Varjo XR-4

Varjo XR-4
Basic Info
VR/AR	Mixed Reality, Virtual Reality
Type	Head-mounted display
Subtype	PC-Powered VR
Platform	SteamVR, OpenXR
Developer	Varjo
Manufacturer	Varjo
Announcement Date	November 27, 2023
Release Date	Enterprise orders opened November 2023; first shipments announced for December 2023
Price	US$3,990 (standard XR-4 launch price); refreshed series pricing on request
Website	https://varjo.com
Versions	XR-4, XR-4 Focal Edition, XR-4 Secure Edition; original and 2026 hardware
Requires	Compatible Windows PC with NVIDIA graphics
Predecessor	Varjo XR-3
System
Operating System	Windows 10/11 (host PC; see system requirements)
Display
Display	Two mini-LED displays with local dimming
Peak Brightness	200 nits (manufacturer specification)
Resolution	3840 x 3744 per eye
Pixel Density	Up to 51 PPD
Refresh Rate	75 or 90 Hz
Image
Field of View	120° x 105° (manufacturer specification)
Horizontal FoV	120°
Vertical FoV	105°
Peak Pixel Density	51 PPD
Foveated Rendering	Eye-tracked
Optics
Optics	Variable-resolution aspheric lenses
Ocularity	Binocular
IPD Range	56-72 mm (automatic adjustment)
Passthrough	Fixed focus (XR-4); gaze-driven autofocus (Focal Edition)
Tracking
Tracking	Inside-out; SteamVR tracking depends on hardware version
Base Stations	Not required for inside-out tracking; required for SteamVR tracking
Eye Tracking	200 Hz
Hand Tracking	Integrated Varjo tracking; Ultraleap accessory supported
Rotational Tracking	Supported (6DoF headset tracking)
Positional Tracking	Supported (6DoF headset tracking)
Audio
Audio	Integrated speakers with DTS spatial audio
Microphone	Two integrated noise-cancelling microphones
3.5mm Audio Jack	Yes
Camera	Two 20-megapixel passthrough cameras
Connectivity
Connectivity	Separate DisplayPort display cable and USB-C data connection via powered adapter
Wired Video	DisplayPort
Power	External USB-C power supply through headset adapter
Device
Weight	Original front section: 665 g; original complete headset: 1021 g (reported at launch)
Material	Magnesium frame; foam/PU leather cushion and silicone light blocker (original design)
Headstrap	Adjustable headband with rear counterweight
Color	Light grey shell with black inner parts (original design)
Sensors	Eye tracking, positional tracking cameras, 300 kpix LiDAR and RGB ambient light sensor
Input	Varjo Controllers, compatible SteamVR controllers, hand tracking, headset touch controls
Cable Length	5 m display and data cables supplied; 15 m extension available

The Varjo XR-4 is a professional PC-powered mixed reality and virtual reality head-mounted display announced on November 27, 2023, by Varjo Technologies. It combines high-resolution displays with camera passthrough and is intended for training, simulation and other industrial applications. The series includes the fixed-focus XR-4, the XR-4 Focal Edition with gaze-driven camera autofocus, and Secure Edition configurations for restricted environments.

Varjo announced refreshed hardware on October 8, 2025; its manuals identify this as the XR-4 Series (2026). The refresh retains the series' display specifications while changing its fit, camera arrangement, tracking support and PC adapter. Hardware and software support through 2030 is a commitment stated by Varjo. Advanced software features depend on the headset's Varjo Base license.

Reviewed 14 October 2026. Original and 2026 hardware, dated specifications and setup, editions, software licensing, selected release notes, original hands-on reporting and two device-specific research studies checked against cited bodies; manufacturer specifications and study limits distinguished. About review dates.

History

Announcement and original hardware

Varjo took enterprise orders from the November 27, 2023 announcement and announced that first shipments would start in December 2023. A dedicated manufacturing line for the XR-4 Secure Edition, at a new facility in Espoo, Finland, was due to begin operating the same month. Contemporary coverage listed a starting price of US$3,990 or EUR 3,990.

