Global SerDes Market is valued at USD 816.9 Million in 2020 and is expected to reach USD 2072.1 Million by 2027 with a CAGR of 12.28% over the forecast period.
The SerDes Market Global Size, Trends, Competitive, Historical & Forecast Analysis, 2021-2027. Demand for SerDes chips is on the rise owing to the growth of data centers and increase quantum computing activities These are some of the major factors driving the growth of the Global SerDes Market.
SerDes stands for Serializer/Deserializer. It is a set of blocks that are commonly found in high-speed communications. Its general purpose is to compensate for limited input/output. The transmitter section is a sequential to parallel converter and the receiver section is a parallel-to-sequence number. Multiple serviced interfaces are often housed in the same package. SerDes chips facilitate the transmission of parallel data between two points rather than a serial stream, reducing the number of data paths and thus reducing the number of connecting pins or wires. Additionally, there are four different SerDes architectures. For example, Parallel Clock SerDes, Embedded Clock SerDes, 8b/10b SerDes and Bit interleaved SerDes.
The study provides a crucial view of the global SerDes market by segmenting the market based on type, application, end-user, and region & country level. Based upon the type, the SerDes market is segmented into stand-alone SerDes and SerDes IP Core. Based upon application, global SerDes market is segmented by optical fiber communication, consumer electronics, automotive and data center, and cloud computing. By end-user global SerDes market is segmented into automotive, telecom & IT, aerospace, military and defense, manufacturing, healthcare, and others.
The type segment of SerDes market is dominated by SerDes IP Core drive with a largest market share of XX % in 2020. The end-use segment of SerDes market report is dominated by Data center segment by capturing the largest market of 30.89 % in year 2020.
Demand for SerDes chips is on the rise owing to the growth of data centers and increase quantum computing activities. SerDes enables transmission of the data at a faster rate, which is also cost-effective. As information technology networks evolve, powerful microprocessors and multimedia equipment are needed that require wide bandwidths to push data transfer and system performance limits. Traditional methods of increasing system performance, such as increasing frequency, piping transactions, and bus interface widening, created several design problems led to increase the demand for serializer/deserializer. In many systems today, so much data is transferred to the network that data movement itself becomes a significant performance barrier. Besides, significant power is being used in the extreme act of moving data, making moving data to a computer more efficient instead. Integrated data centers regularly upgrade critical infrastructure, replacing old silicon with new processors and memory that is usually equipped with a faster network interface using SerDes z(serializer/deserializer) technology.
Furthermore, SerDes demand is rapidly increasing in laptops, television, and smartphones due to, Slimmer cell phones with more functions and features have created many system-design challenges. The problems are well-known like, managing energy consumption and reducing noise while rotating data in the handset. For example, there will be 2.87 billion smartphone users worldwide in 2020. According to GSMA real-time intelligence data, today, there are 67.08% of the world’s population has a mobile device. However, increasing design challenges may hamper the market growth. In spite of that, increasing technological advancement may provide more opportunities for the further growth of the market.
Geographically, North America is expected to dominate the global SerDes market with the highest market share in terms of profits in the overall market owing to the increasing adoption of SerDes in data centers and virtually every application from laptops, televisions, and smartphones. In recent years, the adoption of technological advancement in every field boosts the demand for data centers eventually. The ingesting of smart devices is also one of the factors which accelerate the demand for SerDes due to its various benefits.
Additionally, Asia Pacific is expected to be an emerging region in the SerDes market owing to the increasing number of populous countries present and several countries of them are successfully footing towards more technologically advanced countries in this region. Additionally, the Asia Pacific region will gradually advance in different industries and this advancement will increasingly accelerate the SerDes market in this region like, automotive, telecom & IT, aerospace, military and defense, manufacturing, and healthcare. SerDes is very much demanded in smartphones, laptops, aerospace also. For example, like a smartphone penetration concern, China is one of the major countries which rapidly grabbing the smartphone market. China has approximately 911,924,000 smartphone users are present. Moreover, the Asian countries are footing forward into the aerospace industries, and in these industries, SerDes playing a major role. The SerDes offers the space community the highest-performing communication link. It meets the radiation-hardening needs of commercial and military systems for 1gb/s to 10gb/s serial communications.
Implementation of a set of regulations by governments of different countries to deal with the COVID-19 outbreak, such as a complete shutdown of manufacturing units, is expected to have a negative impact on the growth of the global SerDes market. In case of COVID-19, Asia pacific is highly affected specially India. China has significantly large number of electronics and semiconductor manufacturing industry with numerous manufacturers operating and supporting several industries across the globe. The Chinese SerDes market players have observed moderate impact on respective business during 2020. The lockdown measures and physical distancing norms imposed by the Chinese government has reflected huge fall in demand for the high-speed connector, which ultimately resulted in destruction in revenue generation in the high-speed connector market. Japan and India are the other two countries that have large number of electronics and semiconductor manufacturers as well as end users.
