Trending December 2023 # Intel Reveals 22 More 12Th # Suggested January 2024 # Top 21 Popular

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At CES 2023, Intel answered some of the questions surrounding its “Alder Lake” 12th-gen desktop Core chips, unveiling the remaining 22 processors, the supporting chipsets, and even the coolers that will chill the chips. Intel also unexpectedly launched the 12th-gen “KS” processor, which will run at up to 5.5 GHz.

Intel may have launched its 12th-gen desktop Core CPUs in October, but it did so with just a minimal offering, only three processors or six if you count additional “F” versions with a disabled integrated GPU. On Tuesday, Intel added thirteen mainstream 12th-gen Core processors at CES 2023, with 65W offerings ranging from a Core i9 down to a Celeron processor plus an additional nine “T”-series processors optimized for low-power 35W systems.

Intel launched the new desktop processors at CES 2023 as it readied its mobile 12th-gen Core (Alder Lake) chips alongside it, preparing the market for an Alder Lake attack in both the desktop and notebook space. Tuesday’s announcement provided a bit more context for enthusiasts and DIY consumers interested in researching motherboards and prepping their own systems. Remember, as Intel explained this summer, Alder Lake uses an LGA 1700 socket that’s incompatible with older motherboards.

The CPU manufacturer made the announcements at CES 2023, where the company announced new 12th-gen “Alder Lake” CPUs for laptops, plus an expansion of its Evo platform. Intel also said that it has begun shipping its Arc GPUs, too.

Intel’s new desktop Alder Lake processors

Intel revealed its new Alder Lake desktop processors in a briefing with reporters, hosted by Mandy Mock, vice president of Intel’s Client Computing Group and general manager of its desktop business. They’ll be used for a variety of applications, ranging from mainstream desktops to more specialized devices for retail, manufacturing, and more.

If you look closely at the charts below, you can see that many of the processors such as the Core i5-12600 don’t offer efficiency cores. While they may be 12th-gen Core chips, they don’t offer the performance hybrid architecture that defines Alder Lake. All of the Core i7 and Core i9 chips do, however. This supports Intel’s earlier claims that the efficiency cores are as powerful as its older 8th-gen chips and can be used as “performance” cores when needed.

It sounds like including or excluding efficiency cores will be an option Intel will select when necessary. “We focus on giving the most performance at the top of the SKU stack and then offer options that give the value that end users really want all the way down through this stack,” Mock said in a briefing with reporters. “So, we have a variety of configurations that include different numbers of cores as well as different features from the top to the bottom.”

Intel waited until its keynote address to announce something that doesn’t appear in the slides below: the 12th-gen Core “KS” processor, which Intel Client Computing Group executive vice president Greg Bryant said would ship by the end of the first quarter of 2023. It will run at up to 5.5GHz, running at turbo mode in both single-core and multicore mode. Intel showed the processor running Hitman 3, with all cores above 5.2GHz.

Intel unexpectedly announces the Alder Lake-KS processor.

Intel / YouTube

Intel’s remaining 12th-gen desktop Core processors.

Intel

Mock explained that Intel’s new Alder Lake socket prompted the company to reinvest in new cooling solutions, too. The older coolers are incompatible with the new socket. According to Intel, the Laminar RH1 cooler (with RGB lighting as well as 2.6 dBA near-silent performance) was designed for the Core i9. Intel believes that the Core i7, i5, and i3 will be paired with the Laminar RM1 cooler (3.9 dBA). The RS1, meanwhile, will be used with the Pentium Gold and Celeron chips at the bottom of the processor lineup. Intel didn’t reveal any standalone pricing.

Though the turbo power of processors like the Core i9 will soar to over 200 watts, PCWorld testing proves that Alder Lake isn’t the power hog these numbers imply.

Intel

Although Intel provided performance data at its Alder Lake launch in October, Intel added some more mainstream comparisons regarding the performance of the Core i9-12900 as well as the presumably more affordable Core i5-12600. Intel did not release any consumer prices of its new chips. “The recommended customer price (RCP), which is only guidance for direct Intel customers (not consumers), for the 12th Gen Intel® Core™ desktop processors starts at $42 to $489,” an Intel representative said via email.

