Meike vs Panasonic LUMIX G X Vario Power Zoom Lens, 45-
Updated July 2026 — Meike wins on price and weight, Panasonic LUMIX G X Vario Power Zoom Lens, 45- wins on zoom and length.
The Meike lens offers excellent value for Canon users with its affordability and portrait capabilities, while the Panasonic lens provides versatility for Micro Four Thirds users.
Why Meike is better
Price
Meike is $229.99 compared to Panasonic's $547.99.
Aperture
Meike has a wider f/1.8 aperture.
Compatibility
Meike is compatible with a wider range of Canon cameras.
Why Panasonic LUMIX G X Vario Power Zoom Lens, 45- is better
Zoom Range
Panasonic offers a versatile 45-175mm zoom.
Image Stabilization
Panasonic features POWER O.I.S. for better stability.
Lightweight
Panasonic is more portable at 7.4 ounces.
Overall score
Specifications
| Spec | Meike | Panasonic LUMIX G X Vario Power Zoom Lens, 45- |
|---|---|---|
| Focal Length | 85mm | 45-175mm |
| Max Aperture | f/1.8 | f/4.0-5.6 |
| Compatibility | Canon EF | Micro Four Thirds |
| Image Stabilization | No | Yes |
| Construction | 11 elements | ED lenses |
Dimension comparison
Price Comparison
The Meike 85mm F1.8 SE Mark II STM AF is priced at $229.99, while the Panasonic LUMIX G X Vario Power Zoom Lens costs $547.99. This makes the Meike lens about 58% cheaper than the Panasonic option, providing a significant cost advantage for photographers on a budget. The price difference could influence the decision for many users, especially those looking for quality without breaking the bank. Both lenses offer unique features that cater to different photography needs, but the Meike lens stands out for its affordability.
Compatibility
The Meike 85mm lens is compatible with a wide range of Canon EF Mount cameras, including popular models such as the 5D, 6D, and Rebel series. On the other hand, the Panasonic LUMIX lens is designed specifically for Micro Four Thirds cameras. This distinction in compatibility means that users must consider their existing camera systems. If you own a Canon DSLR, the Meike lens is an excellent choice. However, if you are a Micro Four Thirds user, the Panasonic lens is your only option between these two.
Focal Length and Aperture
The Meike lens features a standard 85mm focal length with a wide f/1.8 aperture, ideal for portrait photography and creating stunning bokeh effects. In contrast, the Panasonic lens offers a versatile zoom range of 45-175mm with an aperture range of f/4.0 to f/5.6. The wider aperture of the Meike lens allows for more light and better performance in low-light conditions, making it particularly appealing for portrait and architectural photography. The Panasonic lens, however, provides flexibility in framing distant subjects and is suitable for various shooting scenarios, especially landscapes.
Image Quality
The Meike 85mm lens is constructed with 11 elements in 7 groups, designed to deliver sharper images with high-resolution capabilities of up to 8K. This lens promises excellent image quality with its wide aperture and advanced optical design. Conversely, the Panasonic lens utilizes Nano Surface Coating technology to minimize reflections and provides high contrast and resolution across its zoom range. It includes Extra-low Dispersion lenses to suppress chromatic aberration. While both lenses claim to deliver high-quality images, the Meike lens leans towards portraiture, whereas the Panasonic lens excels in versatility and clarity throughout its zoom range.
Focusing Mechanism
The Meike lens is equipped with a stepping motor (STM), which ensures silent and smooth autofocus operation. This feature is particularly beneficial for videography, where noise can be an issue. The Panasonic lens, while not specifically mentioned for its autofocus mechanism, integrates POWER O.I.S. (Optical Image Stabilizer) that aids in capturing sharp images, especially in low-light situations. The focusing mechanism in the Meike lens is likely more favorable for those who prioritize quiet operation, while the Panasonic lens may be better for users who require stability and clarity in dynamic conditions.
Build Quality and Portability
The Meike lens is designed for full-frame DSLR cameras, which may result in a more robust build, though specific weight and dimensions are not provided. The Panasonic lens, on the other hand, is compact and lightweight, weighing about 7.4 ounces and measuring roughly 90mm in length. This portability makes it a great option for photographers who need to carry their gear for extended periods. While the Meike lens may offer sturdiness, the Panasonic lens excels in ease of transport, making it a better choice for travel or street photography.
Special Features
The Meike lens supports electronic aperture adjustment and EXIF information transmission, which can enhance the shooting experience by providing more control and metadata for photos taken. Additionally, it features a micro Type-C firmware upgrade interface, allowing users to keep the lens updated with the latest improvements. The Panasonic lens stands out with its Nano Surface Coating technology and POWER O.I.S., which are designed to enhance image quality and stabilization. Each lens has unique features that cater to different needs, with the Meike lens focusing on user control and the Panasonic lens emphasizing image stability and clarity.
Which should you buy?
Choosing between the Meike 85mm F1.8 SE Mark II STM AF and the Panasonic LUMIX G X Vario Power Zoom Lens ultimately depends on your specific photography needs and camera system. The Meike lens is significantly more affordable at $229.99, making it an excellent choice for Canon users seeking high-quality portrait photography with a wide aperture. Conversely, the Panasonic lens, priced at $547.99, offers versatility with its zoom range and advanced image stabilization, making it suitable for Micro Four Thirds users and varied photography styles. If budget is a priority and you have a compatible Canon camera, the Meike lens is the way to go. However, if you need a flexible zoom lens for a Micro Four Thirds camera, the Panasonic option is worth the investment.