Compared with the XR-3's separate focus and context displays, the XR-4 uses one display per eye. In the launch interview with CNBC, chief product officer Patrick Wyatt linked the simpler display arrangement and production scale to reduced costs. The XR-3 had dual 12-megapixel passthrough cameras, compared with the XR-4's two 20-megapixel cameras. The series also introduced inside-out tracking, integrated speakers and microphones, and Varjo Controllers developed with Razer. These are documented changes; the display's maximum 51 pixels per degree is not a uniform value across the whole image.

The launch prices reported for the standard XR-4 and Focal Edition were US$3,990 and US$9,990. At launch the series did not require the annual subscription associated with the earlier enterprise headsets. This historical pricing and licensing position differs from the later paid feature tiers.

Software changes and 2025 refresh

In March 2025 Varjo announced a division between free Varjo Base and paid Varjo Base Pro, using March 25, 2025 as the headset purchase cutoff. Contemporary reports quoted $2,500 annually per headset or $5,000 for a perpetual Pro license. Varjo's release notes date the software release introducing the model, Varjo Base 4.10, to April 10, 2025. Headsets purchased before the cutoff receive a Legacy license covering features included through 4.10; later Pro additions are excluded. The March 2025 report stated that Secure Edition headsets purchased after the cutoff included a Pro license.

In April 2025 Varjo Base 4.10 added built-in hand tracking as a beta feature. It works from the headset's video passthrough camera streams together with depth data from the built-in time-of-flight sensor, so no extra hardware is needed; the Ultraleap Leap Motion Controller 2 accessory remains supported and takes priority in automatic mode when connected.

In July 2025 Varjo announced that general support for the older XR-3, VR-3 and Aero would end on January 1, 2026, and that it was concentrating manufacturing on the XR-4 Series. This was the support policy reported at that time.

On October 8, 2025, Varjo announced a refreshed XR-4 Series intended for cockpit trainers, vehicle simulators and ground training systems. Compared with the original model it has a redesigned headband with a slimmer rear counterweight, an optional chin strap, a new front plate compatible with SteamVR tracking, optimized autofocus passthrough cameras, hand occlusion, a night mode and a new headset adapter for a more stable PC connection. Varjo guarantees hardware and software support for the series through 2030. The refreshed headsets are sold to industrial and government customers in over 40 countries, now including India and Turkey, with pricing available on request. Varjo's support site calls these units the XR-4 Series (2026), and they require Varjo Base 4.13 or newer.

Varjo's November 2025 design explanation describes more contact with the cheeks, a lower rear band, alternative cable routing and cameras tilted down by 10°. The refreshed Focal Edition moves the passthrough region downward to cover the lower display area used for physical controls. The original series required a choice of inside-out or base-station tracking hardware; every refreshed headset includes both tracking options. These hardware changes should be distinguished from improvements delivered to existing headsets through Varjo Base updates.

Integrated systems and continuing software support

In February 2026 Varjo added Integrated XR Systems, which bundle an XR-4 Series headset with a certified workstation, pre-installed software, licenses, extended warranty and support services. Varjo priced the system at EUR 24,990 with the XR-4 and EUR 29,990 with the XR-4 Focal Edition.

The February 26 announcement specifies 2026 headsets, workstations made by SCHENKER or RAVE Computer, and offline licenses. The included software suite comprises Windows 11 Pro, Varjo Base Pro, Varjo Lab Tools, NVIDIA App, Steam and SteamVR, with sample applications and setup tools. The quoted figures are starting prices for complete systems, rather than headset-only prices.

The support directory checked on October 14, 2026 lists Varjo Base 4.16 as its latest Main release. Released on July 22, 2026, it supports the XR-4 Series. Its changes include new occlusion controls, improved controller and headset tracking, and persistent spatial-anchor extensions for OpenXR. Release-candidate entries are listed separately.

Technical specifications

Displays and optics

The following are manufacturer specifications, not independent measurements of every wearer or optical configuration. The current product page lists 3840 x 3744 pixels per eye, up to 51 PPD and a 120° x 105° field of view. Varjo's optical explanation calls the lenses variable-resolution aspheric optics; central angular resolution should therefore be distinguished from the resolution of the peripheral image.