Intel’s own estimates of Alder Lake’s performance, compared against the AMD Ryzen 5700G.

Intel

Guy Therien, an Intel fellow, also offered an update on the DRM issue that struck the first Intel Alder Lake launch. 91 games were impacted by their DRM’s inability to interact properly with the mix of performance and efficiency cores. Today, Intel has fixes for 89 of those titles: 54 via patches and 35 more through working with Microsoft to get fixes into Windows operating system for the remaining titles, he said.

Here are the new Alder Lake chipsets

Intel also provided all of the new chipset configurations that will be available as part of motherboards accompanying the new Alder Lake processors. Intel expects over 200 motherboards in all, produced by over 140 companies across 30 countries, Mock said. In October, Intel launched Alder Lake alongside the Z690 chipset, the only 12th-gen Core chipset which offers overclocking of both the performance and efficiency cores.

In addition to the Z690, Intel has now launched the H670, B660, and H610 chipsets, each with slightly differing feature sets. For example, the H670 and B660 appear very similar, but a reduced number of DMI 4.0 lanes between the processor and chipset will result in fewer I/O expansion options, too.

According to Intel, more than 200 Alder Lake motherboards from 140 customers will be available at launch, using the chipsets shown here. Intel’s Mock said that the Alder Lake CPUs support PCI Express 5.0 directly off of the CPU, while the chipsets only support PCI Express 4.0.

Intel

Finally, Intel’s Kate Porter, senior director of segmentation and scale for Business Client Platforms, shared what’s in store for Intel’s business platform, vPro. Intel plans to break down its vPro branding into four different sub-brands: Intel vPro Enterprise (the full-featured platform with top-tier manageability, security, and stability), vPro Essentials (for small businesses), vPro Enterprise for Chromebooks (to address the small but growing niche of enterprise around Chromebooks), and “Intel vPro, an Intel Evo Design” — basically, a business notebook designed around Intel’s premium Evo brand.

This story was updated at 10:43 AM with additional details.

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Ecs Reveals Design For Fully

Regardless of how ASUS’s TUF Sabertooth motherboard sold, the product definitely started a trend, of sorts, one that doesn’t have many adopters but seems to slowly be gaining them, one at a time. The IT player that chose this month to announce its plans for a shrouded platform is Elitegroup Computer Systems, ECS as it is more broadly known. The name of its motherboard is X79R-AX Stealth and seeks to emulate the look and feel of stealth fighter aircraft like the F-117 Nighthawk. The cooling shroud has few cutouts and perforations on the surface, but it does come with vents along the edges, so as not to restrict connectivity capabilities and ventilation. It also required certain concessions, like perpendicular on-board headers (with openings along the edges of the board). That said, the main specifications of the mainboard are, or will be, as follows: an LGA 2011 central processor socket, four DIMM RAM slots (random access memory), three PCI Express slots, two mini PCI Express slots and various networking and peripheral inputs and outputs. The photo doesn’t show the back panel, but we are quite sure Gigabit Ethernet, USB 3.0 and multi-channel audio, at the very least, are present. ECS has revealed the X79R-AX Stealth design with the purpose of finding out if there would be buyers should a real product emerge. It is waiting for opinions on its Facebook page, where the picture first appeared. So far, replies have been ambivalent. Setting aside the repeated comparisons to the aforementioned ASUS TUF Sabertooth, there are concerns that the shroud will interfere with cooler and AIB installation (Add-in-Board). In the end, it will probably become a debate on whether or not the extra heat dissipation performance (owed to the hidden heatsinks and heatpipes) is enough to compensate for the narrower selection of compatible components.

Google Reveals Top Searches Of 2023

Google’s annual recap of the year’s top trending searches offers dozens of ideas for content publishers looking to capitalize on long-tail keyword opportunities.

