The newly announced Samsung Galaxy S24 Ultra has generated a lot of excitement among smartphone enthusiasts. One aspect that has caught people’s attention is the phone’s bezels, which are thinner than ever before. This has resulted in the Galaxy S24 Ultra having the lowest screen-to-body ratio of any Galaxy phone since the S10 series launched in 2019.
In this in-depth article, we will examine the Galaxy S24 Ultra’s bezel sizes, screen-to-body ratio, and how it compares to previous Galaxy S models. We’ll look at what improvements Samsung has made to achieve such thin bezels, and what that means for the overall design and user experience. Whether you’re an avid Samsung fan or just love great smartphone design, you’ll find out everything you need to know about the Galaxy S24 Ultra’s bezels and display.
The recently reported Samsung System S24 Ultra has produced colossal energy among smartphone devotees around the world. One of the feature highlights that has contributed incredibly to this buildup is the phone’s astoundingly diminished show bezels, which accomplish the most noteworthy screen-to-body proportion of any World S show since the progressive Universe S10 arrangement in 2019.
Withdisplay bezels thinned down to fair 1.9mm on the sides and less than 5mm on the beat and foot, the visual affect is striking – the Universe S24 Ultra’s dazzling 6.8” Energetic AMOLED screen overwhelms the whole front surface range with scarcely any borders.
But the building required to diminish bezels to this degree includes distant more than fair aesthetics. In reality, numerous fans may not completely appreciate the broad plan contemplations and developments Samsung embraced on both equipment and program fronts to empower such drastically minimized bezels on the World S24 Ultra.
By looking closely at the subtleties of the phone’s front-facing camera, earpiece, unique mark sensor, screen ebb and flow, body materials, and other components, we pick up a more profound understanding of the fastidious degree to which Samsung fine-tuned the System S24 Ultra to attain this phenomenal close bezel-less see. We’ll too consider particular utilitarian benefits clients pick up from the maximized screen genuine bequest.
Of course, an examination of the System S24 Ultra’s bezel sizes would not be total without putting them in chronicled setting against past Universe S models dating back over a decade. The differentiate uncovers fair how stupendously Samsung has pushed the boundaries of bezel optimization compared to past eras.
At last, we’ll look into long run and investigate conceivable outcomes for how Samsung may endeavor to upgrade bezels indeed advance down the street. May a totally bezel-less smartphone ever ended up doable? And how might competitors like Apple react as bezel lessening develops as a unused battleground for advancement amazingness?
By completely analyzing the Galaxy S24 Ultra’s groundbreaking negligible bezel plan and runtime involvement from both building and conclusion client viewpoints, we’ll reveal bits of knowledge which will shock indeed prepared Samsung followers. The profundity of inventiveness basic those inconceivably slim bezels highlights why the System S24 Ultra speaks to a new apex in smartphone mechanical plan – one that assists Samsung’s bequest of uncompromising fabulousness.
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Crafting a Nearly Seamless Visual Experience
When using the Galaxy S24 Ultra, the sensation of an unbroken infinite display feels almost magical. But Samsung didn’t achieve this through magic, but rather countless refinements engineered to remove visual interruptions.
From custom display drivers to minute changes in frame curvature, every component was designed not just for thinness but to enable a continuity between elements. This meticulous attention to detail grants the S24 Ultra its seamless aesthetics.
For example, the smooth uniform transition between the aluminum frame and glass display required precise machining tolerances. The contouring between them maintains the screen’s edge-to-edge illusion. It’s a testament to Samsung’s manufacturing capabilities.
Maximizing Every Cubic Millimeter of Space
Another impressive feat was how Samsung packed all the S24 Ultra’s components into such a slim shell considering the minimal bezel footprint.
This required intense optimization of internal spacing, positioning batteries, chips and heat dissipation strategically to occupy every possible cubic millimeter inside the chassis efficiently.
The process involved advanced computer simulations of air flow, thermal dynamics and electromagnetic interference to design a tightly integrated and crowded interior architecture while avoiding overheating. That Samsung achieved this while still delivering IP68 dust and water resistance makes it even more remarkable.
