Ear Optical Link

The Ear Optical Link is a cilindrical optoelectronic transceiver connected to a user's Neural Implants, that is installed around a user's ear canal.
Developed along the first Neural Implants, its design allows direct communication with electronic devices while at the same time avoiding the hassles related to external cybernetic implants.
== Installation and Inner Workings. ==
The first step to installation is to remove the natural pigmentation inside a section of the ear canal, to allow the free passage of light through the canal's walls. Additionally, a small array of nanoparticles is injected into that zone to allow further optical communication.
The next step to be performed is a small cranial surgery where a biocompatible optical transceiver membrane is attached to the outside of the ear canal. This membrane is connected through high-resilience optical cables directly to the Neural Implant's optical port.
Operation is straightforward: All communication is done using standard optical protocols. Diverse models of ear optical transceivers, aka "earphones" are available in the market for general and specialized purposes.
WARNING: Please refrain from connecting to unauthorized networks without a proxy phone or firewall implant; early versions of neural implants are still vulnerable to digital intrusion. Consult with your manufacturer for further details.
== Operational Wavelengths and Bandwidth requirements ==
* Input video and sensorial data is transmitted in the 410 nm wavelength (purple). Maximum data bandwidth is 350Tbps, but is kept to 287 Tbps for compatibility purposes.
* Output video and sensorial data is transmitted in the 480 nm wavelength (blue). Maximum data bandwidth is 310Tbps, but is kept to 287 Tbps for compatibility purposes.
* Input binary data and command sequences are encoded in the 680 nm wavelength (red). Maximum data bandwidth is 150 Tbps, but in practice, they rarely surpass the Gbps range.
* Output binary data and command sequences are encoded in the 520 nm wavelength (green). Maximum data bandwidth is 255 Tbps.
Category:Technology