Apple’s iPhone 16 lineup is finally here, and it’s definitely an interesting one. Not only did the base models like the iPhone 16 get features that were exclusive to the Pro models from last year, but now Apple has added the all-new Camera Control across the entire lineup while also making the iPhone 16 Pro and iPhone Pro Max models more, well, pro than ever before.
But what if you already have an iPhone 15 Pro? Should you upgrade to the iPhone 16 Pro? Let’s break it all down.
The iPhone 16 Pro and iPhone 15 Pro look very similar in terms of design, but there are some new hardware additions that Apple added this year. Both the iPhone 15 Pro and iPhone 16 Pro feature titanium and the flat edges that Apple has been using since the iPhone 12 line. Even the triple-lens camera layout remains the same. The Action and volume buttons are still there, too.
However, the iPhone 16 Pro adds a new hardware element this year. It’s called Camera Control, and it’s located on the bottom right side of the titanium frame. This is a physical button that sits flush with the frame, and it can be fully pressed. It also has an integrated touch sensor that allows for slide gestures for additional control.
Aside from the Camera Control, the overall look of both devices is very similar. The iPhone 15 Pro had four colors: Black Titanium, White Titanium, Blue Titanium, and Natural Titanium. The iPhone 16 Pro has the same colors, except Desert Titanium replaces the blue option.
However, there are also slight differences with the recycled colors, as the White and Natural Titanium are brighter, and the Black Titanium appears darker with the iPhone 16 Pro. Otherwise, these are two very similar looking and feeling smartphones.
The iPhone 16 Pro and iPhone 15 Pro have the same Super Retina XDR display, which is an OLED panel. They also have always-on capabilities and ProMotion technology with a 120Hz refresh rate. Both phones have 1,000 nits typical brightness, 1,600 nits for HDR content, and 2,000 nits peak brightness for outdoor use.
However, Apple made some minor tweaks this year with the iPhone 16 Pro. While the iPhone 15 Pro had a 6.1-inch display, the iPhone 16 Pro has a 6.3-inch display, so it’s a bit larger due to reduced bezels. The iPhone 16 Pro can also be set to a minimum brightness of 1 nit in low-light environments, making it more comfortable to look at in a dark room or at night.
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Apple also uses the latest generation Ceramic Shield for the iPhone 16 Pro, while the iPhone 15 Pro has the previous generation. However, Apple claims both versions are “tougher than any smartphone glass,” so you should expect good drop resistance across both. However, from personal experience, small scratches may be a different story.
Apple made some nice improvements to the camera system on the iPhone 16 Pro, making it better than its predecessor in more ways than one.
The iPhone 15 Pro has a 48-megapixel primary camera, a 12MP ultrawide camera, and a 12MP telephoto lens that can only achieve a 3x optical zoom. Because of size constraints, Apple could not fit its newer telephoto lens with 5x optical zoom into the iPhone 15 Pro, only the iPhone 15 Pro Max. The TrueDepth front camera is 12MP.
With the iPhone 16 Pro, you get a new 48MP Fusion camera (a new term for “wide” or “main”), a 48MP ultrawide camera, and a 12MP telephoto with 5x optical zoom. That’s right — thanks to the slightly larger physical size of the iPhone 16 Pro, it now gets the 5x optical zoom that was missing last year. The TrueDepth front camera is still just 12MP though.
The iPhone 16 Pro also has some new photography and video tricks that you won’t get on the iPhone 15 Pro. That includes 48MP macro photography, 4K Dolby Vision video recording, improved studio-quality four-mic array, wind noise reduction, audio mix, and more.
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Though the iPhone 15 Pro still has a good camera system, the iPhone 16 Pro is definitely a step up. And if you tend to take more professional videos, then it’s a no-brainer to go with the iPhone 16 Pro.
The iPhone 15 Pro originally shipped with iOS 17 and is upgradable to iOS 18. You can expect around five or so more years of support from Apple, as the company doesn’t give specific numbers like its competitors.
The iPhone 15 Pro (and its larger sibling) meets the minimum requirement for Apple Intelligence features in iOS 18 since it has the A17 Pro chip and 8GB RAM. In daily use, the iPhone 15 Pro has held up pretty great — apps and games open up quickly, switching between apps is fast and seamless, and everything basically runs without a hitch.
But the iPhone 16 Pro takes things to another level. It has the new A18 Pro chip, which Apple claims has a 20% increase in memory bandwidth, 2x boost at hardware-accelerated ray tracing, and 20% improvement in sustained performance. It should also be more power efficient than its predecessor, though this didn’t bear out in our battery tests.
