private:xmos
|
97385
|
Dec 3rd, 2020 12:00AM
|
XMOS
|
3.5K
|
65.00
|
Open
|
Semiconductors
|
Dec 3rd, 2020 03:31PM
|
Dec 3rd, 2020 03:31PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|
private:xmos
|
97385
|
Dec 2nd, 2020 12:00AM
|
XMOS
|
3.5K
|
65.00
|
Open
|
Semiconductors
|
Dec 2nd, 2020 05:18PM
|
Dec 2nd, 2020 05:18PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|
private:xmos
|
97385
|
Dec 1st, 2020 12:00AM
|
XMOS
|
3.5K
|
65.00
|
Open
|
Semiconductors
|
Dec 1st, 2020 03:54PM
|
Dec 1st, 2020 03:54PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|
private:xmos
|
97385
|
Nov 30th, 2020 12:00AM
|
XMOS
|
3.5K
|
65.00
|
Open
|
Semiconductors
|
Nov 29th, 2020 09:50PM
|
Nov 30th, 2020 06:48PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|
private:xmos
|
97385
|
Nov 28th, 2020 12:00AM
|
XMOS
|
3.5K
|
66.00
|
Open
|
Semiconductors
|
Nov 28th, 2020 05:23PM
|
Nov 28th, 2020 05:23PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|
private:xmos
|
97385
|
Nov 27th, 2020 12:00AM
|
XMOS
|
3.5K
|
66.00
|
Open
|
Semiconductors
|
Nov 27th, 2020 01:49PM
|
Nov 27th, 2020 01:49PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|
private:xmos
|
97385
|
Nov 26th, 2020 12:00AM
|
XMOS
|
3.5K
|
66.00
|
Open
|
Semiconductors
|
Nov 25th, 2020 08:59PM
|
Nov 25th, 2020 08:59PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|
private:xmos
|
97385
|
Nov 24th, 2020 12:00AM
|
XMOS
|
3.5K
|
66.00
|
Open
|
Semiconductors
|
Nov 24th, 2020 04:33PM
|
Nov 24th, 2020 04:33PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|
private:xmos
|
97385
|
Nov 23rd, 2020 12:00AM
|
XMOS
|
3.5K
|
66.00
|
Open
|
Semiconductors
|
Nov 23rd, 2020 06:21PM
|
Nov 23rd, 2020 06:21PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|
private:xmos
|
97385
|
Nov 22nd, 2020 12:00AM
|
XMOS
|
3.5K
|
66.00
|
Open
|
Semiconductors
|
Nov 21st, 2020 07:06PM
|
Nov 22nd, 2020 05:18PM
|
In 2005, a small team assembled to create a fast and flexible microcontroller that would enable designers to respond quickly to diversifying market demand. The first (XS1) and second (xcore-200) generation processors put unprecedented I/O capability (available through software for the first time) alongside significant DSP and control processing – establishing XMOS as a name in the audio sector.
The vision quickly shifted towards AI. Caught between two very different technical and commercial models, Graphcore was formed to focus on server-side AI, and XMOS continued the quest towards low-cost embedded intelligence (edge-AI). Most recently XMOS enabled voice to become mainstream, releasing the XVF3510 – a disruptive high-performance, low cost far-field 2-mic voice interface. This was followed up with xcore.ai – a new crossover processor for the AIoT that brings AI, DSP, control and I/O together in a single device.
|
Open
|
voice user interfaces, smart microphones, IoT controllers, microcontrollers, hi-res audio, microphone arrays, multichannel USB audio, high resolution audio, USB Audio 2.0, far-field voice, voice DSP, acoustic DSP, automatic speech recognition, voice processors, algorithms, far-field, artificial intelligence
|
Open
|
33 Queen Square
|
Bristol
|
England
|
GB
|
BS1 4
|
|
XMOS
|
|
|