MSTM Releases China's First Self Developed Dual Port MEMS Oscillator

Recently, "MSTM" released its first self-developed MEMS oscillator (MST8011 and MST8121). Its MST8121 product is the first dual port output oscillator product in China, achieving the performance that can be achieved by replacing two oscillators (MHz+KHz) with one oscillator. It can help customers simplify system design, improve reliability, reduce PCB space, save materials and production costs, and achieve the effect of "1>2".

MSTM is the first technology enterprise in China to focus on the field of MEMS oscillators. It is reported that the two chips launched by Maxta can surpass existing products with similar functions in terms of performance and multiple parameter indicators. The product supports output of any frequency in the range of 1MHz~180MHz, and has leading technological advantages in product performance such as small size, low power consumption, compatible output, and environmental adaptation. The product can be widely used in markets such as security, video transmission, drones, robots, laptops, MBB, GPON/EPON, PC/servers, telecommunications equipment, automotive electronics, optical modules, and IoT terminals.

Self developed innovative technology to fill domestic gaps

Almost all electronic devices require clock devices to work, and crystal oscillators provide clock signals and reference frequency signals for electronic devices. They are essential basic components in various frequency control and timing systems.

With the rapid development of 5G, artificial intelligence, and the Internet of Things, traditional quartz crystal oscillators are no longer able to meet the requirements of electronic devices for higher accuracy, stability, smaller size, and lower power consumption. Innovative technologies for MEMS oscillators have emerged in response to this trend.

Compared with traditional quartz crystal oscillators, MEMS oscillators have advantages such as small size, shock and vibration resistance, high sensitivity, easy integration, low power consumption, low electromagnetic radiation, and fast delivery. They completely replace and surpass traditional quartz crystal oscillators in product form, function, performance, and cost, and can be more widely used in fields such as automotive electronics, 5G communication, satellite navigation, national defense and military, aerospace, and the Internet of Things, It has extremely broad application prospects and strong incremental demand. According to Yole Intelligence's prediction, it is expected that by 2030, the global market size of MEMS oscillators that can be serviced will reach over 50 billion yuan.

MEMS oscillator is a combination of MEMS resonators and clock ASIC chips. As a new generation clock source technology, its development is difficult and has a long cycle. Previously, China had not yet had the ability to independently develop MEMS oscillators. The emergence of two self-developed products from Maista filled the gap in the field of MEMS oscillator technology.

Ultra wide frequency, dual port output, "1>2" product performance

The first MST8011 product can output any frequency within the range of 1MHz~180MHz and be accurate to 1Hz. Its broadband and high-precision product characteristics can support customers to directly replace and use the product without any hardware modifications.

The MST8121 product is the first dual port MEMS oscillator in China, which can replace the performance generated by two oscillators (MHz+KHz) with one MST8121. This can help customers simplify system design, improve reliability, reduce PCB space, save materials and production costs, and achieve a "1>2" effect.

Over a hundred patents have been developed in two years, and three new products will be launched next year

Since its establishment, "Maista" has positioned itself as a product that can benchmark the performance of international giants through independent research and development. This requires the company to have the ability to develop high-performance MEMS resonators and clock ASICs simultaneously. The core team of the company comes from internationally renowned leading enterprises, with nearly 20 years of experience in product research and development, engineering, and market work. This provides more certainty for the development of MEMS oscillator products.

Since its establishment for more than two years, Mesta has developed over a hundred patented technologies in the field of MEMS oscillators. Since its establishment, Maxta has received support from numerous industrial investment institutions, including Huaye Tiancheng, Guangyuan Capital, Greater Bay Area Common Home, Jucheng Investment, Xinchao Venture Capital, Juhua Chuanxin, and Xianfeng Venture Capital.

It is reported that Maxta is expected to launch 32KHz MEMS oscillators, low jitter differential MEMS oscillators, and high-precision temperature compensated MEMS oscillators in 2024, respectively, for the consumer terminal and smart meter markets; Data centers, servers, and optical communication markets; Consumer terminals, satellite navigation, and telecommunications markets. The new product will continue to iterate and innovate technology, helping customers enhance product reliability, improve performance, simplify design, reduce costs, and shorten procurement cycles.

List of Key Features of MST8011 and MST8121 Products:

MST8011:

MST8011

Any frequency between 1 MHz and 180 MHz, accurate to 1Hz

Excellent full temperature frequency stability: ± 10 ppm

Excellent phase noise and jitter performance, 12KHz-20MHz RMS Jitter: 1.3Ps

Working temperature range: -40 ° C~85 ° C

Low power consumption: 4mA

Wide power supply operating range: 1.62V to 3.63V

Excellent impact resistance: can withstand at least 60000 g of impact

Quick start:<5ms

LVCMOS/HCMOS compatible output

Multiple packaging options: 2.0 x 1.6, 2.5 x 2.0, 3.2 x 2.5 mm x mm

Application:

MST8121:

MST8121

Dual port output: Port 1 outputs any frequency between 1 MHz and 180 MHz, and Port 2 outputs 32.768KHz

Excellent full temperature frequency stability: ± 10 ppm

Excellent phase noise and jitter performance, 12KHz-20MHz RMS Jitter: 1.3Ps

Working temperature range: -40 ° C~85 ° C

Low power consumption: 4mA

Wide power supply operating range: 1.62V to 3.63V

Excellent impact resistance: can withstand at least 60000 g of impact

Quick start:<5ms

LVCMOS/HCMOS compatible output

Multiple packaging options: 2.0 x 1.6, 2.5 x 2.0, 3.2 x 2.5 mm x mm

Application: