Global Microprocessor Industry Trends – December 2022 Update

Global Microprocessor Industry Trends


Microprocessors in desktops, servers, and laptops vary since they are all different from one another. A laptop is a compact and portable computer that can be used whenever and whenever. The purpose of the microprocessor’s design is to prioritise power consumption. Since laptops run on batteries, it would be cumbersome for users to travel with a battery converter. 


A laptop uses less electricity than a desktop computer thanks to the CPU within. In addition, the processors assist in cooling the laptops because they generate a lot of heat when in use, which could harm the hardware inside the device. The processors would enable the laptop to lower its cooling requirements. 


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Microprocessor technology has advanced at a quick rate, and this rate is anticipated to remain constant in the future. Recent developments in silicon technology, processor implementation and architecture, system structure, buses, greater degrees of integration, self-testing, caches, coprocessors, and fault tolerance have given the required edge of technological needs across the globe.



The technological integrations of microprocessors are probably driven by the quickly growing demand for mobile phones and tablets. This happens because of a microprocessor’s ability to boost smartphones’ productivity and speed as they form to be part of peculiar parameters of assessing the handset’s performance directly correlated with the microprocessor’s effectiveness.


Over the past ten years, the microprocessors sector has undergone a significant transition. Following are the few key product launches of sensors in the global market across sectors:

S. No. Company Product Product launch timeline Remarks
1 SiFive P670 and P470 Developed and Launched : 2022 It is designed to be a simple upgrade option or replacement for current ISAs for usage as the primary high performance application processor.
2 Nfina Technologies Hybrid HA Infrastructure Developed and Launched : 2022 It has been retrofitted into scalable server systems to address a market gap and deliver exceptional multi-socket processing performance.
3 HAILO 8TM Microprocessor Developed and Launched : 2022 It is quick and straightforward to connect the Hailo-8TM into the GStreamer pipeline because this plugin on the chip manages the entire configuration and inference procedure.
4 AMD EPYC Genoa Release Developed and Launched : 2022 These can be applied in the same way that PCIe, or peripheral component interconnect express, is used to connect high-speed devices for the best possible performance.
5 Youbo Technology RK 3566 Processor Developed and Launched : 2022 A self-designed JPEG decoding microprocessor is used in the chip. The UB-RK3566 processor has the ability to display 1080 at 60 frames per second, H0264, and H.265 format encoding.



The microprocessor has a significant impact on today’s computers since it makes daily tasks for users easier thanks to the scalable and potent silicon chip.


For example, future embedded systems could increase their capability by emphasising the cache design and bus architecture similarly to the desktop by increasing the performance of the system by developing new embedded microprocessor designs to work towards these goals. 


As a result, newer systems would get to perform additional tasks that help make the user’s job easier. Many users of technological interfaces nowadays want their desktops or PCs to be able to manage heavy processing and visualisation tasks.


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Only the potent multi-core technology or a multi-core CPU can accomplish this. A single computing component with two or more independent central processing units, or “cores,” is referred to as a “multi-core processor”.


Users can benefit from increased performance, reduced power consumption, and parallel processing, which facilitates the execution of numerous activities at once, thanks to the multi-core CPU.


Most CPUs in contemporary technology operate in the gigahertz range. For instance, a 500MHz microprocessor is six times slower than a 3GHz or 3.6GHz microprocessor, which is faster. 


When the microprocessor’s frequency is higher, the computer runs quickly which could be seen across the most recent Youbo chipset which is based on the A55 process architecture. It has a dual-screen display capability and an ARM G52 2EE GPU. Additionally, it qualifies for advanced display engines and other technologies.



  • Smartphones Microprocessor Trends

We no longer need separate gadgets for all the tasks that our smartphones can now perform, which has fundamentally altered the way we live. Nevertheless, from the fusion of two distinct items, smartphones became the predominant personal accessory and business tool. ARM chips are crucial because they efficiently transfer instructions to the microprocessor’s circuits, offering a lot of computational capability while using very little energy. 


ARM microprocessors are currently present in the majority of smartphones. Because of the low-power processor, powerful computing can be contained in a small box with a small battery, and cell phones have gotten lighter and thinner to fit in shirt pockets.


They have also accumulated a vast diversity of features concurrently with ARM oriented processor integration seen across a wide array of elements, wherein the ARM Cortex-A55 running at 1.88 Ghz in a 7nm process, exhibits a 2.75x gain in performance in a 30% smaller area.


  • Servers / Networking Microprocessor Trends

Enterprises now understand the importance of starting their digital transformation as soon as possible in the present IT technology world. They frequently choose for highly effective, dependable servers, preferably ones with smaller, more environmentally friendly carbon footprints. Large volumes of data and traffic are no match for server processors.


However, adopting a server processor has significant drawbacks, such as high power consumption, heat output, and limited compatibility. 


The business case for server processor upgrades is varied. One of the most frequent ones is to stay current with technological advancements. As new CPU generations are being produced, they outperform and perform more efficiently than their forerunners that can be seen in the most recently launched Hailo-8 AI processor, which is used to recognise each person and face in each frame.


