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9to5Mac did an awesome job combing through an iOS 6 build running on a prototype next-generation iPhone unit.
They were able to surface a couple interesting details which help paint a pretty accurate picture of the innards likely to power the final product.
These reportedly include a variant of the A5x chip sporting an ARM S5L8950X processing core, 1GB of RAM and “something entirely new” for the graphics subsystem…
According to Seth Weintraub, who runs 9to5 sites, he was able to uncover hardware details of Apple’s next iPhone, referenced as a model iPhone5,1 or the “N41AP”.
Hardware specs that surfaced in an iOS 6 build include an application processor identified as an ARM S5L8950X unit. This unit was also referenced in iOS 5.1 beta code alongside the S5L8945X, found in the A5X chip powering the iPad 3.
However, the S5L8950X system-on-a-chip (SoC) for the next iPhone won’t necessarily be marketed under the A6 moniker for it’s reportedly referenced internally at Apple as a variant of the A5 chip.
The author speculates that the 5L8950X is most likely manufactured at the same Samsung fab in Austin, Texas where Apple’s other A-series chips are being built.
“We’d place our money on a low power dual core processor similar to the new iPad 2 on Samsung’s 32nm fab”, Weintraub explains.
He also noted that the chip will have 1GB of RAM, adding:
The S5L8950X is a step up from the S5L8940X on the previous iPhone and the S5L8945X on the ‘new’ iPad but we’re not sure what that means in terms of cores, processor speed or fab size.
Code strings also suggest “something entirely new” for the graphics unit that appears to be the works of UK-based fables GPU maker Imagination Technologies.
The GPU chip, which will continue to be part of the SoC, is called “SGX543RC*” (the asterisk is another sensitive number that could identify people working on the device). This GPU technically does not exist yet and we don’t have specs.
The article also provides a redacted screenshot of the new 3D Maps app using Apple’s in-house tiles.
Other notable findings include the following items:
• this particular unit uses the same type of Qualcomm baseband found in the 4G iPad 3 and other prototypes have the older Qualcomm Baseband chips, but the author expects the final product to carry the latest Gobi chips that feature low-power voice/data on a variety of mobile networks, including China Mobile’s TD-LTE
The article also notes that Apple should have no trouble meeting its self-imposed October deadline, though “an earlier release is possible”.
Wrapping up, Weintraub teases “a lot more information” coming his way ahead of the WWDC, “including an entirely new iOS app from Apple”.
Very exciting development.
I, for one, was concerned that the next iPhone might have just 512MB of RAM. Luckily, that doesn’t seem to be the case and doubling the amount of memory available to the application processor will allow for smoother multitasking and faster performance overall.
As for the SGX543 GPU, it’s most likely a low-powered variant of the SGX543MP4 quad-core graphics found in the new iPad’s A5X chip, likely offering a notable step up in graphics performance compared to the A5 silicon inside the iPhone 4S.
So, what do you guys think?
Is this what you’ve been hoping for?
You're reading Iphone 5 Likely Has S5L8950X Cpu, 1Gb Of Ram And Sgx543 Gpu Variant
Fix Cxuiusvc Service High Cpu, Ram Usage On Windows 11/10
CxUIUSvc is a service of Conexant SmartAudio II driver. In theory, it should not consume much of the system’s resources such as CPU, GPU, and RAM. But in reality, this has not been the case. A lot of users have complained that CxUIUSvc Service is causing CPU, RAM usage. In this article, we are going to resolve this issue with some simple solutions.
What is CxUIUSvc Service?CxUIUSvc Service is a component of Conexant SmartAudio II Service. Cxuiusvc is also known as Conexant Utility Service, as is there on your system to allow users to control program settings related to Conexant audio chipsets. However, it is not an essential program and can be disabled.
Fix CxUIUSvc Service High CPU, RAM usageIf you are faced with CxUIUSvc Service high CPU, RAM usage issue on your Windows 11/10 computer, try the following solutions.
End the task or Restart PC
Set Cxuiusvc Service to Manual
Update Audio Drivers
Rollback Audio Drivers
Reinstall Audio Drivers
Let us talk about them in detail.