Data on the top trending searches is published every year, which is interesting on its own, but you may find yourself asking “What can I do with this information?”

At first glance the data doesn’t have much to offer beyond satisfying general curiosity around what people are searching for in Google.

Take the overall top 10 trending searches in 2023, for example:

NBA

DMX

Gabby Petito

Kyle Rittenhouse

Brian Laundrie

Mega Millions

AMC Stock

Stimulus Check

Georgia Senate Race

Squid Game

There’s arguably not much you can do with that as a search marketer or content publisher.

Those are all huge topics, and the chances of ranking for any of them are slim at this point.

If you dig deeper, however, you’ll find the long-tail keywords people were searching for most this year.

You’ll find the questions people were asking — the things that searchers genuinely needed help with — and therein lies the opportunity.

Let’s go over some of those, and perhaps you’ll find a few ideas for your next pieces of content.

Note that these are all top “trending” searches, which means the keywords with the largest increases in search volume from 2023 to 2023. These are not necessarily the top searches across all of Google.

Google’s Top Trending Long-Tail Keywords Of 2023 Top ‘How To’ Searches Of 2023

If you can provide the most holistic answer to one of these questions you may see an influx of traffic coming your way.

How to help others

How to help Afghan refugees

How to help Texas

How to help India COVID

How to help toddler with cough

How to help foster kids

How to be

How to be eligible for stimulus check

How to be more attractive

How to be happy alone

How to be a baddie

How to be a good boyfriend

How to style

How to style straight leg jeans

How to style a wolf haircut

How to style a corset

How to style rings

How to style a sweater vest

22 Iphone Settings You Should Change Right Now!

New to iOS? Perhaps you’re a regular user perusing the settings, wondering what you can do with your iPhone. I’ve put together a list of 22 essential iPhone settings that you should change now.

Even if you’re a seasoned iOS user, I bet at least one of the features in this article will teach you something. From preventing unauthorized access to sensitive data, and enhancing your viewing experience to adding an extra layer of protection to your iPhone, you can customize more than you may think.

So, take your pick of the handcrafted list below to configure everything that matters!

22 iPhone settings you need to know about

1. Turn off Personalized Ads

2. Turn off iPhone Analytics and System Services to stop sharing data with Apple

Apple needs to collect diagnostic and usage data from your iPhone to improve your overall user experience. However, you get the complete freedom to opt out of this data collection whenever you want.

To take control of your data, open Settings → Privacy → Location Services → scroll down and tap System Services. On this screen, you can disable the access to a ton of things like Location-Based Suggestions, iPhone Analytics, and more. So, fine-tune everything as per your needs.

3. Disable In-App Ratings & Reviews

At times, In-App Ratings & Reviews can be pretty distracting—especially when they start popping up time and time again. Fortunately, there’s a quick way to turn off such popups.

To do so, launch Settings and head over to the App Store section. Then, toggle off In-App Ratings & Reviews.

4. Disable Video Auto-play

Short video previews of apps and games are helpful because they show you a quick look at what they have to offer. However, they can easily drain your iPhone battery percentage and eat into your cellular data usage.

But don’t worry as you can easily disable video auto-play to browse through the App Store with complete peace of mind.

To get it done, jump into Settings → App Store → tap Video Autoplay. Now, you can choose Off to completely disable this feature, or allow the videos to play only on Wi-Fi.

5. Change Passcode to Alphanumeric

A four-digit password isn’t recommended for a couple of reasons. It’s a tad easier to guess and can wreak havoc on your sensitive info.

To change your iPhone passcode to Alphanumeric, open Settings → Face/Touch ID & Passcode → Enter your current passcode, then tap Change Passcode. Enter your old passcode again → tap Passcode Options → Custom Alphanumeric Code. Remember to set a strong passcode!

6. Disable access to Siri, Home Control, and Control Center when locked

While having quick access to common features like Siri, Control Center, and Wallet right from the Lock screen is convenient, it’s also a detriment to your privacy. It’s best to disable access to essential features such as these.

