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Snapdragon vs MediaTek in 2026: Which Phone Should You Buy? — Transcript

by Azxu Does TechStuff · 4,145 words · 644 segments · language en · Watch on YouTube

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0:00Imagine you are shopping for a new
0:01Android phone. One box says Snapdragon,
0:04the other says MediaTek. You look up the
0:07new flagship processors and the answer
0:09seems obvious. Qualcomm's top Snapdragon
0:11can reach 5 GHz. MediaTek's dimensity
0:14goes up to 4.55. Bigger number, faster
0:17phone. Case closed, right? Then two of
0:20the first phones using those chips are
0:21tested with the same version of Antutu.
0:24The Snapdragon phone scores 4,443,544.
0:29The MediaTek phone scores 4,460,761.
0:34That is a gap of less than half of 1%.
0:37And the one with the lower clock speed
0:39has the slightly higher total. Before
0:41anyone starts ordering the winner a
0:43trophy, those are two different phones.
0:45Their screens, cooling, memory,
0:48software, and batteries are different.
0:50One benchmark run cannot settle a
0:52processor war. But it can expose a very
0:55good question. If the headline speeds
0:57make the answer look simple, why does
0:59the actual experience look complicated?
1:02That is what we are finding out today.
1:04We will separate the newest chips from
1:05last year's chips, compare results from
1:07real phones, look at what happens after
1:09the first few minutes of gaming, and
1:11then answer the only question worth
1:13spending money on. Which one should you
1:15buy for the way you use your phone? One
1:18ground rule before we start. When I say
1:20a company claims a performance gain,
1:22that is the company's testing. When I
1:24say an independent reviewer measured
1:26something, that is a result from the
1:27phone they tested. Those two things
1:29belong on the screen with different
1:31labels. If Snapdragon naming feels like
1:34a puzzle made by someone who had too
1:35much coffee, you are not alone. As of
1:38late September 2026, Qualcomm has two
1:40newlyannounced top chips. Snapdragon 8
1:43Elite Gen 6 and Snapdragon 8 Elite
1:46Extreme Gen 6. Extreme sits above the
1:49regular Elite Gen 6. Qualcomm also sells
1:51the Snapdragon 8 Gen 5 without the word
1:54Elite and older phones still use last
1:56year's 8 Elite Gen 5. Those are
1:59different processors. A phone advertised
2:01as Snapdragon 8 has not told you enough.
2:04MediaTek has also split its new flagship
2:07family. The Demensity 9,600 Pro is its
2:10new top tier chip. The 9,600M
2:13is a separate lower position chip. Both
2:16have 9,600 in the name. That does not
2:19make them the same silicon. Here are the
2:21phones that make this story real. The
2:24Xiaomi 18 Pro Max uses Snapdragon 8
2:26Elite Extreme Gen 6. The smaller Xiaomi
2:2918 Pro uses the regular 8 Elite Gen 6.
2:33Motorola has announced its signature 27
2:35with the Extreme chip with more details
2:37coming in November. On MediaTek's side,
2:39Vivo's X500 Pro and Pro Max use the
2:43Demenity 9,600 Pro, while the standard
2:46X500 uses the 9,600M.
2:49OPPO has announced that its future Find
2:51X10 Pro Max will use the 9,600 Pro in
2:54international markets. These launches
2:56are brand new, and the first wave of
2:58phones is not equally available
3:00everywhere. If you are buying today in
3:02the United States or the UK, it is more
3:04useful to know the established examples,
3:06too. The Samsung Galaxy S26 Ultra and
3:09OnePlus 15 use Snapdragon 8 Elite Gen 5.
3:13The Oppo Find X9 Pro uses Demenity
3:169,500.
3:17Those are last generation chips, but
3:19there is much more independent phone
3:21testing for them. So, this video has two
3:23levels. The new 2nanometer chips show
3:26where the fight is going. The existing
3:28phones tell us what happens when the
3:30marketing meets a pocket, a warm hand, a
3:32long game, and a battery at 20%. A
3:34smartphone chip is more than a CPU.
