Are you having trouble validating photoelectric detection studies (e.g., perovskite X-rays, visible light, near-infrared, and ultraviolet) or with real-time luminescent device displays?
LinkZill collects the needs of our consumers in driving, reading, and testing TFT (thin-film transistor). Building upon these requirements, we've introduced a series of standard systems known for their cost-effectiveness, precision, portability, applicability, real-time display capabilities, fast data storage, and data sharing functionalities, offering a comprehensive service from TFT chip to supporting electronic systems and processing technology.
TruEbox MR64
Designed for collecting sensor arrays and imaging current signals, LinkZill's TruEbox 03MR (64×64) supports arrays up to 64×64 resolution. All current data is transmitted to Android terminal devices via Wi-Fi, producing a 256 grey-level image based on current strength. This matrix readout system is ideal for light or pressure imaging using thin-film transistor (TFT) array chips.
TruEbox MD256
Our latest High-Resolution TFT Array Chips and Compatible Matrix Driver Systems, TruEbox 04MD (256×256), enhance luminescent material display performance. With support for a maximum array resolution of 256×256 and a frame rate of 30-60Hz, animations are displayed with improved clarity.
Additionally, our portable testing systems offer real-time measurement of capacitance, resistance, and current, with fast response speed, high resolution, and data-sharing capabilities, suitable for various scenarios.
TruEbox 01RC
TruEbox 01RC delivers real-time, accurate resistance/capacitance data, enabling applications in sensor characterization, portable electronic product development, sports health monitoring, biomedical testing, and more.
TruEbox 02CM
Providing multichannel bias voltages (seven) and measuring multichannel currents (eight) in real-time, TruEbox 02CM meets the needs of I-V characteristic scanning and dynamic current monitoring for various components, facilitating biomedical testing, portable electronic product development, sports health monitoring, and other scenarios.
TruEbox TFT-IV
TruEbox TFT-IV is a portable electrical test and analysis system for semiconductors, offering three bias voltage channels and one current channel, with IdVg and IdVd modes. Monitoring real-time I-t or I-V curves, it shares measured data via a mobile app, aiding in biomedical testing, portable electronic product development, sports health monitoring, and various other scenarios.
Up to now, the TruEbox series has assisted over three hundred customers worldwide, facilitating the publication of more than 200 high-impact papers in journals such as Nature Biomedical Engineering, Nature Communications, and Advanced Materials.
TFT Customized Design and Supply
LinkZill values the various needs of our customers and customizes the design of our TFT chips accordingly. TFT chip designs from different customers will be pieced together and integrated for overall tape-out and manufacturing.
Our TFT device types include a-Si, IGZO, LTPS, Organic TFT, LTPO, among others. We offer customization options for substrate materials (glass or plastic) and sizes (up to G6.5 line) to perfectly align with our client's specific requirements.
LinkZill was founded in January 2019, headquartered in Hangzhou, Zhejiang Province, with R&D and marketing center in Cambridge, UK. In 2023, LinkZill established Hangzhou TFT Bio-semiconductor R&D Center. LinkZill aims to make technology serve people better and more efficiently with the vision of “Linking zillions of people and technology. Linking zillions of hearts with love”.
Furthermore, LinkZill's TFT semiconductor biochip platform has been successfully applied in high-throughput DNA synthesis, precise droplet manipulation, in vitro diagnostics (IVD), and biological signal sensing.
Dedicated to expanding our global presence, LinkZill actively seeks partnerships to collaboratively build a community. For more information on our products, contact us at info@linkzill.com and visit our website https://www.linkzill.com/.