To do so, launch Settings → Face/Touch ID & Passcode → swipe down to the Allow Access When Locked section.

Now, you can disable access to many functions like Control Center, Notification Center, Siri and more. Make sure you toggle off settings with sensitive info!

7. Enable Two-Factor Authentication for more security

Apple’s Two-Factor Authentication adds another layer of protection to your device. It can go a long way in offering a strong shield to not just your personal device, but your personal data as well. So, it’s wise to keep it enabled.

To get started, open Settings → Your profile → Password & Security → enter Apple ID password → Turn On Two-Factor Authentication → tap Continue. And then set it up by following the instructions.

8. Disable USB Accessories

USB Restricted Mode is a well-thought-out security feature that shields your iPhone against malicious software. It prevents your device from connecting to an accessory if it hasn’t been unlocked for more than an hour.

To make sure this security is enabled, head over to Settings → Face/Touch ID & Passcode. Then, be sure the switch for USB Accessories is turned off.

9. Limit Microphone and Camera access to certain apps

Ever tap “Allow” on an app that asks to use your microphone or camera? Want to stop granting access to those apps? Here’s what to do:

Fire up Settings → Privacy → tap Microphone and turn off the switch next to the app(s) that you want to restrict mic access to.

Similarly, you can tap Camera and then disable the switch for certain apps that you don’t want to access your camera.

10. Enable SIM PIN

What if someone steals your iPhone and starts using the SIM to blackmail others? That would be a disaster to say the least!

Why give anyone the chance to disrupt your life when you can enable SIM PIN and prevent them from using it? To get going, open Settings → Cellular/Mobile Data → SIM PIN → turn on the switch for SIM PIN → enter the PIN and you’re done!

11. Customize Privacy & Security in Safari

Safari offers a pretty secure web browsing experience. However, if you like, you can further customize it to keep spammers or data trackers at bay.

To get it done, head into Settings → Safari → Under Privacy & Security, you have multiple options like Prevent Cross-Site Tracking, Block All Cookies, Fraudulent Website Warning, and more.

So, adjust everything to navigate through the web with more safeguard!

Note: If you recently upgraded to iOS 15 and don’t fancy the search bar at the bottom of the screen, you can change it back to the top under Tabs.

12. Adjust Auto-Lock

iOS automatically locks your iPhone after a predefined time when it doesn’t detect any human interaction. It not only prevents unnecessary power consumption but also stops others from viewing your content.

It’s best to set Auto-Lock to a minimum. The screen automatically dims before 10 seconds, so the 30 seconds option would be a bit too short. For best results, choose either the 1 or 2-minute option to fit your needs.

To fine-tune this; open Settings → Display & Brightness → Auto-Lock. You’ll see multiple options such as 30 seconds, 1 minute, etc. Choose your preferred option and you’re good to go.

13. Enable True Tone and Night Shift

True Tone and Night Shift are designed to enhance the iPhone viewing experience. While True Tone automatically adapts your iPhone display as per ambient lighting conditions, Night Shift alters the colors of the display so that your eyes are more comfortable looking at the screen.

To enable these features, head over to Settings → Display & Brightness. Bring True Tone into action, turn on the switch for it.

To activate Night Shift, tap its settings option and customize it to your liking.

14. Turn on Find My iPhone to track your lost device

Open Settings → Your profile → iCloud → tap Find My iPhone. And ensure that the toggle is on.

15. Enable Wi-Fi Assist

Imagine you’re watching your favorite Netflix show when suddenly your Wi-Fi connection starts dropping in and out—bringing your binge-watching to a grinding halt.

Wouldn’t it be better if your device is automatically connected to mobile data when your Wi-Fi connection goes south? This is where Wi-Fi Assist comes into play.

To turn it on, fire up Settings → Cellular/Mobile Data → scroll down, and ensure that Wi-Fi Assist is toggled on.

16. Optimize storage with High Efficiency format

To get going, launch Settings → scroll down and tap Camera → Formats → make sure High Efficiency is selected.