3:37Think of it as a compact team. The CPU
3:40handles general instructions, opening
3:42apps, loading a web page, some of the
3:44hard work inside a game. The GPU draws
3:47the game world and helps with graphical
3:49effects. A dedicated image processor
3:51helps turn sensor data into photos and
3:53video. An NPU accelerates certain AI
3:56tasks, and the modem handles mobile
3:59connections. Then the phone manufacturer
4:01chooses a battery, display, camera
4:03sensors, heat spreader, memory, and
4:06software settings around that chip. If
4:08you judge the whole team by the CPU's
4:10maximum clock speed, you have learned
4:12one fact about one player. 5 GHz means a
4:16core can briefly run at that speed under
4:18the right conditions. It does not mean
4:20every core runs at 5 GHz for a half hour
4:23gaming session. Nor does it tell you how
4:25much work that core completes per cycle,
4:27how much power it needs, or how quickly
4:29the phone gets too hot to hold. The
4:31latest top chips from both companies are
4:33made using a two nanometer process. That
4:36is an important manufacturing
4:37generation, but 2 nanome is a process
4:40name. It is not a promise that every
4:43phone using it has identical heat,
4:45speed, or battery life. Each
4:47manufacturer makes different design
4:48choices, and the phone around the chip
4:50matters enormously. Qualcomm uses its
4:53own Orion CPU design in the new Elite
4:56Gen 6 chips. Two prime cores that can
4:58reach 5 GHz alongside six performance
5:01cores. The Extreme model gets more
5:03ambitious graphics and AI hardware.
5:06MediaTek uses ARM's new C2 family in a 2
5:09+ 3 + 3 arrangement. Two C2 ultra cores
5:12up to 4.55 GHz, then six C2 Pro cores
5:16split between two speed groups. Both are
5:19serious 8 core designs. Their clock
5:21speeds are a poor shortcut for comparing
5:23different architectures. The
5:24manufacturers advertise large
5:26improvements over their own previous
5:28chips. Qualcomm lists a 13% CPU
5:31performance increase and a 44% GPU gain
5:34for Extreme. MediaTek lists up to 17%
5:38faster single core, 15% faster
5:40multi-core, and 27% higher peak GPU
5:43performance for the 9,600 Pro. Here is
5:47the trap. Those numbers use different
5:49previous products and tests. 17 minus 13
5:52is not a 4% MediaTek victory. It is just
5:56bad maths wearing a lab coat. Now, let
5:58us talk about the numbers everyone puts
6:00in thumbnails. A CPU test like Geekbench
6:03measures a set of processing workloads.
6:05Its single core and multi-core results
6:07can reveal strengths, but they are not a
6:09stopwatch for every real app. A graphics
6:12test like 3D Mark pushes the GPU through
6:14a controlled scene. Solar Bay includes
6:17ray tracing, a lighting technique that
6:19some games use, and Tutu combines
6:21several parts of a device into a total
6:23score. None of these tells the full
6:25story by itself. There is another rule.
6:28Compare the same test version. Geekbench
6:316 and Geekbench 7 are different scoring
6:33systems, and Tutu versions also change.
6:36A score from one version should not go
6:38next to a score from another as though
6:40they were on the same ruler. And even
6:42with the same app, a result from a roomy
6:44reference phone supplied by a chip
6:45company does not automatically predict a
6:48thin retail phone. Most important,
6:50distinguish peak from sustained
6:52performance. If a phone runs a graphic
6:54scene once, it can spend its budget all
6:56at once. In a long gaming session, heat
6:59accumulates. The phone then reduces
7:01clocks or power to protect itself and
7:04stay within its temperature limits. That
7:06is thermal throttling. It is normal. The
7:08degree of throttling and what you feel
7:10in your hands are what vary. 3D Mark
7:12stress tests repeat a graphics workload
7:14around 20 times to reveal that behavior.
7:17Game frame rates need the same care.
7:19Average 60 frames per second can
7:21describe a beautiful stable line or a
7:24session that keeps dipping to 30 and
7:26recovering. A 1% low measurement looks
7:28at the slowest slice of the experience.
7:31It helps reveal those unpleasant dips.
7:33It is still only meaningful when the
7:35game settings, test scene, software
7:37version, and measuring conditions are
7:39comparable. And here is one more
7:41complication. Some games cap certain
7:44phones at 60 frames, even when the
7:46hardware could do more. In a real game
7:48test earlier this year, Android
7:49Authority found that game specific
7:51settings limited the dimensity equipped
7:53OPPO in one title, while a Snapdragon
7:55phone could run at a higher setting. A
7:57chip can be powerful enough on paper and
8:00still run into a game's device support
8:01list. If your favorite title matters,
8:04check that title on the exact phone.
