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Google Pixel 7’s Tensor G2 chip is built on Samsung 4nm process and uses Exynos 5300 5G modem
Google introduces Pixel 7 and Pixel 7 Pro smartphones with the Tensor G2 chip last week. According to the reports, this Google-made Tensor G2 Chipset is built on Samsung 4nm process and uses System LSI’s Exynos 5300 5G modem.
Last year’s Tensor chipset that is used in Pixel 6 smartphones was pretty good, though had a number of issues. Meanwhile, with the Tensor G2 chipset, the company has said to improve battery life and other areas as well as mainly focuses on AI performance and security capabilities.
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At the same time, the specifications are basically an iteration of Tensor from last year. Furthermore, as mentioned earlier, Google Tensor G2 SoC uses a Samsung 4nm LPE process, which is an upgraded form of last year’s 5nm LPE process.
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The company is still keeping the unusual 2+2+4 setup as it quips two ARM Cortex-X1 CPU cores which are clocked at 2.85GHz, two ARM Cortex-A78 CPU cores clocked at 2.35GHz, and four ARM Cortex-A55 CPU cores clocked at 1.8GHz.
The chipset further equips the new-generation ARM Mali-G710 GPU with seven cores for improved gaming and HDR. It is combined with Google’s Titan M2 security chip and second-generation EdgeTPU for AI processing.
Moreover, the chipset is compatible with LPDDR5 RAM and has a 4MB shared L3 cache and 8MB of total system cache. Whereas, an improved ISP now lets customers record 4K 60fps videos from all the cameras. It is also capable of up to 108MP cameras with zero shutter lag.
In addition to these improvements, the chipset can also unblur new or old pictures, portrait videos, and Super-Res Zoom for images and videos.
Moving ahead, the Google Tensor G2 processor also uses the Samsung-made Exynos 5300 5G modem. However, there is nothing much revealed about the new modem, it was announced during the Tech Day 2022 event last week.
On May 4th, Samsung revealed that it has partnered with GP Explorer, a Formula 4 competition. The race is making a comeback on September 9 with 12 teams competing in Le Mans. Today, Samsung announced that it will be partaking in GP Explorer 2023 with a Galaxy-themed team and Formula 4 car.
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According to the information, the second edition of the GP Explorer created by Squeezie, of which Samsung is a major partner, will make its big comeback on September 9 with twelve teams competing on the Bugatti Circuit at Le Mans.
Among these stables, a Samsung mystery stable was unveiled today. At the wheel of the Formula 4 in the colors of the brand, two pilots whose identity is still kept secret will share training and behind the scenes of the competition, thanks to the Galaxy S23 Ultra and Galaxy Z Flip4.
Thanks to the excellent photo and video quality of Samsung’s Galaxy S23 Ultra and its super-powerful zoom, the general public will be housed in the front row to follow training, preparation, and behind-the-scenes of the competition.
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Samsung has not yet started the One UI 5 Watch Beta Program. As there are still two days remaining in the month, the company may begin the trial anytime for Galaxy Watch 4 and 5. Well, we are sharing a cool trick using which you can cancel sending diagnostic data to Samsung during One UI 5 Watch Beta.
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In order to participate in the Samsung One UI 5 Watch Beta program, you will need to agree to send diagnostic data at the subscription stage. Without ticking the sign, you won’t be able to sign up for the Beta activity, leading you to wait until late 2023 to get new features of the OS.
However, you can turn this setting off by following the path in the Galaxy Wearable app: Watch settings > Watch information > Legal information > Sending diagnostic data to Samsung. Even with this setting set as OFF, you can still keep and use Beta software.
Regardless, the company recommends setting it as ON, because the diagnostic data is only used for finding problems and improvement points of Beta software. Now, it’s up to you whether you want to share the device’s diagnostic data with Samsung or not.
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Earlier this year, the MX Division revealed a plan to develop XR devices, which Samsung sees as a new cash cow on top of smartphones. KEDGlobal sources are claiming that the Samsung Exynos XR device chip market plan is now taking concrete shape.
The company has been taking steps to develop XR (extended reality) chips to challenge Qualcomm and Google in the fast-growing market. Samsung is reportedly considering developing new processing units for XR (extended reality) products or modifying the existing Exynos line.
Samsung’s System LSI Division, the chip giant’s only fabless division, produces the Exynos series of processors embedded in smartphones, cars and wearable devices. A processor acts as the brain or a central processing unit, but SoCs are not designed for XR gadgets.
XR devices like smart glasses create immersive experiences, enabling three-dimensional virtual meetings and offering live translated captions of foreign languages. Their CPUs gather and process sensor data; measure and track a user’s body and eye movements; and estimate the user’s location.
Qualcomm is at the forefront of the XR device chip development. However, Samsung said earlier this year that it would collaborate with Qualcomm and Google to develop XR devices, independently of its System LSI Division within the company.
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