17. Turn on Reachability

To enable it, open Settings → Accessibility → Touch → turn on the switch for Reachability.

To use this feature on the iPhone X series or later, swipe down from the middle of the bottom row of apps.

When you‘re inside an app, touch your finger to the gesture bar and swipe down to invoke Reachability.

On the classic iPhones like iPhone 7/7 Plus, 8/8 Plus with Touch ID, you need to double-tap the Home button.

When it’s activated, the content on the top half of the screen will slide down, making it a lot more comfortable for your thumb and fingers to interact with.

19. Disable Auto-Correction in Keyboards

Don’t get me wrong; I find Auto-Correct very useful when it picks up my mistakes. But at times, it doesn’t seem to work right, and may even hinder typing speeds. If this is the case, you may want to turn it off.

To do so, open Settings → General → Keyboard and then turn off the switch for Auto-Correction.

20. Set Emergency SOS

21. Enable Do Not Disturb While Driving

We must all root for safer driving conditions, ensuring we follow the rules carefully. iOS used to have a feature called “Do Not Disturb While Driving” that muted incoming calls, texts, and notifications when on the go to prevent accident-causing distractions.

However, this option seems to be missing from iOS 15. Luckily, we’ve come up with a clever workaround that’ll accomplish almost the same thing.

To get started, open Settings and head to Focus → Do Not Disturb. Under the Turn on Automatically section, tap Add Schedule or Automation. Now, tap App. Select either Maps or your preferred music app (Like Apple Music or Spotify) to automatically turn on Do Not Disturb when these apps are open.

As long as you keep the app you’ve added automation for open, Do Not Disturb will remain enabled. As soon as you close the app, Do Not Disturb is automatically disabled.

22. Enable Screen Time

Apple introduced a robust parental control feature called “Screen Time” back in iOS 12. You can use this feature not only to keep track of your iPhone usage but help get rid of smartphone addiction as well. To get started, open Settings → Screen Time. Now, you have multiple options:

Downtime: It lets you set a schedule during which you don’t want to use your device. Based on your needs, you can also customize Downtime to exclude days (Sunday, for instance) or put a restriction for only a few hours on a specific day.

App Limits: You can set daily time limits for app categories. For instance, you can configure the settings to allow Games for just one hour.

Communication Limits: Set restrictions on who can be communicated with and at what times.

Always Allowed: You’ll see the allowed apps during Downtime in this section. You can choose to disallow access to any app by tapping on the “+” icon to the left of it. And just in case you want to remove an app from the Allowed section, tap on the red “–” button to the left of it.

Content & Privacy Restrictions: It provides you control over a ton of functions. For instance, you can use this option to restrict iTunes & App Store Purchases, keep explicit music, news, podcasts away from your device, and more.

One more very important thing: be sure to set a Screen Time passcode to prevent anyone from making unwanted changes. Simply tap Screen Time Passcode → enter a code and confirm.

To get to know more about Screen Time, follow this complete guide.

There you go!

Stay Tuned For More…

Plus, there are quite a few user-friendly features like Continuity that offer a seamless experience across iDevices.

With Apple always trying its best to improve performance, we can expect iOS to continue to push the boundaries of possibility. Let me know your thoughts down below.

You might want to read:

Author Profile

Marcus

Marcus is a freelance tech writer/editor with a focus on succinctly explaining consumer devices and their software. His previous work has been published on MakeUseOf where he covered everything from iOS to Git and UI design.

