Category: Video / Photo

  • Halide Mark III for iPhone: Improved Picture Quality & Realistic RAW

    Halide Mark III for iPhone: Improved Picture Quality & Realistic RAW

    Key Takeaways

    1. Halide Mark III offers unique “looks” instead of traditional filters, changing the image processing system.
    2. Users can choose from three different algorithms for enhanced image capture options.
    3. “Process Zero II” mode provides more authentic photographs with support for HDR and RAW captures.
    4. “Chroma Noir” mode features a black-and-white option that mimics analog film lighting.
    5. Halide Mark III is free for existing users of Halide Mark II; new users can subscribe for $19.99 per year or pay a one-time fee of $59.

    Halide has been a favorite camera application for Apple iPhone users for several years, especially for those who find the default camera app lacking. Recently, Lux Camera introduced a preview of Halide Mark III and shared a blog entry highlighting its new features along with the benefits over the iPhone’s built-in camera application.

    Unique Image Processing

    Halide Mark III stands out by not using traditional filters like many other camera apps. Instead of just editing photos after they are taken, the app introduces “looks” that aim to entirely change the image processing system. Users can select from three different algorithms. The first one mimics the iPhone’s regular algorithm. In this setting, Halide essentially serves as an alternative to Apple’s app but comes with extra options for fine-tuning.

    Enhanced Features for Natural Capture

    The second option, known as “Process Zero II,” minimizes image processing to achieve a more authentic photograph. This mode now also includes support for HDR and RAW image captures. The third option, “Chroma Noir,” provides a black-and-white mode. This particular look relies on a fresh image processing framework that focuses on mimicking how light would have looked on analog film.

    Halide Mark III is available for free to all existing users of Halide Mark II, and the preview version can be downloaded in the app. For new users, Halide can be found on the App Store for either a subscription price of $19.99 per year or a one-time payment of $59.

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  • Xiaomi Launches New Projector Accessory in Europe

    Xiaomi Launches New Projector Accessory in Europe

    Key Takeaways

    1. Xiaomi has launched its adjustable projector stand in Europe after a six-month wait, but global rollout is not planned.
    2. The stand is designed for the Smart Projector L1 and L1 Pro, which costs $359.99 on Amazon.
    3. It is compatible with projectors up to 132 mm wide, weighing no more than 3 kg, and with a bottom-mounted 1/4-inch screw.
    4. The stand can rotate 360° for ceiling projection, but only the Smart Projector L1 Pro can fully utilize this feature.
    5. Pricing for the stand varies in Europe: €49.99 in France and €24.99 in Spain, with the latter’s price status unclear.

    It has taken quite some time, more than six months, to be exact. However, Xiaomi has now launched its adjustable projector stand outside of China. Sadly, a complete global rollout is not part of Xiaomi’s plans at this moment.

    Arrival in Europe

    The Xiaomi Projector Multi-angle Stand has finally made its way to Europe after being listed on the company’s global site last July. To summarize, this stand is specifically designed for the Smart Projector L1 or Smart Projector L1 Pro, which currently retails for $359.99 on Amazon.

    Compatibility and Features

    The stand is also compatible with other projectors that measure up to 132 mm in width, weigh no more than 3 kg, and come with a bottom-mounted 1/4-inch imperial screw. Additionally, it can be rotated a full 360° for projecting images onto ceilings. Xiaomi points out that due to variations in device lengths and the placement of external ports, only the Smart Projector L1 Pro can fully utilize the ceiling projection feature.

    Pricing Differences

    In France, the price for the Projector Multi-angle Stand is set at €49.99 (about $60). Interestingly, in Spain, this same accessory is offered for just €24.99 (approximately $30). It remains unclear whether this lower price in Spain is a promotional deal or an introductory offer. For more information, check out Xiaomi’s website.

    Xiaomi France & Xiaomi Spain

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  • Reolink TrackFlex Floodlight Camera Launches with 20% Discount

    Reolink TrackFlex Floodlight Camera Launches with 20% Discount

    Key Takeaways

    1. Launch and Pricing: The Reolink TrackFlex Floodlight WiFi camera is priced at $259.99, with a limited-time 20% discount bringing it down to $239.99.

    2. Unique Dual-Lens Setup: The camera features a 2-in-1 dual-lens system that provides 360° coverage, including an 8 MP lens for 4K UHD resolution and a telephoto lens with 6x hybrid zoom.

