Scottish Enterprise

Neuranics is a company focused on developing advanced magnetic sensors integrated with semiconductor technology for applications in health, fitness, and the metaverse. Their proprietary technology is designed to detect minute magnetic impulses produced by the body's organs, utilizing scalable spintronics sensors. This innovative approach aims to address the limitations of current health monitoring devices and enhance human-machine interfaces. By leveraging magnetic sensing, Neuranics seeks to improve the interaction with the central, peripheral, and autonomic nervous systems, as well as muscles, thereby offering significant advancements for healthcare companies in creating next-generation wearable and implantable devices.

Sofant is focused on developing advanced radio-frequency microelectromechanical systems (RF MEMS) technology aimed at addressing power consumption and heat management challenges in high-frequency phased array antenna systems. The company specializes in creating smart antenna solutions for mobile devices and is actively involved in the millimeter-wave market, which includes applications for fifth-generation communications and satellite communications. By integrating its patented technology with innovative antenna designs and machine learning algorithms, Sofant enables organizations to lower costs and simplify the complexities associated with state-of-the-art antenna designs.

Aurora Avionics is engaged in the manufacture of avionics systems for air and spacecraft, focusing on flexible and modular platforms designed for launch vehicles. The company specializes in creating electrical systems essential for flight operations, as well as fault-tolerant hardware. This expertise allows space agencies to obtain standardized and universal control systems, facilitating the development of launch vehicles. By providing reliable and adaptable avionics solutions, Aurora Avionics supports the advancement of aerospace technology and the efficiency of space missions.

Vector Photonics is a spin-out company from the University of Glasgow, located in Glasgow, Scotland, a notable center for optical and photonics innovation. The company specializes in developing advanced semiconductor laser technology aimed at enhancing data communications and additive manufacturing processes, including metal and plastic printing. Its innovative approach centers on photonic crystal surface-emitting lasers, which are cost-effective and emit light from their top surface, similar to vertical-cavity surface-emitting lasers (VCSELs). This design facilitates easy packaging and integration into printed circuit boards (PCBs) and electronic assemblies, allowing various industries to seamlessly adopt this semiconductor laser technology into their operations.

Mage Control Systems is a design company that provides embedded electronic control systems for a range of industries. They can take the ideas and requirements from concept to reality, from blue sky design to increased manufacturing. Their assessment and testing methods are thorough and match industry standards, assuring dependability and performance in difficult situations.

Novosound Ltd is a company based in Edinburgh, United Kingdom, that specializes in manufacturing printable ultrasound sensors for various sectors, including aerospace, oil and gas, industrial, medical, veterinary, and dental applications. Founded in 2016, it emerged as the first spin-out from the University of the West of Scotland. Novosound employs innovative thin-film manufacturing techniques to overcome the limitations of traditional ultrasound technology, allowing for the development of highly customizable and scalable ultrasound solutions. The company's offerings include sensors, systems, and software designed to facilitate high-resolution imaging and measurement, particularly in non-destructive testing and medical fields.

Sofant is focused on developing advanced radio-frequency microelectromechanical systems (RF MEMS) technology aimed at addressing power consumption and heat management challenges in high-frequency phased array antenna systems. The company specializes in creating smart antenna solutions for mobile devices and is actively involved in the millimeter-wave market, which includes applications for fifth-generation communications and satellite communications. By integrating its patented technology with innovative antenna designs and machine learning algorithms, Sofant enables organizations to lower costs and simplify the complexities associated with state-of-the-art antenna designs.

Chromacity Ltd. is a company based in Edinburgh, United Kingdom, that specializes in the development, manufacture, and distribution of wavelength tunable femtosecond lasers for various applications in life sciences and spectroscopy. The company's product lineup includes several advanced laser systems, such as the Spark 1030-nm and Spark-HP 1040-nm femtosecond lasers, which are designed for high performance and versatility. Additionally, Chromacity offers femtosecond optical parametric oscillators (OPOs), such as the Spark-OPO and Spark-ultra, which produce tunable femtosecond pulses across a broad range of wavelengths. The technology is built on robust, patent-pending fiber-laser innovations, providing reliable and user-friendly operation through an embedded web server. Chromacity also collaborates with systems manufacturers to supply custom OEM femtosecond and picosecond lasers tailored to specific engineering and materials processing needs. Founded in 2013 as a spin-out from Heriot-Watt University, the company leverages over 40 years of expertise in ultrafast lasers and serves clients in North America, the United Kingdom, the Middle East, and beyond.