1] End the task or Restart PC 2] Set Cxuiusvc Service to ManualRead: How do I download & install Synaptics Touchpad driver on Windows 11
3] Update Audio DriversNext up, you need to try to update your Audio Drivers as the issue can be a bug and an update is the only reasonable solution in that case, although, you can try to reinstall the update (we will see hereinafter), first, let us see if there is an update available. Following are the methods to update your audio drivers, pick any one of the following.
After updating the drivers, check if the issue persists.
4] Rollback Audio DriversIf there is no update available, you can try deleting the buggy update by rolling back to the previous version. To do the same, follow the prescribed steps.
Open Device Manager.
Expand Audio input and outputs
A greyed-out Roll back driver buttons mean that you haven’t updated your driver in a while. This rules out the possibility of you installing a buggy update, but this doesn’t rule out the possibility of a corrupted driver.
5] Reinstall Audio DriverNext up, we are going to reinstall Audio Driver as you may face the error in question because of a corrupted driver. To do the same, follow the prescribed steps.
pen Device Manager.
Expand Audio input and outputs
We hope that these solutions will do the job for you.
Also read: Download and Reinstall Realtek Audio Manager on Windows 11/10
How do I fix high CPU and RAM usage?You may see high CPU and RAM usage because of various reasons. So, before fixing it, we got to find out why it’s happening, open Task Manager, and see which app is taking the maximum amount of RAM and CPU. If it’s an app that’s opened on your system, try altering it so that it takes fewer resources. For example, if it’s a game, try lowering the settings, if it’s a browser, try closing some tabs, you get the point. In case that doesn’t work, check our post to fix high CPU, RAM, and Disk usage.
Why is my RAM being used so much?Your RAM is there to hold processes when they are running. As RAM is a volatile memory used to hold instructions and data of currently running programs, once that program is closed the memory will be flushed out. You may experience high RAM usage due to overcrowding of a ton of internal processes. In order to fix it, your best is to close all the redundant programs.
Also Read: Fix Conexant SmartAudio HD No Sound issue for Windows 11/10.
Nvidia Gpu Guide: All Nvidia Gpus Explained, And The Best Nvidia Gpu For You
See also: The global computer chip shortage explained: What it means for you and your tech
Current NVIDIA GeForce RTX 30 GPU offeringsComing to the GPUs you can currently buy in the series, there are five desktop options. At the top of the line is the NVIDIA GeForce RTX 3090, the most powerful consumer GPU NVIDIA currently sells. It packs in a whopping 10,496 NVIDIA CUDA cores, and 24 GB of GDDR6X memory. It’s for the enthusiast market, and a bit of an overkill, with the price-to-performance ratio not being the best you can get from NVIDIA.
That, however, isn’t the case with the NVIDIA GeForce RTX 3080. The RTX 3080 is the best graphics card you can buy right now for your high-end 4K gaming system. It comes with 8,704 CUDA cores and 10 GB of GDDR6X memory. The RTX 3080 offers the best value proposition in the series, making it our NVIDIA GPU guide recommendation.
NVIDIA GeForce RTX 20 series GPUs
Nvidia
NVIDIA GeForce RTX 20 was the first new series of GPUs from NVIDIA after a while. It introduced the RTX badging, and with it the ray tracing capabilities. While the series was a bit weak on the ray tracing performance as most first-generation efforts are, it had great performance otherwise. It came with the older Turing architecture.
The RTX 20 series was also the first time NVIDIA introduced a bunch of other features like DLSS. While first introduced in 2023, the RTX 20 lineup is still relevant today due to the silicon shortage that is affecting the industry. It also got a refresh with the Super variants in 2023. Due to the price gouging, buying these GPUs new might not be the best idea, unless you’re getting aggressively reasonable pricing.
NVIDIA GeForce RTX 20 GPU offeringsThe NVIDIA GeForce RTX 20 series mostly targeted the high-end and upper mid-range of the GPU market. The main RTX 20 series has seven total models across three sub-series. The top-of-the-line model in the series is the NVIDIA GeForce RTX 2080 Ti. While NVIDIA didn’t have any 90-series cards for this generation, the RTX 2080 Ti was pretty much the predecessor to RTX 3090. The card packs in 4,352 CUDA cores coupled with 11 GB GDDR6 memory. NVIDIA also had a Titan RTX GPU using the same Turing architecture, for AI computing and data science applications.
