Samsung
Here’s how Galaxy HDR works on the latest Samsung Galaxy S23
Samsung Galaxy S23 series comes with a new design, new features, and the latest software. In addition, the Galaxy S23 series shows Samsung’s groundbreaking photographic capabilities such as stand-out selfies, cinematic video with less noise even in dark conditions, Auto Exposure with HDR, detailed photos, and more.
Let’s talk about the Galaxy HDR technology implemented in the Galaxy S23 series. But do you know what HDR is? If you do not know, then let us tell you that HDR (High Dynamic Range) is a technology that expresses bright and dark areas as widely as possible.
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When we take pictures or videos, we get images with suitable brightness through AE (Auto Exposure) operation which adjusts the exposure. However, when shooting indoors in backlit conditions or while looking out a window, bright and dark scenes coexist, resulting in images that are bright or dark depending on the scene.
Samsung Galaxy S23 HDR Technology
In Samsung Galaxy S23, the company uses the MF-HDR (Multiple Frame HDR) compositing method. It is a technology that takes pictures of different brightness by continuously adjusting the exposure, and then extracts the video information of the bright part from the bright picture and the video information of the dark part from the dark picture, and combines them into one picture.
Since the image is created by selectively combining bright and dark object information, an image with optimal brightness is created. However, since MF-HDR captures multiple consecutive scenes, there is a lag between scenes.
It means that a moving subject is prone to ghosting when the motion vector and image overlap, so it is recommended to use it in a shooting mode where the subject moves little.
On the flip side, in motion picture mode, SF-HDR (single-frame HDR) technology is applied, and image sensor IDCG (Intrascene Dual Coverage Gain) technology is used to capture and synthesize bright and dark scenes simultaneously.
Image sensor iDCG technology generates electrons, that is, electrical signals, according to the brightness when light is incident on the photodiode of the image sensor, and the image sensor’s internal circuit (ADC: Analog Digital Converter and Logic Circuit) is used to convert the image sensor does for voltage. It goes through a process of change.
During the conversion of light into an electrical signal, electrons are placed in a cup called FD (Floating Diffusion) to measure the number of electrons. Determine a specific ratio based on the capacity of the cup and convert it to a voltage signal.
In the case of existing sensors, the capacity of the cup is limited to one, so it is difficult to take great pictures in environments with frequent changes in light and dark.
If the cup potential is large in a dark environment, it will be difficult to clearly express the dark part because the small light information cannot be converted into a sufficient voltage. It’s hard to articulate the bright parts well.
iDCG technology converts the existing one cup into two cups of different capacities, selects the smaller cup in a dark environment, selects the larger cup in a bright environment, measures twice, synthesizes in real-time, and HDR improves the performance of the image.
In the case of SF-HDR using 1 exposure, it is better for shooting moving images than MF-HDR using 2 exposures because of the sharpness of the subject’s movement. In addition to this, the company is preparing to bring HDR performance closer to the human eye through camera image sensors and ISP technology.
On November 19, Google dropped the Android 16 Developer Preview. It’s a very initial development stage of the new Android version. Samsung Galaxy devices may receive the new Android 16-based One UI (8) update in the second half of 2025.
Dozens of Samsung Galaxy devices are eligible for the Android 16 update. Galaxy smartphone users are currently waiting for the One UI 7 Beta Program to kick off. It will bring Android 15 to Samsung smartphones and tablets.
Samsung’s running way too late this year. It hasn’t yet started the new software’s beta testing. The public rollout is slated to be started early next year. Meanwhile, Google is shifting gears to streamline Android’s adoption across vendors.
In recent years, Samsung has significantly improved its software support. The majority of new phones come with at least six years of OS update support. The policy peaks up to 7 years on flagship devices starting the Galaxy S24 series.
Determining the Android 16’s eligibility for Galaxy isn’t a pretty difficult task. You will surely receive the update if your device is shipped with Android 14. It’s for entry-level phones, while for most there’s no concern for mid-range and flagships.
