Do Canon’s already excellent ergonomics need to be improved? A new rumor suggests Canon is putting efforts in developing a new user interface.
Canon’s camera menu system, and the entire design philosophy behind, are excellent and universally recognized to be among the best in the industry. Never the less, increasing complexity of the also increasing number of features on modern digital cameras might call for a newly developed menu system.
According to the source of the rumor, on future cameras you will be able to select between a “Canon Classic” and a new menu system. That’s for sure a good thing, and will help long time Canon users to transition to the new menu.
It’s unlikely the new menu system will make it’s appearance any time soon via a firmware update. It might be featured on the upcoming EOS R flagship, the EOS R1. So, do not expect it to land on your EOS R5 or EOS R6 with the next firmware update.
Do you think Canon cameras need a new menu system? I am inclined to say they don’t.
The list is a bit on the “to good to be true” side of things. On the other hand, no one expected the R5 to be so feature rich and innovative, hence the EOS R1 might have all those killer features above. In any case, for the time being we recommend to take it with a grain of salt.
And there is another thing. The specs, especially the 85MP resolution seem to be more likely for the also rumored high resolution EOS R camera, dubbed EOS R5s, which is indeed rumored to have a resolution around 90MP. We got the rumor as referring to the EOS R1 but it wouldn’t be the first time that similar information gets lost in translation. As far as I am concerned, the specifications above might well refer to the EOS R1.
From the series of “totally pointless but absolutely cool” hacks today we feature a new one, and for sure one of the most weird: a Minecraft server running on a camera.
A hacker going by the handle Turtius installed and successfully run a Minecraft server on a Canon Rebel SL2 (EOS 200D in Europe). If you know how Minecraft works, then you likely know that the server (i.e. the SL2 in our example) is only running the “world” that is then displayed on the user’s computer. The game itself runs on the user’s computer. However, at least theoretically, other users could connect to the world managed on the server (the SL2).
The shot video below shows three points of view: i) via a smartphone recording the back of the camera and the monitor, ii) what the Rebel SL2 is seeing, and iii) a screen recording from the computer that is connected to the Canon Rebel SL2. Clearly the SL2 reaches its limits.
Turtius explains here how he did the hack, using avrcraft, a Minecraft server that’s optimized for 8-bit devices. Says Turtius:
[avrcraft] is fully running on the camera. I reverse-engineered the network module used by Canon which just so happens to expose Unix-like sockets and integrated avrcraft with Magic Lantern. It’s running a custom implementation provided by Canon’s operating system and using custom code to interact with the stuff provided by Canon on a lower level.”
Turtius used a modified version of the free Magic Lantern firmware add-on, and wrote code specifically for the Rebel SL2. You can find the full source code on GitHub but be warned: do it only if you know what you are doing otherwise you risk to brick your camera.
DJI Reinvents The Drone Flying Experience With The DJI FPV
Breakthrough Drone Technology Offers Immersive, Cinematic Flight Experience And Intuitive New Single-Handed Motion Controller
DJI, the global leader in civilian drones and creative camera technology, today launched an entirely new type of drone with an intuitive, immersive flight experience never available until now. DJI FPV combines the first-person view and high-speed performance of racing drones, the cinematic camera sweep of traditional drones, the safety and transmission technology of DJI’s leading consumer drones, and an optional innovative single-handed motion controller that allows pilots to control the drone with just hand movements. DJI FPV creates a new drone category, and opens up new worlds of possibilities for content creators and drone fans from beginners to experts alike.
“DJI has been redefining what drones can do since our company began in 2006, and as we celebrate our 15-year anniversary this year, we honor that heritage of innovation by redefining what drone flight can be with DJI FPV,” said Ferdinand Wolf, Creative Director, DJI Europe. “Right out of the box, DJI FPV combines the best available technology for a hybrid drone like no other. It can fly like a racer, hover like a traditional drone, accelerate like a homebuilt project and stop faster than any of them. DJI FPV lets the world experience the absolute thrill of immersive drone flight without being intimidated by the technology or spending hours building a system from scratch. We can’t wait for the world to try it.”
The DJI FPV ecosystem includes the drone, goggles, a dedicated remote controller, and a new intuitive motion controller option that steers the drone based on the movement of your hand. The drone features high-performance motors for incredible speeds, an intuitive user interface and the latest safety features for greater control. The new FPV system lets pilots see from the drone’s perspective in low-latency high definition thanks to O3, the third iteration of DJI’s proprietary OcuSync technology. Its unmatched reliability and transmission range help pilots capture ultra-smooth and stable 4K video at 60 fps with the assistance of RockSteady electronic image stabilization.
Amateur and professional pilots alike can explore the skies with confidence with the assistance of three distinct flight modes designed for all skill levels and to get pilots accustomed to the system. DJI FPV’s advanced safety features include a new Emergency Brake and Hover feature to help make flying safer and less intimidating for new users, as well as DJI’s suite of industry-leading safety solutions, including GPS-based geofencing to advise pilots of airspace restrictions and potential hazards, and an ADS-B receiver system to warn pilots when other manned aircraft are nearby. In many jurisdictions, drone pilots flying with FPV goggles must be accompanied by a visual observer to watch for airspace hazards. Always fly safely and responsibly, and be sure to understand and follow the legal requirements for flight.
A Flight Experience For Every Skill Level
DJI FPV is the first integrated FPV drone that allows pilots from beginners to professionals to choose from multiple flight modes to match their skill level:
Normal (N) Mode: During N mode operation, DJI FPV operates similar to other DJI drones, hovering in place with the use of GPS and/or visual positioning systems (VPS) on the bottom of the drone. The most approachable flight mode, N mode allows for obstacle detection sensors on the front to be activated to warn when obstacles are near and slow down. Pilots are tasked with maneuvering the drone away from any detected obstacles.
Manual (M) Mode: Take full control over the drone with M mode which is designed for more experienced users. While in M mode, all sensors and hovering features are disabled.
Sport (S) Mode: A new hybrid blend of M and N mode, S mode offers some of the dynamic movement capabilities that come with M mode along with some of the key safety features of N mode. S mode is the middle step between the three modes and developed to give pilots more room to explore their skills as they get accustomed to FPV flight.
While in the air, pilots can also use a suite of safety features that make flying not only a memorable experience, but a safe one as well. A dedicated Emergency Brake and Hover feature is available in all flying modes to make the drone stop and hover in place at any time during flight. Obstacle detection sensors can be activated while operating in N mode, which will alert pilots of any detected obstacles and automatically slow down the aircraft. Visual Positioning Sensors (VPS), along with an auxiliary light on the bottom of the aircraft are also available to assist in smooth takeoffs and landings. Failsafe Return to Home is another important feature that will bring the drone back to its home point automatically with a press of a button or in the event that transmission signal is lost. The ADS-B receiver system provides audio and visual notifications to the pilot via the FPV Goggles when traditional aircraft such as airplanes or helicopters equipped with ADS-B transmitters are in the vicinity.
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