    3. Low-Light Performance: Equipped with a 3000-lumen dimmable LED and infrared light, the camera delivers clear footage in low-light conditions and includes a 110-decibel automatic siren for security.

    4. Durability and Environmental Resistance: With an IP66 water resistance rating, the camera operates in temperatures from -10 °C to 55 °C and features three built-in passive infrared sensors for motion detection.

    5. User Control and Features: Users can manage the camera through the Reolink app or voice commands, enjoy a free local video search feature, and benefit from 24/7 continuous recording and Wi-Fi 6 connectivity.

    Reolink has added to its range of floodlight surveillance cameras with the launch of the new TrackFlex Floodlight WiFi camera. Buyers can now get this camera directly from Reolink’s official site or Amazon for $259.99. As part of a limited-time early bird promo, the company is providing a 20% discount, reducing the price from $259.99 to just $239.99.

    Features of the TrackFlex Floodlight WiFi

    The TrackFlex Floodlight WiFi boasts a unique 2-in-1 dual-lens setup, which is claimed to offer 360° coverage that can capture large areas like yards and driveways. Specifically, it is equipped with an 8 MP lens that provides 4K UHD resolution along with a telephoto lens and is marketed to have a 6x hybrid zoom. Similar to other floodlight models, the TrackFlex supports tilt and pan functions, allowing for a 355° pan and 50° tilt coverage.

    Performance in Various Conditions

    This surveillance camera comes with a 3000-lumen dimmable LED and infrared light, and Reolink states that it can produce clear and detailed footage even in low-light situations. Along with the LEDs, it features a 110-decibel automatic siren designed to scare off possible intruders. Users have the option to modify the color temperature settings, ranging from a cool 6500K to a warm 3000K light.

    Durability and Control Options

    The camera has an IP66 water resistance rating and is designed to work in temperatures from -10 °C to 55 °C (14 °F to 131 °F), making it ideal for outdoor environments. Additionally, it includes three built-in passive infrared sensors that can detect motion from 2 to 10 meters within a 270° area. Users can manage the 4K PTZ floodlight camera through the Reolink app or voice commands.

    Reolink also provides a local video search feature that is free of subscription fees, allowing users to easily locate specific footage using keyword searches. Other notable features include 24/7 continuous recording, 270° out-of-view detection, an automatic lighting mode, and Wi-Fi 6 connectivity.

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  • ESA Time-Lapse Shows Huge Scale of Artemis II Rollout

    ESA Time-Lapse Shows Huge Scale of Artemis II Rollout

    Key Takeaways

    1. ESA released a time-lapse video showcasing the Artemis II moon rocket rollout, highlighting collaboration with NASA.
    2. The European Service Module (ESM), provided by ESA, is crucial for supplying the Orion capsule with essential resources.
    3. The video condenses a 12-hour transport journey from the Vehicle Assembly Building to Launchpad 39B into just over 90 seconds.
    4. The crawler-transporter moves slowly at 1.6 km/h, emphasizing the rocket’s massive size in comparison to its surroundings.
    5. Artemis II aims to send four astronauts on a ten-day lunar flyby, with initial launch dates set for February or April if tests are successful.

    The European Space Agency (ESA) has shared a brief video that captures the entire rollout of the Artemis II moon rocket in a speedy time-lapse. This video is significant because the mission is a collaboration. NASA is responsible for the enormous Space Launch System, while ESA provides a vital part known as the European Service Module (ESM). This essential component is located directly beneath the Orion capsule and supplies the crew with vital resources like electricity, water, air, and propulsion needed for the journey to the Moon. As a result, the ESA logo is clearly visible on the spacecraft.

    Impressive Time-Lapse

    The ESA video effectively compresses the twelve-hour journey from the Vehicle Assembly Building to Launchpad 39B into just over 90 seconds. Before the rocket emerges into the open air, the video offers a striking glimpse inside the Vehicle Assembly Building (VAB). Standing tall at 160 meters and with a volume of around 3.7 million cubic meters, this assembly facility is among the largest buildings in the world, providing an enormous backdrop that makes the already massive SLS rocket seem small in comparison.

    Slow Yet Steady

    In reality, the gigantic crawler-transporter moves at a maximum speed of 1.6 km/h (1 mph), a pace that even pedestrians could easily surpass. This special vehicle has been operational since 1965, having transported countless rockets and shuttles. The time-lapse makes up for the slow movement and skillfully showcases the 6.5-kilometer (4 mi) route along with the sheer size of the rocket.

