Intel Core Ultra Lunar Lake: new processors promise up to 20 hours of battery life on AI PCs 5f5v5w

After give a preview of what would be the new second-generation Intel Core Ultra processors (Lunar Lake) in Taiwan in June, the company finally launched the line at an event in Berlin, . Made for notebooks with artificial intelligence, AI PCs, they promise advantages such as 20 hours of battery life and up to 30% more graphics performance. Check out the details of everything that was presented at the event Intel Core Ultra Lunar Lake Launch: 422zz

50% more economical U d1g61

The U of processors Intel Core Ultra Lunar Lake It is composed of 4 performance cores (P-Cores) and 4 efficiency cores (E-Colors). Simpler tasks are allocated to efficiency cores (E-Cores), which are more economical, and are only transferred to performance cores (P-Cores) when necessary.

This architecture results in better performance, 18% higher than the previous generation, while these tasks are performed saving 50% more energy, making the notebook battery last much longer.

With this, Intel clearly wants to show that X86 architecture processors can be as economical and powerful as the new ARM competitors, recently launched by Qualcomm and Apple.

Intel Arc GPU with Xe2 architecture 1d6z4r

The GPU also took a big leap. Updated to deliver greater graphics performance, it uses the architecture Xe2 which delivers 30% more performance and is twice as efficient in using energy to render graphics and games.

This new architecture even s ray tracing, technology that improves the lighting of scenes in games; and XeSS AI based-Upscaling, which improves graphic quality while saving energy. It's the same process used on your TV, which transforms a Full HD movie into 4K, but applied to games. The result is high frame rates, with a 60% performance gain, but consuming less battery and GPU resources.

48 TOPS NPU p2d63

The new processor also arrives to fix an error in the 2023 generation (Meteor Lake), which failed to meet the minimum requirements to participate in the program. Copilot+ Microsoft PCs. At that time, the total power for AI activities, measured in TOPS, did not reach the minimum required: 40 TOPS.

The new Lunar Lake architecture is composed of 48 NPU TOPS, added to 67 GPU TOPS e 5 U TOPS: 120 TOPS in total, resulting up to 51% greater performance in artificial intelligence (AI) activities.

Therefore, Microsoft was also invited to the stage to announce the entry of Lunar Lake processors into the program, which will receive special AI features in November, in an Windows update.

Moments earlier, Intel also announced a partnership with Google to integrate artificial intelligence Gemini chromebooks – notebooks with the ChromeOS system – manufactured with the last generation processor, Meteor Lake.

Artificial Intelligence (AI) Functions 123f4y

The big advantage of having more TOPS in a processor is the ability to perform artificial intelligence tasks, such as generating images or transcribing audio into text, without needing to be connected to the web. This is known as on-device AI.

With this in mind, Intel is not only concerned with developing hardware, but also with fostering an ecosystem of applications that make use of the NPU resources present in the processor. During the event, it showed some of these features developed by partners, running directly on notebooks, such as:

• Manipulated video detection: the notebook's AI will be able to identify whether a video is a deep fake, that is, a video where the image or voice has been altered to deceive the viewer.
• Video editing made easy: The editing software will be able to detect the best moments and cuts of the video, using AI, so that the editing work is easier and faster.
• Antivirus with AI: A new notebook security mode will scan the operating system, files, and applications, identifying and protecting sensitive files from malicious applications and s.
• Image generation and generative editing: is the creation and editing of images, which already existed in apps like ChatGPT or Photoshop, but which now does not depend on a web connection. Everything is generated on the device.

Along with the demos, Intel also commented on the appthe AI ​​Playground. It was explained as “an environment with a variety of easy-to-use AI features, whether you’re creating and enhancing images, or getting responses from an AI chatbot, all running locally on your own PC. "

The idea is to familiarize s and developers with the latest developments, so that they can participate in the ecosystem of creating and developing new artificial intelligence applications on devices.

ing the AI Playground can be done in the official application page.

U integrated RAM g3336

Another interesting new feature of the Lunar Lake architecture is the integration of up to 32GB of LPDDR5X DRAM memory to the processor. This reduces the overall size of the motherboard hardware components in the notebook, since it will not be necessary to include external RAM, and eliminates the need for memory controllers. This integration also helps to reduce memory power consumption by up to 40%.

Connectivity 4l5267

As for connectivity, this processor will allow notebooks to connect to networks Wi-Fi 7 with up to 5 GBit/s speed or devices Bluetooth 5.4 low-power devices such as the latest smartphones and headphones.

And in of wired connectivity, up to 3 inputs will be available Thunderbolt 4 for monitors and displays, 2 inputs USB 3.0, 6 tickets USB 2.0 and up to 4 boards PCIe Gen5 and 4 Gen4 for SSDs and dedicated graphics cards, for example.