Sofant is focused on developing advanced radio-frequency microelectromechanical systems (RF MEMS) technology aimed at addressing power consumption and heat management challenges in high-frequency phased array antenna systems. The company specializes in creating smart antenna solutions for mobile devices and is actively involved in the millimeter-wave market, which includes applications for fifth-generation communications and satellite communications. By integrating its patented technology with innovative antenna designs and machine learning algorithms, Sofant enables organizations to lower costs and simplify the complexities associated with state-of-the-art antenna designs.

pureLiFi Ltd. is a light communications technology company based in Edinburgh, United Kingdom, specializing in Li-Fi, a visible light communications technology that utilizes the visible light spectrum for wireless data transmission. Founded in 2012, pureLiFi develops various products, including the Li-1st platform for testing VLC applications and Li-Flame solutions that enhance network security by preventing external intrusions. The company also offers the Li-Fire Platform, along with ceiling and desktop units, and LiFi-XC devices that provide secure wireless communications compatible with multiple operating systems. Its innovative technology addresses the challenges of diminishing wireless capacity, serving applications across diverse sectors such as healthcare, aviation, and transportation. By converting light into electrical signals, pureLiFi enables high-density data transmission, presenting a viable alternative to traditional Wi-Fi.

Optoscribe’s unique 3D glass-based photonic integrated circuit platform is ideally suited for creating custom transceiver fiber coupling and attaching solutions designed to specifically address the challenges of individual optical transceiver architectures and configurations. Designed to enable compact and robust optical interconnects, Optoscribe’s platform revolutionise the footprint and form factor of assemblies and dramatically increase the amount of data transferred across networks. This in turn minimises network costs whilst maximising cable performance. We use proven and tested manufacturing processes to enable simple volume scalability, and ensure that our products are designed to meet the stringent needs of communications markets. Easy to integrate into a wide range of advanced communications applications the 3D nature of Optoscribe’s platform lends itself to address fiber density issues as speed (bandwidth) moves from 400Gb/s to 800Gb/s and beyond. It also supports advanced space division multiplexed transmission using the latest fibers, more specifically, Single Mode Fibers (SMF), Multimode Fibers (MMF) Multicore Fibers (MCF) and Few Mode Fibers (FMF). The 3D fiber coupling solutions can address challenges in a wide variety of transceivers including Silicon Photonics, VCSEL and DFB based designs and coupling to a range of standard fiber architectures..

Skylark Lasers is a photonics company that specializes in the development and production of continuous wave (CW) single frequency diode-pumped solid-state (DPSS) lasers. Utilizing its proprietary BRaMMS Technology® platform, the company offers lasers known for their exceptional spectral performance and high output power. Skylark Lasers serves a diverse clientele across various industrial and scientific fields, providing solutions for applications such as microchip inspection, quantum sensing, metrology, avionics, wind power generation, defense, financial data servers, and biomedical research. The compact design of Skylark's NX lasers enables customers to reveal the unseen, detect the invisible, and measure the unknown effectively.

Skylark Lasers is a photonics company that specializes in the development and production of continuous wave (CW) single frequency diode-pumped solid-state (DPSS) lasers. Utilizing its proprietary BRaMMS Technology® platform, the company offers lasers known for their exceptional spectral performance and high output power. Skylark Lasers serves a diverse clientele across various industrial and scientific fields, providing solutions for applications such as microchip inspection, quantum sensing, metrology, avionics, wind power generation, defense, financial data servers, and biomedical research. The compact design of Skylark's NX lasers enables customers to reveal the unseen, detect the invisible, and measure the unknown effectively.

