SoC (System-on-Chip) technology,
as the name tells, is fundamentally an amalgamation of numerous electronic
components on a sole IC chip to outline an electronic structure. A standard
System-on-Chip design comprises of IP peripherals and cores. The System-on-Chip
IP comprises of Analog IP, Memory IP, Digital IP, Processor IP, Data Converter
IP, Application Specific IP and Programmable IP. Mixed SoCs have the potential
of handling both digital coupled with analog signals and have further developed
functionalities contained by a single chip. This is why Mixed SoC technology is
more rapid and extremely resourceful in nature and can be utilized in numerous
environments. It is a technically superior choice that can also be utilized in
complicated electronic systems.
The union of analog, mixed and digital concept within the semiconductor and electronics sectors will greatly affect the global Mixed SoCs industry positively. Owing to the reason that Mixed SoCs are also competent to handle mixed signals, they can be used in a varied number of applications demanding mixed signal handling abilities. Then again, due to the usage of both digital signal processing and analog circuitry, the manufacturing and designing of Mixed SoCs demand lots of expertise. The deficiency of this proficiency presently may obstruct the expansion of this technology, thus having an unconstructive effect on the industry for Mixed SoCs.
The union of analog, mixed and digital concept within the semiconductor and electronics sectors will greatly affect the global Mixed SoCs industry positively. Owing to the reason that Mixed SoCs are also competent to handle mixed signals, they can be used in a varied number of applications demanding mixed signal handling abilities. Then again, due to the usage of both digital signal processing and analog circuitry, the manufacturing and designing of Mixed SoCs demand lots of expertise. The deficiency of this proficiency presently may obstruct the expansion of this technology, thus having an unconstructive effect on the industry for Mixed SoCs.
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Mixed Signal System-on-Chip is a
comparatively novel category in System-on-Chip, which is intended for mixed signal
(handling both digital and analog purposes). Nowadays, the functional area of
mixed-signal System-on-Chip technology has been stretched around all the
end-user sections; right from Consumer Electronics to ICT sectors &
Computers, Medical, Industrial, and others. Technical advancements in ICT
sectors & Computers have facilitated a structured level integration on a
SoC making Mixed Signal System-on-Chip; an appropriate and proficient solution
for huge large scale integrated circuit functionality in the electronics &
semiconductors industries. The maximum advantage provided by the MxSoC over
conventional mixed signal integrated circuit system is its lesser form factor
and superior effectiveness as a whole system in mixed and digital signal
electronics.
The Worldwide MxSOC industry has
developed exponentially over the last few years and is also showing striking
market potential over the forecast period. The market is propelled by a variety
of factors, comprising the growing demand for smartphones and budding
multi-core technologies. The increasing end-use application that uses MxSoC in
consumer electronics, information technology, and computing will also encourage
the expansion of the MxSoCs industry. The worldwide Mixed SoC market has shown
significant growth over the last few years and is also screening attractive
worldwide market potential over the forecast period. The worldwide Mixed SoC
industry is propelled by reasons such as the increasing requirement for
multicore technicalities and the budding smartphones industry.
The embedded graphics market will
also be active as a propeller for the worldwide Mixed SoC market. A number of
the factors restraining the expansion of the worldwide Mixed SoC market are the
incompatible expansion of DSP SoC industry and growing concerns in the
resettlement of technology nodes. The fast emerging tablet PCs industry and the
budding shift of set-top boxes and digital television will provide an
opportunity, propelling the expansion of the worldwide MxSoC industry.
The underway trend of using
set-top-boxes in digital TVs and the irregular development of the DSP SoC
(digital signal processors system-on-a-chip) market are the main factors
expected to restrain the expansion of the Mixed SoC industry. In addition,
Mixed SoCs are hard to produce and design in comparison to the analog-only and
digital-only integrated circuits. This reason may inflict a challenge on the
key market players operating in the industry and may have a downbeat effect on
the expansion of the worldwide Mixed SoCs Industry.
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On the basis product technology,
the market can be segregated into SCB (Standard Cell Based) mixed signal SoC,
and Embedded MxSoC. On the basis of fabrication technology, the market can be
segmented into Full custom and Semi-Custom, Mixed Signal SoC. On the basis of
processor types the market can be segregated into configurable processors,
Multi-core processors, Arm, processors, digital signal processors and
configurable processors. On the basis of application, the market can be
segregated into consumer electronics, ICT, medical, computers, automotive,
military & aerospace, RF applications and industrial.
On the basis of geographical
regions, the market can be segregated into Asia Pacific, North America, Europe
and the Middle East & Africa. Asia-Pacific is expected to grow rapidly over
the forecast period. Some of the major industry players are Arm Holdings PLC,
NVIDIA Corporation, Microsemi Corporation, Qualcomm Incorporated., Broadcom Corporation,
MIPS Technologies Inc., LSI Corporation, Marvell Technology Group, Apple Inc.,
Fujitsu Semiconductor Inc., Elpida Memory Inc, Intel Corporation and Palmchip
Corporation.
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