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El chip Exynos 2500 del Samsung Galaxy S25 puede igualar al Snapdragon en eficiencia

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después El Exynos 2200 es decepcionante Chip, la división de teléfonos inteligentes de Samsung Decidí usar Snapdragon 8 Gen 2 El chip es exclusivo del Galaxy S23. Con el Galaxy S24, el chip Exynos está de vuelta y resulta ser un buen chip. Con el próximo chip Exynos líder, diseñado para Galaxia S25Samsung pretende igualar la eficiencia de los chips Snapdragon.

Según los informes, el chipset Exynos 2500 de 3 nm ha sido confirmado para el Galaxy S25

Nuevo informe de Editorial surcoreana Business Korea Samsung afirma que equipará el Galaxy S25 con Exynos 2500 Curador. Estos nuevos chips se fabricarán fundición Samsung Nodo de proceso de segunda generación (SF3) de 3 nm. Recientemente, Samsung anunció esto trabajé con un resumenuna empresa global de automatización de diseño electrónico (EDA), para mejorar la eficiencia energética de un chip de 3 nm.

Sin embargo, el Exynos 2500 no será el primer chip de 3 nm de Samsung. Chip Exynos W1000 El Galaxy Watch 7 será el primer chip de 3 nm de la compañía en julio de 2024.

Samsung Foundry es la primera empresa en comenzar la producción en masa de chips de 3 nm utilizando una nueva arquitectura de transistores llamada Gate Allaround (GAA). Esta nueva estructura reduce las fugas de energía y aumenta la corriente del motor, lo que resulta en una mejor eficiencia energética y una reducción del calor. En comparación, otros conjuntos de chips de 3 nm, p. El chip M4 del nuevo iPad Pro de Applese fabrican utilizando el proceso de 3 nm de TSMC, que utiliza la arquitectura FinFET más antigua.

Mire nuestra comparación entre el Galaxy S24+ con el chip Exynos 2400 y el Galaxy S24 Ultra con el chip Snapdragon 8 Gen 3 para Galaxy, en el vídeo a continuación.

Después de la prueba El Exynos 2400 es bastante potente El chip es eficiente y es una mejora significativa con respecto a los conjuntos de chips Exynos de la generación anterior. La confianza de Samsung en los conjuntos de chips Exynos ha mejorado. Por ello, la compañía ha decidido seguir adelante con el procesador Exynos 2500 para algunas de las unidades Galaxy S25 y Galaxy S25+. Es probable que el Galaxy S25 Ultra siga utilizando el procesador Snapdragon 8 Gen 4.

¿Qué esperar del Galaxy S25?

Se espera que el Galaxy S25 tenga un diseño completamente nuevo, una calidad de cámara mejorada y una mayor duración de la batería. El teléfono también puede incluir comunicación satelital bidireccional para comunicaciones de emergencia. Es probable que ejecute Android 15 One UI 7.1 de fábrica y obtenga actualizaciones importantes del sistema operativo Android durante siete años.

Es probable que se filtren más funciones del Galaxy S25 más cerca de la fecha de lanzamiento, que se espera que ocurra en enero de 2025.

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El Samsung Galaxy Watch 7 podría utilizar un chip de 3 nm llamado Exynos W1000

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nosotros revelado exclusivamente ¿En qué se llevará a cabo el próximo evento Galaxy Unpacked de Samsung? Principios de julio de 2024. Es probable que la compañía presente el Galaxy Watch 7 durante el evento. Galaxy Z Flip 6Y Galaxy Z Fold 6. Si bien los teléfonos plegables probablemente usarán el procesador Snapdragon 8 Gen 3 de 4 nm del Galaxy, se espera que el Galaxy Watch 7 sea el primer dispositivo Samsung en usar el chip Exynos de 3 nm.

El Galaxy Watch 7 podría tener un procesador Exynos W1000 de 3 nm

Chip procesador Samsung Exynos 2400

Mientras algunos Los informes ya han afirmado Usarás el Galaxy Watch 7 a chip de 3 nmnuevo Informe del diario económico coreano Revela más información sobre este tema. Según el informe, el chip Galaxy Watch 7 se llamará Exynos W1000. Como se informó anteriormente. Se fabrica utilizando el nodo de proceso de 3 nm (SF3) de segunda generación de Samsung Foundry.

Samsung ya reveló hace unos días que había producido su primer chip de 3 nm y el nuevo informe afirma que la producción en masa comenzará en la segunda mitad del año.

