What To Know
- The Lumix G9, on the other hand, can shoot at a maximum of 9 fps with the mechanical shutter and 20 fps with the electronic shutter.
- The R7 is a larger and heavier camera than the G9, but it also has a more comfortable grip.
- The Canon R7 and Lumix G9 are both excellent mirrorless cameras that offer a wide range of features and capabilities.
The Canon R7 and Panasonic Lumix G9 are two highly capable mirrorless cameras that cater to the needs of serious photographers. Both cameras offer a range of features and capabilities, but there are also some key differences that set them apart. In this comprehensive comparison, we’ll delve into the details of each camera to help you make an informed decision about which one is right for you.
Sensor and Image Quality
Both the Canon R7 and Lumix G9 feature APS-C sensors, which offer a good balance between resolution and low-light performance. The R7 has a slightly higher resolution of 24.2MP compared to the G9’s 20.3MP. However, the G9 has a larger sensor size (17.3mm x 13mm vs 14.9mm x 10mm), which gives it an advantage in terms of low-light performance and dynamic range.
Autofocus System
The Canon R7 boasts a Dual Pixel CMOS AF II autofocus system, which is known for its speed and accuracy. It features 1,053 autofocus points and covers 100% of the frame. The Lumix G9, on the other hand, uses a contrast-detect autofocus system with 225 autofocus points. While it’s not as fast as the R7’s phase-detection system, the G9’s autofocus is still quite capable and reliable.
Burst Shooting and Buffer
The Canon R7 has a clear advantage in terms of burst shooting speed. It can capture up to 15 frames per second (fps) with the mechanical shutter and up to 30 fps with the electronic shutter. The Lumix G9, on the other hand, can shoot at a maximum of 9 fps with the mechanical shutter and 20 fps with the electronic shutter. Both cameras have a large buffer, allowing you to capture extended bursts without any significant slowdown.
Video Capabilities
Both the Canon R7 and Lumix G9 offer excellent video capabilities. The R7 can shoot 4K videos at up to 60 fps and 1080p videos at up to 120 fps. The G9 can shoot 4K videos at up to 30 fps and 1080p videos at up to 120 fps. Both cameras support 10-bit internal recording and have external microphone inputs.
Build Quality and Weather Resistance
The Canon R7 and Lumix G9 are both well-built cameras with weather-resistant construction. The R7 has a magnesium alloy body, while the G9 has a magnesium alloy and aluminum alloy body. Both cameras are protected against dust and moisture, making them suitable for use in challenging weather conditions.
Ergonomics and Handling
The Canon R7 and Lumix G9 have different ergonomics and handling characteristics. The R7 is a larger and heavier camera than the G9, but it also has a more comfortable grip. The G9 is smaller and lighter, making it easier to carry around. Both cameras have a variety of customizable buttons and dials, allowing you to tailor them to your shooting style.
Price and Availability
The Canon R7 is priced at around $1,499, while the Lumix G9 is priced at around $1,199. Both cameras are available for purchase from authorized retailers.
In a nutshell: Choosing the Right Camera for You
The Canon R7 and Lumix G9 are both excellent mirrorless cameras that offer a wide range of features and capabilities. The R7 has a faster autofocus system, higher burst shooting speed, and better video capabilities. The G9 has a larger sensor, better low-light performance, and a more compact size. Ultimately, the best camera for you will depend on your specific needs and preferences.
What You Need to Know
1. Which camera has better low-light performance?
The Lumix G9 has a larger sensor and better low-light performance than the Canon R7.
2. Which camera is faster for autofocus?
The Canon R7 has a faster and more accurate autofocus system than the Lumix G9.
3. Which camera has better video capabilities?
The Canon R7 has better video capabilities than the Lumix G9, including higher frame rates and 10-bit internal recording.
