The connection type is built into the receiver, so users need to select the appropriate version (USB-C or Lightning) at the time of purchase. This ensures a seamless setup and operation. In contrast, some competitors have a different design, such as a slot to fix the connector, which may require additional adapters. The Rode Wireless Micro's design focuses on simplicity and ease of use, making it an ideal choice for smartphone content creators.
The Wireless Micro features 24-bit audio, a 20Hz to 20kHz frequency range, a maximum 135db SPL, a 73db signal-to-noise ratio, and an A-Weighted equivalent noise of 21dBA. These specifications are comparable to those of more expensive wireless mics, making it a great value for money. Rode's 'Intelligent GainAssist' technology automatically controls audio levels, enhancing vocals and providing well-balanced sound. This frees users from the hassle of manual audio adjustments and allows them to focus on creating content.
Compared to some competitors, the Rode Wireless Micro doesn't have noise reduction features like active noise cancellation. However, in most scenarios, the Intelligent GainAssist technology and the well-designed acoustic chamber are sufficient to provide clear recordings. I've been able to get clear recordings of my voice in noisy environments, such as a soccer stadium, without any issues.
In comparison to the rival DJI Mic Mini, the Rode Wireless Micro may not have the same range or additional features like Bluetooth connectivity. However, it is smaller in size and specifically designed for smartphones. It also offers a more straightforward user experience and better audio quality for vlogging. Overall, the Rode Wireless Micro is a great option for those who want a reliable and easy-to-use wireless mic for their smartphone vlogging needs.
Startup funding rounds serve as a metric, and generative AI is indeed seeing ample adoption in the sciences. There is a lot of trial and error in research and development, and tools like Albert Invent that can speed up the process are highly valuable. Albert Invent offers an AI platform trained on data from past chemical experiments, enabling chemists to interrogate molecular-level data when formulating chemicals. Its founders' background in a 3D printing company allowed them to apply their knowledge of materials science to train an AI on chemical processes.
The latest Series A funding round of $22.5 million led by Coatue further validates the potential of Albert Invent. The company's platform, Albert Breakthrough, combines structured data with proprietary AI models. Chemical companies can use this platform to develop new products faster and better. For instance, it can generate real-time toxicology predictions for chemicals and outperform standard industry models.
Albert Invent's customers include prominent names in the chemical industry such as Chemours, Solenis, Keystone Industries, Applied Molecules, Henkel, and Nouryon. Nick Talken, the CEO and co-founder, believes that the platform will bring significant changes to chemical science. He compares it to what data scientists have had access to for some time, stating that it is a SaaS product used by the largest chemical companies to reinvent the physical world.
The company has built its own foundational models trained on over 15 million chemical structures. In this industry, it is crucial to have domain-specific knowledge, and Albert Invent has taken the entire public information space around chemistry and built a foundational model that powers Albert Breakthrough.
When asked about using foundational models such as OpenAI, Talken said that the company uses them for some agent networks like chatbots, but its foundational chemistry models are its own. Ken Kisner, the co-founder, previously led Molecule Corp and sold it to Henkel Corporation. While at Henkel, they built a team to work on the problem they are addressing now and incubated Albert Invent as a software startup within the multinational chemical company.
Before the Series A round, the startup had raised a small seed round led by Index Ventures in late 2022. TCV, Index Ventures, F-Prime, and Homebrew also participated. David Schneider, general partner at Coatue, expressed excitement about supporting Albert as it transforms chemistry research. Johan Landfors, CTO of Nouryon, also emphasized the platform's integral role in their product development.