The 19th China International Optoelectronic Exposition was held in Shenzhen Convention and Exhibition Center, which assembled high-quality communication equipment suppliers, device vendors, system integrators, operators and service providers at home and abroad to fully display the optical fiber cables, chips and optical components of the optical communication industry. Sensors, test equipment, optical network equipment.
As a new generation of semiconductor device companies, MACOM has also participated in the Expo in high-speed growth, diversification and high profitability, providing breakthrough semiconductor technology for optical, wireless and satellite networks to meet the needs of society. End-of-life requirements for a fully connected and secure Internet.
With the bursting of data volume and the construction of data centers, the demand for bandwidth continues to increase, which has led to the continuous growth of demand for optical devices. More and more companies are beginning to seize the market of high-bandwidth interconnections, prompting the world. The communications industry will also usher in a new round of change. To this end, electronic enthusiasts interviewed MACOM Photonics Lightwave Solutions PLM and Vice President of Marketing Wang Fang.
MACOM Photonic Lightwave Solutions PLM and Vice President of Marketing Wang Fang
To meet the explosive growth of data communications under video and mobile drives, major Internet content providers are building very large data centers that require high-speed interconnect solutions that are more efficient, smaller, and more cost-effective. Wang Fang, vice president of marketing and marketing for MACOM photonic lightwave solutions, believes that “data center interconnection requires low energy consumption, large bandwidth, and copper can not be satisfied, and active optical cable is too much place. Silicon light is the best choice for the future. The bigger market is the chip-to-chip interconnect. For example, the 10G-PON ONU/OLT chip and optical total solution are well suited to the current user demand for data."
Suitable for 10G passive optical network application product portfolioThe MACOM introduces the industry's first and only complete portfolio of solutions for 10G passive optical network (PON) applications, enabling optical line termination (OLT) and optical network unit (ONU) infrastructure. With MACOM's industry leadership in PON and proven industrial manufacturing capabilities, MACOM's new 10G PON portfolio enables seamless component integration and unparalleled cost-effectiveness to accelerate the construction of 10G PON infrastructure.
Wang Fang believes that the current 2.5G GPON infrastructure cannot meet the rising broadband demand brought by residential and non-residential users and applications. In the highly cost-sensitive and highly competitive fiber access market, MACOM technology and product development are widely recognized for their commitment to minimize integration complexity and cost and reduce time-to-deployment.
MACOM of 10G PON solution portfolio MACOM use of L-PICTM patented technology platform and the end surface etching technique to mass production of low-cost lasers, which helps to break again to reduce costs MACOM 2.5G PON had been achieved.
With MACOM's deep application background and end-to-end chipset, users can dramatically accelerate time-to-market with tightly integrated 10G PON systems, dramatically reducing the design and development cycles required to independently verify component interoperability. Wang Fang said that only MACOM can provide cost structure, capacity and supply chain flexibility for high-volume client applications. To date, MACOM has delivered more than 135 million lasers, and MACOM's leading market share in the PON field is a testament to our customers' trust in our proven technology platform and mass production efficiency.
End-to-end 100G single λ solution scalable to 400GImplement a cost structure with supply chain flexibility for mainstream cloud data center deployments. MACOM's 100G single lambda solution is designed to help users accelerate the deployment of 100G optical interconnects in a cloud-scale cost structure, enabling users to quickly and easily integrate high-performance MACOM components and help them get to market faster with next-generation 100G optical modules.
Fang noted that, the 100G MACOM solution uses a single λ's 53 Gbaud PAM-4 technology, up to a certain single wavelength 100G. The 100G single lambda solution is an IEEE approved method that significantly reduces the number of optical components typically installed in optical transceiver modules and reduces cost.
The MACOM PRISMTM mixed-signal PHY supports a 100G single lambda solution with an advanced 16nm FinFET process node that is one generation ahead of competing PHYs developed in larger planar geometries. MACOM PRISM â„¢ is specifically designed to operate 53Gbaud PAM4, an integrated linear laser driver, forward error correction and DSP-based equalizer flexible, and easy integration to achieve economies of scale and cost structure cloud.
PRISM consists of MACOM's silicon photonics optics and lasers integrated with PIC chips, which are manufactured using the company's patented End Surface Etching Technology (EFT). This highly integrated photonics solution delivers additional cost optimization and provides users with cloud-scale manufacturing capabilities.
The current cloud data center has rapidly deployed the first generation of 100G modules, but endless data requirements, ruthless cost pressures and shrinking upgrade cycles are urgently needed to deploy next-generation modules to enable data centers to eliminate capacity, throughput and cost. By limiting, MACOM's single λ 100G solution incorporates technology innovation and accelerates the transition from 100G to 400G, helping to keep pace with the continued growth of cloud data centers.
Of course, MACOM's portfolio also includes L-PICTM transmitters, patented self-aligned EFT lasers, transimpedance amplifiers, clock/data recovery circuits, crossbars, silicon photonics, 53Gbaud PAM-4 PHY and Optical connections at 100G, 400G and above and ROSA and TOSA in cloud data centers.
As the world's leading communications infrastructure partner, it meets the society's ever-increasing demand for information by providing breakthrough semiconductor technology for optical, wireless and satellite networks. In the past 60 years, MACOM has grown vigorously. In the future, MACOM is also full of expectations. As MACOM said, the company has been committed to building a better world.
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