Video, Displays and Codecs 3z2z3n

for lower-power video codecs has also been updated. The new video controller in the Lunar Lake processor s modern video codecs. AV1, which consumes less energy, and the codec VVC, which is even 10% more efficient. This means that you will be able to watch videos like those on YouTube, consuming less energy from your notebook in the process.

ed video resolutions are 4K e até 8K, with a 60Hz refresh rate and HDR standard. And now it will be possible to connect up to 3 4K monitors simultaneously to the notebook. ed video outputs adopt the standards HDMI 2.1, DisplayPort 2.1 e eDisplayPort 1.5, a new standard that consumes less energy.

Such advances will allow notebooks to display images in 8K resolution with HDR without loss or rendering errors that impact the final experience.

Battery life 611o32

Perhaps one of the most surprising points of the Lunar Lake presentation was the moment when the Intel representative commented on the reduction in power consumption. Even being 50% more efficient In some of the tasks and benchmarks performed, the new processor delivers 2 times more performance per Watt, that is, it is 2x more efficient in energy consumption, compared to the previous generation, Meteor Lake.

According to Intel, this could result in notebooks with up to 20 hours duration of battery, an unprecedented milestone in x86 architecture models, previously only achieved by ARM architecture competitors from Qualcomm and Apple.

Intel Evo Edition Program 1d5a47

During the presentation, Intel also explained about the program Intel Evo Edition, an evolution of the Intel Evo seal to for the new features that arrive with Lunar Lake processors, and also to integrate more resources into ultra-portable notebooks.

The Intel Evo Program is known for delivering greater performance, battery life, durability, and other important features in lightweight, ultra-thin devices. With the update, OEMs (manufacturing companies) interested in obtaining certification must develop notebooks with:

• Consistent battery responsiveness across 14 common notebook tasks;
• Cooler, quieter performance in ultra-thin designs;
• Biometric authentication in 1,5 seconds or less;
• Minimum 11 hours of battery life in real-world conditions with FHD displays;
• Select design options that offer up to 20 hours of video playback;
• At least 4,5 hours of battery life with a 30-minute charge on laptops with FHD displays;
• Integrated Intel Arc graphics for accelerated creation and smoother gameplay, even on the go;
• Ability to connect your PC to multiple monitors, transfer files, and charge your PC with Thunderbolt Share;
• Highest sustainability standards with EPEAT Gold certification;
• Resources to block attacks and malware.

Therefore, all notebooks equipped with the new processors Intel Core Ultra Lunar Lake must meet these requirements to receive the seal Intel Evo Edition.

Models and manufacturers 386q69

There will be more than 80 notebook models with the new processors, from more than 20 brands such as ASUS, Lenovo, HP, Samsung and LG. They will be available for purchase from September 24 this year, with some models already available for pre-order today (September 03rd).

The first notebook with a Lunar Lake processor to arrive in Brazil is expected to be the ZenBook S 14 from ASUS. The model has already been seen here in Berlin, together with Samsung notebooks (Galaxy Book5 Pro 360), Acer (Swift 14 AI), MSI (Prestige 13+ EVO), LG (Gram Pro), Dell (XPS 13) and HP (Omni Book Ultra Flip).

ASUS is proud to announce the launch of the new Zenbook S 14 and Expertbook P5 notebooks, powered by the latest Intel Lunar Lake processors. Zenbook S 14 (UX5406) ​​is an incredibly thin 14-inch notebook with an ASUS Lumina OLED display, engineered with exclusive Ceraluminum ceramic material for a unique design that is tough and durable, while remaining thin and light at just 1,1 cm thin and weighing just 1,2 kg.

ASUS on its new notebooks with Lunar Lake processors

Also demonstrated here was the first portable PC console with the Intel Core Ultra Lunar Lake processor: The MSI Claw. It is very interesting and should arrive later this year.

Technical specifications 6u285w

Check out all the versions of Intel Core Ultra Lunar Lake, which will be shipped in the 2024 and 2025 notebooks:

Intel Core Ultra 9 (288V) m4e1z

Number	Intel CoreUltra 9 (288V)
Maximum performance core Turbo frequency	Up to 5.1 GHz
Efficient Core Max Turbo Frequency	Up to 3.7 GHz
Maximum graphics frequency	Up to 2.05 GHz
Video cards	Intel Arc 140V GPU
PCIe Slots, Thunderbolt Ports and Wi-Fi	4 PCIe Ge5 + 4 PCIe Gen 3 integrated ports with Thunderbolt 4 standard Integrated Wi-Fi 7
memory capacity	32 GB 2R
Processor base voltage	30 W (Minimum 17 W)
Maximum power voltage	37 W

Intel Core Ultra 7 (268V) 2fj45

Number	Intel CoreUltra 7 (268V)
Maximum performance core Turbo frequency	Up to 5.0 GHz
Efficient Core Max Turbo Frequency	Up to 3.7 GHz
Maximum graphics frequency	Up to 2.0 GHz
Video cards	Intel Arc 140V GPU
PCIe Slots, Thunderbolt Ports and Wi-Fi	4 PCIe Ge5 + 4 PCIe Gen 3 integrated ports with Thunderbolt 4 standard Integrated Wi-Fi 7
memory capacity	32 GB 2R
Processor base voltage	17 W (Minimum 8 W)
Maximum power voltage	37 W

