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|image= <!-- It's recommended to upload the company logo file to the wiki and link it here --> | |image= <!-- It's recommended to upload the company logo file to the wiki and link it here --> | ||
|Type= [[Subsidiary]] <ref name="snap_subsid"/> | |Type= [[Subsidiary]] <ref name="snap_subsid"/> | ||
|Industry= [[Augmented Reality]], [[Optics]], [[Waveguide (optics)|Waveguides]], [[Display technology]] <ref name="industry1"/><ref name="industry2 | |Industry= [[Augmented Reality]], [[Optics]], [[Waveguide (optics)|Waveguides]], [[Display technology]] <ref name="industry1"/><ref name="industry2"/> | ||
|Founded= {{Start date|2014}} <ref name="founded_2014_1"/><ref name="founded_2014_2 | |Founded= {{Start date|2014}} <ref name="founded_2014_1"/><ref name="founded_2014_2"/> (Development work began earlier, possibly 2012/2013 <ref name="octopus_2012"/>) | ||
|Founder= [[Sumanta Talukdar]], [[David Grey]], [[Salim Valera]] <ref name="founders1"/><ref name="founders2"/><ref name="founders3"/> | |Founder= [[Sumanta Talukdar]], [[David Grey]], [[Salim Valera]] <ref name="founders1"/><ref name="founders2"/><ref name="founders3"/> | ||
|Headquarters= [[Milton Park]], [[Abingdon-on-Thames|Abingdon]], [[Oxfordshire]], [[United Kingdom|UK]] | |Headquarters= [[Milton Park]], [[Abingdon-on-Thames|Abingdon]], [[Oxfordshire]], [[United Kingdom|UK]] | ||
|Notable Personnel= [[David Hayes]] ([[Chief executive officer|CEO]], 2017–2021)<ref name="ceo1 | |Notable Personnel= [[David Hayes]] ([[Chief executive officer|CEO]], 2017–2021)<ref name="ceo1"/> <br/> [[Sumanta Talukdar]] (Co-Founder) <ref name="founders1"/><ref name="founders2"/> <br/> [[David Grey]] (Co-Founder, [[Chief scientist|Chief Scientist]]) <ref name="founders1"/><ref name="founders2"/> <br/> [[Salim Valera]] (Co-Founder) <ref name="founders1"/><ref name="founders3"/> <br/> [[Phil Greenhalgh]] ([[Chief technology officer|CTO]]) <ref name="cto_phil"/> | ||
|Products= [[Diffraction grating|Diffractive]] [[Waveguide (optics)|waveguides]] (Katana, Vulcan, Odin), [[Optical engine]]s (Merlin, Titan) for [[Augmented Reality|AR]] [[Smartglasses|smartglasses]] and headsets <ref name="products1 | |Products= [[Diffraction grating|Diffractive]] [[Waveguide (optics)|waveguides]] (Katana, Vulcan, Odin), [[Optical engine]]s (Merlin, Titan) for [[Augmented Reality|AR]] [[Smartglasses|smartglasses]] and headsets <ref name="products1"/><ref name="product_names"/> <br/> Projectors (e.g., Saturn 2, Loki) <ref name="product_names"/> | ||
|Parent= [[Snap Inc.]] (Since May 2021) | |Parent= [[Snap Inc.]] (Since May 2021) <ref name="parent2"/> | ||
|Website= {{URL|https://waveoptics.ar/}} | |Website= {{URL|https://waveoptics.ar/}} <!-- Updated URL from Art 4 --> | ||
}} | }} | ||
{{see also|Companies}} <!-- Added from Art 4 --> | {{see also|Companies}} <!-- Added from Art 4 --> | ||
'''WaveOptics Limited''' is a British [[technology company]] specializing in the design and development of [[diffraction grating|diffractive]] [[waveguide (optics)|waveguides]] and [[optical engine]]s for [[Augmented Reality]] ([[AR]]) [[smartglasses]] and headsets. | '''WaveOptics Limited''' is a British [[technology company]] specializing in the design and development of [[diffraction grating|diffractive]] [[waveguide (optics)|waveguides]] and [[optical engine]]s for [[Augmented Reality]] ([[AR]]) [[smartglasses]] and headsets. Founded in 2014 and headquartered in [[Oxfordshire]], UK, the company developed key optical components intended to enable lightweight, high-performance, and mass-market AR wearables. <ref name="founded_2014_1"/> WaveOptics was acquired by [[Snap Inc.]] in May 2021 for over $500 million, becoming a wholly owned subsidiary and the primary supplier of displays for [[Spectacles (hardware)|Snap Spectacles]]. <ref name="parent2"/> WaveOptics operates as a wholly‑owned subsidiary of Snap while continuing to serve other [[Original equipment manufacturer|original-equipment manufacturers]] (OEMs) with its patented waveguide technology.<ref name="snap_subsid"/> | ||
