What Brainchip is selling:
First we have silicon and/or silicon IP for the following:
Akida 1 SoC/IP
Akida 1500 SoC/IP
Pico IP
Akida/TENNs 2 FPGA/IP Developer Platform access
Akida GenAI FPGA in Development
Akida 3 SoC in development
TENNS is a special case where it can is part of Akida 2 SoC, but is also available as an algorithm which seems to be available for use with a CPU?GPU?
TENNs
Bing Videos
(TENNS is an)
Algorithm (not only to run in our hardware but a very efficient edge-based algorithm that allow you to do LLMs at the edge. SSM ~ S4/S5 (Tod Vierra 20240105)
Then we have the "off-the-shelf models and the POA advanced TENNs models to be run on the on-line Akida 2 FPGA.
Ready to use:
AkidaNet Object Detection/Recognition
AkidaNet Regression (Facial Age prediction)
AkidaNet/KWS
AkidaNet/Point Cloud Classification
AkidaNet/TENN Gesture Recognition (DVS)
AkidaNet/TENN Eye Tracking (90% activation sparsity)
ADVANCED TENNS MODELS – Available to run on Akida 2 FPGA Developer Platform – By Request
AkidaNet/TENN Audio Denoising
AkidaNet/TENN Automatic Speech Recognition (ASR)
AkidaNet/TENN LLM
The advanced TENNs models can only be tested on the on-line Akida 2 FPGA Developer Platform by prior arrangement. I guess this is to control access so the system does not get overloaded.
The use of TENNs with LLMs and with ASR opens the door for spoken LLM queries at the edge.