The iPhone 16 Pro was built from the ground up to get the most out of Apple Intelligence. And with the Camera Control, you’ll be able to get Visual Intelligence, which won’t be coming to the iPhone 15 Pro. Visual Intelligence is like Google Lens, but utilizes Apple Intelligence and Siri. The iPhone 15 Pro is no slouch, but we’ll have to wait until Apple Intelligence launches to judge how well the iPhone 16 Pro handles it.
The iPhone 15 Pro has a 3,274mAh battery, which equates to about 23 hours of streamed video playback, according to Apple. In our personal use with an iPhone 15 Pro for the past year, the battery life started out strong in the beginning, but nowadays it does need a charge in the middle of the day to get through the entire day.
The iPhone 16 Pro battery appears slightly bigger than the one from last year. However, it doesn’t seem to make much of a difference. Apple claims about 27 hours of streamed video playback with the iPhone 16 Pro, but the battery regularly dropped under 20% within 12 hours during testing. If you’re looking for significantly longer battery life, you won’t find it here.
As far as charging goes, Apple did not make any improvements on the iPhone 16 Pro in regards to the wired charging speed, as it remains the same as before (50% charge in 30 minutes with 20W adapter). But for wireless charging, it can now get up to 25W wireless MagSafe charging, up from 15W previously.
If you already have an iPhone 15 Pro, then it may be hard to recommend upgrading to the iPhone 16 Pro. After all, the iPhone 15 Pro is capable of running Apple Intelligence features with iOS 18, and it’s still a very good phone a year after its release.
However, if you want access to the new Camera Control, which unlocks Visual Intelligence, as well as the improved 48MP ultrawide lens and 5x optical zoom capabilities, then the iPhone 16 Pro may be worth upgrading to. Also, if you can take advantage of a trade-in deal that can get you up to $1,000 off the iPhone 16 Pro, it may be worth pulling the trigger for that alone. It’s not an absolutely necessary upgrade, but if you find a good deal and think you’d get a lot out of the Camera Control and new camera sensors, it’s worth considering.
Cloudflare unveils 12th-gen servers with AMD’s 96-core EPYC 9684X Genoa-X CPUs — promises up to 145% more RPS, 63% better efficiency, and enhanced AI capabilities
Cloudflare has announced the deployment of its 12th generation servers, powered by AMD EPYC 9684X Genoa-X processors, delivering improved performance and efficiency across its infrastructure.
The new processor has 96 cores, 192 threads, and a massive 1152MB of L3 cache – three times that of AMD’s standard Genoa processors.
This substantial cache boost helps reduce latency and improve performance in data-intensive applications, with Cloudflare saying Genoa-X delivers a 22.5% improvement over other AMD EPYC models.
Updated AI developer products
According to the cloud provider, the new Gen 12 servers can handle up to 145% more requests per second (RPS) and offer a 63% increase in power efficiency compared to the previous Gen 11 models. The updated thermal-mechanical design and expanded GPU support offer enhanced capabilities for AI and machine learning workloads.
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The new servers are equipped with 384GB of DDR5-4800 memory across 12 channels, 16TB of NVMe storage, and dual 25 GbE network connectivity. This configuration enables Cloudflare to support higher memory throughput and faster storage access, optimizing performance for a range of computationally intensive tasks. Additionally, each server is powered by dual 800W Titanium-grade power supply units, providing greater energy efficiency across its global data centers.
Cloudflare is keen to stress these improvements are not just about raw power but also about delivering more efficient performance. The company says the move from a 1U to a 2U form factor, along with improved airflow design, reduced fan power consumption by 150W, contributing to the server’s overall efficiency gains. The Gen 12 server’s power consumption is 600W at typical operating conditions, a notable increase from the Gen 11’s 400W but justified by the significant performance improvements.
The new generation also includes enhanced security features with hardware root of trust (HRoT) and Data Center Secure Control Module (DC-SCM 2.0) integration. This setup ensures boot firmware integrity and modular security, protecting against firmware attacks and reducing vulnerabilities.
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The Gen 12 servers are designed with GPU scalability in mind, supporting up to two PCIe add-in cards for AI inference and other specialized workloads. This design allows Cloudflare to deploy GPUs strategically to minimize latency in regions with high demand for AI processing. Looking ahead, Cloudflare says it has begun testing 5th generation AMD EPYC “Turin” CPUs for its future Gen 13 servers.