== History == | == History == | ||
=== Founding and Early Development (2014–2017) === | === Founding and Early Development (2014–2017) === | ||
WaveOptics was founded in 2014 by Sumanta Talukdar, David Grey, and Salim Valera, who shared a background developing [[Head-up display|head-up displays]] ([[HUD]]) and [[Helmet-mounted display|head-mounted displays]] ([[HMD]]) in the [[defence industry]] at [[BAE Systems]]. <ref name="founded_2014_1"/><ref name="founders1"/><ref name="founders2"/><ref name="founders_bae"/> They conceived a novel waveguide approach and filed their first patent for [[Exit pupil expansion]] (EPE) technology the same year. <ref name="founders1"/><ref name="history_patent | WaveOptics was founded in 2014 by Sumanta Talukdar, David Grey, and Salim Valera, who shared a background developing [[Head-up display|head-up displays]] ([[HUD]]) and [[Helmet-mounted display|head-mounted displays]] ([[HMD]]) in the [[defence industry]] at [[BAE Systems]]. <ref name="founded_2014_1"/><ref name="founders1"/><ref name="founders2"/><ref name="founders_bae"/> They conceived a novel waveguide approach and filed their first patent for [[Exit pupil expansion]] (EPE) technology the same year. <ref name="founders1"/><ref name="history_patent"/> Some sources suggest initial development work started as early as 2012 or 2013. <ref name="octopus_2012"/> | ||
The company secured its first funding round in December 2015. <ref name="funding_rounds"/> In 2016, WaveOptics was a finalist at the [[Pitch@Palace]] event attended by HM Queen Elizabeth II. <ref name="pitch_palace"/> | The company secured its first funding round in December 2015. <ref name="funding_rounds"/> In 2016, WaveOptics was a finalist at the [[Pitch@Palace]] event attended by HM Queen Elizabeth II. <ref name="pitch_palace"/> | ||
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== Technology == | == Technology == | ||
WaveOptics specializes in diffractive waveguides, a key optical component for transferring a projected image into the user's eye in an AR display system. <ref name="industry1"/><ref name="tech_how1"/> Their technology employs volume holographic gratings fabricated via [[nanoimprint lithography]] and aims to produce AR displays with a large [[Eye box|eye-box]] (viewing window), wide [[Field of view|field of view]] (FOV), high optical efficiency, low chromatic dispersion, and full-colour, crisp images suitable for mass manufacture in slim eyewear form factors. <ref name="tech_how2"/><ref name="tech_mass_manufacture | WaveOptics specializes in diffractive waveguides, a key optical component for transferring a projected image into the user's eye in an AR display system. <ref name="industry1"/><ref name="tech_how1"/> Their technology employs volume holographic gratings fabricated via [[nanoimprint lithography]] and aims to produce AR displays with a large [[Eye box|eye-box]] (viewing window), wide [[Field of view|field of view]] (FOV), high optical efficiency, low chromatic dispersion, and full-colour, crisp images suitable for mass manufacture in slim eyewear form factors. <ref name="tech_how2"/><ref name="tech_mass_manufacture"/> | ||
Key aspects of their technology included: | Key aspects of their technology included: | ||
*'''Diffractive Waveguides:''' Utilized [[nanotechnology|nanostructures]] patterned onto the surface of a glass or polymer waveguide to diffract light. <ref name="tech_diffractive1"/><ref name="tech_diffractive2"/> | *'''Diffractive Waveguides:''' Utilized [[nanotechnology|nanostructures]] patterned onto the surface of a glass or polymer waveguide to diffract light. <ref name="tech_diffractive1"/><ref name="tech_diffractive2"/> | ||
