Tag: Core Ultra 7 256V

  • Lenovo ThinkPad 13-inch Launch: Compact Intel Lunar Lake

    Lenovo ThinkPad 13-inch Launch: Compact Intel Lunar Lake

    Key Takeaway

    – ThinkPad L13 Gen 7 shifts from Intel Arrow Lake-U to Lunar Lake processors for better CPU and significantly improved graphics performance.
    – Battery life is strong, with claims of over 23 hours of local video playback or about 12 hours on the MobileMark 30 test.
    – All three IPS display options are 13-inch, 1920×1200, 16:10, 400 nits, and 60 Hz.
    – The laptop packs a 41 Wh or 54.7 Wh battery, 16 GB soldered RAM, and an M.2 2242 SSD in a 1.21 kg chassis.
    – Pricing and availability have not yet been announced.

    ThinkPad L13 Gen 7 Launched With Lunar Lake CPUs

    Lenovo has already released multiple new ThinkPads this year across its E, L, T and X series. For instance the ThinkPad E14 Gen 8 has been available globally since the start of the month with Intel Panther Lake processors. Now, Lenovo has turned to its L series again, having released the ThinkPad L16 Gen 3 at the start of June. Specificaly, the company has revealed a successor to last years ThinkPad L13 Gen 6. No new 2-in-1 model is forth coming yet though like the ThinkPad L13 Gen 5 2-in-1 that we reviewed in 2025.

    Processor and graphics performance shift

    While Lenovos Gen 6 models rely upon Intel Arrow Lake-U processors like the Core Ultra 5 225U and Core Ultra 7 255U, its Gen 7 successor adopts the adjacent Lunar Lake platform instead. According to our benchmarks this change should yeild a modest CPU performance advantage when comparing the Core Ultra 7 255U and Core Ultra 7 256V. However a massive graphics performance difference exists in the Core Ultra 7 256Vs favour. Additionally Lenovo equips the ThinkPad L13 Gen 7 with a 41 Wh or 54.7 Wh battery and an M.2 2242 SSD to complement the 16 GB of RAM embedded within each Lunar Lake processor. Reportedly the 13 inch laptop lasts over 23 hours of playing local videos at 150 nits or around 12hours in the MobileMark 30 battery life test.

    Display options and physical dimensions

    As far as we can tell these official battery life claims apply to any one of the laptops three IPS display options, which all output at 1,920 x 1,200 pixels with a 16:10 aspect ratio, 400 nits peak brightness and a 60 Hz fixed refresh rate. Lenovo has packed all this hardware into a housing that measures 299 x 215 x 12~15.7 mm. Also the compact laptop weighs 1.21 kg. Although heavier than some 13.3 inch laptops the ThinkPad L13 Gen 7 is packed full of ports on two of its four sides.

    Pricing and availability unconfirmed

    Unfortunately Lenovo has not confirmed pricing or availability yet. The device uses Intels Lunar Lake platform which promises better integrated graphics than its predecessor, the company has not stated a release date or starting price for any region. The laptop also features a M.2 2242 SSD slot and up to 54.7Wh battery capacity making it suitable for extended productivity sessions.


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  • Lenovo Launches Lightweight 14-Inch Laptop with 20+ Hour Battery

    Lenovo Launches Lightweight 14-Inch Laptop with 20+ Hour Battery

    Key Takeaway

    – Lenovo IdeaPad Slim 5 Ultra is lighter than the MacBook Air 13 and offers Intel Lunar Lake processors, dual SSD slots, and an optional OLED display.
    – Base model (Core Ultra 5 226V) starts at ~$1,000 in Singapore and includes 16 GB RAM, a 1600p/120 Hz IPS display, and a 65 Wh battery rated for 23.3 hours of video playback.
    – Upgrading to the Core Ultra 7 256V provides ~6% better CPU and over 25% better GPU performance for 13% more cost.
    – OLED display option reduces battery life by over 15% (to 19.5 hours) and is available with up to 1 TB storage and Wi-Fi 7.
    – The laptop is currently available in Australia, Hong Kong, and Singapore, with wider release expected later in March 2026.

    Lenovo IdeaPad Slim 5 Ultra 14ILL11 Now Available

    Hardly any time has passed since Lenovo added the IdeaPad Slim 5 Ultra 14ILL11 to its global PSREF website. So the 14-inch laptop is now available to purchase internationally following its MWC 2026 debut in March. It comes with Intel Lunar Lake processors and dual SSD slots, plus an option for a OLED display. This thing is even lighter then the MacBook Air 13.