Optoscribe’s unique 3D glass-based photonic integrated circuit platform is ideally suited for creating custom transceiver fiber coupling and attaching solutions designed to specifically address the challenges of individual optical transceiver architectures and configurations. Designed to enable compact and robust optical interconnects, Optoscribe’s platform revolutionise the footprint and form factor of assemblies and dramatically increase the amount of data transferred across networks. This in turn minimises network costs whilst maximising cable performance. We use proven and tested manufacturing processes to enable simple volume scalability, and ensure that our products are designed to meet the stringent needs of communications markets. Easy to integrate into a wide range of advanced communications applications the 3D nature of Optoscribe’s platform lends itself to address fiber density issues as speed (bandwidth) moves from 400Gb/s to 800Gb/s and beyond. It also supports advanced space division multiplexed transmission using the latest fibers, more specifically, Single Mode Fibers (SMF), Multimode Fibers (MMF) Multicore Fibers (MCF) and Few Mode Fibers (FMF). The 3D fiber coupling solutions can address challenges in a wide variety of transceivers including Silicon Photonics, VCSEL and DFB based designs and coupling to a range of standard fiber architectures..

Albacom has built up an enviable reputation as a supplier of highly advanced products into demanding military applications in the international defence markets. Its heritage is based on technology products developed when the company was a division of Ferranti, which was acquired by Albacom when it completed a Management Buyout in 1990. The company enjoys being a single source of supply for the majority of its products, which are often designed by Albacom at the early stages of the customer’s programme.

Ingenious Audio is a Scottish start up designing and manufacturing audio electronics. "invisible guitar cable" is a compact plug in device which turns an analogue audio product, such as an electric guitar or amplifier into a wi-fi device. This system allows wireless connection of any existing guitar and amplifier; and for the first time will allow the use of wireless effect pedals. As the product outputs, wi-fi users can connect seamlessly to any wi-fi enabled pc, replacing the need for expensive recording and audio effects devices and crucially allows sharing of audio across the web.

Diodes is a global manufacturer and supplier of high-quality, application-specific standard products within the broad discrete and analog semiconductor markets, serving the consumer electronics, computing, communications, industrial and automotive markets. Diodes' products include diodes, rectifiers, transistors, MOSFETs, protection devices, functional specific arrays, power management devices including DC-DC switching and linear voltage regulators, amplifiers and comparators, and Hall-effect sensors.

pureLiFi Ltd. is a light communications technology company based in Edinburgh, United Kingdom, specializing in Li-Fi, a visible light communications technology that utilizes the visible light spectrum for wireless data transmission. Founded in 2012, pureLiFi develops various products, including the Li-1st platform for testing VLC applications and Li-Flame solutions that enhance network security by preventing external intrusions. The company also offers the Li-Fire Platform, along with ceiling and desktop units, and LiFi-XC devices that provide secure wireless communications compatible with multiple operating systems. Its innovative technology addresses the challenges of diminishing wireless capacity, serving applications across diverse sectors such as healthcare, aviation, and transportation. By converting light into electrical signals, pureLiFi enables high-density data transmission, presenting a viable alternative to traditional Wi-Fi.

pureLiFi Ltd. is a light communications technology company based in Edinburgh, United Kingdom, specializing in Li-Fi, a visible light communications technology that utilizes the visible light spectrum for wireless data transmission. Founded in 2012, pureLiFi develops various products, including the Li-1st platform for testing VLC applications and Li-Flame solutions that enhance network security by preventing external intrusions. The company also offers the Li-Fire Platform, along with ceiling and desktop units, and LiFi-XC devices that provide secure wireless communications compatible with multiple operating systems. Its innovative technology addresses the challenges of diminishing wireless capacity, serving applications across diverse sectors such as healthcare, aviation, and transportation. By converting light into electrical signals, pureLiFi enables high-density data transmission, presenting a viable alternative to traditional Wi-Fi.

pureLiFi Ltd. is a light communications technology company based in Edinburgh, United Kingdom, specializing in Li-Fi, a visible light communications technology that utilizes the visible light spectrum for wireless data transmission. Founded in 2012, pureLiFi develops various products, including the Li-1st platform for testing VLC applications and Li-Flame solutions that enhance network security by preventing external intrusions. The company also offers the Li-Fire Platform, along with ceiling and desktop units, and LiFi-XC devices that provide secure wireless communications compatible with multiple operating systems. Its innovative technology addresses the challenges of diminishing wireless capacity, serving applications across diverse sectors such as healthcare, aviation, and transportation. By converting light into electrical signals, pureLiFi enables high-density data transmission, presenting a viable alternative to traditional Wi-Fi.