Intel Atom Cpu Going Quad

As ARM is continuing its push on the computer market, Intel has begun to step up its own game, apparently going as far as increasing the core number on its low-end processors. Even though 2012 has only just begun, there are already rumors about what may or may not happen in 2013. Intel is the subject of the latest report, along with a certain series of CPUs (central processing units). It is said that the Atom line will start to include quad-core members next year. This would fit with the announcement made by the Santa Clara, California-based company in May, 2011. Intel said, back then, that it would release three major updates for the Atom family of products over the following 36 months. Saltwell will be the first new batch of CPUs, based on the 32nm manufacturing process technology and due out in 2012. It will be followed by a generation codenamed Silvermont, powered itself by the 22nm/tri-gate fabrication process. Finally, the third chip generation will bear the name of Airmont and will utilize the 14nm process. The slide uncovered by ComputerBase places the release of quad-core Atoms in 2013, suggesting they will either be late Saltwell units or early Silvermont processors. Micro-servers, nettops and ultra-portable mobile personal computers (notebooks) are all eligible applications for them. The CPUs will have a new memory controller and likely better graphics as well, not just more processing engines. ECC memory (Error-correcting code memory) will also be supported, hence the suitability for servers. Alas, Intel did not say anything about the leak, as was expected. It is natural for companies to hold their silence in regards to unannounced products. Then again, try as it might, the chip giant arguably doesn’t have a better track record than everyone else in the IT sector at keeping its secrets. What remains to be done is to wait and see how long it takes for yet another leak to sprout up.

Intel Centrino, Amd Athlon Xp

This article also appears on Jupitermedia’s CPU Planet site.

Desktops? Those old things?

Intel boasts that top laptop manufacturers worldwide — four times as many as embraced the mobile Pentium 4 CPU at its rollout — are offering lightweight, long-battery-life notebooks sporting the magenta Centrino logo as of today. And it’s subsidizing the construction of WiFi hotspots at outlets ranging from Borders bookstores to McDonald’s restaurants to spread the gospel of wireless Internet and e-mail access.

Actually, the Centrino combo and its centerpiece, the new Pentium M processor — which delivers faster performance and longer battery life at lower clock speeds than the mobile Pentium 4 — would be more than news enough for today. But rival AMD, in a totally noncoincidental move, chose the same date to introduce a dozen new mobile versions of its Athlon XP processor, including the company’s first CPUs in the microPGA packaging format for thin and light notebooks. Let’s take a first look at the suddenly all-new notebook arena.

At first glance, it’s tempting to dismiss AMD’s announcement as a me-too marketing move — we couldn’t help noticing a few weeks ago, just about the time Intel confirmed that the mobile CPU known by the codename “Banias” would be officially called Pentium M, that AMD’s Web site stopped referring to the mobile Athlon XP and started referring to the Athlon XP-M.

But there’s real technology behind today’s 12 new 0.13-micron-process CPUs. Five are low-voltage mobile Athlon XP-M processors — performance ratings 1400+, 1500+, 1600+, 1700+, and 1800+ — with small-form-factor microPGA packaging for slimline notebook designs. They’re based on AMD’s “Thoroughbred” (128K Level 1 and 256K of Level 2 cache) core.

The other new mobile Athlon XP-M processors use AMD’s faithful Socket A packaging. They include 2000+, 2200+, 2400+, and 2600+ chips intended for full-sized, desktop-replacement portables; and 2200+, 2400+, and 2500+ CPUs aimed at mid-sized, mainstream notebooks. All, like the low-voltage XP-Ms, use a 266MHz front-side bus.

The last two (mainstream 2400+ and 2500+) skip the “Thoroughbred” for the newer “Barton” core, with 128K of Level 1 and 512K of Level 2 on-chip cache — which AMD promises will be available for all mobile market segments by mid-2003. For today, the company says, the Athlon XP-M 2500+ outperforms Intel’s 2.4GHz mobile Pentium 4 by up to 10 percent on assorted benchmarks.

AMD adds that the mobile “Barton” will appear in laptops from Fujitsu Siemens (Europe) this month, from Epson Direct (Japan) in April, and from HP in the U.S. in the first half of this year. The low-voltage Athlon XP-M 1700+ (1.47GHz) processor goes on sale today in the U.S. in Fujitsu PC Corp.‘s 4.4-pound LifeBook S2000, which squeezes a 13.3-inch XGA display, 256MB of DDR memory, a 40GB hard disk, and modular DVD-ROM/CD-RW combo drive into a 9.3 by 11.5 by 1.4-inch package. It’s $1,349 (or $1,439 with a 30GB hard disk and integrated 802.11b wireless networking).

