Samsung Exynos
| << Exynos | |
|---|---|
 Exynos 4 Quad ( Samsung Galaxy S III ) |
|
| Production: | since 2010 |
| Producer: | Samsung |
| Processor clock: | 1 GHz to 2.9 GHz |
| Instruction set : | ARMv7 , ARMv8 |
| Microarchitecture : | POOR |
Exynos is the name for a system-on-a-chip family whose microprocessor components are based on the ARM architecture . It was developed by Samsung for use in smartphones and similar mobile computers.
history
In 2010 launched the Samsung Exynos series with the S5PC110 (now Exynos 3 single), who in his Samsung Galaxy S was installed.
At the beginning of 2011, the Samsung Exynos 4210 followed, which was installed as an SoC in the Samsung Galaxy S II . The driver code for the Exynos 4210 was made available to Linux development and, with version 3.2, was integrated into the Linux kernel in November 2011 .
On September 29, 2011, Samsung introduced the Exynos 4212 as the successor to the 4210. It has a higher clock frequency and was advertised as having “50 percent more 3D graphics performance compared to the previous generation of processors”.
On December 30, 2011, Samsung published information about its upcoming SoC model with an ARM Cortex-A15 CPU, initially under the name Exynos 5250 . This SoC has a memory interface that offers 12.8 GB / s memory bandwidth, support for USB 3.0 and SATA 3.
On April 26, 2012, Samsung released the Exynos 4 Quad for the Samsung Galaxy S III and the Samsung Galaxy Note II . The Exynos 4 Quad SoC requires 20% less energy than the SoC in the Samsung Galaxy SII. In 2012, Samsung also changed the names of several SoCs: Exynos 3110 to Exynos 3 Single , Exynos 4210 to Exynos 4 Dual 45 nm , Exynos 4212 to Exynos 4 Dual 32 nm and Exynos 5250 to Exynos 5 Dual and Exynos 4 Dual 32 nm.
The Exynos processor introduced in 2017 is the multi -core processor (8-core) Exynos 8895. This is produced using the 10nm process. It clocks with a maximum of 2.3 GHz. The new processor is more powerful and at the same time more energy efficient than its predecessor. The Exynos 8895 is installed in the Samsung Galaxy S8 and S8 + as well as in the Samsung Galaxy Note 8 .
Model list
Up to the Exynos 7, the Exynos SoCs are built from finished modules (so-called IP cores ) from ARM - from Cortex A cores and Mali GPU modules - and then manufactured by Samsung . From Exynos 8 onwards, CPU cores designed by Samsung itself are used. The SoCs are mainly used in their own products, but occasionally also sold to other brands (e.g. Meizu or Motorola).
| Surname | Manufacturing process | Multi-core configuration | CPU (primary) | CPU (secondary) | GPU | LTE modem | random access memory | Installed in |
|---|---|---|---|---|---|---|---|---|
| Exynos 9 (990) | 7nm EUV | Octa-Core (2 + 2) +4 | Custom CPU (M5) 2.73GHz Dual | Cortex®-A76 2.50GHz Dual + Cortex®-A55 2.00GHz Quad | Mali ™ -G77 MP11 | LTE Cat.24 (3000Mbit / 422Mbit) | LPDDR5 2750MHz | Galaxy S20 / S20 + / S20 Ultra |
| Exynos 9 (9825) | 7nm EUV | Octa-Core (2 + 2) +4 | Custom CPU (M4) 2.73GHz Dual | Cortex®-A75 2.40GHz Dual + Cortex®-A55 1.95GHz Quad | Mali ™ -G76 MP12 | LTE Cat.20 8CA 2Gbps (DL) Cat.20 3CA 316Mbps (UL) |
LPDDR4x 1866MHz | Galaxy Note 10 / Note 10+ |
