Teknologi Terbaru Dari Prosesor Apple – Apple is the world’s fastest ARM-based processor. This process is later on in laptops by Apple
In June 2022, at the Apple Worldwide Developers Conference (WWDC) 2022, Apple introduced its first SoC, the Apple M2. At that time, Apple did not introduce other variants of the Apple M2 as there was only 1 type. The SoC itself is claimed to have 18% faster CPU performance and 35% faster graphics processing.
Teknologi Terbaru Dari Prosesor Apple
On January 17, 2023, Apple finally introduced the new replacement Apple M2 SoC. The first is the Apple M2 Pro which has a CPU core count of 10 to 12
Ipad Pro 2021 Tablet Baru Dengan Perofrma Terkencang Di Dunia
The Lake M2 Pro is made with the 2nd generation 5nm manufacturing process. There are about 40 billion transistors in this one processor, almost 20 percent more than the M1 Pro and 2x the M2.
The memory possessed by the M2 Pro is 200 GB/s with up to 32 GB of memory. Apple claims that the performance of this processor will be 2.5x faster than the MacBook Pro which uses an Intel Core i9 processor.
The next processor name is Apple M2 Max. Apple M2 Max is produced with 67 billion transistors which is 10 billion transistors more than M1 Max and 3x more than M2. This processor has support for 96 GB
Capable of speeds of 15.8 TOPS which is 40% faster than the previous generation. Both processes have features
Apple Rilis Mac Studio Dengan Prosesor Kencang, Bersama Monitor Studio Display
I saw ProRes engines are also owned by both, where 1 in the M2 Pro and 2 engines in the M2 Max. Both of these are easy to handle
The company also says that these two processes have the highest efficiency. In testing, Macbook Pros that use this processor can last up to 22 hours compared to those that use Intel processors. It is even longer when compared to its predecessor’s process which can reach 21 hours: Apple is a company that tends to exclusivity. This company develops, manufactures and markets its finished products independently. That is, Apple manufactures the device (iPod, iPad, iPhone and others) independently with its own architectural concept. For designs for the iPhone for example. Apple came up with the iPhone’s architectural design concept and then developed it into products. This is different from most Android phone providers. The average mobile phone vendor only sells finished products and gets chipset designs from companies that are chipset manufacturers, such as Mediatek and Qualcomm. Apple actually deals with the likes of Qualcomm and Mediatek, as well as mobile phone vendors like Xiaomi, Asus, LG, and other mobile phone brands that don’t develop their own in Brazil. Apple also acts as the developer of its own operating system, iOS, so Apple products are truly exclusive. Even though it invented its own chip, Apple still bought a license to chip designs from ARM. That’s right. Apple got a custom ARM chipset design to be done by Apple itself. Apple is not the only chipset or system in football. The package is also explained by the system calls in the package. But this time it’s smart to deal with Apple’s chipsets. Just straight to the discussion about Apple’s chipset design. Apple Chipset Apple Chipset has been carving out a new generation for quite some time. They began development of the initial generation of the handset with manufacturing support from Samsung. The development of this early generation of chipsets integrated the CPU-based processor (CPU), graphics processor (GPU), and other components into a single function known as SoC or (system-on-chip). This SoC is then packaged in PoP format. What is POP? POP is package in package (POP). PoP is an integrated circuit development method that is commonly used in packaged system and electronic devices. The proper mention of this product is indeed PoP, but to make it easier to call it a chip or SoC. Oh yeah, there wasn’t much to Apple’s SoC in this first generation. There are only 4 types of early age chips that consist of these. 1. APL0098 Introduced in June 2007, the APL0098 is the chipset that gave birth to the original iPhone, otherwise known as the first generation iPhone. The package consists of a single 412 MHz ARM11 CPU core and a PowerVR MBX Lite GPU. This chipset is manufactured by Samsung with a 90nm manufacturing process. In addition to the first generation iPhone, other Apple products that use this chipset are the first generation iPod touch. Also Read: These are the types of Wifi Most Commonly used on HP Types of Waterproof Certification and Military Standards on HP These are the regions Origin of Various Popular HP Brands in Indonesia Here’s a List of Versions of the iPadOS Operating System from Time to Time 2 APL0278 Chipset APL0278 manufactured with 65nm manufacturing process. Like the previous series, this chipset is produced by Samsung. This same chipset was introduced on September 9, 2008 in conjunction with the launch of the second generation iPod touch. This chipset is used only in the iPod touch and not in the iPhone. 