As for Intel, the chip giant is risking some confusion in that not all notebooks with the new Pentium M processor will bear the Centrino Mobile Technology brand. The latter honor is reserved for 100-percent “Intel inside” portables, so to speak, built around not only the Pentium M but one of Intel’s two new 855 chipsets and its Pro/Wireless 2100 network adapter (codeveloped by Intel and Cisco Systems).

The new chipsets are the 855PM, which supports separate (third-party) AGP 4X graphics controllers, and 855GM, which integrates the latest version of Intel’s Extreme Graphics (dubbed Extreme Graphics 2) for budget notebooks. Both combine Intel’s latest battery-thrifty tricks, such as an internal timer that automatically turns off the chipset clock when the chipset is inactive, with support for up to 2GB of DDR266 memory; they share a Southbridge controller hub with two ATA/100 channels, AC97 audio, modem, 33MHz PCI/CardBus, and USB 2.0 support (Bluetooth wireless connectivity options will piggyback on the latter).

AMD has already issued a dig at Intel’s house-brand 802.11b solution, noting that Athlon XP-M processors “are designed with an open architecture, helping to ensure that the best available 802.11 wireless solutions from leading companies can be easily integrated” into AMD-based systems. Lots of laptops already offer the faster if 802.11b-incompatible 802.11a or dual-band wireless network support that Centrino, at least for now, lacks, and many more are sure to adopt the high-speed yet backwards-compatible 802.11b successor 802.11g when silicon based on that new standard appears this fall.

Intel retorts that it’ll add 802.11a and other wireless protocols to the Centrino platform soon, and that its current WiFi implementation is smartly optimized to do everything from coexisting with and automatically choosing between 802.11b and Bluetooth (if both are present) to seamlessly managing unplug-and-play, no-reboot-or-interruption transitions between wired to wireless office networks (or all the 802.11b hotspots in Borders, McDonald’s, and other places it’s helping to add to the WiFi roster of Starbucks and hotels).

Meanwhile, AMD’s PR-rating marketeers will be more than issuing a dig at the new Pentium M; they’ll be singing “I told you so” in 20 languages as Intel joins AMD in declaring that instructions per clock cycle, not just raw clock-speed increases requiring big batteries and noisy cooling fans, are the key to PC performance. The fastest Pentium M runs at 1.6GHz, but Intel says its tests with BAPCo’s MobileMark 2002 benchmark show it delivers 15 percent quicker performance than the 2.4GHz mobile Pentium 4 — while getting up to five hours of battery life to a comparable mobile P4 system’s three.

What’s the secret to the new 0.13-micron-process CPU’s performance? Well, for one thing, while it has the same 400MHz front-side bus speed as what we used to call the Pentium 4-M, the Pentium M has more on-chip cache — 64K of Level 1 (32K instruction, 32K write-back data) and a whopping 1MB of Level 2 cache.

More exotic yet, micro-op fusion combines two micro-operations into one, treating certain pairs of x86 instruction segments as a single segment through most of their trip through the CPU pipeline and then resplitting them just in time for execution. The Pentium M supports the SSE2 multimedia extensions to the instruction set first seen in the Pentium 4, but lacks the Hyper-Threading technology that optimizes the 3.06GHz desktop processor for multithreaded applications and multitasking environments.

The main Pentium M models — available in 1.3GHz, 1.4GHz, 1.5GHz, and 1.6GHz flavors — are built to get more out of a laptop battery charge than any previous Intel mobile processor. And a low-voltage 1.1GHz Pentium M and ultra-low-voltage 900MHz Pentium M are built to last still longer.

