of the upscaled images?
-The user examines the upscaled images at different zoom levels (100%, 200%) and studies various parts of the images to ensure there are no artifacts and that they are satisfied with the enhancement.
What is the conclusion of the upscaling comparison between Topaz Photo AI and Gigapixel AI?
-The conclusion of the comparison is that both Topaz Photo AI and Gigapixel AI provide very similar results in terms of image quality. The choice between the two may come down to personal preference and the specific features required for a project.
Outlines
🖼️ Introduction to Upscaling Comparison
The paragraph introduces an upscaling comparison video between Topaz Photo AI and the new Topaz Gigapixel AI version 7. The speaker, Dave, clarifies that Photo AI is best for sharpening, denoising, and upscaling, while Gigapixel AI is specifically designed for upscaling and enhancing. The interfaces of both products are similar, but they serve different purposes. The paragraph also mentions the AI models available in both products, highlighting that Gigapixel AI has two additional models not present in Photo AI yet.
🔍 Exploring AI Models and Test Results
In this paragraph, Dave discusses the AI models in detail, emphasizing the recommendation to try different models like Low Resolution High Fidelity and Standard. He shares his preference for the Standard model, especially for AI-generated images. Dave then demonstrates how he sent his images into Gigapixel and Photo AI from Photoshop and outlines the process for viewers. He also mentions testing three different images and gives a brief on the results, including the time taken for processing in both products.
🖼️ Analyzing Upscaled Images with Topaz Photo AI
Dave zooms into the details of the upscaling process with Topaz Photo AI. He explains how the software enhances and upscales images, providing a side-by-side comparison of the original and the processed image. Dave shares his satisfaction with the results, especially when using the Standard Version 2 model. He also discusses the importance of examining different parts of the image to ensure satisfaction with the enhancement and mentions additional controls available in the software for further adjustments.
🔎 Comparative Analysis of Topaz Photo AI and Gigapixel AI
This paragraph presents a detailed comparison between Topaz Photo AI and Gigapixel AI. Dave compares the processing times, image quality, and overall results for three different types of images. He notes that Photo AI was faster in saving the images but that the visual results were very similar between the two products. Dave also shares his preference for the Standard Version 2 model over others and emphasizes the effectiveness of face recovery in both Photo AI and Gigapixel AI.
Mindmap
Keywords
💡Upscaling
💡Enhancing
💡AI Models
💡Photo AI
💡Gigapixel AI
💡Interfaces
💡Pixel PEEPing
💡Adobe Firefly
💡Autopilot
💡Save Time
💡Face Recovery
Highlights
Dave Cly introduces a comparison between Topaz Photo AI and the new Topaz Gigapixel AI version 7.
Photo AI is recommended for sharpening, denoising, and upscaling, while Topaz Gigapixel AI version 7 is designed specifically for upscaling and enhancing.
Topaz Gigapixel AI version 7 has two additional AI models, Lines and Very Compressed, not found in Photo AI.
The interfaces of Photo AI and Gigapixel AI are similar, but they are distinct products with different functionalities.
Dave demonstrates the process of sending an image from Photoshop into both Gigapixel and Photo AI for testing purposes.
In Photo AI, the user can adjust the upscaling factor and choose from different AI models to enhance the image.
The standard version two AI model is preferred by Dave for its natural enhancement results over other models.
Dave compares the upscaling and enhancement results of Photo AI and Gigapixel AI on an AI-generated Firefly image.
The save time for Photo AI was faster than Gigapixel AI by 5.68 seconds in the first test.
In the landscape image test, Photo AI was again faster, saving 14.65 seconds quicker than Gigapixel AI.
For a portrait photo, both Photo AI and Gigapixel AI had very close save times, under 10 seconds.
Dave tests the Low Resolution model and finds Standard Version 2 to be more effective for enhancement.
In the final example, Dave uses the High Fidelity version 2 AI model for both Photo AI and Gigapixel AI.
The results from Photo AI and Gigapixel AI appear to be very similar, with no significant differences in visual quality.
Dave concludes that the standard version two AI model is his go-to choice for image enhancement.
The video ends with Dave inviting feedback on the High Fidelity version 2 save times and encouraging subscriptions to his channel.