Striking a Balance Between Form and Function
While Samsung pushed bezel optimization to new extremes on the S24 Ultra, the functional user experience was never compromised for aesthetics alone.
The minimal bezels retain just enough surface area for sufficient durability and crack resistance during drops. And usability enhancers like edge palm rejection and grip detection ensure accidental screen touches are avoided.
The form factor also balances slimness with battery capacity and cooling. And features like the camera, fingerprint reader, and speakers all received functionality upgrades of their own as well.
This nuanced balance of both form and function exemplifies Samsung’s maturing design ethos – beauty achieved alongside practicality.
Setting New Precedents for an All-Screen Future
With the Galaxy S24 Ultra’s release, Samsung has set a new precedent that will influence smartphone design priorities industry-wide moving forward.
The level of immersion and elegance made possible by maximizing display and minimizing bezels is a revelation. And it establishes minimized bezels as a core requirement for premium phone experiences going forward, not just a nice bonus.
As this requirement takes root among consumer expectations, competitors will be forced to heavily invest in bezels thinning or risk perception as outdated and inferior options. The S24 Ultra will thus motivate rapid improvements in related technologies.
And Samsung itself will face pressure to keep pushing boundaries and defending its design leadership with each new generation. If any company can respond to these challenges with sustained excellence, Samsung has proven it is up to the task.
Brief History of Galaxy S Bezels
To understand how impressive the Galaxy S24 Ultra’s bezel sizes are, it helps to first look back at how Galaxy S bezels have evolved over the years.
When the original Galaxy S launched in 2010, it had noticeable thick bezels on all sides of the display. This was common among smartphones at the time, as display and construction technologies were limited.
Over subsequent Galaxy S generations, bezels steadily decreased thanks to improvements in screen and body design. By the time the Galaxy S6 edge launched in 2015, Samsung started utilizing curved display edges to practically eliminate side bezels.
The Galaxy S8 from 2017 brought even thinner top and bottom bezels, achieving an impressive 83.6% screen-to-body ratio. The Galaxy S10 series from 2019 decreased bezels further still across all models, topping out at 89.5% screen-to-body ratio on the Galaxy S10 5G.
However, since the S10 generation, progress slowed on reducing bezels. Subsequent models like the Galaxy S20 and S22 series only saw minor improvements to screen-to-body ratio. That is, until the newly announced Galaxy S24 Ultra.
Galaxy S24 Ultra Display and Bezel Size
The Galaxy S24 Ultra features Samsung’s most advanced display ever in a smartphone. It’s a 6.8” QHD+ Dynamic AMOLED panel with a wide range of enhancements for color accuracy, brightness, and adaptive refresh rate up to 120Hz.
More importantly for this discussion, Samsung has engineered the slimmest bezels we’ve seen on a Galaxy yet for the S24 Ultra. The phone accomplishes an impressive 94% screen-to-body ratio.
Looking at the four bezel sizes individually:
- Top bezel – 4.1mm thin
- Side bezels – 1.9mm slim curves
- Bottom bezel – 4.2mm minimum thickness
The side bezels are especially impressive at less than 2mm. And even the slightly thicker top and bottom bezels measure less than 5mm each.
This means almost the entire front of the Galaxy S24 Ultra is display, interrupted only by the thin bezel lines surrounding it. Overall, the bezels achieve a lightness and simplicity that augment the sophisticated high-end look.
How Samsung Reduced Bezels on Galaxy S24 Ultra
Achieving such thin bezels on the Galaxy S24 Ultra required considerable engineering ingenuity by Samsung. Here are some of the ways they accomplished the task:
- More compact front-facing camera – The front selfie camera and sensors have been minimized and consolidated to take up less space along the top bezel. This helped reduce the overall thickness.
- Efficient earpiece design – The phone’s ear speaker utilizes an advanced vibrating screen technology that eliminates the need for a traditional speaker. This removed a key component that often drove top bezel thickness.
- Under-screen fingerprint reader – Past Galaxy phones had physical fingerprint readers mounted on the bottom bezel or backside. By placing the fingerprint reader underneath the S24 Ultra’s display instead, the bottom bezel thickness could be reduced.
