PCB design audio transmitter / receiver
€12-18 EUR / hour
I hope this message finds you well. I am reaching out to inquire about your expertise in electronics design, particularly in the area of PCB processing. I am currently working on developing a wireless guitar amplifier replacement product that consists of a transmitter and a complimentary receiver. I am seeking an experienced professional who can assist me in designing the technical aspects of the PCB for both components.
The primary goal of this project is to create a wireless system that can seamlessly capture the guitar signal, process it based on amplifier settings controlled through a mobile app, and transmit the processed signal wirelessly with minimal latency. The transmitter will be equipped with an integrated auxiliary output, allowing the user to transfer the sound directly into headphones for further sound editing. Additionally, the complimentary receiver will have a jack output, enabling the user to connect it directly to a speaker for immediate sound amplification.
In terms of the PCB design, I am looking for someone who has expertise in:
1. Implementing low-latency wireless signal transmission protocols, ensuring a near-instantaneous transfer of the guitar signal.
2. Optimizing power consumption to achieve an extended battery life of up to 10 hours for both the transmitter and the complimentary receiver.
3. Integrating the necessary audio outputs (auxiliary output in the transmitter and jack output in the receiver) for seamless connectivity to amplifiers or speakers.
If you have experience in these areas and believe that you would be a suitable fit for this project, I would greatly appreciate the opportunity to discuss further details with you. Please let me know if you are available for a meeting or a call to explore this collaboration in more depth.
If possible, kindly provide some examples of your previous work or references that demonstrate your expertise in PCB design and wireless audio systems. Additionally, it would be helpful to know your availability and any estimated timelines and costs associated with a project of this nature.
Project ID: #36651616