    Preparing for Launch

    After reaching the launch pad, the preparations for the significant launch are now moving into an intense phase. Artemis II is scheduled to send four astronauts on a ten-day flyby of the Moon, marking the first crewed flight into deep space in fifty years. Once the rocket separates, the European Service Module will take over control. If the upcoming tests go well, initial launch dates are already planned for February, aiming for a departure by April at the latest. Since the rocket’s rollout, people can follow Artemis II through a live stream on YouTube.

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  • Leica Could Be Sold for Over $1 Billion to Investment Firm

    Leica Could Be Sold for Over $1 Billion to Investment Firm

    Key Takeaways

    1. Leica Camera AG was taken private in 2012 by Dr. Andreas Kaufmann, the main shareholder, who controls over half of the company.
    2. Blackstone, holding about 45% of Leica’s shares, is considering selling its investment, while the Kaufmann family may also sell a controlling interest.
    3. Potential buyers for Leica include Sequoia Capital China and Altor Equity Partners.
    4. Negotiations for the sale are in early stages, with no agreements reached yet.
    5. Leica Camera AG is valued at around €1 billion, with projected earnings of €596 million for the upcoming fiscal year, showing a 7.6% increase from the previous year.

    Leica Camera AG was listed on the Frankfurt Stock Exchange until 2012, when Dr. Andreas Kaufmann, the current chairman of the supervisory board and the main shareholder, took the company private. The Austrian billionaire controls over half of Leica Camera AG, while the US investment firm Blackstone possesses about 45% of the shares.

    Potential Sale of Stake

    As reported by Bloomberg, Blackstone is now looking to sell its investment in Leica Camera AG. The Kaufmann family is also reportedly considering letting go of a controlling interest in the company, although they might choose to reinvest in Leica afterward. Possible buyers include the Chinese investment group Sequoia Capital China and the Swedish firm Altor Equity Partners. If this transaction proceeds, it could mean that for the first time since 2006, the Kaufmann family may not have control over the historic camera maker.

    Early Stages of Negotiation

    Bloomberg notes that the discussions regarding the sale are just in their infancy; no agreements have been made, and a conclusive choice about the sale remains undecided. Leica Camera AG is currently estimated to be worth around €1 billion (about $1.19 billion). From April 1, 2024, to March 31, 2025, the company is projected to earn €596 million (approximately $708 million), marking a 7.6% increase compared to the previous year. This revenue is not just from the camera sector but also stems from a partnership with Xiaomi, which includes Leica-branded smartphones.

    Bloomberg has indicated that the situation is still fluid and could change as negotiations progress. The future of Leica Camera AG hangs in the balance as potential buyers examine options and the company continues to explore its financial opportunities.

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  • NASA Reveals Hubble’s Ghostly Image of the Universe

    NASA Reveals Hubble’s Ghostly Image of the Universe

    Key Takeaways

    1. Hubble focused on the star-forming area known as Lupus 3, located about 500 light-years away in the Scorpius constellation.
    2. The bright mist in the image is interstellar gas illuminated by nearby stars, with dark dust visible in the lower left.
    3. T Tauri stars, which are under 10 million years old and not yet stable, are prominent in the image.
    4. The brightness of T Tauri stars varies due to radiation and stellar winds clearing surrounding gas and dust.
    5. Brightness changes may result from instabilities in the accretion disk around the stars and the presence of rotating sunspots.

    Hubble has focused on a star-forming area known as Lupus 3, which is situated roughly 500 light-years away in the Scorpius constellation. The bright mist captured in the image is created by interstellar gas that is lit up by nearby stars. Additionally, dark dust can be seen on the lower left part of the image.

    T Tauri Stars Shine Bright

    In this image, a cluster of stars called T Tauri stars are particularly prominent. These stars are located at the left, bottom right, and upper center of the image. T Tauri stars are quite young, at under 10 million years old, and they haven’t yet reached the stable hydrogen fusion stage necessary to become main-sequence stars.

    Understanding Their Brightness

    The visibility of the T Tauri stars in this image is due to their current phase, where radiation and stellar winds are clearing away the surrounding gas and dust. They exhibit variability in brightness, which can change both randomly and in a periodic manner.

    What Causes Brightness Changes?