Sofant is focused on developing advanced radio-frequency microelectromechanical systems (RF MEMS) technology aimed at addressing power consumption and heat management challenges in high-frequency phased array antenna systems. The company specializes in creating smart antenna solutions for mobile devices and is actively involved in the millimeter-wave market, which includes applications for fifth-generation communications and satellite communications. By integrating its patented technology with innovative antenna designs and machine learning algorithms, Sofant enables organizations to lower costs and simplify the complexities associated with state-of-the-art antenna designs.

M Squared Lasers is a manufacturer of advanced lasers and photonic instruments designed to enhance capabilities, reliability, and usability across various industrial and scientific sectors. With over twenty years of experience, the company specializes in harnessing the power of light to drive innovation and facilitate cross-sector partnerships. Its product offerings cater to diverse industries, including manufacturing, oil and gas, space technology, and healthcare. M Squared's technology plays a significant role in breakthroughs in fields such as dementia research, cancer diagnosis, and whiskey maturation. By providing cutting-edge solutions, M Squared Lasers aims to address complex challenges and accelerate advancements in multiple applications.

Skylark Lasers is a photonics company that specializes in the development and production of continuous wave (CW) single frequency diode-pumped solid-state (DPSS) lasers. Utilizing its proprietary BRaMMS Technology® platform, the company offers lasers known for their exceptional spectral performance and high output power. Skylark Lasers serves a diverse clientele across various industrial and scientific fields, providing solutions for applications such as microchip inspection, quantum sensing, metrology, avionics, wind power generation, defense, financial data servers, and biomedical research. The compact design of Skylark's NX lasers enables customers to reveal the unseen, detect the invisible, and measure the unknown effectively.

Skylark Lasers is a photonics company that specializes in the development and production of continuous wave (CW) single frequency diode-pumped solid-state (DPSS) lasers. Utilizing its proprietary BRaMMS Technology® platform, the company offers lasers known for their exceptional spectral performance and high output power. Skylark Lasers serves a diverse clientele across various industrial and scientific fields, providing solutions for applications such as microchip inspection, quantum sensing, metrology, avionics, wind power generation, defense, financial data servers, and biomedical research. The compact design of Skylark's NX lasers enables customers to reveal the unseen, detect the invisible, and measure the unknown effectively.

Optoscribe’s unique 3D glass-based photonic integrated circuit platform is ideally suited for creating custom transceiver fiber coupling and attaching solutions designed to specifically address the challenges of individual optical transceiver architectures and configurations. Designed to enable compact and robust optical interconnects, Optoscribe’s platform revolutionise the footprint and form factor of assemblies and dramatically increase the amount of data transferred across networks. This in turn minimises network costs whilst maximising cable performance. We use proven and tested manufacturing processes to enable simple volume scalability, and ensure that our products are designed to meet the stringent needs of communications markets. Easy to integrate into a wide range of advanced communications applications the 3D nature of Optoscribe’s platform lends itself to address fiber density issues as speed (bandwidth) moves from 400Gb/s to 800Gb/s and beyond. It also supports advanced space division multiplexed transmission using the latest fibers, more specifically, Single Mode Fibers (SMF), Multimode Fibers (MMF) Multicore Fibers (MCF) and Few Mode Fibers (FMF). The 3D fiber coupling solutions can address challenges in a wide variety of transceivers including Silicon Photonics, VCSEL and DFB based designs and coupling to a range of standard fiber architectures..

Cyclotricity is a British company that specializes in the design and manufacture of electric bicycles and conversion kits. Known for producing the UK's best-selling electric bike conversion kit, Cyclotricity offers a diverse range of battery-powered bicycles that cater to various designs and technical specifications. The company emphasizes eco-friendly transportation solutions, making it suitable for regular commutes. All motors used in their products are handmade, highlighting the company's commitment to quality craftsmanship.

Chromacity Ltd. is a company based in Edinburgh, United Kingdom, that specializes in the development, manufacture, and distribution of wavelength tunable femtosecond lasers for various applications in life sciences and spectroscopy. The company's product lineup includes several advanced laser systems, such as the Spark 1030-nm and Spark-HP 1040-nm femtosecond lasers, which are designed for high performance and versatility. Additionally, Chromacity offers femtosecond optical parametric oscillators (OPOs), such as the Spark-OPO and Spark-ultra, which produce tunable femtosecond pulses across a broad range of wavelengths. The technology is built on robust, patent-pending fiber-laser innovations, providing reliable and user-friendly operation through an embedded web server. Chromacity also collaborates with systems manufacturers to supply custom OEM femtosecond and picosecond lasers tailored to specific engineering and materials processing needs. Founded in 2013 as a spin-out from Heriot-Watt University, the company leverages over 40 years of expertise in ultrafast lasers and serves clients in North America, the United Kingdom, the Middle East, and beyond.