8:06With those rules in mind, we can finally
8:08look at the first new generation results
8:10without getting fooled by a single giant
8:12number. Ant22's reviewers tested the
8:14Xiaomi 18 Pro Max with Snapdragon 8
8:17Elite Extreme Gen 6 and the Vivo X500
8:20Pro Max with Demenity 9,600 Pro. Both
8:24articles report Ant22V 12.0.1
8:27open beta 1. The Xiaomi scored
8:304,443,544.
8:34The Vivo scored 4,460,761.
8:38The difference is roughly 0.4%.
8:41That is close enough to call a practical
8:43tie in this snapshot. Even the
8:45individual CPU and GPU parts of the
8:47Ant22 score lean toward the Vivo despite
8:50Qualcomm's higher headline CPU clock.
8:53Please do not turn that sentence into
8:55MediaTek has the faster CPU. Ant22's
8:58component scores depend on the entire
9:00device, its tuning, and that benchmark's
9:02workload. It is a clue worth testing
9:04further, not a universal law. What
9:07happens when the reviewers play games?
9:09In honor of Kings, both phones averaged
9:11about 120 frames per second over the
9:14reported half-hour test. In Ginchin
9:16Impact, both averaged around 60. The
9:19Vivos reported 1% low was 59.4 frames
9:23compared with 50.9 for the Xiaomi. But
9:26the highest measured front temperature
9:27in that Genchin run went the other
9:29direction around 40° C on the Vivo and
9:3237.4 on the Xiaomi. Then the tougher
9:36Hankai Star Rail run changes the picture
9:38again. Both average just under 60. The
9:41Vivo reports a 1% low of 39.9. The
9:45Xiaomi reports 28.3. Yet the Vivo
9:48reaches a higher measured front
9:50temperature, 46.9° C, compared with 44.2
9:54two on the Xiaomi. A lower frame dip and
9:57a cooler hand are different kinds of
9:59victories. And in these two phones, they
10:01did not travel together. These are
10:03reviews published days apart. Not a
10:05single controlled experiment in the same
10:07room with synchronized game scenes. They
10:10also test two large phones with
10:12different displays, cooling systems, and
10:14software. We should show the results as
10:16an early snapshot, not put a golden
10:18crown over either chip. But the results
10:21do tell us this. Both new flagships are
10:23extremely capable in popular games, and
10:26demanding play still creates trade-offs
10:28between frame stability and heat. There
10:30is a second Qualcomm result worth
10:32knowing. Android Authority tested an
10:34Extreme Gen 6 reference device and found
10:37roughly 10% better Geekbench 6 single
10:40core performance than its previous
10:41Snapdragon reference phone. Multicore
10:44improved only around 1 and a.5% in that
10:46particular test. Graphics rose about 19%
10:49in Wildlife Extreme and 26% in Solar
10:53Bay. The big GPU progress is
10:55interesting. The small multi-core change
10:57is a reminder that 5 GHz does not
10:59automatically transform every workload.
11:02And because that device was a reference
11:04design, wait for retail phone tests
11:06before promising those exact gains to a
11:08buyer. New chip reviews are exciting,
11:11but the better controlled comparison
11:12came from two Oppo phones. Android
11:15Authority tested the Find X9 Ultra with
11:17Snapdragon 8 Elite Gen 5 against the
11:20Find X9 Pro with Demenity 9,500.
11:24Same phone maker, similar software
11:26approach, and fixed resolution graphics
11:28tests that reduce the screen resolution
11:30problem. They are still different
11:32devices, but this comes closer to
11:34isolating the chip than comparing a
11:36Samsung to a Vivo. In Geekbench 6, the
11:39Snapdragon phone led by 13.5% in single
11:42core and 13.1% in multi-core. In a
11:45simulated productivity benchmark, it was
11:4814.8% ahead. If you have a task that
11:51genuinely pushes the CPU, Qualcomm had a
11:54measurable advantage in those phones.
11:56Graphics were a different story. The
11:58Demensity phone led the single run
11:59wildlife extreme test by 5.9%.
12:03It led Solar Bay, which includes ray
12:05tracing, by 13.3%.
12:07That does not mean every game runs 13%
12:10faster. It means this specific graphics
12:12workload favored the MediaTek phone.
12:14Then the stress test ran longer. The
12:16Snapdragon phone moved ahead after a
12:18couple of minutes and held an advantage
12:20for part of the run. Later, both phones
12:23throttled and their results moved closer
12:24together. The Demensity phone stayed
12:27below 40° C in the reviewer's
12:29measurements, while the Snapdragon phone
12:31approached 49 before throttling heavily.