Intel Core Ultra 7 (266V) 2h4w53

Number	Intel Core Ultra 7(266V)
Maximum performance core Turbo frequency	Up to 5.0 GHz
Efficient Core Max Turbo Frequency	Up to 3.7 GHz
Maximum graphics frequency	Up to 2.0 GHz
Video cards	Intel Arc 140V GPU
PCIe Slots, Thunderbolt Ports and Wi-Fi	4 PCIe Ge5 + 4 PCIe Gen 3 integrated ports with Thunderbolt 4 standard Integrated Wi-Fi 7
memory capacity	16 GB 2R
Processor base voltage	17 W (Minimum 8 W)
Maximum power voltage	37 W

Intel Core Ultra 7 (258V) c1b5m

Number	Intel CoreUltra 7 (258V)
Maximum performance core Turbo frequency	Up to 4.8 GHz
Efficient Core Max Turbo Frequency	Up to 3.7 GHz
Maximum graphics frequency	Up to 1.95 GHz
Video cards	Intel Arc 140V GPU
PCIe Slots, Thunderbolt Ports and Wi-Fi	4 PCIe Ge5 + 4 PCIe Gen 3 integrated ports with Thunderbolt 4 standard Integrated Wi-Fi 7
memory capacity	32 GB 2R
Processor base voltage	17 W (Minimum 8 W)
Maximum power voltage	37 W

Intel Core Ultra 7 (256V) 406sz

Number	Intel CoreUltra 7 (256V)
Maximum performance core Turbo frequency	Up to 4.8 GHz
Efficient Core Max Turbo Frequency	Up to 3.7 GHz
Maximum graphics frequency	Up to 1.95 GHz
Video cards	Intel Arc 140V GPU
PCIe Slots, Thunderbolt Ports and Wi-Fi	4 PCIe Ge5 + 4 PCIe Gen 3 integrated ports with Thunderbolt 4 standard Integrated Wi-Fi 7
memory capacity	16 GB 2R
Processor base voltage	17 W (Minimum 8 W)
Maximum power voltage	37 W

Intel Core Ultra 5 (238V) 684o1m

Number	Intel CoreUltra 5 (238V)
Maximum performance core Turbo frequency	Up to 4.7 GHz
Efficient Core Max Turbo Frequency	Up to 3.5 GHz
Maximum graphics frequency	Up to 1.85 GHz
Video cards	Intel Arc 140V GPU
PCIe Slots, Thunderbolt Ports and Wi-Fi	4 PCIe Ge5 + 4 PCIe Gen 3 integrated ports with Thunderbolt 4 standard Integrated Wi-Fi 7
memory capacity	32 GB 2R
Processor base voltage	17 W (Minimum 8 W)
Maximum power voltage	37 W

Intel Core Ultra 5 (236V) 6i4854

Number	Intel CoreUltra 5 (236V)
Maximum performance core Turbo frequency	Up to 4.7 GHz
Efficient Core Max Turbo Frequency	Up to 3.5 GHz
Maximum graphics frequency	Up to 1.85 GHz
Video cards	Intel Arc 140V GPU
PCIe Slots, Thunderbolt Ports and Wi-Fi	4 PCIe Ge5 + 4 PCIe Gen 3 integrated ports with Thunderbolt 4 standard Integrated Wi-Fi 7
memory capacity	16 GB 2R
Processor base voltage	17 W (Minimum 8 W)
Maximum power voltage	37 W

Intel Core Ultra 5 (228V) z3z5z

Number	Intel CoreUltra 5 (228V)
Maximum performance core Turbo frequency	Up to 4.5 GHz
Efficient Core Max Turbo Frequency	Up to 3.5 GHz
Maximum graphics frequency	Up to 1.85 GHz
Video cards	Intel Arc 140V GPU
PCIe Slots, Thunderbolt Ports and Wi-Fi	4 PCIe Ge5 + 4 PCIe Gen 3 integrated ports with Thunderbolt 4 standard Integrated Wi-Fi 7
memory capacity	32 GB 2R
Processor base voltage	17 W (Minimum 8 W)
Maximum power voltage	37 W

Intel Core Ultra 5 (226V) f3s3n

Number	Intel CoreUltra 5 (226V)
Maximum performance core Turbo frequency	Up to 4.5 GHz
Efficient Core Max Turbo Frequency	Up to 3.5 GHz
Maximum graphics frequency	Up to 1.85 GHz
Video cards	Intel Arc 140V GPU
PCIe Slots, Thunderbolt Ports and Wi-Fi	4 PCIe Ge5 + 4 PCIe Gen 3 integrated ports with Thunderbolt 4 standard Integrated Wi-Fi 7
memory capacity	16 GB 2R
Processor base voltage	17 W (Minimum 8 W)
Maximum power voltage	37 W

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