NVIDIA GeForce GTX 16 series GPUs
Nvidia
The NVIDIA GeForce GTX 16 series is actually an interesting notch in NVIDIA’s belt. Team green introduced this series to fill out the lower-mid-range that the RTX 20 series lacked. It uses the same Turing architecture and has a total of eight GPU SKUs under two sub-series. NVIDIA marketed it parallel to the RTX 20 series, making it a bit of a non-RTX complement to it.
The GTX 16 series has come to be one of the most popular series from NVIDIA. Even today, the series has the only non-RTX GPUs that have a decent price-to-performance ratio. These have also been very popular in mid-range gaming laptops. Even today, the GTX 16 series GPUs have some of the best availability and relatively better pricing in comparison to other NVIDIA offerings.
NVIDIA GeForce GTX 10 series GPUs
Nvidia
NVIDIA GeForce GTX 10 series is remembered as the point where its GPU offerings really matured. Despite being several years old at this point, these GPUs are still quite relevant and the performance holds up. The 10 series was an expansive lineup, with several GPUs under it. The series used the Pascal architecture and had cards from the GT 1010 to the GTX 1080 Ti and the enthusiast-grade Titan Xp.
Some of the NVIDIA GeForce GTX 10 series cards are still available in the market. The lower-end variants like the GT 1030, GTX 1050, and GTX 1050 Ti are still selling quite well. The GTX 1050 Ti is actually one of the GPUs that NVIDIA has brought back into production to try and meet the demand for more affordable GPUs — something that newer NVIDIA GPU lineups lack. The GTX 1050 Ti is thus our NVIDIA GPU guide recommendation for this series.
See also: GPU vs CPU: What’s the difference?
See also: What is an SoC? Everything you need to know about smartphone chipsets
The future of NVIDIA GPUs
NVIDIA is the industry leader in GPUs and currently offers some of the best GPUs money can buy. However, it is facing a few issues that it needs to deal with to stay on top. First of all, is the global silicon shortage. While it doesn’t only affect NVIDIA, it certainly has made an example out of the brand. NVIDIA GPUs are nearly impossible to get now, and even if you do manage to grab one, you will likely be overpaying for it.
NVIDIA has failed to counter the scalping and price gouging. It did introduce the anti-mining lock with the RTX 3060 but then managed to accidentally remove it with a simple beta driver. With lukewarm attempts like this, the woes of GPU buyers are unlikely to end so soon.
On the other hand, NVIDIA’s only true competitor in the GPU space, AMD, is catching up. Its latest Radeon GPUs get closer to NVIDIA offerings in performance than they ever have. NVIDIA will have to ramp up its efforts to make sure it doesn’t lose the crown. Its pending acquisition of Arm could also help it compete with Apple Silicon.
As far as the next generation of NVIDIA GPUs is concerned, we could see it drop sometime in 2023. It will bring in important improvements, no doubt. However, they’re just as likely to be in short supply. So for now, if you can grab an RTX 30 GPU at a price that is close to its intended retail price, go for it.
Asus Radeon R7 250 1Gb Review
graphics card is one option for anyone looking for an upgrade to a basic integrated graphics solution. But what if you want something with a little extra firepower, only without paying significantly more? Well, the R7 250 will set you back another £20, but offers rather more in the way of performance.
Not that you’ll necessarily detect a dramatic difference in the hardware. Like the 240, the R7 250 is rather hampered by its 128-bit memory interface. This is just too narrow and limited to allow maximum throughput, ensuring that the supply of data is constantly being choked off. But worse news may come when you look at the memory itself. GDDR5 RAM is included in this example – but there are versions of the 250 restricted to GDDR3, and you should avoid those.
The enhanced memory is a feather in the 250’s cap but, alas, there’s only 1 GB of it. Given that many of the 240 cards have 2 GB – with some even promising a rather ridiculous 4 GB – just 1 GB for the R7 250 seems a step backwards.
Speaking truthfully, you won’t generally be wanting to overload these cards with the kinds of high resolutions and chunky graphics textures that demand large gollops of video memory. For most purposes, then, 1 GB will be more than enough. However, we would prefer to see 2 GB of GDDR5. There are 2 GB versions to be had, but these mostly use the inferior GDDR3 RAM.
