What To Know
- The Nikon D90 has a pentaprism viewfinder with 96% coverage, while the D200 has a pentaprism viewfinder with 100% coverage.
- The Nikon D90 is made of a combination of polycarbonate and magnesium alloy, while the D200 is constructed primarily of magnesium alloy.
- The Nikon D90 has a battery life of approximately 850 shots per charge, while the D200 has a battery life of approximately 1800 shots per charge.
Nikon’s D90 and D200 cameras have long been popular choices among photographers, offering a blend of features and performance. In this comprehensive Nikon D90 vs Nikon D200 review, we will delve into the key differences between these two cameras to help you make an informed decision about which one is right for you.
Sensor and Image Quality
The Nikon D90 features a 12.3-megapixel CMOS sensor, while the D200 has a 10.2-megapixel CCD sensor. In terms of image quality, the D90 generally produces images with better dynamic range and less noise at higher ISOs. However, the D200’s CCD sensor is known for its excellent color reproduction and low-light performance.
Autofocus and Performance
The Nikon D90 has an 11-point autofocus system, while the D200 boasts a more advanced 1005-point autofocus system. The D200’s superior autofocus performance makes it better suited for fast-moving subjects and low-light conditions. Additionally, the D200 has a faster burst shooting rate of 5 frames per second (fps) compared to the D90’s 4.5 fps.
Viewfinder and LCD Screen
The Nikon D90 has a pentaprism viewfinder with 96% coverage, while the D200 has a pentaprism viewfinder with 100% coverage. The D200’s larger viewfinder provides a brighter and more accurate representation of the scene. Both cameras have 3-inch LCD screens with a resolution of 920k dots.
Build Quality and Durability
The Nikon D90 is made of a combination of polycarbonate and magnesium alloy, while the D200 is constructed primarily of magnesium alloy. Both cameras are weather-sealed, making them suitable for use in challenging conditions. However, the D200 is generally considered to be more durable and rugged due to its heavier construction.
Battery Life
The Nikon D90 has a battery life of approximately 850 shots per charge, while the D200 has a battery life of approximately 1800 shots per charge. This significant difference in battery life makes the D200 a more suitable choice for extended shooting sessions.
Video Capabilities
The Nikon D90 was one of the first DSLRs to offer HD video recording, while the D200 does not have video capabilities. The D90 can record 720p video at 24 fps, which is adequate for basic video needs.
Takeaways: Choosing the Right Camera for Your Needs
Both the Nikon D90 and D200 are capable cameras that offer excellent image quality and performance. However, their key differences make them suitable for different types of photographers:
- Nikon D90: Ideal for beginner to intermediate photographers looking for a versatile camera with good image quality, autofocus, and video capabilities.
- Nikon D200: A better choice for advanced photographers who require a more durable camera with exceptional autofocus performance for fast-moving subjects and low-light shooting.
Frequently Asked Questions
Q: Which camera has better image quality?
A: The Nikon D90 has better dynamic range and less noise at higher ISOs, while the D200 has better color reproduction and low-light performance.
Q: Which camera has faster autofocus?
A: The Nikon D200 has a more advanced autofocus system with 1005 points, making it better for fast-moving subjects and low-light conditions.
Q: Which camera has longer battery life?
A: The Nikon D200 has a significantly longer battery life of approximately 1800 shots per charge, compared to the D90’s 850 shots per charge.
Q: Which camera is better for video recording?
A: The Nikon D90 is the only camera that offers HD video recording capabilities, while the D200 does not have video capabilities.
Q: Which camera is more durable?
A: The Nikon D200 is generally considered to be more durable and rugged due to its heavier construction and magnesium alloy body.