Samsung Android 16 Eligible Device List
Galaxy S Smartphones:
- Galaxy S22 Series
- Galaxy S23 Series
- Galaxy S24 Series
Galaxy Z Fold and Flip Phones:
- Galaxy Z Fold 4 and Z Flip 4
- Galaxy Z Fold 5 and Z Flip 5
- Galaxy Z Fold 6 and Z Flip 6
Galaxy S FE Phones:
- Galaxy S21 FE
- Galaxy S23 FE
- Galaxy S24 FE
Galaxy A Phones:
- Galaxy A33, A53 and A73
- Galaxy A14, A24, A34 and A54
- Galaxy A15, A25, A35 and A55
- Galaxy A06, A16
Galaxy Tab Tablets:
- Galaxy Tab S8, Tab S8+ and Tab S8 Ultra
- Galaxy Tab S9, Tab S9+ and Tab S9 Ultra
- Galaxy Tab S10+ and Tab S10 Ultra
Note: This is not a final device list nor shared by Samsung. Based on the official software support promise, the above-listed Samsung phones and tablets will surely receive a major OS upgrade in the second half of 2025.
The listing of the S21 FE may have caught your attention due to missing the missing S21 series. For those shocking, the S21 series and S21 FE are eligible for four OS upgrades. The S21 FE launched with Android 12, while the S21 series with Android 11.
Android 16 is the thing of next year, we eagerly await the One UI 7 Beta along with covering the latest insights. The official rollout will commence after unveiling at the Galaxy Unpacked next year, which could fall in late January.
Samsung has released the November 2024 update for the Galaxy S24 FE, which brings a new Auto Blocker feature. This update is currently rolling out in the US and will be available to more users soon.
The advanced Auto Blocker feature for Samsung Galaxy S24 FE helps improve your device’s security by blocking USB devices from connecting to your phone when Maximum Restrictions mode is enabled.
In the Maximum Restrictions mode, only charging is allowed through USB connections. This means other devices, like a computer or another phone, won’t be able to access your data if they try to connect via USB.
The extra layer of protection is useful for users who need stronger security, preventing unauthorized access to your data if someone physically connects to your phone.
Along with the new feature, the update also includes general improvements to system security and stability, making your Galaxy S24 FE more reliable and safer to use.
To get the update, Samsung Galaxy S24 FE users should look for the One UI build version S721USQS3AXK3, which is around 400MB in size. To install it, just go to Settings, tap on Software Update, and select Download and Install.
If you’ve received the update, it’s recommended to install it to benefit from the new features, enhanced security along new Auto Blocker support.
Samsung One UI 7 will provide extra security with advanced Auto Blocker feature
Samsung is likely to work on a new feature for its TVs called Color Booster Pro. The company recently (November 15, 2024) filed a trademark for the name, which suggests it might be an upgraded version of its current Color Booster feature.
Currently, Color Booster is available on some Samsung smart TVs. It allows users to make the colors on their screen brighter and more vivid, especially red and blue tones.
The trademark application covers chips and software used to improve the image quality of TVs, monitors, and digital signs. While details are still unclear, there are a few possibilities for what the Color Booster Pro feature could be.
There might be one possibility that Samsung may just want to protect the name Color Booster Pro to make sure no one else can use it. Another possibility is that the company might rename the current Color Booster feature to Color Booster Pro without changing it too much.
If Samsung is working on an advanced version for the version of the Color Booster then it could be the most possibility. It might give users more options to fine-tune the picture quality to allow for more control than the current Low and High settings.
We might see Color Booster Pro in select 2025 TV models possibly along with a new version of its Tizen operating system, only if Samsung moves forward with this.
While nothing is certain yet, this trademark filing shows that Samsung is thinking about ways to improve how users can adjust their TV’s picture settings. For now, we’ll have to wait and see if Color Booster Pro becomes a real feature.