- Screen edge refinements – Subtle refinements to the curved display edges on the long sides help achieve those remarkably thin 1.9mm bezels. The contours extend the screen while still ensuring durability and preventing accidental touches.
Thanks to these design choices, even with a large 6.8-inch screen the Galaxy S24 Ultra feels compact in your hand and pocket. And the visual experience is almost entirely uninterrupted display.
How Galaxy S24 Ultra Screen-to-Body Ratio Compares to Previous Models
To fully appreciate how minimal the Galaxy S24 Ultra’s bezels are, it’s helpful to see how its 94% screen-to-body ratio stacks up against previous versions:
- Galaxy S22 Ultra – 90.2%
- Galaxy S21 Ultra – 90.1%
- Galaxy S20 Ultra – 90.9%
- Galaxy S10+ – 88.9%
- Galaxy S10e – 83.3%
- Galaxy S9+ – 84.2%
- Galaxy S8 – 83.6%
- Galaxy S7 edge – 76.1%
- Galaxy S6 edge+ – 75.7%
- Galaxy S5 – 72.5%
- Galaxy S4 – 68.7%
Going all the way back to the Galaxy S7 edge from 2016, which was considered revolutionary at the time, the S24 Ultra has a near 20% higher screen-to-body ratio. And the improvements are noticeable going back even year-over-year from the S22 Ultra to the S24 Ultra.
No past Galaxy phone has surpassed 90% screen-to-body ratio until now with the S24 Ultra hitting 94%. The new standard this sets for extremely minimal bezels and maximized display is a significant achievement by Samsung.
Benefits of the High Screen-to-Body Ratio
Why does screen-to-body ratio matter? What benefits does having a display that fills almost the entire front of the device provide? Here are some of the advantages:
- More immersive display – When you’re watching videos or playing games, minimized bezels allow you to become more absorbed without visual distractions. This leads to greater enjoyment of the top-notch Super AMOLED display.
- Compact comfortable design – Thin bezels translate to phones that take up less space in your hand, pocket, or bag for a given screen size. The S24 Ultra has a huge 6.8-inch display but doesn’t feel ungainly thanks to the 94% ratio.
- Focus on the screen – When bezels get very thin, they almost fade away visually. This puts all the emphasis on the vivid screen. That’s especially important given the S24 Ultra’s exceptional image quality.
- Sleek modern aesthetic – Minimal bezels simply look clean, contemporary, and stylish. The S24 Ultra really accentuates this with sophisticated Mystic Bronze and Cream colors.
If you use your phone a lot for apps, videos, photos, and more, the immersive experience and aesthetics of ultra-thin bezels are game changing. Samsung’s engineering has now made it a reality on the Galaxy S24 Ultra.
For all the benefits of minimizing bezels as much as Samsung has with the Galaxy S24 Ultra, some may worry it could impact durability. Very thin bezels could potentially lead to more accidental screen damage. However, Samsung put considerable thought into ensuring durability was not compromised:
- Victus 2 glass – The S24 Ultra display is protected by the latest Corning Gorilla Glass Victus 2 for maximum scratch and crack resistance. It can withstand drops up to 1 meter without damage.
- Sturdy aluminum frame – Surrounding the thin bezels is a durable Armor Aluminum frame that adds structural rigidity and absorbs impacts from drops to protect the edges.
- Reinforced corners – The vulnerable corners are reinforced for additional resilience against drops at odd angles.
- Raised edges – Subtle raised bezels along the edges prevent the glass from directly contacting flat surfaces when face down.
While no phone is invincible, Samsung clearly took durability into account with a very solid protective design. And the latest Victus 2 glass guarding the display itself helps justify pushing bezels to the bleeding edge.
Beyond just the technical achievement of minimizing bezels, Samsung also put a lot of thought into user-facing improvements the Galaxy S24 Ultra’s higher screen-to-body ratio enables:
- Larger display – With such thin bezels, Samsung was able to fit an expansive 6.8-inch diagonal display in a body not much larger than phones with 6.5-inch screens. The huge display looks and feels more impressive bordered by slender bezels.
- Higher brightness – To counterbalance the reflections from more exposed glass, Samsung boosted brightness up to 1750 nits for comfortable outdoor visibility in bright sunlight.