Fundición de obleas semiconductoras de 3 nm de Samsung

Es posible un gran cambio en el nombre del chip a medida que Samsung da el salto del proceso de 5 nm a Exynos W930 a proceso de 3 nm Exynos W1000. Será el chip portátil más avanzado del mundo. En comparación, el Apple Watch Serie 9 El Apple Watch Ultra 2 utiliza un chip de 5 nm llamado S9. El nuevo informe afirma que el Exynos W1000 ofrece un mayor rendimiento y un 20% más de eficiencia energética. Esto debería ser suficiente para mejorar el rendimiento y la duración de la batería del Galaxy Watch 7.

El informe de Corea del Sur dice que el próximo evento Galaxy Unpacked tendrá lugar el 10 de julio en París, lo que confirma la validez de nuestro informe. Según se informa, esta fecha fue elegida para maximizar la promoción de nuevos productos antes de los Juegos Olímpicos de París que comienzan el 26 de julio de 2024. También se afirma que el Galaxy Z Flip 6 y el Galaxy Z Fold 6 contarán con “Libre de arrugas– Pantalla plegable (no hay pliegues visibles), a diferencia de los teléfonos plegables anteriores de Samsung.

Mire nuestra revisión del Galaxy Watch 6 Classic en el video a continuación. La historia continúa después del video.

¿Qué esperar del Galaxy Watch 7?

Hace unos meses revelamos en exclusiva que la serie Galaxy Watch 7 contará con 32 GB de almacenamiento interno, el doble que el Galaxy Watch 6. La próxima serie de relojes inteligentes de Samsung probablemente incluirá tres modelos y, a diferencia de la generación anterior, Galaxy Watch, uno de ellos. Podrían tener una pantalla cuadrada (R). También podría ofrecer una versión más nueva de One UI Watch, basada en Wear OS 5 Comenzó el desarrollo interno.. Probablemente Google Wear OS 5 presentado en el evento Google I/O hoy.

Se puede utilizar el próximo reloj inteligente de Samsung Inteligencia artificial para detectar con mayor precisión la fibrilación auricular. Samsung ha confirmado que su próximo reloj inteligente puede ser más exclusivo y distintivo Incluye más funciones de inteligencia artificial.. Un modelo también puede presentar La batería más grande jamás creada En reloj Galaxy.

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Samsung Galaxy S26 could bring Exynos chip with in-house GPU

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Samsung received a lot of flak for its sub-par Exynos chips over the years, but the company seems to be improving. The Exynos 2400 is a lot better than previous Exynos chips. And AMD helped Samsung achieve this feat thanks to its pretty powerful GPU. However, Samsung could ditch AMD for its in-house GPU for the Galaxy S26.

Galaxy S26 could use Exynos processor with Samsung’s own GPU

Samsung Exynos 2400 Xclipse 940 GPU AMD RDNA3

According to a report from pretty reliable tipster Roland Quandt, Samsung is developing the next-generation Exynos (maybe renamed later?) chip, which carries model number S5E9955 and has an AMD RDNA-based GPU. Next, the South Korean company is reportedly aiming to release its own smartphone processor for the Galaxy S26, which will reportedly have its in-house GPU. This means Samsung will ditch AMD GPUs for its own GPUs.

Samsung is reportedly building a pretty powerful and efficient processor for the Galaxy S25. It would be fabricated using Samsung’s second-generation 3nm process node. Rumors claim it is such a major improvement compared to previous chips that Samsung could even use a new name and discontinue the Exynos branding.

The company seems to have created a separate team of over 1,000 engineers to work with the System LSI team on co-development and optimization. If the company could achieve its goal, it would be a huge moment.

Author’s Note: Making a smartphone chip is extremely difficult. Apart from Apple and Huawei, Samsung is the only other brand that has been able to make smartphones and design chips inside them. In fact, Samsung is one step ahead of those firms. It can even manufacture the processors it designs. Apple and Huawei can’t do those things. It can even design and manufacture RAM, storage, displays, batteries, and camera sensors used in phones.

However, Samsung’s in-house smartphone processors haven’t been very good. Apple, MediaTek, and Qualcomm are far ahead in terms of overall performance and efficiency. If Samsung can outdo even one of those rival brands, it will be a huge accomplishment. It can then bring more vertical integration, better features, and longer software support to its phones, smartwatches, tablets, and other devices.