12:33The result for a gamer holding the phone
12:35is more than a chart. Those temperatures
12:37feel different. We cannot say the chip
12:39alone caused that gap. The Ultra and Pro
12:42have different bodies, heat spreaders,
12:44and other parts. What we can say is that
12:46Snapdragon always wins games, and
12:49MediaTek always runs hotter. Both fail
12:52this particular real phone test.
12:54Snapdragon had the CPU lead. Demensity
12:57could win initial graphics and ray
12:59tracing. The sustained outcome and
13:01comfort depended on the phone. This is
13:03why I would rather see a reviewer play a
13:05demanding game for 30 minutes than show
13:08me one screenshot of a cold phone
13:10benchmark. The first minute tells you
13:12how fast a phone can sprint. Your hands,
13:15battery, and frame time graph tell you
13:17whether you enjoy the marathon. Let us
13:19turn those charts into buying
13:21situations. If you play a quick match of
13:23a well optimized competitive game,
13:25either new flagship has more than enough
13:27hardware for the high frame rates the
13:29game allows. Your display, touch
13:31response, connection, and whether the
13:33title unlocks its highest setting can
13:36matter more than a tiny difference in a
13:37synthetic score. If you play Genchin,
13:40Star Rail, or another demanding game for
13:42a long session, ask three questions.
13:45Does the average frame rate stay near
13:47your target? Are there frequent dips?
13:50And is the phone still comfortable to
13:52hold after 20 or 30 minutes? An average
13:54of 59 with repeated stutters can feel
13:57worse than a stable 55. A cool phone
14:00that quietly reduces frames is not a
14:02perfect win either. You want the
14:04combination that fits you. This is also
14:07why a gaming phone with a fan or a much
14:09larger cooling system can behave
14:11differently from a slim camera flagship
14:13using the same chip. Android authorities
14:16earlier testing found very different
14:18sustained behavior among Snapdragon 8
14:20Elite Gen 5 phones. One particular
14:23OnePlus 15 review unit even stopped a
14:26demanding graphic stress test due to
14:28heat, while other phones with that chip
14:30completed it. That was a result for that
14:32unit and software at that time, not a
14:34prediction that every OnePlus 15 will do
14:36the same forever. Battery is even easier
14:39to misread. In Ant22's 6-h hour mixeduse
14:42routine, the Xiaomi 18 Pro Max finished
14:45with 52% remaining and the Vivo X500 Pro
14:48Max with 50%. At first glance, you might
14:51say Snapdragon wins battery, but the
14:54Xiaomi has an 8,500 MIA battery. The
14:57Vivo has 8,000. The screens, software,
15:01radio conditions, and brightness also
15:03affect drain. 2% remaining is not a
15:06laboratory measurement of silicon
15:07efficiency. The same principle applies
15:09outdoors in summer heat, on a long video
15:12call, or while recording highresolution
15:14video. A phone begins closer to its
15:16thermal limit in a hot environment. Its
15:19screen may be brighter, its modem may
15:21work harder in weak coverage, and its
15:23camera pipeline may run continuously. A
15:25cool room benchmark cannot guarantee the
15:27same experience there. We do not have a
15:30controlled hot weather faceoff for these
15:32two new retail phones yet. So, anyone
15:34announcing a universal hot weather
15:36winner is getting ahead of the evidence.
15:38When you watch phone reviews, look for
15:40the battery capacity, the actual runtime
15:42under a defined workload, and the test
15:44conditions. Then ask whether the larger
15:46battery makes the extra weight worth
15:48carrying. Buying a phone is a whole
15:50device decision. The processor is
15:52important, but it does not get to take
15:54credit for every milliamp hour in the
15:56box. Now, imagine you rarely game. You
15:59film travel clips, take night photos,
16:01and edit video on your phone. Does
16:03Snapdragon or MediaTek win for you? The
16:06answer begins with what a chip supports,
16:08and ends with what the phone delivers.
16:10Qualcomm's Extreme Gen 6 platform lists
16:13triple 20bit image processors, support
16:15for highresolution cameras, 8K at 60
16:18frames per second, and 4K slow motion at
16:21240. MediaTek's Demensity 9,600 Pro
16:25lists its Imagic image processor, 8K 60,
16:284K 240 slow motion, and support for
16:31advanced HDR capture. Those are
16:34impressive toolkits. They do not install
16:36the same camera sensor, lens,
16:38stabilization motor, image processing,
16:40or recording mode into every phone.
16:43Consider the Vivo X500 Pro Max. Its
16:46camera system includes Vivo's own
16:47imaging hardware and software alongside
16:50the MediaTek chip. A photo shot on that
16:52phone is the output of the whole system.