There is better news elsewhere, though. The 250 has marginally more stream processors – 384 to the R7 240’s 320. More crucially, the 250 builds significantly on the R7 240’s lowly clock rates. See all PC Components and Upgrades reviews.
The 240’s 720-750 MHz core clock, for instance, has been upped to a decent 1 GHz – with an extra 50 MHz available through Boost. The texture units have also been handsomely upgraded, from 20 on the Radeon R7 240, to a healthier 56 here. That allows the R7 250 to boast a comparatively generous texture fill rate of 58.8 GT/sec – almost four times the R7 240’s feeble figure of 15.6 GT/sec.
Memory bandwidth scores another massive victory for the 250, and its 1150 MHz memory clock (4600 MHz DDR effective) overwhelms the 240’s 400 MHz (1.6 GHz). That amounts to a memory bandwith figure of 73.6 GB/sec – almost three times that of the 240’s 25.6 GB/sec.
In practice, the 250 doesn’t generate the three to four times the performance that you might expect from the memory bandwidth and texture fill rates. However, it does produce as much as 70% higher frame rates when playing games. And at this low level, that’s often the difference between ‘almost unplayable’ and ‘relatively smooth’. See all graphics card reviews.
The figures we saw of 68.1 fps and 63.4 fps in Stalker: Call of Pripyat (at 1680 x 1050 and 1920 x 1200 respectively) will allow for fluid gameplay, and you’ll even be able to ratchet up the detail levels, should you wish. In contrast, the 240 was stranded on 43.2 and 37 fps.
However, the similarly priced AMD Radeon HD 7770 is still available, and that betters the 250 once more, turning in 87 and 75.8 fps.
It’s a similar story in BattleForge, where the 250’s figures of 60.3 and 56.6 fps rather destroyed the 240’s 42.6 and 39.9 fps – but importantly this year’s card was still fall far behind the 7770’s 80.3 and 77.4 fps.
Bioshock (at low detail levels) stressed this point further. The 250 notched up 70.3 and 57.7 fps, far ahead of the 240s’s 46.3 and 34fps, but trailing in the wake of the 7770’s 90.1 and 77.6 fps.
Asus Radeon R7 250 1GB review: benchmarks Specs Asus Radeon R7 250 1GB: Specs
AMD Radeon R7 250
1 GB GDDR5
1000 MHz clock (1050 MHz Boost)
1150 MHz memory clock (4600 MHz DDR effective)
128-bit memory interface
384 stream processors
56 texture units
PCI-E interface
DirectX 11.2
1x D-Sub
1x DVI, 1x HDMI
2-year warranty
Apple Likely Partnering, Not Purchasing Nuance
Apple Likely Partnering, Not Purchasing Nuance
There has been all sorts of speculation around the web about whether Apple will shell out some of the pile of excess cash it has laying around and purchase Nuance. And last year, Steve Wozniak made a big flub and speculated that Apple would buy Nuance, later retracting his statement. But a move yesterday by Nuance to make an acquisition itself casts doubt on a purchase of the company by Apple.
One of Nuance’s major strengths is in its speech recognition software, and the speculation has been that Apple may decide to buy the company in order to improve the speech recognition capability of iOS. Nuance’s acquisition of Equitrac, a print management firm, makes it look unlikely that Nuance is preparing to be purchased by anyone. Any deal they do with Apple will be a partnership, not an acquisition.
With this move, Nuance is looking to expand another aspect of its business, which is document imaging. Nuance also has a huge healthcare business, something Apple isn’t interested in. According to obert Weideman, senior vice president and general manager of the Nuance Document Imaging Division, “Equitrac delivers proven value in healthcare, financial, legal and educational organizations, and provides secure print capabilities to desktop and mobile global office workers. This complements Nuance’s strengths in mobile and office productivity, and aligns well to Nuance’s key verticals, especially healthcare.”
So Nuance has made it clear that they are staying independent, and are growing other areas of their business in addition to the speech recognition side. It will be interesting to watch what, if any, deal happens between Nuance and Apple in the near future. Apple and iOS could benefit from Nuance’s expertise.
Press release:
Nuance Communications, Inc. (NASDAQ: NUAN) today announced an agreement under which Nuance will acquire Equitrac Corporation, a leading provider of intelligent print management and cost recovery software. Equitrac solutions have been adopted by more than 25,000 organizations worldwide to implement secure and managed printing for enterprise, global and mobile workforces.