| Exynos 9 (9820) | 8nm FinFET | Octa DynamIQ (2 + 2) +4 | Custom CPU (M4) 2.73GHz Dual | Cortex®-A75 2.31GHz Dual + Cortex®-A55 1.95GHz Quad | Mali ™ -G76 MP12 | LTE Cat.20 8CA 2Gbps (DL) Cat.20 3CA 316Mbps (UL) |
LPDDR4x 1866MHz | Galaxy S10 / s10 + / S10e |
| Exynos 9 (9810) | 10nm FinFET | Octa Big-Little 4 + 4 | Custom CPU (M3) 2.9GHz Quad | Cortex®-A55 1.9GHz Quad | Mali ™ -G72 MP18 | LTE Cat.18 6CA 1.2Gbps (DL) Cat.18 2CA 200Mbps (UL) |
LPDDR4x 1866MHz | Galaxy Note9 / S9 / S9 + |
| Exynos 9 (8895) | 10nm FinFET | Octa Big-Little 4 + 4 | Custom CPU (M2) 2.3GHz Quad | Cortex®-A53 1.7GHz Quad | Mali ™ -G71 MP20 | LTE Cat.16 5CA 1Gbps (DL) Cat.13 2CA 150Mbps (UL) |
LPDDR4x 1866MHz | Galaxy Note8 / S8 / S8 + |
| Exynos 8 (8890) | 14nm FinFET | Octa Big-Little 4 + 4 | Custom CPU (M1) 2.3GHz Quad | Cortex®-A53 1.6GHz Quad | Mali ™ -T880 MP12 | LTE Cat.12 3CA (DL) 600Mbps Cat.13 2CA 150Mbps (UL) |
LPDDR4 1866MHz | Galaxy S7 Edge / S7 |
| Exynos 7 (7885) | 14nm FinFET | Octa Big-Little 2 + 6 | Cortex®-A73 2.2GHz Dual | Cortex®-A53 1.6GHz Hexa | Mali ™ -G71 MP2 | LTE Cat.12 3CA 600Mbps (DL) Cat.13 2CA 150Mbps (UL) |
LPDDR4x | Galaxy A8 / A8 + |
| Exynos 7 (7880) | 14nm FinFET | Octa | Cortex®-A53 1.9GHz Octa | - | Mali ™ -T830 MP3 | LTE Cat.7 3CA 300Mbps (DL) 2CA 100Mbps (UL) |
LPDDR4 1600MHz | Galaxy A7 / A5 (2017) |
| Exynos 5 (7872) | 14nm FinFET | Hexa Big-Little 2 + 4 | Cortex®-A73 2.0GHz Dual | Cortex®-A53 1.6GHz Quad | Mali ™ -G71 MP1 | LTE Cat.7 2CA 300Mbps (DL) Cat.13 2CA 150Mbps (UL) |
LPDDR3 | |
| Exynos 7 (7420) | 14nm FinFET | Octa Big-Little 4 + 4 | Cortex®-A57 2.1GHz Quad | Cortex®-A53 1.5GHz Quad | Mali ™ -T760 MP8 | - | LPDDR4 1600MHz | Galaxy A8 / Note5 / S6 edge + |
| Exynos 7 (7870) | 14nm FinFET | Octa | Cortex®-A53 1.6GHz Octa | - | Mali ™ -T830 MP1 | LTE Cat.6 2CA 300Mbps (DL) 50Mbps (UL) |
LPDDR3 933MHz | Galaxy J7 (2016,2017) / J5 / A3 (2017) |
| Exynos 7 (7580) | 28nm HKMG | Octa | Cortex®-A53 1.6GHz Octa | - | Mali ™ -T720 MP2 | LTE Cat.6 2CA 300Mbps (DL) 50Mbps (UL) |
LPDDR3 800MHz | Galaxy A7 / A5 / View |
| Exynos 7 (7570) | 14nm FinFET | Quad | Cortex®-A53 1.4GHz Quad | - | Mali ™ -T720 MP1 | LTE Cat.4 2CA 150Mbps (DL) 50Mbps (UL) |
LPDDR3 667MHz | Galaxy J3 / Xcover 4 |
| Exynos 7 (7270) | 14nm FinFET | dual | Cortex®-A53 1.0GHz Dual | - | Mali ™ -T720 MP1 | LTE Cat.4 150Mbps (DL) 50Mbps (UL) |
LPDDR3 667MHz | Galaxy Note Edge / Note 4 / Tab S2 |
| Exynos 7 (5433) | 20nm HKMG | Octa Big-Little 4 + 4 | Cortex®-A57 1.9GHz Quad | Cortex®-A53 1.3GHz Quad | Mali ™ -T760 MP6 | - | LPDDR3e 1066MHz | Galaxy Note Edge / Note 4 / Tab S2 |
| Exynos 5 (5430) | 20nm HKMG | Octa Big-Little 4 + 4 | Cortex®-A15 2.0GHz Quad | Cortex®-A7 1.4GHz Quad | Mali ™ -T628 MP6 | - | LPDDR3e 1066MHz | Galaxy Alpha |
| Exynos 5 (5422) | 28nm HKMG | Octa Big-Little 4 + 4 | Cortex®-A15 2.1GHz Quad | Cortex®-A7 1.4 GHz Quad | Mali ™ -T628 MP6 | - | LPDDR3e 933MHz | Galaxy S5 |
| Exynos 5 (5420) | 28nm HKMG | Octa Big-Little 4 + 4 | Cortex®-A15 1.9GHz Quad | Cortex®-A7 1.3GHz Quad | Mali ™ -T628 MP6 | - | LPDDR3e 933MHz | Galaxy Note 3 / Tab S10.5 / Tab S8.4 / NotePRO |
| Exynos 5 (5410) | 28nm HKMG | Octa Big-Little 4 + 4 | Cortex®-A15 1.6GHz Quad | Cortex®-A7 1.2GHz Quad | PowerVR SGX544 MP3 | - | LPDDR3 800MHz | Galaxy S4, Meizu MX3 |
