Atomos has a new on-camera monitor for budget-conscious videographers
When you buy through links on our articles, Future and its syndication partners may earn a commission.
Atomos announces a new addition to its award-winning Shinobi range of professional monitors with the new Shinobi GO, a slim, lightweight, high-bright, 5-inch 1500nit HDR monitor that's perfect for content creators and photographers who don't need all the bells and whistles of more expensive on-camera monitors but still need a reliable way to track their footage.
Shinobi GO follows the successful launch of Shinobi II last year, offering some of the same high-quality monitoring tools as its more advanced sister product, however, to reach the lower price, the Go model has sacrificed features including camera control, touch-to-focus, and other pro monitoring features like EL ZONE.
But let's focus on what you do get. The new model includes professional monitoring features like false color, zebra, histogram, waveform, and vectorscope. It is powered by Sony NP-F type batteries (purchased separately) or via the USB-C port using a power bank, offering flexibility for extended shooting sessions.
Image 1 of 4
Image 2 of 4
Image 3 of 4
Image 4 of 4
The monitor comes with a locking connector adaptor for the HDMI and USB-C ports. When used in conjunction with Atomos locking cables (also purchased separately) it prevents accidental disconnections during shoots.
Both Shinobi GO and Shinobi II share the same size sunhood and other accessories, making it very convenient to share batteries, cables, rigs, and other attachments for anyone who already owns a variety of Atomos accessories and needs the flexibility to be able to mix and match between their camera set-ups.
Shinobi GO costs $249 / £215 / AU$399 and is available to buy now from the Atomos web store and from stores starting today. For professionals requiring more camera control, touch-to-focus, and EL ZONE, these advanced features are available in the Shinobi II for $349 / £295 / AU$545).
'Shinobi GO is designed for people who either do not need camera control or own a camera that supports it. It offers a high-quality, daylight viewable monitor at an affordable price,' commented Atomos CEO Jeromy Young. 'Priced at just USD/EUR 249 excluding sales taxes, Shinobi GO provides exactly what photographers and videographers need without compromising on quality, despite its lower cost. And it comes from a brand trusted by professionals worldwide.'
Check out our guide for more of the best on-camera monitors.
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
an hour ago
- Yahoo
The OG of 360 cameras returns –meet the Ricoh Theta A1
When you buy through links on our articles, Future and its syndication partners may earn a commission. Ricoh's new Theta A1 announcement promotes ruggedness, connectivity and speed in the field. It looks a lot like the brand, with over a decade's heritage in 360, is making a play against the action camera brands Insta360 and GoPro that are topping the best 360 cameras guide at the moment! The new Theta A1 was rumored recently, with discussion of a new battery being a key part of the leaks. A long-lasting replaceable 1,485 mAh battery is now a highlight of the official announcement, as is an optimized video codec that will further improve battery performance. UPDATE: We now know the price of the camea will be €799 (approximately £675 or $912, though US pricing will depend on tariffs at the time). The time in question will not be until September this year. "We're meeting the expectations of field professionals: robustness, speed, and integration," said Thomas Servan, managing director of Ricoh Futures EMEA. "It embodies our vision of useful, connected technology that aligns with the operational needs of our clients.' It is interesting that Ricoh seems to pitch the camera more toward professional customers, even though we've seen so much growth in the 'action camera' end of 360 cameras. Oddly, though, the needs seem to coincide: "rugged, waterproof, dustproof and extreme temperature-resistant casing" says the press release! The camera's spec sheet promises 60MP (11,008 x 5504) stills and has some interesting video formats, up to 8K (but at a maximum of 10fps) but also including 5.7K and 4K. There is even a 2fps option for the 8K, at a choice of 8, 16 or 24Mbps data rates – a lot of potential flexibility for any professional concerned with managing the data as much as quality. There is also the option of 2K or 4K live streaming. The Ricoh Theta A1 now sits in the company's lineup alongside the Theta Z1, which offers the highest resolution for precision scanning, and the Theta X with its integrated screen for versatility. That screen, by the way, makes it a more obvious contender for the consumer space than this business-like piece of kit. You will notice that the Theta SC2 no longer appears in what Ricoh calls its "newly restructured 360° camera lineup, focused squarely on professional use cases." All models, including the new Theta A1, are based on Theta Twin architecture, so compatibility with other Ricoh systems should be straightforward. The APIs and SDKs for this system have been public since 2013, and the Ricoh360 application will work with this camera as well as the others. Image 1 of 4 Gallery of sample images supplied by Ricoh – use the arrows to click through Image 2 of 4 Image 3 of 4 Image 4 of 4 The device is approximately 225g, IP64 dust and waterproof, and 142mm high (5.9 inches). The 7-element lenses are f/2.4 and the nearest focusing distance is 40cm. Each 1/2-inch sensor is approximately 48MP though, of course, because of the shape some of this data is lost, hence the 60MP files. Files are saved to the 27.5GB internal storage. As noted, the pricing information for Europe is set at €799 and the date is no more precise than "set for September" – we'll keep you posted. Check our guide to the best action cameras to get an idea what kind of thing a more rugged camera is expected to face. If you're interested in 360, don't just check the best 360 camera guide – we also have an Insta360 X4 vs X5 comparison. And have you heard the latest DJI Osmo 360 rumor?