A serializer/deserializer is a pair of functional blocks commonly used in high-speed communications to compensate for limited input/output. These blocks convert data between serial data and parallel interfaces in each direction. SerDes enables the movement of a large amount of data point-to-point while reducing the complexity, cost and power and board space usage associated with having to implement wide parallel data buses. Its use becomes especially beneficial as the frequency rate of parallel data buses moves beyond 500 MHz (1000 Mbps). In many applications, a SerDes can provide a very good solution for moving a large amount of data point-to-point within systems, between systems, or even between systems in two different locations. The most obvious advantages of SerDes are a reduction in pin count and cable/channel count. For early SerDes, these meant bytes of data could be sent across a coax or a fiber. Some of the companies invest considerably in research and development in order to incorporate new technologies and develop new products to gain market share. Additionally, these players are engaged in strategic partnerships with local players to expand their presence and gain market share in the region. Some of the trending products from top manufacturers of SerDes market are:
SerDes IP solutions address the performance, power and area requirements of nowadays mobile, consumer and enterprise (infrastructure) markets with extensive standard support for the latest PCIe, Ethernet, USB and MIPI specifications. Multi-protocol PHY is available for both low-power mobile applications and high-performance computing applications. It is pre-integrated with Cadence controller and equipped with extensive test features for superior interoperability and the lowest risk path to System-on-Chip (SoC) success. The benefits of this products are low-active and low-leakage optimized design, high flexible lane configuration with multi-protocol multi-link support, extensive testability support for BIST, scan, loopbacks, SoC isolation, and on-chip eye plotter.
This SerDes interfaces are high-quality, complete PHY solutions that are designed with a system-oriented approach in mind to maximize flexibility and make them easy to integrate. They have been optimized for power and area at peak bandwidth and enable our customers to differentiate while maintaining complete compatibility with industry standards. The SerDes interface family includes a range of solutions to meet speed and application needs. Running up to 56gigabits per second (Gbps), multi-protocol PHYs support server, storage, networking, graphics and optical and communications applications. Recently, increasingly connected world, zettabytes of data are generated constantly by a wide range of devices including IoT endpoints such as vehicles, Wearables, smartphones and appliances. AI and ML add new workloads and new data streams from the data center to the edge, driving new architectures to move data. This SerDes PHY is implemented in the leading-edge 7nm process technology, providing chip and system architects the most advanced platform for their designs.
It is a radiation hardened high-performance SERDES developed in ST CMOS065LP Low Power 65 nanometer CMOS technology and is provided as Flip chip only layout with build-in 2KV ESD protection. Each data slice is composed of a data transmission lane and a data reception lane. The PLL provides very stable 6.25 GHz internal bit clock which is synthesized from a lower frequency input reference clock. This bit clock is used to generate each transmission bit clock and to recover each received bit clock. Each data slice is running independently to each other. In each data slice, the transmitter and receiver are running independently to each other and may have different bit rate. A +/-100ppm plesiochronous operation is guaranteed by design in each data lane individually and independently. Each data slice embeds one BIST which contains: a PRBS generator, a BER monitor, an internal data lane loopback TX -> RX (in each data slice) and a TX clock jitter generator.
The META-DX1 family devices are multi-purpose Ethernet MACs/PHYs supporting rates from 1GE to 400GE. Each family member has 48 high-speed SerDes to enable up to 1.2 Tbps capacity with PAM4 SerDes, 800 Gbps when configured for gearboxing or 2:1 mux application and 600 Gbps capacity with NRZ SerDes. These highly flexible devices support retiming, forward and reverse gearboxing, industry leading time stamping accuracy to enable Class C/D PTP applications, hitless 2:1 multiplexing, cross point functionality and flexible I/O to enable connectivity to a variety of optical modules, DACs, packet processors, and Ethernet switches. The META-DX1 family has members supporting MACsec for encryption and flexible ethernet for data center interconnect and service provider applications. MACsec encrypts Ethernet traffic at the frame level and was designed to provide standards based end-to-end WAN security. And flexible ethernet provides a way to optimize the use of network capacity and enables a layer of flexibility between standards-based Ethernet rates, providing opex and capex benefits. FlexE enables large packet flows with higher efficiency than using Link Aggregation Groups (LAG). FlexE also allows the use of cost-optimized 100G optical modules while supporting new, higher data rates. FlexE on a switch or router can also reduce capex by enabling the transport portion of the network to choose a wavelength that maximizes the bandwidth efficiency.
With FPGAs, both the transmission and receiving of data utilizes a SerDes. The merging of FPGAs and high-speed SerDes technologies introduced the field of electronics to SerDes-enhanced FPGAs. Their emergence provides a cost-effective substitute to ASICs in applications that require a multi-Gigabit data link--for example, across a PCB. This particular class of programmable devices is increasingly promoting design changes due to the increase in cost-effective and low-powered devices. Overall, FPGAs continue to advance from their origins as a collection of gates and routing to what see now managing tasks from AI to communications. FPGAs, like graphics processing units are experiencing significant changes from their initial inception, which utilized a more focused view of the solution space. Like the majority of electronic devices, FPGAs began as single chips. Although there is an increase in their size in terms of transistors, their architectural base is evolving as well. Thus, these are some of the major trends in the global SerDes market.
|2015 - 2020
|2021 - 2027
|Market Size in 2020:
|USD 816.9 Million
|Base year considered
|Forecast Period CAGR %:
|Market Size Expected in 2027:
|USD 2072.1 Million
|Tables, Charts & Figures:
|Synopsys,Cadence,Rambus,Texas Instruments,Maxim Integrated,ON Semiconductor,NXP Semiconductor,STMicroelectronics,Avago,ROHM Semiconductor,Cypress,Renesas Electronics Corporation,Semtech,Microsemi Corporation,Faraday Technology,Others
|By Type, By End Use
|North America, U.S., Mexico, Canada, Europe, UK, France, Germany, Italy, Asia Pacific, China, Japan, India, Southeast Asia, South America, Brazil, Argentina, Columbia, The Middle East and Africa, GCC, Africa, Rest of the Middle East and Africa
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