    The randomness in the brightness of these stars might stem from instabilities within the dust and gas disk around them, known as an accretion disk. As material from this disk falls onto the stars, it may be consumed or cause flares on the star’s surface, adding to the fluctuations. The periodic changes in brightness could be linked to large sunspots that rotate in and out of sight.

    This image, along with similar ones, provides a valuable chance for researchers to gain a deeper understanding of how stars are formed.

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  • Hubble Finds Hidden Young Stars Behind Thick Dust Clouds

    Hubble Finds Hidden Young Stars Behind Thick Dust Clouds

    Key Takeaways

    1. Hubble captured images of protostars in dense dust, making them hard to see in visible light, but visible in near-infrared through outflow cavities created by jets of gas and dust.

    2. Cepheus A is a key star-forming region about 2,400 light-years away, with a bright protostar contributing to half of its brightness, surrounded by pink HII areas from ionized hydrogen gas.

    3. The star-forming area G033.91+0.11 in the Milky Way features a reflection nebula that scatters light from a hidden star.

    4. The images reveal an emission nebula (GAL-305.20+00.21) that glows due to ionization from a protostar’s light.

    5. The Hubble images are part of the SOFIA Massive Star Formation Survey, focusing on understanding the formation of massive stars over eight times the mass of the Sun.

    NASA’s Hubble captured stunning pictures of protostars enveloped in dense dust. These stars are in their early stages of development. Due to the thick dust, observing them in visible light is quite hard. However, Hubble can see their near-infrared emissions through openings known as outflow cavities. These cavities are created by jets of gas and dust that flow away from the star.

    Cepheus A Observed

    One of the areas that Hubble studied is Cepheus A. This region is a high-mass star-forming area situated approximately 2,400 light-years away in the Cepheus constellation. It contains many young stars, but around half of the region’s brightness is attributed to one significant protostar. The captured image shows pink and white nebulae, where the pink region represents an HII area. This area is generated when ultraviolet light from nearby stars ionizes the hydrogen gas around it, leading it to glow. Although most stars are obscured in this picture, their light shines through the outflow cavities.

    Inside Our Milky Way

    This star-forming area is part of our Milky Way galaxy and is designated G033.91+0.11. The bright spot at the center is a reflection nebula. This nebula scatters and reflects light from a concealed star.

    Emission Nebula Discovery

    In addition, this image unveils a different feature—an emission nebula. Positioned just to the right of the center, this emission nebula is generated when a protostar’s light ionizes the gas surrounding it, making it glow. The area shown in this image is known as GAL-305.20+00.21.

    Final Image from Hubble

    The last picture in this Hubble collection showcases the massive protostar IRAS 20126+4104. This B-type protostar is found in a high-mass star-forming region roughly 5,300 light-years away in the Cygnus constellation.

    These Hubble images were collected as part of the SOFIA Massive (SOMA) Star Formation Survey. The survey specifically focuses on massive stars that are over eight times the mass of our Sun. Researchers intend to utilize this survey to understand the formation process of these enormous stars.

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  • Webb Telescope Explores Helix Nebula Around Dying Star

    Webb Telescope Explores Helix Nebula Around Dying Star

    Key Takeaways

    1. The Helix Nebula is located 650 light-years from Earth in the constellation Aquarius.
    2. The Near-Infrared Camera (NIRCam) on the Webb Telescope provides clearer images than Hubble and Spitzer.
    3. The gas structure in the nebula resembles comet-like pillars due to interactions between fast-moving and slower gases.
    4. The central white dwarf star illuminates the surrounding gas, with blue areas indicating the hottest gas and yellow areas cooler gas.
    5. The materials from the white dwarf are essential for the formation of new stars and planets.

    The Helix Nebula is situated 650 light-years from Earth in the constellation of Aquarius. Because it is fairly nearby, astronomers have examined this nebula multiple times using both ground and space observatories. However, when you compare it to images from Hubble and the retired Spitzer, the Near-Infrared Camera (NIRCam) on Webb gives a clearer picture.

    Focus on the Structure

    This new image sharpens the view of the gas’s structure. The gas looks like pillars that resemble comets with long tails. Fast-moving hot gas is colliding with slower gas that was released by the star earlier. This interaction creates the stunning visuals captured in the image.

    The Heart of the Nebula

    The dying star, known as a white dwarf, is not visible in the image. It is located at the center of the nebula. However, the light from the white dwarf illuminates the gas around it. The different colors in the image show how hot each gas area is. The gas that is nearest to the white dwarf shines blue, indicating it is the hottest part. As you move further away, the gas cools and turns into the yellow hues shown in the image.