Separately, Cloudflare has introduced big upgrades to its AI developer products. Workers AI is now powered by more powerful GPUs across its network of over 180 cities, allowing it to handle larger models like Meta’s Llama 3.1 70B and Llama 3.2, and tackle more complex AI tasks. AI Gateway, a tool for monitoring and optimizing AI deployments, has been upgraded with persistent logs (currently in beta) that enable detailed performance analysis using search, tagging, and annotation features. Finally, Vectorize, Cloudflare’s vector database, has reached general availability, supporting indexes up to five million vectors and significantly lowering latency. Additionally, Cloudflare has shifted to a simpler unit-based pricing structure for its three products, making cost management clearer.
The consensus during the launch of a new PC hardware component is that it is faster or more powerful compared to the outgoing model or competition. But that may not be the case with Intel’s latest Arrow Lake-S CPUs. The first crop of Intel’s Core Ultra 200S desktop processors was officially unveiled yesterday and features five new SKUs led by the Core Ultra 9 285K.
By itself, the latest flagship is a very capable chip, but Intel says it is (in most cases) on par with last-gen’s Core i9-14900K. The catch here is that the entire Arrow Lake-S lineup consumes less power, thus generating less heat. That is great news for general consumers and enthusiasts who are particularly worried about high electricity costs and thermal management.
But based on what we know so far, how does it fare against AMD’s best CPU, the Ryzen 7 7800X3D? Let’s dig deeper.
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The AMD Ryzen 7 7800X3D based on the Zen 4 architecture was launched in April 2023 and was announced as a successor to the Ryzen 7 5800X3D. This chip is currently one of the best CPU options for gamers until AMD decides to launch 3D V-cache variants of the Ryzen 9000 series.
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Intel’s Core Ultra 9 285K processor is the top-of-the-line desktop CPU offering under the newly launched Arrow Lake-S series. The new chip will go on sale with the entire Core Ultra 200S lineup starting October 24, 2024.
The Ryzen 7 7800X3D was originally launched at an MSRP of $450, but you can get it for about $430 at stores like Best Buy and Micro Center. The new Core Ultra 9 285K is a lot more expensive and will retail at $589.
The new Core Ultra 9 285K offers high-tier specs, offering a lot more cores, threads, and higher clock speed capabilities. While Intel claims lower power consumption compared to 14th-gen, the Ryzen 7 7800X3D operates at 120W, which is lower than the base TDP of the Core Ultra 9 285K.
AMD also has an edge when it comes to cache. Thanks to the implementation of 3D V-Cache technology, the combined 104MB is miles ahead of 76MB on the Core Ultra 9 285K. This will particularly work in favor of the Ryzen 7 7800X3D when it comes to gaming.
The new Arrow Lake-S lineup is a big step for Intel in terms of architecture. Following the same path as the latest Lunar Lake mobile chips, the new Core Ultra 200S CPUs feature a tiled architecture with Lion Cove P-Cores and Skymont E-cores packed using Intel’s Feveros technology. Intel is also ditching hyper-threading in an attempt to reduce power consumption and, at the same time, improve multithread performance.
The new Arrow Lake-S is also the first desktop class of CPUs from Intel that comes with a built-in neural processing unit (NPU), meaning it can handle AI tasks more efficiently. There’s also native support for faster DDR5 memory, the latest connectivity options, and a new Thread Director.
We haven’t put the new Core Ultra 9 285K on the test bench yet, nor has Intel shared any substantial performance numbers. But judging by the claims, if the Core Ultra 9 285K is indeed as powerful as the Core i9-14900K, then it is safe to assume that Intel’s latest flagship is going to be faster than the Ryzen 7 7800X3D in both single-core and multi-core performance.
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Gaming is where we expect to see the complete opposite results. The Ryzen 7 7800X3D, thanks to its impressive 3D V-Cache, will likely continue to lead in almost every single gaming title compared to the Core Ultra 9 285K. In fact, the 7800X3D offers similar gaming performance as the more expensive Ryzen 9 7950X3D.
We haven’t tested the Core Ultra 9 258K yet, so we don’t have exact performance numbers. Before we do, we can’t say exactly how it stacks up against the 7800X3D and which you should necessarily buy.
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At $589, the new Core Ultra 9 285K comes at a launch price that is comparable to the Core i9-14900K. However, you can grab the latter for about $500, considering you are prepared to deal with higher power consumption and own a powerful cooling solution.
If you are planning to build a new system for pure gaming purposes, though, the Core Ultra 9 258K looks like it may have trouble matching up against the cheaper Ryzen 7 7800X3D. Heck, even AMD’s latest-gen Zen 5 processors are struggling to compete against that chip. Granted that you get fewer cores and threads, but this Zen 4 chip continues to lead the charts, offering the best gaming experience without consuming insane amounts of power. On the other hand, we’ll have to wait until we have the Core Ultra 9 258K on our test bench before we give it a final verdict.