Sofant is focused on developing advanced radio-frequency microelectromechanical systems (RF MEMS) technology aimed at addressing power consumption and heat management challenges in high-frequency phased array antenna systems. The company specializes in creating smart antenna solutions for mobile devices and is actively involved in the millimeter-wave market, which includes applications for fifth-generation communications and satellite communications. By integrating its patented technology with innovative antenna designs and machine learning algorithms, Sofant enables organizations to lower costs and simplify the complexities associated with state-of-the-art antenna designs.

DuPont Teijin Films is a prominent global manufacturer of PET and PEN polyester films, headquartered in Chester, Virginia. The company specializes in producing a wide range of film products tailored for various industries, including healthcare, photovoltaics, durable labels, imaging media, flexible electronics, packaging, electrical insulation, and capacitors. Its polyester films are designed for applications in specialty, industrial, and automotive sectors, as well as in advanced magnetic media and photo systems. With dedicated marketing, technical, and manufacturing operations worldwide, DuPont Teijin Films aims to meet the diverse needs of its clients through innovative solutions and high-quality products.

Skylark Lasers is a photonics company that specializes in the development and production of continuous wave (CW) single frequency diode-pumped solid-state (DPSS) lasers. Utilizing its proprietary BRaMMS Technology® platform, the company offers lasers known for their exceptional spectral performance and high output power. Skylark Lasers serves a diverse clientele across various industrial and scientific fields, providing solutions for applications such as microchip inspection, quantum sensing, metrology, avionics, wind power generation, defense, financial data servers, and biomedical research. The compact design of Skylark's NX lasers enables customers to reveal the unseen, detect the invisible, and measure the unknown effectively.

Optoscribe’s unique 3D glass-based photonic integrated circuit platform is ideally suited for creating custom transceiver fiber coupling and attaching solutions designed to specifically address the challenges of individual optical transceiver architectures and configurations. Designed to enable compact and robust optical interconnects, Optoscribe’s platform revolutionise the footprint and form factor of assemblies and dramatically increase the amount of data transferred across networks. This in turn minimises network costs whilst maximising cable performance. We use proven and tested manufacturing processes to enable simple volume scalability, and ensure that our products are designed to meet the stringent needs of communications markets. Easy to integrate into a wide range of advanced communications applications the 3D nature of Optoscribe’s platform lends itself to address fiber density issues as speed (bandwidth) moves from 400Gb/s to 800Gb/s and beyond. It also supports advanced space division multiplexed transmission using the latest fibers, more specifically, Single Mode Fibers (SMF), Multimode Fibers (MMF) Multicore Fibers (MCF) and Few Mode Fibers (FMF). The 3D fiber coupling solutions can address challenges in a wide variety of transceivers including Silicon Photonics, VCSEL and DFB based designs and coupling to a range of standard fiber architectures..

Synaptec Ltd. specializes in developing and deploying advanced photonic sensing systems that leverage existing optical fiber networks to enhance the monitoring of electrical networks. Founded in 2014 and based in Glasgow, United Kingdom, the company offers innovative solutions that measure critical parameters such as voltage, current, temperature, and vibration over long distances and at multiple locations, all using a single optical fiber. This technology helps reduce electrical power transmission costs by minimizing outages, preventing circuit damage, and decreasing the need for civil works. Synaptec's systems provide significant benefits to electricity network operators and society, including cost savings, improved security of energy supply, and lower emissions. Through its patented technologies, Synaptec aims to maximize the stability of power networks and facilitate the integration of renewable energy sources.

Skylark Lasers is a photonics company that specializes in the development and production of continuous wave (CW) single frequency diode-pumped solid-state (DPSS) lasers. Utilizing its proprietary BRaMMS Technology® platform, the company offers lasers known for their exceptional spectral performance and high output power. Skylark Lasers serves a diverse clientele across various industrial and scientific fields, providing solutions for applications such as microchip inspection, quantum sensing, metrology, avionics, wind power generation, defense, financial data servers, and biomedical research. The compact design of Skylark's NX lasers enables customers to reveal the unseen, detect the invisible, and measure the unknown effectively.