    Pricing and Specs Details

    Currently, the IdeaPad Slim 5 Ultra starts at AUD 1,799 in Australia, and HKD 10,288 in Hong Kong and SGD 1,299 (~$1,000) in Singapore. For those prices, Lenovo includes a Core Ultra 5 226V processor, which brings 8 cores, an Arc 130V iGPU and 16 GB of LPDDR5X-8533 RAM to the table. Also, the laptop features Wi-Fi 6 connectivity and a 1600p IPS display with 100% sRGB colour space coverage, 400 nits peak brightness and a 120 Hz refresh rate. On top of that, its 65 Wh battery is said to last 23.3 hours when playing 1080p locally-host videos at 150 nits.

    Processor Options and Performance

    Alternatively, it can be configured with a Core Ultra 7 256V in Australia, which surpasses the Core Ultra 5 226V by about 6% in CPU benchmarks and over 25% in GPU workloads. However, Lenovo charges 13% more for the privilege. This is a decent upgrade if you need more graphics power for your apps.

    Additional Configurations Available

    Moreover, the IdeaPad Slim 5 Ultra is available with up to 1 TB of M.2 2242 storage, Wi-Fi 7 connectivity and a 1200p/60 Hz OLED display as needed. Please note that equipping an OLED display drops official battery life estimates by over 15% to 19.5 hours. Lenovo claims it will release the laptop in other markets later this month.

    • Base price: AUD 1,799 in Australia
    • Price: HKD 10,288 in Hong Kong
    • Price: SGD 1,299 (~$1,000) in Singapore
    • Core Ultra 5 226V: 8 cores, Arc 130V iGPU, 16 GB LPDDR5X-8533 RAM
    • Display: 1600p IPS, 100% sRGB, 400 nits, 120 Hz
    • Battery: 65 Wh, up to 23.3 hours (1080p video at 150 nits)
    • Core Ultra 7 256V: +6% CPU, +25% GPU performance, 13% higher cost
    • Storage: Up to 1 TB M.2 2242
    • Connectivity: Wi-Fi 6 or Wi-Fi 7
    • OLED display: 1200p/60 Hz, reduces battery to 19.5 hours


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  • GMK NucBox K13: Faster CPU Performance Over GPU

    GMK NucBox K13: Faster CPU Performance Over GPU

    Key Takeaways

    1. The GMK NucBox K13 is lightweight and offers strong performance with the Core Ultra 7 256V processor, excelling in multi-thread tasks.
    2. It outperforms similar machines in CPU-intensive tasks but has slower graphics performance compared to competitors.
    3. The NucBox K13 can be up to 25% slower in graphics performance than other PCs with the same Arc 140V GPU.
    4. Casual gaming is manageable on the NucBox K13, but it’s not suitable for demanding 3D games.
    5. Switching to Balanced mode in BIOS can improve performance by better allocating power between the CPU and integrated graphics.

    The GMK NucBox K13 has just hit the market, and it’s impressively light yet provides solid performance thanks to the Core Ultra 7 256V processor. When you stack it up against other machines that use the same CPU, the GMK seems to outpace them in multi-thread performance, albeit at the cost of a bit slower graphics performance.

    Performance Insights

    In the performance charts below, you can see how the NucBox K13 compares to six other PCs with the same Core Ultra 7 256V CPU. On average, the GMK system tends to lead in CPU-intensive tasks by a few percentage points, indicating good Turbo Boost sustainability. Interestingly, the Dell 14 Plus lags behind by as much as 20 percent when considering the heavier throttling it experiences compared to the GMK.

    Graphics Performance

    However, the NucBox K13 does have its drawbacks when it comes to integrated graphics performance. The 3DMark benchmarks reveal that this mini PC can be up to 25 percent slower than the average machine equipped with the same Arc 140V GPU. While it can handle casual gaming well, it might not be the ideal option for running the latest 3D games locally.

    To potentially improve performance, you can switch the mini PC to Balanced mode instead of Performance mode through the BIOS settings. This adjustment can help mitigate the performance gaps since Performance mode often allocates higher power limits to the CPU cores, which might come at the cost of lower power limits for the integrated graphics.

    Conclusion

    For further insights, be sure to check our complete review of the NucBox K13, which includes more benchmarks and comparisons with other mini PCs.

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