Millions of people in Florida are currently going through the Hurricane Milton crisis. To help the affected people, T-Mobile deployed its emergency response teams to secure reliable communication services a couple of days ago. Now, the other major telecom operators including AT&T and Verizon are stepping in by offering free calling, text, and data services to those impacted by Hurricane Milton in Florida.
AT&T and Verizon are waiving off charges for those impacted by Hurricane Milton in Florida
AT&T and Verizon, both have announced they will offer free services to help those impacted by Hurricane Milton. Verizon, the leading telco in the US, will waive charges for calling, texting, and data usage for subscribers in 33 Florida counties. The company will offer free services to postpaid and Verizon Small Business consumers who are most affected by the storm. The brand will waive charges for its services from October 9th through October 23rd for qualified subscribers living in many Florida counties.
Notably, Verizon consumers who do qualify don’t have to do anything to get their domestic calling, texting, and data services waived. Furthermore, if your billing cycle has already closed, then the charges will be automatically credited back as overages. Also, Verizon consumers with an iPhone 14 or higher model can use Emergency SOS via Satellite. However, their iPhones need to be on the latest iOS 18 version.
AT&T will not charge for its services for four weeks to ensure continued connectivity
Coming to AT&T, it is also offering free data, calling, and texting services to the victims of Hurricane Milton. Notably, the telecom operator will waive charges for its services for four weeks, until November 7th, 2024. The brand’s both prepaid and postpaid consumers in specific ZIP codes are being helped during the Hurricane Milton crisis.
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The brand noted that its subscribers may continue to receive usage alerts during the aforementioned period. However, their accounts will reflect the credits and/or waived data, voice, and text charges.
Pokémon developer Game Freak has confirmed it suffered a breach as troves of internal materials pertaining to the franchise — from source codes to early and, in some cases, scrapped character designs — hit social media this weekend. In a published on Thursday (translated from Japanese), the company said it discovered its servers were hacked in August and that sensitive employee information had been leaked. It did not address the Pokémon leaks, though the bulk of this content appears to have been published online after the statement was released.
Leaked documents and images flooded and X after began dumping it all on Saturday afternoon. The “Teraleak” files, as some fans are calling it, allegedly include source codes for past games such as Pokémon HeartGold and SoulSilver, codenames for the Switch 2 and the upcoming Gen 10 Pokémon games — “Ounce” and “Gaia,” respectively — references to an in-development Pokémon MMO, and internal discussions from design meetings. There are also details on the purported unreleased Detective Pikachu sequel and other planned Pokémon movies, as well as a new anime series.
The scope of the leak is enormous, exposing tons of beta character designs and concept art in addition to the source codes. Neither Nintendo nor The Pokemon Company has publicly acknowledged the leak yet. Engadget has reached out for comment. Game Freak said in its statement that it’s strengthening its security and apologized to those affected by the breach, noting that the unauthorized third-party accessed the personal information of over 2,600 current and former workers.
Tesla made sure its Optimus robots were a big part of its extravagant, in-person Cybercab reveal last week. The robots mingled with the crowd, served drinks to and played games with guests, and danced inside a gazebo. Seemingly most surprisingly, they could even talk. But it was mostly just a show.
It’s obvious when you watch the videos from the event, of course. If Optimus really was a fully autonomous machine that could immediately react to verbal and visual cues while talking, one-on-one, to human beings in a dimly lit crowd, that would be mind-blowing.
Attendee Robert Scoble posted that he’d learned humans were “remote assisting” the robots, later clarifying that an engineer had told him the robots used AI to walk, spotted Electrek. Morgan Stanley analyst Adam Jonas wrote that the robots “relied on tele-ops (human intervention)” in a note, the outlet reports.
There are obvious tells to back those claims up, like the fact that the robots all have different voices or that their responses were immediate, with gesticulation to match.
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It doesn’t feel like Tesla was going out of its way to make anyone think the Optimus machines were acting on their own. In another video that Jalopnik pointed to, an Optimus’ voice jokingly told Scoble that “it might be some” when he asked it how much it was controlled by AI.
Another robot — or the human voicing it — told an attendee in a stilted impression of a synthetic voice, “Today, I am assisted by a human,” adding that it’s not fully autonomous. (The voice stumbled on the word “autonomous.”)
Musk first announced Tesla’s humanoid robot by bringing what was very clearly a person in a robot suit on stage, so it’s no surprise that the Optimuses (Optimi? Optimodes?) at last week’s event were hyperbolic in their presentation. And people who went didn’t seem to feel upset or betrayed by that. But if you were hoping to have any sense of how far along Tesla truly is in its humanoid robotics work, the “We, Robot” event wasn’t the place to look.
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