*'''Exit Pupil Expansion (EPE):''' Employed patented techniques for expanding the exit pupil, allowing for a larger viewing area and accommodating variations in user [[Interpupillary distance|interpupillary distance]] and headset positioning. <ref name="founders1"/><ref name="tech_epe | *'''Exit Pupil Expansion (EPE):''' Employed patented techniques for expanding the exit pupil, allowing for a larger viewing area and accommodating variations in user [[Interpupillary distance|interpupillary distance]] and headset positioning. <ref name="founders1"/><ref name="tech_epe"/> WaveOptics often highlighted its use of a two-dimensional EPE approach. <ref name="tech_2d_epe"/> | ||
*'''Grating Design:''' Some patented designs utilize a three-grating structure, while other implementations reportedly used only two main diffraction regions (an input grating and a 2D output grating structure), potentially simplifying the design compared to some rival approaches. | *'''Grating Design:''' Some patented designs utilize a three-grating structure, while other implementations reportedly used only two main diffraction regions (an input grating and a 2D output grating structure), potentially simplifying the design compared to some rival approaches. <ref name="tech_two_grating1"/><ref name="tech_two_grating2"/> | ||
*'''Materials Partnership:''' Collaborated with major glass manufacturers like [[Corning Inc.]] and [[Schott AG]] to source ultra-flat, high-index glass wafers necessary for their waveguides. <ref name="tech_materials1"/><ref name="tech_materials2"/> | *'''Materials Partnership:''' Collaborated with major glass manufacturers like [[Corning Inc.]] and [[Schott AG]] to source ultra-flat, high-index glass wafers necessary for their waveguides. <ref name="tech_materials1"/><ref name="tech_materials2"/> | ||
*'''Projector Integration:''' Designed optical engines comprising both the waveguide and a light projector, supporting various [[microdisplay]] projector types like [[Digital Micromirror Device|DMD]], [[Liquid crystal on silicon|LCoS]], and [[MicroLED]]. <ref name="tech_projectors"/> | *'''Projector Integration:''' Designed optical engines comprising both the waveguide and a light projector, supporting various [[microdisplay]] projector types like [[Digital Micromirror Device|DMD]], [[Liquid crystal on silicon|LCoS]], and [[MicroLED]]. <ref name="tech_projectors"/> | ||
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WaveOptics complemented its waveguides with projectors like the Saturn 2 <ref name="Saturn2024"/> and offered reference optical engine modules such as Merlin and Titan. <ref name="product_names"/> A notable compact projector, '''Loki''', was designed by WaveOptics incorporating a [[MicroLED]] microdisplay from partner [[Jade Bird Display]] (JBD) for use with the Katana waveguide in development kits like "Leopard". | WaveOptics complemented its waveguides with projectors like the Saturn 2 <ref name="Saturn2024"/> and offered reference optical engine modules such as Merlin and Titan. <ref name="product_names"/> A notable compact projector, '''Loki''', was designed by WaveOptics incorporating a [[MicroLED]] microdisplay from partner [[Jade Bird Display]] (JBD) for use with the Katana waveguide in development kits like "Leopard". | ||
WaveOptics also partnered with companies like [[Luxexcel]] to integrate their waveguides into [[3D printing|3D-printed]] prescription lenses, aiming to address the vision correction needs of potential AR users. <ref name="luxexcel_partnership1"/><ref name="luxexcel_partnership2"/> They collaborated with [[MicroLED]] developers like JBD and [[Plessey Semiconductors]] (prior to its acquisition by [[Meta Platforms|Facebook/Meta]]) on next-generation display modules. | WaveOptics also partnered with companies like [[Luxexcel]] to integrate their waveguides into [[3D printing|3D-printed]] prescription lenses, aiming to address the vision correction needs of potential AR users. <ref name="luxexcel_partnership1"/><ref name="luxexcel_partnership2"/> They collaborated with [[MicroLED]] developers like JBD and [[Plessey Semiconductors]] (prior to its acquisition by [[Meta Platforms|Facebook/Meta]]) on next-generation display modules.<ref name="plessey_partnership"/><ref name="Plessey2020"/> | ||