16:54Likewise, the Xiaomi's photos are the
16:56product of Xiaomi's sensors and choices
16:58working with Snapdragon. If a reviewer
17:00likes one phone's night image, calling
17:02the processor brand the sole winner
17:04would leave out most of the camera. For
17:06a creator, compare actual video samples,
17:09faces under mixed lighting, bright skies
17:11beside dark buildings, motion while
17:14walking, lens switching, and how long
17:16the phone records before heat or storage
17:18becomes a problem. Check whether the
17:20exact resolution and frame rate you want
17:22are available on the lens you intend to
17:24use. The chip supports 4K 240 is not the
17:28same promise as this phone records every
17:30lens at 4K 240 with all stabilization
17:33modes enabled. The latest chips also
17:36advertise new ondevice AI. Qualcomm
17:39highlights its reworked hexagon hardware
17:41and the extreme model adds dedicated
17:43graphics hardware for certain AI
17:45assisted game rendering features.
17:47MediaTek has a powerful NPU plus a
17:49second low power NPU designed for
17:52background tasks. Both companies
17:54describe phones that learn context and
17:56do more work locally. That is the
17:58direction of development. It is not a
18:00guarantee that your favorite app will
18:01run a promised feature on launch day in
18:03your language, offline, or without a
18:06subscription. Some new rendering
18:07features require game developers to add
18:09support. For AI buying advice, demo the
18:12feature on the actual phone. If it works
18:14for something you do everyday, count it.
18:16if it lives only in a launch slide.
18:18Wait, the most revealing spec sheet
18:21example is memory. Both new top
18:23platforms can support LPDDR6 memory and
18:26UFS 5 storage. Yet, the reviewed Xiai 18
18:30Pro Max and Vivo X500 Pro Max both use
18:34LPDDR5X
18:35and UFS 4.1. There is nothing wrong with
18:39those configurations. It simply proves
18:41why reading a chipset's maximum
18:43capability as a promise about a retail
18:45phone can mislead you. There are two
18:47less glamorous topics that can matter
18:49more than a leaderboard. Staying
18:51connected and running the software you
18:53personally care about. Qualcomm lists
18:55its X1005 modem on the new Elite Gen 6
18:59platforms with support for sub6 and
19:01millimeter wave 5G, plus a fast connect
19:04system designed for future Wi-Fi 8
19:07equipment. MediaTek lists an integrated
19:095G advanced modem for the 9,600 Pro with
19:13sub6 connectivity and Wi-Fi 7. The
19:16theoretical peak figures on those pages
19:18describe ideal capabilities. They are
19:20not a promise that one phone loads a
19:22video faster on your street. Carriers
19:25use different bands. Phone makers choose
19:27antennas and regional configurations.
19:30Network conditions change by building,
19:32neighborhood, and country. If you are
19:34considering an imported Chinese flagship
19:36in the US, do the boring check. Find
19:39that exact model number, its supported
19:41bands, your carrier's requirements, eim
19:44support if you need it, and the local
19:46warranty. The fastest chip in the world
19:49is not useful if your phone has
19:50unreliable coverage where you live. What
19:53about emulation? Some Android emulator
19:56communities use replacement graphics
19:58drivers built for Adreno GPUs. that
20:01gives certain Snapdragon phones a
20:02practical software ecosystem advantage
20:04for particular games and emulators, but
20:07support is specific to the GPU
20:09generation and driver version. The brand
20:11new graphics hardware is not
20:13automatically supported by every
20:14community driver. If emulation is a
20:17major reason you are buying, search for
20:19your exact phone, emulator, game, and
20:21currently working driver. Do not buy a
20:24new flagship based on a blanket all
20:26Snapdragons emulate better sentence. And
20:29what if you are not spending flagship
20:30money? Then this debate changes.
20:32MediaTek's Demensity 8500 Ultra appears
20:36in the Poco X8 Pro. Oppo's Reno 16 Pro
20:39uses Demenity 8550 Super, while the
20:43standard Reno 16 uses Snapdragon 7 Gen
20:464. These examples show why you must
20:48compare price matched phones, not a
20:50flagship MediaTek, against a mid-range
20:52Snapdragon or the other way around. A
20:55great screen and battery with a slightly
20:56slower chip may serve you better than a
20:59faster chip inside a compromised phone.
21:01There is no honest universal mid-range
21:03winner here without choosing a country,
21:05a price, and actual models. At this
21:08level, ask what you get for your money.
