The rapid development of artificial intelligence, Internet of Things and other new services brings a sharp rise in data traffic. 5G is about to enter the commercial process, and at the same time, the manufacturing and quality control of communication devices put forward a new type of measurement difficulties. Network intelligence, device modularity, and high transmission rate are the future development direction of communication devices, while the detection of highly integrated hardware has always been a difficult point in the quality control of communication devices. TZTEK has always been focusing on promoting the development of the communication industry by virtue of its "high", "precise" and "stable" testing technology and strength. We are always striving to promote the development of the communication industry.
Fiber optic communication has been widely applied in telecom networks, cable television networks, and the internet, all of which are closely related to people's lives. Optical modules are a critical part of fiber optic communication, responsible for converting optical signals. The placement accuracy of optical emitters and receivers in optical modules is crucial to reduce signal loss and interference, and to improve transmission efficiency and stability.
Video measuring machine equipped with an automatic zoom lens with the advantage of a large field of view at low magnification, automatically locates products and identifies serial numbers. With high magnification, the high resolution allows precise measurement of the placement accuracy of optoelectronic devices. Products in trays can be measured in batches, and measurement data is automatically uploaded to the MES system.
Surface-mounting and bonding are critical steps in the semiconductor back-end process. The accuracy of surface-mounting and bonding directly affects the device's performance.
Video measuring machine equipped with automatic zoom lenses, high-magnification microscope lenses, and spectroscopic confocal sensors. The automatic zoom lens enables fast product identification, positioning, and serial number extraction; the high-magnification microscope lens is used for measuring fine features; the spectroscopic confocal sensor is used for measuring height, flatness, or warping.