== Manufacturing Partnerships == | == Manufacturing Partnerships == | ||
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== Acquisition by Snap Inc. == | == Acquisition by Snap Inc. == | ||
On May 21, 2021, [[Snap Inc.]], the parent company of [[Snapchat]], announced its acquisition of WaveOptics for over $500 million. | On May 21, 2021, [[Snap Inc.]], the parent company of [[Snapchat]], announced its acquisition of WaveOptics for over $500 million. <ref name="acq_date"/> The deal involved a combination of stock and potentially cash payments over two years. <ref name="acq_terms"/> At the time, it was reported as Snap's largest acquisition and a significant deal in the UK [[Deep tech|deep tech]] sector and the AR hardware space. <ref name="snap_subsid"/><ref name="acq_significance"/> | ||
WaveOptics' technology was already being used in Snap's 4th generation [[Spectacles (hardware)|Spectacles]] AR glasses, which were released to developers around the same time. <ref name="spectacles_tech1"/><ref name="spectacles_tech2"/> Snap CEO [[Evan Spiegel]] described the acquisition as a long-term investment in the future of Spectacles, highlighting WaveOptics' years of development in complex waveguide technology. <ref name="spiegel_quote"/> | WaveOptics' technology was already being used in Snap's 4th generation [[Spectacles (hardware)|Spectacles]] AR glasses, which were released to developers around the same time. <ref name="spectacles_tech1"/><ref name="spectacles_tech2"/> Snap CEO [[Evan Spiegel]] described the acquisition as a long-term investment in the future of Spectacles, highlighting WaveOptics' years of development in complex waveguide technology. <ref name="spiegel_quote"/> | ||
Following the acquisition, WaveOptics became a wholly owned, independent subsidiary of Snap, remaining headquartered in Oxfordshire. <ref name="snap_subsid"/><ref name="Tracxn2025"/> Snap indicated that WaveOptics would continue to operate and supply its technology to other external customers while also working closely with Snap's hardware division on custom AR optics. <ref name="snap_subsid"/><ref name="acq_external_customers | Following the acquisition, WaveOptics became a wholly owned, independent subsidiary of Snap, remaining headquartered in Oxfordshire. <ref name="snap_subsid"/><ref name="Tracxn2025"/> Snap indicated that WaveOptics would continue to operate and supply its technology to other external customers while also working closely with Snap's hardware division on custom AR optics. <ref name="snap_subsid"/><ref name="acq_external_customers"/> The acquisition provided Snap with crucial in-house expertise and manufacturing capabilities for core AR display components as it competes with other major tech companies like [[Apple]], [[Meta Platforms]], and [[Google]] in the race to develop consumer AR glasses. <ref name="acq_strategy"/> | ||
== Notable Personnel == | == Notable Personnel == | ||
*'''[[Sumanta Talukdar]]''': Co-Founder <ref name="founders1"/><ref name="founders2"/> (Served as initial CEO <ref name="personnel_sumanta_ceo"/>) | *'''[[Sumanta Talukdar]]''': Co-Founder <ref name="founders1"/><ref name="founders2"/> (Served as initial CEO <ref name="personnel_sumanta_ceo"/>) | ||
*'''[[David Grey]]''': Co-Founder and Chief Scientist <ref name="founders1"/><ref name="founders2 | *'''[[David Grey]]''': Co-Founder and Chief Scientist <ref name="founders1"/><ref name="founders2"/> | ||
*'''[[Salim Valera]]''': Co-Founder <ref name="founders1"/><ref name="founders3"/> | *'''[[Salim Valera]]''': Co-Founder <ref name="founders1"/><ref name="founders3"/> | ||
*'''[[David Hayes]]''': CEO (appointed 2017) <ref name="series_b"/><ref name="ceo1"/> Previously EVP at DAQRI Labs and CEO of 1066 Labs. <ref name="ceo_background"/> | *'''[[David Hayes]]''': CEO (appointed 2017) <ref name="series_b"/><ref name="ceo1"/> Previously EVP at DAQRI Labs and CEO of 1066 Labs. <ref name="ceo_background"/> |