3. APL0298 Still with the 65nm manufacturing process, Apple introduced the APL0298. This chipset is also manufactured by Samsung. This chipset is used in the 3GS. The iPhone product itself was introduced to the public on June 8, 2009. Inside it is the APL0298 DC MHz Cortex-A8 single core CPU and PowerVR SGX535 GPU. 4. APL2298 The APL2298 is no longer a PoP but a die riot with a 45 nm manufacturing process. In this way it was done, so that the chips are called. APL2298 is used for the iPhone 3GS device SoC version APL2298 was introduced on September 9, 2009 at the same time as the launch of the third generation iPod touch. Chipset Apple A Series Apple then developed the SoC A series. This chipset is the brain behind mobile devices from Apple such as the iPhone, iPad, and iPod touch since the Pop era. In fact, the Apple Series later became the kitchen bridge used in Apple TV devices. A SoC Series is built around one or more cores (cores) in a single physical package. Within this physical package, there is a CPU-based processor, a graphics processing unit (GPU), cache memory, and other electronic components. For the manufacturing process, a series of SoCs are produced by Samsung and TSMC. It’s just that Apple’s strategy is still being implemented. The SoC series consists of the following. 1. The Apple A4 still uses the Apple A4 system (PoP) on a chip (SoC). This technology was designed by Apple but the package-on-a-chip (SoC) system was designed by Apple Inc. and manufactured by Samsung. Inside the Apple A4 is an ARM Cortex A8 CPU with a processing speed of 1 GHz. This CPU is combined with the PowerVR SGX 535 GPU, This Lake A4 is built on a 45 nm manufacturing process. The cores are Cortex-A8 cores that are said to have improved performance. This improvement was developed by the chip designer Intrinsic, which was later acquired by Apple, the Cortex-A8 core received the name or nickname “Hummingbird”. Oh yeah, the Apple A4 doesn’t have RAM. The addition of RAM allows it to be installed on the Pope. So in the planning process, on top of this Apple A4 package with two lower power 128 MB DDR SDRAM chips (total 256 MB). Apple A4 itself is used by various Apple devices such as the first generation Apple iPad, the iPhone 4, the 4th generation iPod touch and the 2nd generation Apple TV. Especially iPhone 4 and iPod touch 4th generation, the core is installed with a clock of 800 MHz. 2. Apple A5 and Apple A5X already uses the Apple A5 system chipset. This chipset is manufactured by Samsung. Inside the Lake A5, the dual processor is based on the ARM Cortex A9 and the Dual Core GPU PowerVR SGX543MP2. The capability of this CPU is 2x better and GPU 5x better than that of Apple A4. The Apple A5 is manufactured with 45nm fabrication. The core clock in this chip has a speed of 1 GHz, but specifically for the iPad 2. For those who have used it on the iPhone 4S, it is 800 MHz. The Apple A5 has a 32 nm version. This version is used for the third generation Apple TV, iPod touch (5th generation), iPad Mini, and newer versions of iPad 2 (iPad versions 2, 4). In further detail, the Apple A5 has the same version of the core that is used in the third generation Apple TV. Apple also presented the Apple A5X. This chipset is used for third generation iPad devices. The difference between the Apple A5X and the Lake A5 is in the graphics unit. The Apple A5X has a PowerVR SGX543MP4 GPU which is double the GPU in the Apple A5. 3. The Apple A6 and Apple A6X use the Apple A6 PoP system again like the A4. This Lake A6 has a 1.3 GHz dual-core processor called Celer. The Apple A6 also has a PowerVR SGX 543MP3 GPU. Oh yeah, the Apple A6 design uses a new ARMv7s based instruction, the Apple A6 is still a Samsung product with a 32 nm manufacturing process. With a smaller manufacturing process, Apple A6 can offer 2x faster CPU and GPU than Apple A5. The Apple A6 then has a faster version called the Apple A6. The Apple A6X was introduced on October 23, 2012, at the same time as the launch of the fourth generation iPad. Of course, this means that the Apple A6X is the “brain” that is in the fourth generation iPad. The Apple A6X still uses a dual-core Fast CPU. The difference is, the graphics capabilities of the A6X are higher by using the PowerVR SGX 554MP4 quad-core GPU. Apple A6X claims to have 2x better capabilities than Apple A5X. 4. Lake A7 On September 10, 2013, Apple introduced the Pop-based Apple A7, this A7 is the “brain” behind the iPad Air, iPad Mini 2 and iPad Mini 3. The iPhone device that uses the A7 is the iPhone 5S that was introduced on the same day as Lake A7 . Lake A7