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Samsung Exynos 5400 5G modem unveiled with NTN satellite connectivity

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Samsung has officially unveiled the Exynos 5400 5G modem. It is the same modem that’s used in the Exynos variants of the Galaxy S24 and Galaxy S24+. It will reportedly be used in several next-generation Pixel devices—Pixel 9, Pixel 9 Pro, Pixel 9 Pro XL, and Pixel 9 Pro Fold—that will be launched later this year.

Exynos 5400 is a 4nm 5G modem with support for NTN networks and up to 14.79Gbps download speeds

The Exynos 5400 is Samsung’s first modem with built-in NB-IoT NTN and NR NTN network support. This feature allows phones and tablets using this modem to have two-way satellite connectivity for messaging, even when there’s no cellular network nearby. Based on this feature, phones can have the Emergency SOS feature. It supports both mmWave and sub-6GHz 5G networks. It supports 4×4 MIMO in sub-6GHz and 2×2 MIMO in mmWave 5G networks.

Samsung Exynos 5400 5G Modem NTN Two-Way Satellite Connectivity

It is also the fastest-ever Exynos modem, reaching download speeds of up to 14.79Gbps, thanks to support NR dual-connectivity for FR1 and FR2 bandwidths (3GPP Release 17). It is claimed to be a first-of-its-kind solution that can aggregate five carriers (3x 100MHz + 2x 40MHz) for a total theoretical download speed of up to 11.2Gbps with 1,024 QAM on just the FR1 frequency band. Using FR1 is said to be more efficient and reliable than using the FR2 frequency band.

Samsung claims the Exynos 5400 is the most power-efficient 5G modem, as it is made using Samsung Foundry’s 4nm EUV process. While the Galaxy S24 and the Galaxy S24+ likely use this modem, Samsung hasn’t used its NTN connectivity features in those phones, as they lack two-way satellite connectivity for Emergency SOS and text messaging without a cellular network.

You can watch our in-depth review of the Galaxy S24 in the video below. Click the link below to buy the Galaxy S24.

Join SamMobile on Telegram and WhatsApp to get instant Samsung news updates, in-depth reviews of Samsung devices, and more.

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Galaxy Tab S6 Lite (2024) Exynos chip mystery finally unraveled

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Last updated: April 8th, 2024 at 16:02 UTC+02:00

Samsung threw us for a loop when it officially announced the Galaxy Tab S6 Lite (2024) refresh, not just because the company decided to re-release a 2020 tablet a second time but also due to a lack of concrete information in some areas.

As some might know, the Galaxy Tab S6 Lite (2024) showed up in Geekbench a couple of months ago, where it rocked an Exynos 1280 chip with eight CPU cores split into 2+6 core clusters.

All was clear until Samsung officially announced the tablet and mentioned a Quad-core 2.4GHz + Quad-core 2.0GHz CPU configuration, which suggested that the Galaxy Tab S6 Lite (2024) refresh might be powered by the superior Exynos 1380 chip.

Here’s what chip the Galaxy Tab S6 Lite actually has

In case you’re still wondering, the mystery of the unknown Exynos chip has been cleared up by MyNextTablet, who confirmed that the Galaxy Tab S6 Lite (2024) is enabled by the inferior Exynos 1280 chip rather than the Exynos 1380 SoC.

Therefore, the Galaxy Tab S6 Lite (2024) has two Cortex-A78 CPU cores operating at a frequency of up to 2.4GHz and six ARM Cortex-A55 cores @2.0GHz.

Disappointingly, the Galaxy Tab S6 Lite (2024) isn’t as powerful as Samsung made us hope it would be, but on the bright side, it is at least more competent than its 2020 and 2022 predecessors.

Benchmark tests show that the Galaxy Tab S6 Lite (2024) outperforms the 2022 and 2020 models in Geekbench 5 across the board, in Compute, Single-Core, and Multi-Core tests.

Appropriately, the 2024 Lite model is also more powerful than the cheaper Galaxy Tab A9+ (Snapdragon 695) but not as beefy as the Galaxy Tab S9 FE, the latter of which does make use of the newer Exynos 1380 SoC.

All in all, Samsung getting the information wrong on its official spec sheet kind of fits the theme of low effort surrounding this whole Tab S6 Lite (2024) release. Hopefully, nobody bought the Tab S6 Lite based solely on Samsung’s spec sheet and erroneous CPU core information.

