LinkedIn Profile

Access XMOS historical Linkedin company profile data on number of followers, employee headcount and more
Ticker Symbol Entity Name As Of Date Company Name Followers Employees on Linkedin Link Industry Date Added Date Updated Description Website Specialities Logo HQ.Street HQ.City HQ.State HQ.Country HQ.Postal Headcount change in past 24 months Company Name Sector Industry
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

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