FUJIFILM X-T5 Mirrorless Digital Camera Body - Black vs Sony ILCE6100KB Alpha 6100 Mirrorless 4K Video
Updated August 2026 — FUJIFILM X-T5 Mirrorless Digital Camera Body - Black wins on weight and build, Sony ILCE6100KB Alpha 6100 Mirrorless 4K Video wins on value and size.
The FUJIFILM X-T5 excels in image quality and advanced features, while the Sony ILCE6100KB offers great value for budget-conscious buyers.
Why FUJIFILM X-T5 Mirrorless Digital Camera Body - Black is better
Image Quality
40.2MP sensor vs 24.2MP
Video Capabilities
6.2K video vs 4K
Shooting Speed
15fps vs 11fps
Why Sony ILCE6100KB Alpha 6100 Mirrorless 4K Video is better
Price
$948 vs $1999
Autofocus Speed
0.02s vs unspecified
Portability
More compact design
Overall score
Specifications
| Spec | FUJIFILM X-T5 Mirrorless Digital Camera Body - Black | Sony ILCE6100KB Alpha 6100 Mirrorless 4K Video |
|---|---|---|
| Megapixels | 40.2MP | 24.2MP |
| Video Resolution | 6.2K | 4K |
| Continuous Shooting | 15fps | 11fps |
| Autofocus Speed | N/A | 0.02s |
| Price | $1999 | $948 |
Dimension comparison
Price Comparison
The FUJIFILM X-T5 is priced at $1,999.00, while the Sony ILCE6100KB Alpha 6100 is significantly cheaper at $948.00. This makes the Sony model about 53% less expensive than the Fujifilm offering. For budget-conscious buyers, the Alpha 6100 presents a compelling option without compromising on features essential for both photography and videography. Given that the Sony camera has a bestseller rank of 18,748, it is a popular choice among users looking for a reliable entry-level mirrorless camera. In contrast, the Fujifilm X-T5, with a sales rank of 17,496, indicates it is also well-regarded, albeit at a higher price point.
Image Quality
When it comes to image quality, the FUJIFILM X-T5 boasts a superior 40.2-megapixel X-Trans CMOS 5 HR sensor, while the Sony ILCE6100KB features a 24.2-megapixel APS-C Exmor sensor. The higher megapixel count in the X-T5 allows for more detailed images, making it ideal for professional photographers or those interested in large prints. Additionally, the X-T5 includes a Pixel Shift Multi-Shot mode that can produce stunning 160-megapixel files, further enhancing its capabilities in capturing intricate details. While the Alpha 6100's sensor is robust and offers good performance, especially in low-light conditions, it simply cannot match the X-T5's pixel density and features for high-resolution needs.
Autofocus Performance
The Sony ILCE6100KB excels in autofocus performance, achieving lightning-fast focusing in just 0.02 seconds. It incorporates real-time autofocus and object tracking, making it an excellent choice for capturing fast-moving subjects. This speed is particularly beneficial for action photography or videography, where timing is crucial. In contrast, while the FUJIFILM X-T5 features impressive autofocus capabilities, it does not specify a comparable speed metric. This may suggest that the Alpha 6100 is better suited for users who prioritize swift autofocus in dynamic shooting environments.
Shooting Speed
In terms of continuous shooting speed, the X-T5 can shoot up to 15 frames per second in mechanical shutter mode, making it appropriate for capturing fast sequences, such as sports or wildlife. On the other hand, the Alpha 6100 can achieve up to 11 frames per second with continuous shooting while maintaining autofocus and exposure tracking. This 4-frame difference may seem minimal, but for photographers who frequently work in fast-paced settings, the faster performance of the X-T5 could be a significant advantage, providing more opportunities to capture the perfect shot.
Video Capabilities
For videographers, the FUJIFILM X-T5 offers robust options, allowing for 6.2K video recording in 4:2:2 10-bit color internally. This capability is a notable advantage for those seeking high-quality video production, as it provides more color depth and flexibility during post-production. The Alpha 6100 also supports 4K video recording with full pixel readout and no pixel binning, which enhances its video quality. However, it lacks the higher resolution capabilities of the X-T5. Therefore, for serious videographers or those planning to create professional-grade content, the X-T5’s superior video features make it the better choice.
Build and Usability
The FUJIFILM X-T5 is designed with a classic, dial-based layout that enhances usability, making it easy for photographers to adjust settings on the fly. Weighing 50g less than its predecessor, it maintains a compact form factor while offering advanced features. In contrast, the Sony ILCE6100KB is known for its user-friendly interface, highlighted by a 180-degree tiltable touchscreen LCD, which is particularly useful for vlogging or selfies. While both cameras are designed with user experience in mind, the choice may ultimately depend on whether you prefer a more traditional approach with the X-T5 or the modern touchscreen interface of the Alpha 6100.
Portability
In terms of portability, both the FUJIFILM X-T5 and the Sony ILCE6100KB are designed to be lightweight and easy to carry, making them suitable for travel and on-the-go photography. The X-T5 is comparable in size to the original X-T1 and is designed to be lightweight, allowing for extended shooting sessions without significant fatigue. The Alpha 6100, being a more compact model, is also easy to handle, making it a good option for those who prioritize a smaller form factor. Ultimately, both cameras offer portability, but the Alpha 6100 may have a slight edge for users seeking the most compact design.
Which should you buy?
Choosing between the FUJIFILM X-T5 and the Sony ILCE6100KB ultimately depends on your specific needs and budget. If you prioritize high-resolution images, advanced video capabilities, and superior autofocus performance, the X-T5, at $1,999.00, is the clear winner. However, if you are looking for a more budget-friendly option with solid performance for general photography and videography, the Alpha 6100 at $948.00 provides excellent value. Both cameras have their unique strengths, making them suitable for different types of users.

