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The Three-year Loss for Sai MicroElectronics (SZSE:300456) Shareholders Likely Driven by Its Shrinking Earnings
Sai MicroElectronics Inc.'s (SZSE:300456) Stock Price Dropped 5.2% Last Week; Retail Investors Would Not Be Happy
Sai Microelectronics Inc. (300456.SZ): Currently, the production capacity of Peking Fab3 is 0.012 million pieces per month.
On July 9th, Gelunhui reported that Sai Microelectronics Inc. (300456.SZ) stated on their investor platform that at present, the production capacity of Beijing Fab3 is 0.012 million pieces per month, and the production capacity of Sweden Fab1&2 is 7000 pieces per month; there is currently no significant increase in production capacity.
Is Sai MicroElectronics (SZSE:300456) A Risky Investment?
Sai Microelectronics Inc. (300456.SZ): its subsidiary Silex in Sweden plans to issue warrants for stock subscription.
On June 26, Gelonhui announced that sai microelectronics inc. (300456.SZ) announced that its wholly-owned subsidiary, Silex Microsystems AB in Sweden (referred to as "Swedish Silex"), plans to issue up to 2,205,058 warrants to subscribe to Silexpartners AB; the subscription price of the warrants is 9.95 SEK (Swedish krona)/share; the warrants are effective from the date of effectiveness to December 31, 2031, and the exercise period is from the date when the issuance resolution is registered at the registered office of the Swedish company to December 3, 2031.
Saiwei Electronics (300456.SZ): BAW filters can be widely used in 5G, 5.5G, 6G and higher frequency communication interconnection scenarios
Gelonghui, May 28, 丨 Sai Wei Electronics (300456.SZ) was surveyed by a specific target on May 27, 2024. Regarding “What are the advantages of BAW filters compared to SAW? What are the application scenarios?” The company replied that in the 4G era, because the industry is relatively mature, SAW, TC-SAW, and TFSAW have certain cost advantages; however, in the 5G and higher frequency communication era, BAW has technical advantages in high frequency and broadband, which can provide lower insertion loss, better selectivity, higher power capacity, greater operating frequency, and better electrostatic discharge protection.
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