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Samsung Galaxy A55 launches with Exynos 1480 processor, metal design

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Alongside the Galaxy A35, Samsung unveiled the Galaxy A55, its new mid-range phone. It is the company’s most premium-looking and feeling mid-range phone yet.

The Galaxy A55 features a metal frame, a powerful new processor, and some camera features usually found on premium Galaxy S series phones.

Galaxy A55 has a metal frame, Exynos 1480 chip with AMD GPU

Samsung Galaxy A55 Awesome Lilac Front

Samsung has used a metal-and-glass body for the Galaxy A55. It is the first Galaxy A series phone to feature a metal frame, and its front and rear are covered by glass. As usual, this new mid-range Galaxy A phone features an IP67 dust and water resistance rating.

It has a 6.6-inch Full HD+ Super AMOLED screen with a 120Hz refresh rate, Vision Booster, and Gorilla Glass Victus. Its peak screen brightness can reach up to 1,000 nits under direct sunlight and even higher in HDR scenes. It has stereo speakers for a more immersive media consumption experience. The phone has an under-display optical fingerprint reader.

Samsung Galaxy A55 Awesome Navy Back

The 4nm Exynos 1480 processor powers the Galaxy A55. It has four high-performance Cortex-A78 CPU cores clocked at 2.75GHz, four power-efficient Cortex-A55 CPU cores clocked at 2GHz, and the Xclipse 530 GPU based on AMD’s RDNA 2 architecture. It is said to have a 15% faster CPU and a 32% faster GPU, so playing high-end games shouldn’t be an issue.

The phone has 8GB/12GB RAM and 128GB/256GB internal storage. It is the first Galaxy A series phone with up to 12GB RAM. A microSD card slot allows for further storage expansion.

Samsung is shipping the Galaxy A55 with Android 14-based One UI 6.1 pre-installed. The mid-range phone, like others from Samsung, will get four major Android OS updates and security updates for five years. It features Auto Blocker, Samsung Knox, and Samsung Knox Vault.

Galaxy A55 has Nightography camera with Super HDR videos

The Galaxy A55 has improved overall cameras. It has three cameras on the rear: a 50MP primary camera with OIS and autofocus, a 12MP ultrawide camera, and a 5MP macro camera. On the front, it has a 32MP selfie camera. The 50MP and 13MP cameras can record 4K 30fps videos with VDIS (EIS for video stabilization).

The advanced AI ISP inside the Exynos 1480 brings improved low-light images on a Galaxy A series phone for the first time. Thanks to Nightography, the Galaxy A55 also has Night Portrait mode. It is also the first Galaxy A phone with 12-bit Super HDR Video for a wider dynamic range and deeper colors.

The phone is powered by a 5,000mAh battery and supports 25W fast charging. Its connectivity features include GPS, 5G, a dual-SIM card slot, eSIM, Wi-Fi 6, Bluetooth 5.3, NFC, and a USB Type-C port. The phone will be available in four colors: Ice Blue, Green, Lilac, and Navy.

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Usage of Exynos processors has gone down drastically

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Over the last couple of years, Samsung has lowered the usage of Exynos chipsets in its phones and tablets. Take the Galaxy S23 series for example. The company used only the Snapdragon 8 Gen 2 chipset for the lineup. The brand is also not using Exynos SoCs in mid-range and low-end devices as much as it used to a few years ago.

While it is clear that the usage of Exynos chipsets is going down, we didn’t have any figures on the trend. Fortunately, that’s changing today. Canalys has just posted a report analyzing the global smartphone market by processor vendor, and it reveals some disappointing news about Exynos chipsets and Samsung Semiconductor.

According to the report, the shipment of smartphones with chipsets from Samsung Semiconductors was 13 million in Q4 2023, which is 48% less compared to that in Q4 2022. As a result, the company’s revenue from smartphone chipsets stood at USD 5 billion in the last quarter, which is 44% lower than what it was in Q4 2022.

Unlike the Galaxy S23 series, Samsung has used Exynos chipset for the Galaxy S24 lineup. So, the shipment of smartphones with Exynos chipsets should go up in this and the upcoming quarters, and with that the revenue of Samsung Semiconductors should also see a steep increase. It would be interesting to see future figures.

The report from Canalys also reveals that MediaTek processors powered the highest number of smartphones (117 million) in Q4 2023. Apple was the second-largest chipset provider with its SoCs powering 78 million smartphones and Qualcomm was the third-largest chipset supplier with its processors powering 69 million smartphones.

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