Optoscribe’s unique 3D glass-based photonic integrated circuit platform is ideally suited for creating custom transceiver fiber coupling and attaching solutions designed to specifically address the challenges of individual optical transceiver architectures and configurations. Designed to enable compact and robust optical interconnects, Optoscribe’s platform revolutionise the footprint and form factor of assemblies and dramatically increase the amount of data transferred across networks. This in turn minimises network costs whilst maximising cable performance. We use proven and tested manufacturing processes to enable simple volume scalability, and ensure that our products are designed to meet the stringent needs of communications markets. Easy to integrate into a wide range of advanced communications applications the 3D nature of Optoscribe’s platform lends itself to address fiber density issues as speed (bandwidth) moves from 400Gb/s to 800Gb/s and beyond. It also supports advanced space division multiplexed transmission using the latest fibers, more specifically, Single Mode Fibers (SMF), Multimode Fibers (MMF) Multicore Fibers (MCF) and Few Mode Fibers (FMF). The 3D fiber coupling solutions can address challenges in a wide variety of transceivers including Silicon Photonics, VCSEL and DFB based designs and coupling to a range of standard fiber architectures..

Chromacity Ltd. is a company based in Edinburgh, United Kingdom, that specializes in the development, manufacture, and distribution of wavelength tunable femtosecond lasers for various applications in life sciences and spectroscopy. The company's product lineup includes several advanced laser systems, such as the Spark 1030-nm and Spark-HP 1040-nm femtosecond lasers, which are designed for high performance and versatility. Additionally, Chromacity offers femtosecond optical parametric oscillators (OPOs), such as the Spark-OPO and Spark-ultra, which produce tunable femtosecond pulses across a broad range of wavelengths. The technology is built on robust, patent-pending fiber-laser innovations, providing reliable and user-friendly operation through an embedded web server. Chromacity also collaborates with systems manufacturers to supply custom OEM femtosecond and picosecond lasers tailored to specific engineering and materials processing needs. Founded in 2013 as a spin-out from Heriot-Watt University, the company leverages over 40 years of expertise in ultrafast lasers and serves clients in North America, the United Kingdom, the Middle East, and beyond.

Sofant is focused on developing advanced radio-frequency microelectromechanical systems (RF MEMS) technology aimed at addressing power consumption and heat management challenges in high-frequency phased array antenna systems. The company specializes in creating smart antenna solutions for mobile devices and is actively involved in the millimeter-wave market, which includes applications for fifth-generation communications and satellite communications. By integrating its patented technology with innovative antenna designs and machine learning algorithms, Sofant enables organizations to lower costs and simplify the complexities associated with state-of-the-art antenna designs.

pureLiFi Ltd. is a light communications technology company based in Edinburgh, United Kingdom, specializing in Li-Fi, a visible light communications technology that utilizes the visible light spectrum for wireless data transmission. Founded in 2012, pureLiFi develops various products, including the Li-1st platform for testing VLC applications and Li-Flame solutions that enhance network security by preventing external intrusions. The company also offers the Li-Fire Platform, along with ceiling and desktop units, and LiFi-XC devices that provide secure wireless communications compatible with multiple operating systems. Its innovative technology addresses the challenges of diminishing wireless capacity, serving applications across diverse sectors such as healthcare, aviation, and transportation. By converting light into electrical signals, pureLiFi enables high-density data transmission, presenting a viable alternative to traditional Wi-Fi.

pureLiFi Ltd. is a light communications technology company based in Edinburgh, United Kingdom, specializing in Li-Fi, a visible light communications technology that utilizes the visible light spectrum for wireless data transmission. Founded in 2012, pureLiFi develops various products, including the Li-1st platform for testing VLC applications and Li-Flame solutions that enhance network security by preventing external intrusions. The company also offers the Li-Fire Platform, along with ceiling and desktop units, and LiFi-XC devices that provide secure wireless communications compatible with multiple operating systems. Its innovative technology addresses the challenges of diminishing wireless capacity, serving applications across diverse sectors such as healthcare, aviation, and transportation. By converting light into electrical signals, pureLiFi enables high-density data transmission, presenting a viable alternative to traditional Wi-Fi.