Yahoo
6 hours ago
- Yahoo
FAA requires SpaceX to investigate Starship Flight 9 mishap
When you buy through links on our articles, Future and its syndication partners may earn a commission. SpaceX needs to figure out what happened on the ninth test flight of its Starship megarocket, the U.S. Federal Aviation Administration (FAA) has decreed. Flight 9, which lifted off from SpaceX's Starbase site in South Texas on Tuesday (May 27), ended in the destruction of both of Starship's stages — its Super Heavy booster and Ship upper stage (which is also sometimes known, somewhat confusingly, as Starship). But the FAA, which grants launch licenses for U.S. operators, is only concerned about one of those explosive events. "The mishap investigation is focused only on the loss of the Starship vehicle, which did not complete its launch or reentry as planned," FAA officials wrote in an update today (May 30). "The FAA determined that the loss of the Super Heavy booster is covered by one of the approved test induced damage exceptions requested by SpaceX for certain flight events and system components," the agency explained. "The FAA evaluated each exception prior to launch approval and verified they met public safety requirements." SpaceX broke new ground on Flight 9, reusing a Super Heavy for the first time ever. This particular booster first flew on Flight 7 in January, acing its engine burn and then returning to Starbase for a successful and dramatic catch by the launch tower's "chopstick" arms. The company did not attempt another catch on Flight 9. It conducted a variety of experiments with the booster, including bringing it down to Earth on a higher "angle of attack" to increase atmospheric drag. So, for safety's sake, SpaceX steered Super Heavy toward a "hard splashdown" in the Gulf of Mexico on Tuesday. This didn't quite work out, however. "Contact with the booster was lost shortly after the start of landing burn when it experienced a rapid unscheduled disassembly approximately 6 minutes after launch, bringing an end to the first reflight of a Super Heavy booster," SpaceX wrote in a Flight 9 recap. Ship had an even harder time on Flight 9. The upper stage was supposed to make a soft splashdown in the Indian Ocean off the coast of Western Australia about 65 minutes after launch, but it suffered an "attitude control error" that prevented the vehicle from getting into the proper orientation for reentry. "Starship then went through an automated safing process to vent the remaining pressure to place the vehicle in the safest condition for reentry," SpaceX wrote in the recap. "Contact with Starship was lost approximately 46 minutes into the flight, with all debris expected to fall within the planned hazard area in the Indian Ocean." Related stories: — SpaceX reached space with Starship Flight 9 launch, then lost control of its giant spaceship (video) — Starship and Super Heavy explained — SpaceX loses Starship rocket stage again, but catches giant Super Heavy booster during Flight 8 launch (video) This was still a considerable improvement over Ship's performance on its previous two liftoffs. On both Flight 7 and Flight 8 (which launched in March), Ship was lost less than 10 minutes after liftoff, raining debris down over the Atlantic. There have been no reports of injuries or damage to public property as a result of the Flight 9 mishap, according to the FAA. There were also minimal effects on flights in U.S. airspace — an improvement over the previous two Starship launches. "The FAA activated a Debris Response Area, out of an abundance of caution, when the Super Heavy booster experienced its anomaly over the Gulf of America during its flyback toward Texas," FAA officials wrote. "The FAA subsequently determined the debris did not fall outside of the hazard area," they added. "During the event, there were zero departure delays, one flight was diverted, and one airborne flight was held for 24 minutes."
Yahoo
6 hours ago
- Yahoo
How to connect Nintendo Switch 2 to your TV or monitor
When you buy through links on our articles, Future and its syndication partners may earn a commission. The Nintendo Switch 2 might be designed for portable gaming, but its real magic happens when you connect it to your TV or monitor for the full big-screen experience. Maybe you're settling in for a marathon Mario Kart World gaming session, or simply want to show off your skills. Docking your Switch 2 transforms it from a handheld device into a proper home console. The setup process is refreshingly simple, requiring just a few cable connections and the included dock. Nintendo has streamlined the entire experience to get you gaming on the big screen as quickly as possible. Follow these simple steps and you'll have your Switch 2 connected and displaying games on the big screen in just a few minutes. (Image: © Tom's Guide) Take off the back panel of the Switch 2 dock by pulling it back from the top. This reveals all the connection ports you'll need for setup. Keep the panel somewhere safe while you're connecting cables, as you'll need to put it back on later. (Image: © Tom's Guide) Plug one end of an HDMI cable into the middle port on the dock (it's clearly marked and sits between the other two ports). Then connect the other end to any available HDMI input on your TV or monitor. Make sure both connections are secure and remember which HDMI input you're using so you can select it later. (Image: © Tom's Guide) Plug the Nintendo Switch 2 power adapter into the dock's power port, then connect the other end to a wall outlet. For best results, use only the official Nintendo power adapter that came with your Switch 2. (Image: © Tom's Guide) Position the dock on a stable, flat surface near your TV where it won't get knocked over. It's also a good idea to ensure there's adequate ventilation around the dock as it will generate heat during your gaming sessions. (Image: © Tom's Guide) Gently slide your Nintendo Switch 2 into the dock with the screen facing the same direction as the dock's front opening. Turn on your TV or monitor and use your remote to select the HDMI input you connected earlier. Your Switch 2 will automatically detect the connection and switch to docked mode for big-screen gaming. Now sit back and enjoy your games with improved resolution and performance on the big screen! Now you've learned how to connect your Nintendo Switch 2 to your TV monitor, why not take a look at our other useful Switch 2 guides? If you're unboxing, check out how to set up a Nintendo Switch 2. If you have a first generation console and are looking to transfer over your data, we can help you with that too.