The acquisition expands Nuance’s document imaging portfolio, adding Equitrac’s market-leading print management products to Nuance eCopy ShareScan® scanning and workflow solutions, and to Nuance OmniPage, PaperPort and PDF Converter Professional desktop applications. The addition of Equitrac also strengthens Nuance’s global channel partnerships with multifunction printer (MFP) vendors, including Canon, Xerox, Konica Minolta, Ricoh and HP – each of whom currently sell both Equitrac print management and Nuance eCopy scanning solutions through their dealers or as part of their Managed Print Services (MPS) portfolios.
“Equitrac expands our ability to provide our customers and MFP partners with solutions that deliver even higher levels of cost savings and office productivity,” said Robert Weideman, senior vice president and general manager of the Nuance Document Imaging Division. “Equitrac delivers proven value in healthcare, financial, legal and educational organizations, and provides secure print capabilities to desktop and mobile global office workers. This complements Nuance’s strengths in mobile and office productivity, and aligns well to Nuance’s key verticals, especially healthcare.”
Equitrac increases the productivity and document security of office workers with the Follow-You® printing solution. Users print documents from their desktop as usual, then use card-swipe or log-in identification at a networked MFP to view and select their documents for on-demand printing. No matter where they go in their organization – an MFP around the corner from their office or at office locations across the globe – the user’s personalized on-demand document selections are instantly available from the MFP touch-screen. In a hospital setting for example, care providers can securely access and print standardized forms or specific patient reports from any MFP or printer on the network – a nurse’s station, physician’s office or emergency room.
“There’s a long history of customers selecting Equitrac as their MFP print management solution and Nuance eCopy as their MFP scanning solution. From day one, the combination of Nuance and Equitrac delivers the best of scanning and best of print management to our customers and partners worldwide,” said Michael Rich, president and CEO, Equitrac Corporation. “Even better, Nuance’s leadership in speech recognition, healthcare solutions and intelligent touch-screen interfaces provide a fertile ground for innovations that promise to deliver breakthrough increases in cost savings and office productivity.”
The combination of Nuance and Equitrac results in:
Products that Increase Cost Savings and Office Productivity – Nuance eCopy and Equitrac solutions are both integrated with the touch-screens of MFP devices, and are leading solutions for automating and optimizing document processes within organizations of every size. Customers need and want both secure print and scanning solutions; an estimated 25 percent of Nuance eCopy installations already have print management software – many of them from Equitrac. In addition to providing an integrated offering, Nuance will continue to offer eCopy and Equitrac as standalone products that support both print and scan partners, such as NTware, NSi, Omtool, GlobalScan and SafeCom.
Strengthening of Global OEM Partnerships – Nuance has strong revenue-based channel relationships with Brother, Canon, HP, Kodak, Konica Minolta, Ricoh, Visioneer, Xerox and more. Equitrac has strategic ties with HP, Konica Minolta, Ricoh, and Xerox – and expanding relationships with Canon, Fuji-Xerox, Lexmark, Samsung and more. The combination of Nuance and Equitrac will provide the OEM community with the largest and most experienced team dedicated to providing MFP partner sales, professional services, support and customer service worldwide.
Unmatched Application Connectivity – Nuance and Equitrac are leaders in connecting MFPs to back-end enterprise applications. Nuance eCopy connects to over 200 applications, including content management, database and financial software. Equitrac connects to over 50 cost recovery, auditing and financial systems, expanding Nuance’s capabilities to include support for important enterprise applications such as SAP and others.
Expanded Solutions for Key Verticals – Equitrac has significant penetration in healthcare, finance, legal, government and educational vertical markets, providing a strong complement to Nuance’s strong position in finance, legal, education, government and especially healthcare, where Nuance solutions are used in over 4,000 hospitals and by over 100,000 care providers.
Innovation in Managed Print Services
As the office equipment industry continues the migration to a services-led delivery model for printing and document processing, Equitrac and Nuance document imaging solutions are important components of ensuring OEM success in the MPS market. The integration of Equitrac with Nuance eCopy will provide innovative, integrated, cross-platform MFP-based document solutions to deliver on the promise cost reductions that will drive the adoption of MPS solutions across enterprises.