| Exynos 5 (5260) | 28nm HKMG | Octa Big-Little 2 + 4 | Cortex®-A15 1.5 GHz dual | Cortex®-A7 1.3 Ghz Quad | Mali ™ -T628 MP3 | - | LPDDR3 800MHz | Galaxy Note 3 Neo, Galaxy K Zoom |
| Exynos 5 (5250) | 32nm HKMG | dual | Cortex®-A15 1.7 GHz dual | - | Mali ™ -T604 MP4 | - | LPDDR3 800MHz | Google Nexus 10, Samsung Chromebook |
| Exynos 4 (4412) | 32nm HKMG | Quad | Cortex®-A9 1.4 / 1.6 GHz Quad | - | Mali ™ -400 MP4 | - | LPDDR2 400MHz | Galaxy Note2, Galaxy S3 |
| Exynos 4 (4212) | 32nm HKMG | dual | Cortex®-A9 1.5 GHz dual | - | Mali ™ -400 MP4 | - | LPDDR2 400MHz | Galaxy Tab 3 |
| Exynos 4 (4210) | 45nm HKMG | dual | Cortex®-A9 1.0 GHz dual | - | Mali ™ -400 MP4 | - | LPDDR2 400MHz | Galaxy Note, Galaxy S2 |
| Exynos 3 (3470) | 28nm HKMG | Quad | Cortex®-A7 1.4GHz Quad | - | Mali ™ -400 MP4 | - | LPDDR3 400MHz | Galaxy Light, Galaxy Win |
| Exynos 3 (3110) | 45nm HKMG | single | Cortex®-A8 1.0 GHz single | - | PowerVR SGX540 | - | LPDDR2 200MHz | Galaxy S4G, Google Nexus S, M190 Galaxy S, Samsung Continuum 1400 |
Similar platforms
- A4 , A5 and Apple A6 from Apple
- Atom from Intel (an x86 processor with a graphics processor , not an ARM)
- Fusion of AMD (an x86 processor with a graphics processor , not an ARM)
- i.MX from NXP
- MediaTek smartphone chips
- Nomadik from ST-Ericsson (joint venture between STMicroelectronics and Ericsson )
- OMAP from Texas Instruments
- PXA from Marvell (formerly Intel XScale)
- SH-Mobile from Renesas (own RISC processor platform, no ARM)
- Snapdragon from Qualcomm
- Tegra from Nvidia
Web links
Individual evidence
- ↑ Taylor Wimberly: Samsung Galaxy S confirmed to have S5PC110 processor, but how fast is it? . Android and Me / PhoneDog Media, LLC. April 26, 2010. Retrieved October 7, 2013.
- ↑ [RFC] [PATCH v3] DRM: add DRM Driver for Samsung SoC EXYNOS4210 . In: freedesktop.org . August 26, 2011. Retrieved January 13, 2012.
- ↑ Linux 3.2 DriverArch Linux kernel 3.2 support Exynos 4210 - Linux Kernel Newbies . In: kernelnewbies.org . Retrieved January 13, 2012.
- ↑ Michael Larabel: Samsung Keeps Working On Its Linux DRM . In: Phoronix . November 6, 2011. Retrieved January 13, 2012.
- ↑ Samsung Unveils its Next High-Performance Application Processor for Smartphone and Tablet Devices . September 29, 2011. Retrieved August 20, 2013.
- ↑ Application Processor Product Catalog . Retrieved August 20, 2013.
- ↑ Samsung's New Quad-core Application Processor Drives Advanced Feature Sets in Smartphones and Tablets (Designed on 32nm HKMG process, new energy-efficient chip exceeds 1.4GHz per core) . Samsung Electronics Co.Ltd. April 26, 2012. Retrieved October 7, 2013.
- ↑ Exynos 4 Dual 45nm . Samsung. Retrieved October 7, 2013.
- ↑ Exynos 4 Dual 32nm . Samsung. Retrieved October 7, 2013.
- ↑ Exynos 8895: Samsung introduces processor for Galaxy S8 - Golem.de . ( golem.de [accessed on February 16, 2018]).
- ↑ All Exynos processors . Samsung. Retrieved April 18, 2018.
- ↑ https://www.heise.de/newsticker/meldung/Hot-Chips-Unter-der-Haube-des-Samsung-Exynos-9810-4142176.html
- ↑ https://www.extremetech.com/mobile/244949-samsungs-exynos-8895-features-custom-cpu-cores-first-10nm-chip-market
- ↑ https://www.golem.de/news/mongoose-samsung-erklaert-m1-kerne-des-galaxy-s7-und-note-7-1608-122860.html