High - frequency filter performance soars! Keruivo XCPS cross - linked polystyrene: The secret weapo

As the density of 5G base stations covers the urban steel forest at a rate of "10,000 per month", and the low-orbit satellite Internet constellation is extending into space at the "Starlink speed", an "invisible battle" that determines the quality of future communications has quietly begun on the material side - high-frequency filters, as the "signal sieve" of communication equipment, are facing the dual test of high-speed transmission in the millimeter wave band and stability in complex environments. Traditional materials such as polytetrafluoroethylene are difficult to adapt to the technical requirements of the evolution from 5G-A to 6G due to bottlenecks such as high loss, heavy weight, and insufficient weather resistance.

Corevo TechnologySelf-developedXCPS Cross-linked PolystyreneNew polymer materials are creating a technological revolution in the field of core components of communication equipment with their core advantages of "high frequency, low loss, weather resistance and stability". The innovative design of the three-dimensional cross-linked structure of the molecular chain has completely rewritten the performance rules of high-frequency filters:

Ultra-low loss, allowing the signal to run at "zero loss"：In the ultra-wide frequency band of 1MHz-500GHz, XCPSCross-linked polystyreneThe dielectric constant is only 2.5, and the dielectric loss is as low as 0.0005, which is better than traditional polytetrafluoroethylene materials.Dielectric loss will jump at 20 degrees, XCPS cross-linked polystyrene is more stableThis means that when 5G millimeter wave signals are transmitted, energy loss is greatly reduced, base station coverage can be expanded by 15%-20%, and the signal reception sensitivity of satellite communication terminals is significantly improved.

Lightweight and strong protection double breakthrough: The ultra-light density of 1.05g/cm³ reduces the weight of the filter by more than 40%, providing key load reduction for "weight-sensitive" scenarios such as drone communication equipment and satellite payloads; at the same time, its radiation resistance (10M GyIt has stable radiation performance) and high-voltage resistance (dielectric strength>45kv/mm) characteristics, and can resist the bombardment of high-energy particles in space, providing "space-level" protection for satellite Internet terminals.

at present,XCPS Cross-linked PolystyreneIt has passed the rigorous verification of many leading communication equipment manufacturers.Cross-linked polystyreneTaking the designed filter as an example, it uses the optimization of the conductive obstacle structure of the parallel legs of the guide rail and the precise modeling of the EM algorithm. It not only realizes the miniaturization of the sub-casting guide rail size (30% smaller than the traditional filter), but also efficiently optimizes the guiding geometric dimensions through the algorithm, perfectly adapting to the bandwidth requirements of the 5G frequency band, and the transmission efficiency of the evanescent mode rectangular filter is increased to more than 98% (traditional materials are only 90%).

It is worth noting that the commissioning of the XCPS cross-linked polystyrene mass production line of Corevo Technology has completely broken the bottleneck of "dependence on imports of high-performance materials". This material has greatly accelerated the process of independent control of the supply chain of domestic communication equipment manufacturers.

The capital market has already keenly captured this signal of industrial change. In 2024, the global EMI/EMC filter market will reach 3.09 billion yuan, of which filters based on new materials account for more than 15%. Industry analysts predict that with the large-scale application of XCPS cross-linked polystyrene in 5G base stations, satellite communication terminals, and Internet of Vehicles equipment, the scale of related industries will exceed 100 billion yuan in 2026, driving the output value of the entire industry chain, including upstream raw materials, midstream precision processing, and downstream communication equipment manufacturing, to double.

As communication technology is evolving from a "pipeline service provider" to an "intelligent hub", the performance of high-frequency filters has become a core factor in determining the efficiency and reliability of communication networks.Corevo TechnologyThe application of XCPS cross-linked polystyrene material not only solves the loss problem of the "last mile" of high-frequency signal transmission, but also uses material innovation as a fulcrum to leverage the technology implementation of emerging scenarios such as 5G-A/6G, satellite Internet, and low-altitude economy.

From the dense networking of 5G base stations to the vast sea of ​​low-orbit satellites, the XPS cross-linked polystyrene material is assisting communication technology in weaving an "invisible high-speed network" with its "high frequency, low loss, weather resistance and stability" characteristics - it allows millimeter-wave signals to penetrate clouds with lower loss, makes satellite terminals more stable in space radiation, and allows mobile phone users to have smoother networks in densely populated areas. This silent material revolution may redefine the evolution path of communication technology in the next decade, and help China seize the "material commanding heights" in the global communication industry competition.