BM Premium High-Power 420- vs AOM Sony SELP1650 16-
Updated July 2026 — BM Premium High-Power 420- wins on zoom and price, AOM Sony SELP1650 16- wins on stabilization and aperture.
The High-Power lens offers superior zoom capabilities and is more affordable, while the Sony lens provides versatility and stabilization features.
Why BM Premium High-Power 420- is better
Zoom Range
High-Power lens has a zoom range of 420mm to 1600mm.
Price
High-Power lens is approximately 30% cheaper.
Compatibility
High-Power lens supports a wide range of Canon cameras.
Why AOM Sony SELP1650 16- is better
Image Stabilization
Sony lens features Optical SteadyShot.
Aperture Flexibility
Sony lens has a variable aperture of f/3.5-5.6.
Compact Design
Sony lens has a retractable design for portability.
Overall score
Specifications
| Spec | BM Premium High-Power 420- | AOM Sony SELP1650 16- |
|---|---|---|
| Focal Length | 420-1600mm | 16-50mm |
| Aperture | f/8.3 | f/3.5-5.6 |
| Weight | Heavy | Light |
| Stabilization | None | Yes |
| Mount Type | EF-Mount | E-Mount |
Dimension comparison
Overview of the Products
In this comparison, we will explore two distinct camera lenses: the High-Power 420-1600mm f/8.3 HD Manual Telephoto Zoom Lens for Canon EOS 80D and the Sony SELP1650 16-50mm OSS Lens. The High-Power lens is priced at $139.99, while the Sony lens comes in at $199.96, making the High-Power lens about 30% cheaper. Both lenses cater to different photography needs, making it crucial to understand their unique features and specifications.
Lens Type and Design
The High-Power 420-1600mm lens is a manual telephoto zoom lens designed specifically for a range of Canon cameras, allowing photographers to capture high-quality long-distance shots. In contrast, the Sony SELP1650 is an E-Mount lens that features a retractable design and a power zoom mechanism, making it compact and user-friendly. The design choices of each lens reflect their intended use; the High-Power lens excels in long-range photography, while the Sony lens is versatile for everyday shooting scenarios.
Zoom Capability
When it comes to zoom capability, the High-Power lens stands out with an impressive zoom range of 420mm to 1600mm, which is enhanced by a 2X teleconverter. This feature allows users to photograph distant wildlife or landscapes with remarkable detail. On the other hand, the Sony lens offers a more modest zoom range of 16-50mm, equivalent to 24-75mm in 35mm terms. While the Sony lens is sufficient for general photography, it lacks the extreme zoom capabilities that the High-Power lens provides, making it less suitable for long-distance captures.
Compatibility
Compatibility is another important aspect where these lenses differ significantly. The High-Power lens is tailored for a variety of Canon models, including options like the EOS 80D, 90D, and several Rebel series cameras. This wide compatibility ensures that Canon users have a reliable telephoto option for their photography needs. Conversely, the Sony SELP1650 is designed for Sony E-Mount cameras, supporting models such as the Alpha A6000 series and NEX cameras. Depending on your camera system, choosing the right lens will be crucial for seamless integration and optimal performance.
Aperture and Image Quality
The High-Power lens features a fixed f/8.3 aperture, which may limit low-light performance but offers sharpness and clarity for well-lit conditions. This lens is ideal for capturing detailed images of subjects far away. In contrast, the Sony lens has a variable aperture of f/3.5-5.6, providing more versatility in different lighting conditions. The seven-blade circular diaphragm in the Sony lens contributes to pleasing bokeh effects, enhancing the overall image quality for portrait and everyday photography. Thus, while the High-Power lens excels in detail at a distance, the Sony lens offers greater adaptability.
Stabilization Features
Stabilization is critical for achieving clear images, especially when dealing with long focal lengths. The Sony SELP1650 incorporates Optical SteadyShot Image Stabilization, which helps reduce blurriness caused by camera shake. This feature is particularly beneficial for handheld shooting at lower shutter speeds. In contrast, the High-Power lens does not specify any stabilization features, which may require users to adopt steadier shooting techniques or use a tripod for optimal results. For those prioritizing image stabilization, the Sony lens has a clear advantage.
Price Comparison
At a price of $139.99, the High-Power lens is a budget-friendly option compared to the Sony lens, which retails for $199.96. This price difference of about $59.97 makes the High-Power lens approximately 30% less expensive. For photographers looking to invest in a telephoto lens without breaking the bank, the High-Power lens offers a compelling value. However, the added features and versatility of the Sony lens may justify its higher price for some users.
Use Cases
The choice between these two lenses ultimately depends on the photographer's needs. The High-Power lens is ideal for wildlife and sports photography, where capturing distant subjects is essential. Its extensive zoom range allows users to frame subjects that are far away, making it a great tool for specialized photography. On the other hand, the Sony SELP1650 is well-suited for everyday shooting, travel photography, and casual use due to its compact design and versatile zoom range. It is an ideal companion for photographers who prioritize convenience and ease of use.
Which should you buy?
Deciding between the High-Power 420-1600mm lens and the Sony SELP1650 largely depends on your photography style and needs. If you require a powerful telephoto lens for capturing distant subjects and are using a Canon camera, the High-Power lens is an excellent choice at a more affordable price. However, if you prefer a versatile lens for everyday photography with image stabilization features and a compact design, the Sony SELP1650 is worth the investment. Ultimately, both lenses have their strengths, so your choice should align with your specific requirements and camera system.

