JASMINER Wonderfully Appeared at the 2nd Shanghai Cyber Security Fair 2023

On July 5, SCSF – the 2nd Shanghai Cyber Security Fair and Summit Forum 2023 was grandly opened in Shanghai, which presented a wide range of new products, new technologies, and new ideas in the field of cyber security through the form of ‘Exhibition + Forum’. It is a grand event for the cyber security industry. As a representative vendor in the field of Web 3.0 computing network security operation, JASMINER is invited to exhibit at this conference to discuss the new trends of network security and grasp the new opportunities in the era of computing power with experts and scholars from various organizations attending the conference on site such as enterprises, institutions, cybersecurity vendors and industry media.

JASMINER’s sales managers introduced the latest high throughput computing servers to the on-site visitors. As a popular field in the new digital economy of Web 3.0, high throughput computing servers attracted a lot of attention from enterprises and security vendors. JASMINER’s technical experts demonstrated in detail the low power consumption production solutions of latest X16 series for visitors, which were unanimously recognized by the audience.

As a pioneer of computing power in Web 3.0 industry, JASMINER has been adhering to the vision of “Computing power liberates humankind”, and combining years of technical accumulation with the mission of “creating the best computing power”, leading the development and manufacturing of high throughput computing power products. The new X16 series is the core of the company’s product line. With the new X16 series products as the core, JASMINER takes industry user demand into account and has developed two latest computing power solutions, which are the high throughput “Quiet Server (X16-Q)” and “Power Server (X16-P)”. JASMINER is committed to building highly efficient and energy-saving computing power infrastructure and leading the construction of cybersecurity protection system for computing power.

JASMINER X16-Q has a rated computing power of 1950MH/s, with a power consumption of only 620W±10% and a leading energy efficiency ratio of 0.32J/MH±10%. Meanwhile, it is equipped with newly upgraded 8G (DAG) storage and supports ETCHASH and ETHASH algorithms. It has a 3U standard specification size and operates with a noise level of only 40dB±10%. This solution can meet various complex computing needs in homes, IDC server rooms and other environments. The JASMINER X16-P is rated up to 5800MH/s, with a power consumption of 1900W±10%, and a leading energy efficiency ratio of 0.32J/MH±10%, which is suitable for more complex network computing, and can provide users with more powerful computing power support.

At the summit forum of “New Technology – Innovation Empowers Digital Security Guarantee”, Victor, Product Director of SUNLUNE, delivered a keynote speech on “New Ideas for the Development of Independent High-end Chips”. He mentioned that JASMINER took the computing production in Web 3.0 as the key scenario, and provided customers with information security, network security and data security as one of the high throughput computing products and security services through 3D integrated memory and computing high throughput processor solutions. As a global brand with powerful high throughput chip technology, JASMINER has independently developed leading products and technologies in the chip, framework, model, and full stack layout of four-layer application architecture.

The current new round of technological revolution and industrial transformation is accelerating and evolving. The computing power and network security are experiencing stronger development momentum and broader development space. JASMINER, as an industry innovation practitioner, will always adhere to the technological innovation-driven, industry development-oriented, and provide global users with more efficient, energy-saving computing network security protection system. The emergence of the X16 series products will further safeguard the secure circulation of data elements and solidify the foundation of computing power in the digital era.