    The material—dust and gas—released from the white dwarf serves as the building blocks for new stars and planets. Images like this are aiding astronomers in learning more about how planets come to be.

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  • DJI Osmo Pocket 4 Pro: First Look at Dual Camera Vlogging Camera

    DJI Osmo Pocket 4 Pro: First Look at Dual Camera Vlogging Camera

    Key Takeaways

    1. The DJI Osmo Pocket 4 is expected to replace the Osmo Pocket 3, with leaks indicating its imminent release.
    2. The Osmo Pocket 3 is currently priced at $489.99 and may first launch in China.
    3. There are suggestions that the release of the Osmo Pocket 4 Pro could be delayed until at least April.
    4. An image of the Osmo Pocket 4 Pro has been spotted, showcasing its design features, including a rotating viewfinder.
    5. The Osmo Pocket 4 Pro is anticipated to have a special zoom lens, but full specifications are not yet available.

    Earlier today, exciting news about the highly anticipated DJI Osmo Pocket 4 appeared online. This device has been the topic of three different leaks, suggesting that the Osmo Pocket 4 is set to take over from the Osmo Pocket 3 worldwide (currently priced at $489.99 on Amazon). DJI’s latest release patterns indicate that the Osmo Pocket 3 might first be launched in China.

    Delay in Pro Version

    There have been recent hints that DJI could delay the release of the Osmo Pocket 4 Pro until at least April. However, an image resembling the Osmo Pocket 4 Pro has surfaced from an indoor ski resort in Shenzhen. This is the first time anyone has gotten a glimpse of the front of the much-talked-about vlogging camera.

    Design Features

    The design traits visible in the picture suggest that this is indeed another version of the Osmo Pocket meant for vlogging. For example, a rotating viewfinder is noticeable, a feature that DJI first added to the Osmo Pocket 3. At present, DJI is anticipated to set the Osmo Pocket 4 Pro apart from the regular model with a special zoom lens. Yet, the complete specifications of the Osmo Pocket 4 Pro’s camera hardware are still not revealed at this moment.

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  • DJI Osmo Pocket 4 Leaked Images Show Retail Packaging Details

    DJI Osmo Pocket 4 Leaked Images Show Retail Packaging Details

    Key Takeaways

    1. DJI is nearing the launch of the Osmo Pocket 4, a replacement for the Osmo Pocket 3 priced at $489.99.
    2. The release of the Osmo Pocket 4 series may be delayed due to quality control issues with accessories.
    3. The Osmo Pocket 4 is expected to launch in China first, with separate announcements for the Osmo Pocket 4 Pro.
    4. The design of the Osmo Pocket 4 shows minimal changes from the Osmo Pocket 3, featuring a rotating display and single camera lens.
    5. New physical buttons have been introduced on the Osmo Pocket 4, with one for zooming and the other customizable by the user.

    It appears that DJI is getting closer to launching a replacement for its Osmo Pocket 3 vlogging camera, which is currently priced at $489.99 on Amazon. Recently, there have been speculations about a delay in the release of the Osmo Pocket 4 series due to some quality control problems with certain official accessories for the cameras.

    Upcoming Launch Events

    Presently, the Osmo Pocket 4 is anticipated to be released ahead of the rumored Osmo Pocket 4 Pro. It’s likely that these will be announced during separate events, with the Osmo Pocket 4 hitting the market in China first. In line with this, retail packaging for just the Osmo Pocket 4 has surfaced online. This image, which has been shared on X, is deemed credible by well-known leakers such as Igor Bogdanov.

    Design and Features

    Moreover, there are no signs suggesting that the image has been altered or edited in any way. Visually, the difference between the Osmo Pocket 3 and Osmo Pocket 4 seems minimal. DJI’s design style continues with a rotating display that is flanked by physical controls at the bottom and a single camera lens positioned at the top.

    New Controls Introduced

    Interestingly, the Osmo branding has been replaced with two new physical buttons. The packaging does not specify what these buttons do, but another image indicates that the left button is for zooming, while the right one can be customized by the user. Simultaneously, Bogdanov has shared a different image that suggests Chinese retailers are getting ready for the arrival of Osmo Pocket 4 stock. Therefore, it’s possible that DJI will tease the new device soon.

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