Canon RF75- vs VILTROX
Updated July 2026 — Canon RF75- wins on zoom range and weight, VILTROX wins on aperture and size.
The Canon RF75-300mm offers versatility and additional accessories, while the VILTROX 9mm F2.8 E excels in low-light performance and is more budget-friendly.
Why Canon RF75- is better
Versatility
Canon's zoom range is ideal for various photography styles.
Accessories
Includes UV filter and cleaning kit.
Autofocus
Superior eye detection at longer focal lengths.
Why VILTROX is better
Price
VILTROX is $40 cheaper.
Low-Light
F2.8 aperture enhances low-light performance.
Compactness
Lightweight design for easy portability.
Overall score
Specifications
| Spec | Canon RF75- | VILTROX |
|---|---|---|
| Focal Length | 75-300mm | 9mm |
| Aperture | F4-5.6 | F2.8 |
| Compatibility | Canon EOS R | Sony E-Mount |
| Autofocus | Eye Detection | STM Motor |
| Included Accessories | Yes | No |
Dimension comparison
Overview of the Canon RF75-300mm and VILTROX 9mm F2.8 E
When it comes to camera lenses, the Canon RF75-300mm F4-5.6 Zoom Lens and the VILTROX 9mm F2.8 E offer distinct advantages tailored to different photography needs. The Canon lens is priced at $239.00, while the VILTROX lens is available for $199.00, making it about 17% cheaper than its competitor. This article will delve into the features, usability, and overall value of both lenses to help you decide which one suits your photography style better.
Compatibility and Mounting
The Canon RF75-300mm is specifically designed for Canon EOS R series cameras, including models like the R100, R50, and R6, which may limit its usability for photographers with other camera systems. On the other hand, the VILTROX 9mm F2.8 E is compatible with a wider range of Sony E-mount cameras, including both APS-C and full-frame formats. This broader compatibility makes the VILTROX lens a more versatile option for photographers who own multiple Sony cameras or are considering upgrading their camera body in the future.
Focal Length and Versatility
The Canon RF75-300mm boasts a formidable focal length range of 75mm to 300mm, allowing for significant zoom capabilities ideal for wildlife and portrait photography. This versatility can dramatically change the feel of your photos, making it suitable for various shooting scenarios. In contrast, the VILTROX 9mm F2.8 E is a wide-angle lens with a fixed focal length of 9mm, which excels in landscapes and architectural photography. While the Canon lens offers a range of focal lengths, the VILTROX lens provides unique opportunities for capturing expansive scenes, making it essential for specific genres of photography.
Aperture and Low-Light Performance
The VILTROX 9mm F2.8 E features a bright F2.8 aperture, which significantly enhances its performance in low-light conditions. This capability allows for stunning images with beautiful background separation, making it an excellent choice for evening or indoor photography. Conversely, the Canon RF75-300mm has a variable aperture ranging from F4 to F5.6, which may limit its effectiveness in dim lighting. For photographers who frequently shoot in low-light environments, the VILTROX lens offers a clear advantage with its faster aperture.
Size and Portability
Portability is a crucial factor for many photographers, especially when traveling or on-the-go. The Canon RF75-300mm is designed to be compact and lightweight, resembling the weight of a 500ml water bottle. This makes it an excellent choice for those who want a powerful zoom lens without the bulk. The VILTROX 9mm F2.8 E is also compact and lightweight, making it an ideal companion for Sony mirrorless cameras. Both lenses prioritize portability, but the choice may depend on your specific needs in terms of focal length and use case.
Autofocus Features
The Canon RF75-300mm is equipped with advanced autofocus capabilities, including eye detection at the 300mm zoom range. This feature is particularly useful for capturing moving subjects, as it maintains focus on the subject's eyes while they move. The VILTROX 9mm F2.8 E also features efficient and reliable autofocus thanks to its built-in STM stepping motor, which supports eye and face detection. While both lenses offer solid autofocus performance, the Canon's eye detection at longer focal lengths provides an edge for portrait and wildlife photographers.
Additional Accessories and Value
The Canon RF75-300mm comes with a UV filter, lens cap keeper, and a cleaning kit, adding extra value for those looking to protect and maintain their gear. This package enhances the overall purchasing experience by providing essential accessories right out of the box. Meanwhile, the VILTROX 9mm F2.8 E focuses solely on delivering optical performance without additional accessories included in the price. While the VILTROX lens is about $40 cheaper, the added accessories with the Canon lens may justify its higher price for some users.
User Experience and Handling
Both lenses offer excellent user experiences, but they cater to different styles of photography. The Canon RF75-300mm’s zoom capabilities offer flexibility and convenience for dynamic shooting situations, while the VILTROX 9mm F2.8 E’s wide-angle perspective encourages creativity and exploration in composition. The smooth focus ring on the VILTROX lens allows for precise manual focus control, which can be appealing to photographers who prefer a hands-on approach. Ultimately, the choice between the two will depend on your shooting preferences and the types of subjects you typically capture.
Which should you buy?
Choosing between the Canon RF75-300mm and the VILTROX 9mm F2.8 E largely depends on your specific photography needs. If you require a versatile zoom lens for varied shooting scenarios, the Canon RF75-300mm, despite its higher price of $239.00, offers excellent performance with added accessories. However, if you prioritize low-light capabilities, wide-angle composition, and a more budget-friendly option at $199.00, the VILTROX 9mm F2.8 E is a fantastic choice. Each lens has its strengths, so consider your camera compatibility and shooting style to make the best decision.

