Recently, Hengxin Huaye's strategic investment in Shanghai Mi Silicon has helped it become a leader in high-speed digital analog hybrid chips in China. This time, Shanghai Misilicon successfully completed a $10 million level financing, with institutions such as AVIC Investment, Dingqing Investment, and important industrial capital participating in this round of investment. Shanghai Mi Si's products have been recognized by downstream customers and have established a leading position in the domestic high-speed optical communication field.
Shanghai minisilicon was established in 2017, with its headquarters located in Shanghai. Hangzhou Mi Silicon is its wholly-owned subsidiary and is a high-tech chip research and development company led by research and development, integrating development, sales, and service. The Micon team is a mature overseas returnee high-tech talent team, which originates from Silicon Valley and has more than 20 years of experience in commercial, optical communication, clock and digital analog mixed integrated circuit chips. Its technical expertise includes the design of Optical communication module chips, high-speed transceivers, high-performance low-noise frequency synthesizers, and the development and application of high-speed SerDes PHY.
After rapid development, Optical module solutions and clock data distribution chips suitable for FTTx 10G PON OLT, 5G, data center and other applications have been developed. The products have passed the verification of well-known Optical module manufacturers in the industry and are used for batch production.
PON access network
PON access network is one of the most important application scenarios for optical communication. As a key core component, electric chips are a key factor in the development and evolution of PON equipment and module performance. Mixin is the first domestic OLT full line research and development manufacturer, covering the XGPON XGSPON application field. Domestic and foreign operators are deploying 10G PONs on a large scale, in conjunction with 5G construction, to build a 'dual gigabit' network, providing customers with a variety of high-performance voice, video, and data services. Mixin utilizes reliable closed-loop technology to achieve real-time laser monitoring and compensation, thereby reducing production testing requirements and reducing system costs.
To meet the different application needs of the PON market, Mixin Technology has launched separate and merged chip solutions for customers to flexibly choose from.
Discrete solution: 10G CDR+EML DRV; 10G/2.5G BM LA and 10G/2.5G TIA have high degrees of freedom, and customers can adapt more flexible solutions according to their needs.
Consolidation plan: 10G CDR+EML DRV+10G/2.5G BM LA and 10G/2.5G BM TIA, which can effectively save module internal space and packaging costs.
The operating range of Mixin 10G CDR+EML DRV is from 9.8Gb/s to 10.3Gb/s, with a typical power consumption of 750mW, which is energy-saving and environmentally friendly. TX parameters have high configurability. Internal integration enriches ADC resources to fully meet DDMI requirements; TIA uses high stability simulation AGC. Low noise coefficient achieves high sensitivity and anti-interference performance; LA has a wide signal detection threshold range, low CML output data noise, and short SD detection response time.
Data Center
In the data center market, enterprises and service providers continue to deploy higher rate network ports to meet their rapidly growing network capacity needs. 100G and 200G applications are important components of domestic and foreign data centers.
Mixin Technology can provide advanced 100G short distance and 200G 10km data center chip solutions, and continuously invest resources to improve the existing product architecture, providing source to source assistance for optimizing customer data centers. Currently