Thiago Eidt, from Brazil, is the founder of Casal Editá, a brand that specializes in creating cinematic content for social media. As both a content creator and service provider, Thiago focuses on delivering high-quality videos tailored for various clients and his own projects, showcasing his expertise in the field of digital media.
Thiago Eidt first learned about Hollyland through online search platforms. Upon further research and observation, he noticed that the brand had undergone significant evolution over time, showcasing its strength and potential. Based on this discovery, Thiago decided to give Hollyland a chance, and this decision ultimately led him to fall in love with the brand. More importantly, the products from Hollyland have never let him down, consistently delivering exceptional performance. As a result, Thiago confidently chose Hollyland as his creative partner.
In March of this year, Thiago Eidt embarked on a project to film an institutional video for a clinic. The project required a lean yet efficient team, consisting of Thiago and a colleague. To ensure the highest quality of the footage, the team leveraged two key products from Holyland: the Pyro 7 wireless monitor for image checking and the LARK M2S wireless microphone for capturing the model's testimonial.
The integration of these Holyland products has had a profound impact on Thiago's workflow and efficiency. The Pyro 7 wireless monitor has allowed Thiago and his colleague to meticulously check the exposure and framing in real-time, ensuring that every shot is perfectly composed. This has enabled Thiago to pay much more attention to his exposure and composition, resulting in more visually appealing and professional footage.
Simultaneously, the LARK M2S wireless microphone has elevated the audio quality of Thiago's productions. The microphone's reliability and clarity have ensured that the model's testimonial is captured with exceptional sound quality, enhancing the overall viewing experience.
Looking ahead, Thiago plans to further enhance his setup by incorporating the Pyro S. This addition will provide a different perception of connectivity, allowing for even more seamless integration of image monitoring and audio capture.
Both the Pyro 7 and LARK M2S stand out for their exceptionally user-friendly designs, making them ideal choices for professionals like Thiago Eidt who value efficiency and simplicity in their workflow.
The LARK M2S wireless microphone, in particular, exemplifies ease of use. Its TX (transmitter) and RX (receiver) are pre-paired before shipping, eliminating the need for users to go through a complicated pairing process. This means that Thiago and his team can simply take out the TX, connect the RX to their recording device, and start capturing high-quality audio immediately. This plug-and-play functionality saves valuable time during shoots.
Similarly, the Pyro 7 wireless monitor is designed for ease of use and seamless integration with the Pyro series. Its power-on-and-go design ensures that Thiago and his colleague can quickly and effortlessly begin monitoring the footage. The monitor's compatibility with the Pyro series allows for a smooth and uninterrupted workflow, further enhancing the team's efficiency on set.
The technical specifications of the LARK M2S wireless microphone underscore its commitment to delivering impeccable audio quality. With a sampling rate of 48 kHz and a 24-bit resolution, coupled with an impressive 70dB Signal-to-Noise Ratio and 116 dB dynamic range, the LARK M2S ensures that every moment is captured with pristine clarity and accuracy. This high fidelity is crucial for professionals like Thiago Eidt, who need to ensure that their recordings are of the highest quality, even in loud environments.
The Pyro 7's self-developed 2.4 GHz & 5 GHz Dual-Band technology enhances its versatility and reliability. This feature allows for a stable transmission range of up to 1,300ft (400m), giving Thiago and his team the freedom to move around without worrying about signal loss or interference. The upgraded chips and optimized video encoding/decoding algorithms contribute to a minimal transmission latency of just 60ms, ensuring that the audio and video are perfectly synchronized, even in real-time applications.
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