The target for the standard CPU is power consumption under one watt during normal use (less than half that of the mobile Pentium 4), with overall thermal design power or maximum power dissipation of 24.5 watts for the 1.5GHz and 1.6GHz parts; 22 watts for the 1.3GHz and 1.4GHz; 12 watts for the low-voltage 1.1GHz; and just 7 watts for the ultra-low-voltage 900MHz chip. By contrast, the thermal design power of the 2.4GHz mobile Pentium 4 is 30 watts, while the desktop Pentium 4s range roughly from 50 to 80 watts.

In addition to a power-optimized system bus and L2 cache (with parts of the latter turned off when not needed), the Pentium M also introduces an enhanced version of Intel’s SpeedStep voltage- and clock-speed-regulating technology more akin to the most recent versions of AMD’s PowerNow or Transmeta’s LongRun.

While the mobile Pentium 4 could only switch between two voltages and speed settings (typically full speed and 1.2GHz), each Pentium M can dynamically shift through three to six power/performance levels based on application demand — in the case of the top model, 1.6GHz, 1.4GHz, 1.2GHz, 1.0GHz, 800MHz, and 600MHz (with core voltages ranging from 1.484V to 0.956V).

Hardware Central’s Labs, Weather, & Sports Desk has several hands-on tests of Pentium M and Centrino (as well as Athlon XP-M) notebooks planned for the coming weeks, but today’s news wires are buzzing with announcements of new portables using Intel’s new silicon. Fujitsu’s LifeBook S6000, for example, is a 4.4-pound slimline featuring the Pentium M/1.4 and 855GM chipset plus a 13.3-inch screen; it’ll ship in April starting at $1,499.

Sonysays its new Vaio PCG-Z1A ultralight is “slim, sexy, and unattached” (wireless, get it?). Actually, the 4.7-pound Z1A is slightly thicker than the Vaio 505 series that Sony’s been selling for years, but its swoopy, silver-matte case is designed to appeal to exotic-sports-car drivers and boardroom status seekers. The 1.3GHz notebook starts at $2,200 with a 14.1-inch XGA screen; a model with a 1,400 by 1,050 =-pixel SXGA+ display, 512MB of DDR, and a 60GB hard disk is $2,400.

Dell‘s 5.3-pound, 1.2-inches-thick Inspiron 600m combines the 1.3GHz Pentium M and 855PM chipset with ATI’s Mobility Radeon 9000 graphics accelerator and a 14.1-inch screen for $1,399. A model with a 1.6GHz processor, SXGA+ screen, and Dell’s 802.11b/g PC Card is $1,549.

Dell’s corporate customers can check out the Latitude D600 and D800, available with a new desktop docking stand that elevates the LCD to eye level to make an external monitor unnecessary. Prices for the 14.1-inch-screened D600 start at $1,399, and for the D800 with its 15.4-inch, wide-aspect-ratio display and Nvidia GeForce4 420 Go graphics at $1,699.

Toshiba, too, offers both consumer- and business-oriented Centrino portables: The Satellite Pro M10/15 series puts the accent on multimedia with a 15-inch screen, GeForce4 420 Go graphics, and Harman/Kardon stereo speakers (starting at $1,999), while the 5.7-pound Tecra M1 ($2,154) boasts more than six hours of battery life and just-over-6-pound, desktop-replacement Tecra S1 ($1,979) offers a 15-inch display, full-sized keyboard, and integrated WiFi and Bluetooth. Finally, Toshiba’s new Portege R100 is an ultraportable 2.4 pounds and 0.6 inch thin; it comes with a 12-inch polysilicon display for $2,199.

HP says the Compaq Evo N620c delivers up to six hours of battery life in an under-5-pound, 14.1-inch-screened package; it starts at $1,799 with a Pentium M/1.4 processor, 40GB hard disk, and DVD drive, but isn’t an official Centrino system as a later, HP-brand business notebook will be (the Evo has an integrated Gigabit Ethernet controller and optional 802.11b and Bluetooth). By contrast, Gateway‘s 6.2-pound 450X wears the Centrino label; it starts at $1,599 with a 15-inch SXGA+ screen and DVD-ROM/CD-RW combo drive, and you can choose any Pentium M speed from 1.3GHz to 1.6GHz.

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