Simple Audio designs and manufactures audio products. Simple Audio was founded in Glasgow in 2008 to create a new generation of affordable, digital audio distribution systems capable of playing music from multiple sources, at high quality throughout the home. The focus on Powerline/ethernet transmission technology aimed to address the problems associated with the existing market offering of poor quality sound reproduction, complex installation and control systems and high cost base.

mLED Limited, based in Glasgow, United Kingdom, specializes in the development and manufacture of gallium nitride micropixellated light-emitting diode (LED) arrays. The company focuses on micro-LED technology, providing system integrators with the tools necessary to create prototype and production units for a variety of applications, including industrial, medical, and commercial sectors. mLED's technology enables the production of application-specific light patterns tailored to specific pixel layouts and addressing, as well as custom-specified wavelengths and both continuous pulsed and modulated light patterns.

Simple Audio designs and manufactures audio products. Simple Audio was founded in Glasgow in 2008 to create a new generation of affordable, digital audio distribution systems capable of playing music from multiple sources, at high quality throughout the home. The focus on Powerline/ethernet transmission technology aimed to address the problems associated with the existing market offering of poor quality sound reproduction, complex installation and control systems and high cost base.

Simple Audio designs and manufactures audio products. Simple Audio was founded in Glasgow in 2008 to create a new generation of affordable, digital audio distribution systems capable of playing music from multiple sources, at high quality throughout the home. The focus on Powerline/ethernet transmission technology aimed to address the problems associated with the existing market offering of poor quality sound reproduction, complex installation and control systems and high cost base.

Simple Audio designs and manufactures audio products. Simple Audio was founded in Glasgow in 2008 to create a new generation of affordable, digital audio distribution systems capable of playing music from multiple sources, at high quality throughout the home. The focus on Powerline/ethernet transmission technology aimed to address the problems associated with the existing market offering of poor quality sound reproduction, complex installation and control systems and high cost base.

Simple Audio designs and manufactures audio products. Simple Audio was founded in Glasgow in 2008 to create a new generation of affordable, digital audio distribution systems capable of playing music from multiple sources, at high quality throughout the home. The focus on Powerline/ethernet transmission technology aimed to address the problems associated with the existing market offering of poor quality sound reproduction, complex installation and control systems and high cost base.

Simple Audio designs and manufactures audio products. Simple Audio was founded in Glasgow in 2008 to create a new generation of affordable, digital audio distribution systems capable of playing music from multiple sources, at high quality throughout the home. The focus on Powerline/ethernet transmission technology aimed to address the problems associated with the existing market offering of poor quality sound reproduction, complex installation and control systems and high cost base.

mLED Limited, based in Glasgow, United Kingdom, specializes in the development and manufacture of gallium nitride micropixellated light-emitting diode (LED) arrays. The company focuses on micro-LED technology, providing system integrators with the tools necessary to create prototype and production units for a variety of applications, including industrial, medical, and commercial sectors. mLED's technology enables the production of application-specific light patterns tailored to specific pixel layouts and addressing, as well as custom-specified wavelengths and both continuous pulsed and modulated light patterns.

Ateeda Limited provides EDA tools for analog test of ADCs and DACs, regulators, references, and drivers for mixed signal semiconductor and electronics manufacturing industries. It offers pushbutton built in self test for linear circuits and digital testing of analog circuits. The company was incorporated in 2005 and is based in Edinburgh, the United Kingdom.

Ateeda Limited provides EDA tools for analog test of ADCs and DACs, regulators, references, and drivers for mixed signal semiconductor and electronics manufacturing industries. It offers pushbutton built in self test for linear circuits and digital testing of analog circuits. The company was incorporated in 2005 and is based in Edinburgh, the United Kingdom.

MMIC Solutions is deploying technology to allow the commercial use of high frequencies in the millimeter wave bands. The company develops, manufactures, and supplys innovative solutions for a range of systems operating at frequencies between 50GHz and 250GHz

MMIC Solutions is deploying technology to allow the commercial use of high frequencies in the millimeter wave bands. The company develops, manufactures, and supplys innovative solutions for a range of systems operating at frequencies between 50GHz and 250GHz