The Hailo GStreamer Tracker is used to do the initial tracking of the items in each stream. Each person is sent into a Re-ID network after being cut from the original frame.


  • Laptops / PC Microprocessor Trends

The most recent CPUs are enhancing performance and efficiency in every way. They are becoming more dependable and energy-efficient at the same time that they are becoming faster. Regardless of the workload, they can now do machine learning and deep learning, ensuring dependability and effective operation. Today, the majority of processors mention boost frequency. 


For instance, the basic clock speed of the Intel i9-11980HK CPU is 2.6GHz, and the turbo boost speed is 5GHz. However, you might not always require 5GHz speed or even the default 2.6GHz speed. In this situation, overclocking is useful.


A procedure alters the multiples of a clock frequency after taking it in. The adoption of new technologies to improve user experience together with lower power consumption are frequent outcomes of the new GPU architectures, which also frequently result in more effective performance. 


The recently unveiled AMD Zen3 core architecture concentrates on single-core speed, energy economy, and decreased latencies in order to boost the processor’s graphic performance. This, according to AMD, enables the frames per second (FPS) in some games to rise by as much as 11%.


  • Embedded Devices Microprocessor Trends

The main component of embedded systems that process sensor responses to provide output in a real-time processing environment are processors. These systems receive sensor responses from sensors in digital form. Microcontrollers and microprocessors are now practically commonplace products in the microelectronics sector because they are integrated into almost all electrical goods. 


Contrary to desktop computer processors, there are numerous CPU architectures and manufacturers available in the embedded market. Since there is currently no common embedded platform like PC motherboards, the embedded system market is extremely fragmented. Many new classes of processors have been developed in addition to the usual embedded control and desktop computer segments to suit the commercial demands of this embedded environment. 


Makers of embedded microprocessor systems are facing new difficulties in the design and implementation of new products as a result of the still impressive technological advancements. With server-class computing, hardware-based security, and high-bandwidth I/Os for embedded and rugged applications, Intel Xeon D-1700 and D-2700 Processors for IoT Applications have been one of the ideal component elements for video analytics, workload consolidation, and other demanding applications.



  • CISC and RISC Microprocessor Trends

Designed with a complete set of instructions, processors deliver functions in the most effective manner. Within a single instruction set, CISC is capable of carrying out multi-step operations or addressing modes. One instruction can perform numerous low-level actions because of the CPU’s design. As an illustration, memory storage, memory loading, and an arithmetic operation. 


CISC instructions, in contrast to RISC, may carry out complicated operations that require more than one cycle to complete. These can include instructions for handling graphics and floating-point math calculations. When compared to RISC, CISC can be significantly more efficient in terms of the amount of instructions used per programme, which lowers the need for RAM and code storage. 


A CISC processor, on the other hand, needs more transistors to handle the intricacy of the instructions with the RISC microprocessor being the PowerPC processor, which is found in the Macintosh and RISC System/6000 workstations made by IBM. The Pentium CPUs from Intel are CISC processors. Each of them handles more complicated instructions from a CISC design, which is broken down into several shorter, quicker instructions in RISC.


  • DSP Microprocessor Trends

Digital signal processing algorithms can be effectively implemented on general-purpose microprocessors from ARM and AMD, however dedicated DSPs typically offer higher power efficiency. Because of this, portable electronics like mobile phones are better suited for DSPs from Texas Instruments and Analog Devices. Radar, LIDAR, and other sensors, as well as visual and image processing, all make use of digital signal processing and digital signal processors. 


For processing neural networks, Cadence modified a DPS for use in vision, RADAR/LIDAR, and fused-sensor applications (Tensilica Vision C5 DSP).  Everything from consumer electronics like mobile phones to satellites and military communication uses DSPs. A programmable DSP may occasionally be used to remove sophisticated programmes from the CPU. To take advantage of the improved power efficiency of the accelerators and the programmability of the DSP, DSPs can also be coupled with specific hardware accelerators.


  • ASIC Microprocessor Trends

ASICs are created especially for one client to fulfil a need for the client’s finished product. For instance, a cell phone manufacturer might create an ASIC to integrate the battery charging circuit and display lighting controller into a single IC in order to reduce the size of the phone. ASIC devices can consume significantly less electrical power than a group of ordinary components due to their small physical size. 


A 32-bit CPU, memory blocks, network circuits, etc. are typical components of modern ASIC. ASICs with varying degrees of customization are being developed because of advances in manufacturing technology and greater research into design methodologies. A single integrated circuit (IC) can be customised to accommodate different analogue circuits, optimised memory cells, or mechanical structures.


Due to the ASIC’s small size and low power requirements, the chip is also considerably more efficient because it just contains the circuitry required for the application. Although there is a small initial cost needed to create an ASIC, the return is very substantial which could be seen across edge applications, 5G wireless, cloud and storage, AI, and edge computing of the Intel eASIC N5X devices logic with a unique solution that offers up to 50% reduced core power and lower non-recurring engineering costs.


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