The benefit is the Class 1 cameras can not only write more data, but that means it can record at higher resolution with fewer crop factors. But enough to definitely experiment with. I could also get a max color at 14-bit RAW, but at 1.6x crop, it’s similar to a Super 35 sensor, and if you’re shooting in 2K video, that jumps up to 3.8x crop, ultra wide screen. I’ve been thinking about picking up a 7D just so I can play with Magic Lantern on it. ![]() Then about half that for the Class 2 cameras including the 70D (relying on SDHC cards), and then half that again for the low-end Class 3 cameras (the 60D and more). What excites me is that the Class 1 Canon 7D can image at 80MB/s, almost approaching 5D3 speeds, and faster than the MK. III getting up to 85MB/s write times, thanks to its 1000x compact flash cards. III and 7D, mid-range cameras like the full-frame 6D, all the way down to the 650D (T4i) and Digital Rebel Line, and even M-1 Mirrorless camera.Īs you would expect, what separates the classes is sheer speed, with the Class 1 5D MK. The deep dive into the hack shows that there are three separate classes of cameras that Magic Lantern supports, including fast cameras like the 5D MK. The breakdown comes from EOSHD, which has managed to test how well the Magic Lantern hack works on each support Canon DSLR. But in the meantime, here’s a breakdown of what the latest hack can do on your favorite camera. ![]() But with Canon officially introducing 4K on their DSLRs, will Magic Lantern provide a new update soon? Maybe. This is due to their partnership with Apertus to develop the color science for the AXIOM 4K camera. But mostly, the firmware hack has matured to the point that some Canon DSLRs can shoot RAW, and sometimes 4K. These days, we only hear from and his team at Magic Lantern when there’s an unexpected breakthrough.
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