- New adaptive refresh rate – The display can change its refresh rate from 1 to 120 Hz to balance fluidity and battery life. This helps offset battery drain from powering more screen area.
- Bigger battery capacity – Speaking of battery, Samsung managed to pack an enormous 5,000 mAh battery inside the S24 Ultra by utilizing every internal space efficiently.
In the areas that matter most for real-world usage, the thin bezels translate into concrete improvements that are more than just cosmetic. It shows how maximizing screen area enhances more than just aesthetics.
The Future of Bezel Design
With a game-changing 94% screen-to-body ratio, where can Samsung and smartphone bezels go from here? Here are some possibilities for future models:
- Completely bezel-less – 100% ratio with zero bezels is unlikely due to durability concerns, but future engineering could get extremely close to that threshold.
- Camera and sensors under the display – The latest under-screen camera and fingerprint reader technologies will eventually allow embedding front-facing hardware completely behind the display.
- Expanding screen sizes – With less space consumed by bezels, Samsung and others can offer even larger displays while keeping phones compact enough for comfortable use.
- New form factors – Reducing wasted space could allow radical new designs like wraparound and rollable displays.
- Focus on durability and ergonomics – Further improving drop resistance and one-handed usability will become higher priorities than slimming bezels even further.
The Galaxy S24 Ultra demonstrates that Samsung is still pushing boundaries and breaking new ground when it comes to smartphone design. We’ll have to wait until the Galaxy S25 series arrives to see what they can achieve next!
It’s clear from our in-depth look that the Samsung Galaxy S24 Ultra’s remarkably thin bezels and 94% screen-to-body ratio represent a new high point. The nearly bezel-less design showcases Samsung’s technical prowess as well as their user-centric focus on creating more immersive experiences.
While refining beloved features like the 108MP camera and S Pen support certainly help make the S24 Ultra appealing, it’s the minimization of bezels that truly impresses. It demonstrates smartphones still have new frontiers of innovation waiting to be explored and conquered.
The Galaxy S24 Ultra provides a tantalizing glimpse into the future of smartphone design. One where device size and screen size no longer need to be compromises thanks to engineering that practically eliminates wasted space. If you’re an avid Samsung fan or just appreciate technology that pushes boundaries, the Galaxy S24 Ultra delivered emphatically.
It’s clear from our in-depth see that the Samsung System S24 Ultra’s astoundingly lean bezels and 94% screen-to-body proportion speak to a modern tall point. The about bezel-less plan exhibits Samsung’s specialized ability as well as their user-centric center on making more immersive encounters.
Whereas refining cherished highlights just like the 108MP camera and S Write back certainly offer assistance make the S24 Ultra engaging, it’s the minimization of bezels that genuinely inspires. It illustrates smartphones still have unused wildernesses of development holding up to be investigated and prevailed.
The Universe S24 Ultra provides a tantalizing see into the longer term of smartphone plan. One where gadget estimate and screen measure now not ought to be compromises thanks to designing that for all intents and purposes kills squandered space. On the off chance that you’re an ardent Samsung fan or fair appreciate innovation that pushes boundaries, the Universe S24 Ultra conveyed earnestly.
Looking ahead, it’ll be energizing to see in the event that and how Samsung can thrust bezel optimization indeed assist. Totally dispensing with bezels may not be reasonable due to strength needs. In any case, proceeding to implant front-facing components behind the show might offer assistance inch closer to that 100% proportion turning point.
Past Samsung, it remains to be seen on the off chance that competitors like Apple and Google will react with their possess ultra-thin bezel plans within the future. The smartphone industry has continuously flourished on this jump energetic of brands one-upping each other. On the off chance that so, customers around the world will be the genuine winners, enjoying even more progressed gadgets as a result.
Meanwhile , the System S24 Ultra has staked Samsung’s claim as the undeniable pioneer when it comes to maximizing show and minimizing diversions. The outwardly shocking bezel sizes set a unused benchmark that will be difficult for even Samsung themselves to outperform. But in the event that history is any sign, the next generation of Universe S will definitely thrust the limits indeed more distant.