Under the terms of the agreement, consideration for the transaction is $157 million in cash. The transaction is expected to close late in the fourth quarter of Nuance’s fiscal year 2011, ending September 30, 2011. Nuance expects the acquisition in fiscal 2012 to add between $58 million and $60 million in non-GAAP revenue; $27 million and $29 million in GAAP revenue after adjusting revenue lost to purchase accounting; non-GAAP earnings between $0.04 and $0.05; and a GAAP loss between $(0.05) and $(0.06). See “Discussion of non-GAAP Financial Measures” below for further information.
About Equitrac Corporation
Nuance Communications, Inc.
[via Nuance]
Intel Ivy Bridge Cpu Names And Features Revealed
While there are still six more months to go until Intel plans to introduce its first processors based on the Ivy Bridge architecture, details about these chips keep pouring in and the latest info has come to confirm the names Intel intends to use for these CPUs as well as some of their specifications. Starting with the Core processor lineup, this will be split into the same i3, i5 and i7 series, but Ivy Bridge parts will carry the 3000 designation, just as is the case with the upcoming Sandy Bridge-E processors. Pentium CPUs on the other hand, won’t get the same 3000-series designation as their more powerful brothers, but will also move to a new naming scheme that used four digits instead of the usual three. In addition to the new names, Intel has also operated a series of changes to the maximum TDP’s of the processors as these now top at 77W compared to 95W in Sandy Bridge. This TDP is common for both the high-end Core i7 and Core i5 parts, including the K-series unlocked CPUs. The rest of the features were pretty much left unaltered so the same characteristics that made the difference between Core i7, i5, i3 and Pentium processors in Sandy Bridge SKUs are also used for Ivy Bridge parts. Ivy Bridge is the code name used for the 22nm die shrink of the current Sandy Bridge chips and features basically the same architecture, but with a few minor tweaks and improvements. This includes a new on-die GPU that will come with full DirectX 11 support as well as with 30% more EUs than Sandy Bridge, in order to offer up to 60% faster performance that current Core CPUs according to Intel. In addition, the processor cores have also received some minor tweaks as their AVX performance was slightly increased and Intel has updated the integrated PCI Express controller to the 3.0 standard. Right now, Intel’s partners received rev. 2 engineering samples of Ivy Bridge processors, but next week the chip maker is expected to start shipping the first QS (qualification sample) chips. The retail version of Ivy Bridge is expected to arrive in March or April of 2012.
While there are still six more months to go until Intel plans to introduce its first processors based on the Ivy Bridge architecture, details about these chips keep pouring in and the latest info has come to confirm the names Intel intends to use for these CPUs as well as some of their specifications. Starting with the Core processor lineup, this will be split into the same i3, i5 and i7 series, but Ivy Bridge parts will carry the 3000 designation, just as is the case with the upcoming Sandy Bridge-E processors. Pentium CPUs on the other hand, won’t get the same 3000-series designation as their more powerful brothers, but will also move to a new naming scheme that used four digits instead of the usual three. In addition to the new names, Intel has also operated a series of changes to the maximum TDP’s of the processors as these now top at 77W compared to 95W in Sandy Bridge. This TDP is common for both the high-end Core i7 and Core i5 parts, including the K-series unlocked CPUs. The rest of the features were pretty much left unaltered so the same characteristics that made the difference between Core i7, i5, i3 and Pentium processors in Sandy Bridge SKUs are also used for Ivy Bridge parts. Ivy Bridge is the code name used for the 22nm die shrink of the current Sandy Bridge chips and features basically the same architecture, but with a few minor tweaks and improvements. This includes a new on-die GPU that will come with full DirectX 11 support as well as with 30% more EUs than Sandy Bridge, in order to offer up to 60% faster performance that current Core CPUs according to Intel. In addition, the processor cores have also received some minor tweaks as their AVX performance was slightly increased and Intel has updated the integrated PCI Express controller to the 3.0 standard. Right now, Intel’s partners received rev. 2 engineering samples of Ivy Bridge processors, but next week the chip maker is expected to start shipping the first QS (qualification sample) chips. The retail version of Ivy Bridge is expected to arrive in March or April of 2012.
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