21:10Storage, camera, display brightness,
21:13charging, software support, network
21:15bands, and sustained performance in the
21:18games you play. That is a much more
21:19useful shopping list than brand loyalty.
21:22Here is my verdict broken down by the
21:24person buying rather than the company
21:26selling. If you want the strongest CPU
21:28results in the more established same
21:30brand comparison, the Snapdragon 8 Elite
21:33Gen 5 in OPPO's Find X9 Ultra had a
21:36measurable lead over the Demensity 9500
21:39in the Find X9 Pro. If your work is
21:42CPUheavy, that matters. The early
21:45Extreme Gen 6 reference device testing
21:47also suggests better graphics
21:49performance than the previous Snapdragon
21:51generation, but the new retail phones
21:53still need broader repeated independent
21:55testing before we declare a
21:56generationwide performance champion. If
21:59you mostly play regular Android games,
22:01either new top chip can deliver
22:03excellent performance. Buy the phone
22:05whose sustained test shows good frame
22:07pacing and comfortable temperatures for
22:09your specific titles. The early Xiai
22:12versus Vivo numbers did not produce a
22:14simple gaming champion. The earlier
22:16OPPPO test even showed Demensity leading
22:18some singlerun graphics tests while
22:21Snapdragon le CPU tests. Context wins.
22:24If you want to emulate older platforms
22:26or run Windows games on Android,
22:29Snapdragon may be appealing because of
22:30the Adreno driver ecosystem, but verify
22:33support for the exact new GPU first. If
22:36your favorite emulator does not support
22:38it well yet, a well- tested older phone
22:40can be the smarter buy than the newest
22:42silicon. If you care about photos and
22:44video more than graphs, choose by actual
22:47camera samples, stabilization, recording
22:49modes, battery, and storage. The chip
22:52provides a foundation. The phone maker
22:54decides what you capture. The same goes
22:57for battery life. Pick a phone with
22:59measured endurance for your use rather
23:01than assuming that 2 nanome means 2 days
23:03of power. If you want a phone right now
23:05in a market where the brand new models
23:07have not launched officially, do not
23:09feel forced to wait simply because a
23:11newer benchmark exists. The Galaxy S26
23:14Ultra, OnePlus 15, and Find X9 Pro
23:18remain serious current examples with
23:20independent review coverage. Compare the
23:22prices and local support you can
23:24actually get. And if you are keeping a
23:26perfectly good phone from last year,
23:28nothing in these early numbers says you
23:29suddenly need to replace it. For a buyer
23:32on a tighter budget, I would make the
23:33short list at the same price first, then
23:36compare the complete phones. A
23:38Snapdragon 7 series phone and a
23:40Demensity 8000 series phone can each be
23:42excellent or disappointing depending on
23:44the model. The logo is not a warranty
23:47for good cameras, cool gaming, or long
23:49updates. So, Snapdragon versus MediaTek,
23:52who wins? For the new 2nm flagships, we
23:55have an exciting first round, not a
23:57final score. Qualcomm has a new extreme
24:00tier, a 5Gz headline, ambitious graphics
24:03hardware, and a broad modem feature set.
24:05MediaTek has a new two prime core
24:07design, strong early phone results, and
24:10serious camera and AI capabilities. In
24:13the first same version and tutu reviews
24:15of two large retail phone designs, their
24:17totals are almost tied under demanding
24:20games. Their frame dips, temperatures,
24:22and battery circumstances tell a richer
24:24story. The older, better controlled OPPO
24:27comparison gives us a useful pattern.
24:29Snapdragon led the CPU tests. Demensity
24:31held its own and sometimes led in
24:33graphics. Sustained performance and heat
24:36were properties of the phones we could
24:37hold, not slogans printed on the boxes.
24:40If I had to give you one rule before you
24:42spend your money, it is this. Compare
24:44the exact phones at your price in your
24:47country running your apps. Look for a
24:49long gaming test, real camera samples,
24:52measured battery life, software support,
24:54network compatibility, and a warranty.
24:57Treat the chip as one very important
24:59part of that evidence. 5 GHz makes a
25:02great headline. A phone that stays
25:03smooth, comfortable, connected, and
25:05useful for years makes a much better
25:08purchase. If you want, tell me the two
25:10actual phones you are considering in the
25:12comments, and what matters most to you.
25:14I will compare the things that change
25:16your experience, not just the size of
25:18the number on the box. And if you found
25:20this breakdown useful, subscribe. There
25:22is always another chip launch around the
25:24corner.

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