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A network interface is a network-specific program that interacts with network-specific device driver and the IP layer in order to provide a consistent interface to the IP layer for all network interfaces that may be
present. Intellectual interface properties (IPs deal with the design and creation of interfaces like universal serial bus (USB), peripheral link interconnection and interface growth). Such interfaces allow wired communication between electronic devices, the infrastructure for storage and network.
The global BUS Interface IP market is segmented on the basis of design IP, IP source, IP core, type, end user, and region. Based on design IP, the BUS Interface IP market is divided into processor IP, interface IP, memory IP, and other IP. In terms of IP source, the market is categorized into licensing, royalty, and servicing. On the basis of IP core, the market is bifurcated into soft cores and hard cores.
In terms of type, the BUS Interface IP market is divided into USB, DDR, PCle, ethernet, MIPI, and others. Based on end user, the market is segregated into fabless semiconductor companies, IDMs, and foundries. Geographically, the market is analyzed across several regions such as North America, Europe, Asia-Pacific, and Latin America, Middle East & Africa (LAMEA).
Key players operating in the global BUS Interface IP industry include Arm Ltd., Cadence Design Systems Inc., CEVA Inc., eMemory Technology Inc., Imagination Technologies Ltd., Inphi Corp., Lattice Semiconductor Corp., Rambus Inc., Synopsys Inc., and Xilinx Inc. These companies have adopted several strategies such as product launches, partnerships, collaborations, mergers & acquisitions, and joint ventures to strengthen their foothold in the global BUS Interface IP market.
Although rising demand for modern SoC chips will provide immense growth opportunities, IP core design complexity driven heavy investment will challenge the market growth. Market players will concentrate further on the growth potential mostly in fast-growing sectors, while retaining their places in the slow-growing segments to optimize opportunities.
One of the main factors accelerating demand is the increase in demand of connected devices is one of the main factors accelerating demand the forecast period. Connected devices provide advantages such as commercial advantages, efficient decision-making, augmented living quality, ease of handling emergencies, remotely controlled access, cost-deduction, and improved security. Further, wired and wireless protocols like Wi-Fi, Thread, LTE, USB, Near Field Communication (NFC), Bluetooth, Ethernet, PCIe, and ZigBee link the devices.
The wireless protocols establishes M2M communication by eliminating human-to-computer engagement or human-to-human or assisting objects to collect and exchange data and operate upon it. All these connected devices and systems demands the use if BUS Interface IP, increasing the market demand. It provides high-quality, silicon-proven IP solutions to integrate all features on a single SoC. It will raise demand for BUS interface IP, stimulating business growth.
The design and creation of the BUS interface IP is constantly diminishing. For example, the utilization of monolithic 3D IC technology, due to decreased die size, process scaling, heterogeneous integration, and multiple layers processed together, is required to decrease the wafer costs. This reduction in cost is complementing the growth of the IP market for BUS interface.
The demand for the processor IP is projected to have the largest market share over the forecast period. Processor IPs have numerous applications in consumer electronics and high-cost automotive verticals as well. They are utilized for the automotive industry in advanced driver assistance systems (ADAS) and infotainment systems. One of the crucial aspects for the growing market of processor IPs is the high implementation of processors in consumer electronics products.
Market players of smart electronics have started to integrate BUS Interface IP technology into products such as smartphones, telemetry devices, electrocardiogram machines, and wireless communication equipment. Further key players companies of semi-conductor integrated chips have developed the SoC technology to keep pace with the increasing demand to install features on a single IC.
Pre-designed and pre-verified modules, called IP blocks or IP cores, and virtual components are installed and integrated on a single IC in SoC designs. These IP cores offers reusable and consist of embedded processors, memory blocks, interface blocks, and special processing function components. These advantages and development is expected to create lucrative BUS Interface IP market opportunity.
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