Component	Specification or qualification
Displays	Two mini-LED displays with local dimming; one display per eye.
Pixel count	3840 x 3744 per eye. This is about 14.4 million pixels per eye, or 28.8 million across both displays, calculated from the published dimensions.
Angular resolution	Up to 51 pixels per degree, rather than uniform 51 PPD throughout the field of view.
Field of view	120° horizontal x 105° vertical, as specified by Varjo. Eye relief and headset positioning affect the usable view.
Brightness and contrast	200 nits; 1:10,000 contrast ratio with local dimming.
Color gamut	98% sRGB and 96% DCI-P3.
Refresh rates	75 Hz or 90 Hz, selected in Varjo Base. Varjo recommends 90 Hz for VR; 75 Hz reduces rendering load and increases the foveated focus area and Focal Edition's vertical passthrough view.
Eye tracking and IPD	200 Hz gaze tracking; automatic interpupillary-distance adjustment over the published 56-72 mm range.

Passthrough cameras and depth sensing

Both the standard XR-4 and Focal Edition have two 20-megapixel passthrough cameras. Varjo describes about 33 PPD for the fixed-focus camera view and up to 51 PPD for the autofocus Focal Edition. The megapixel figure describes the cameras, while the PPD figures describe angular detail in the passthrough view; they should not be treated as interchangeable resolutions.

The LiDAR depth sensor is specified at 300 kpix with a range of 7 m. The earlier XR-3's specified depth-sensing range was 40 cm-5 m. The XR-4's depth information supports mixed-reality occlusion and the Focal Edition's focus-distance selection. An RGB ambient light sensor is also listed. The depth sensor's range is distinct from the headset's positional tracking area.

The original 2023 specification list published by The Ghost Howls quoted 30 fps for depth sensing and approximately 22 ms passthrough latency. These were launch specifications, not measurements of the current software or the refreshed hardware; depth update rate also differs from display refresh.

Software and viewing conditions affect the resulting image. For example, the original 4.1 beta release notes listed unoptimized passthrough image quality and latency, imperfect alignment of real and virtual content, and autofocus problems. Later releases changed the foveated image, calibration and color processing; those early limitations describe a dated software state.

Gaze-driven autofocus: Focal Edition

The Focal Edition changes the focus of the passthrough cameras according to what the wearer looks at. Varjo's technical account describes 200 Hz gaze measurements combined with LiDAR samples and gaze convergence to select a focus distance. It gives the optical actuator's end-to-end travel as less than a millisecond. This actuator figure is distinct from the delay of the complete capture, processing and display system.

The variable camera focus trades a narrower depth of field for greater detail at the selected distance. Varjo describes the design as useful for reading physical cockpit instruments, labels and checklists at their normal working distances. Its May 2026 comparison explains that the standard fixed-focus XR-4 can instead be used where physical surroundings provide context and the main content is virtual. This is the manufacturer's use-case guidance.

Physical design, audio and connections

Varjo's account of the original design identifies a magnesium frame, a foam and PU leather face cushion, and a silicone light blocker. It describes a 665 g front section and a rear counterweight. The contemporary launch specification list reported 1021 g for the complete original headset. These original weights should not be used as measurements of the redesigned 2026 hardware.

Both manuals show top and rear adjustment wheels, a quick-release control, and a button for changing the lens-to-eye distance. The 2026 manual additionally explains adjustable/removable side pads and two rear-pad positions, including space for eyeglass temples.

The headset has built-in speakers with DTS spatial audio, two noise-cancelling microphones and a 3.5 mm headphone connector. The manuals show separate display and data cables: DisplayPort connects directly to the graphics card, while the USB-C data cable passes through a powered headset adapter. Power for that adapter comes from the supplied charger. This is a two-cable PC connection.

The supplied display and data cables are each 5 m long. Varjo lists 15 m extension cables as an accessory. The 2026 setup specifies the LB-5 adapter, powered from the charger's 60 W port.

Tracking and input

Headset tracking

Inside-out tracking uses the headset's positional tracking cameras to scan physical features in the room. The manuals identify four positional cameras on the headset. Varjo's setup guide requires suitable lighting and warns that reflective surfaces can interfere. Room setup establishes the floor and forward direction, and the headset can remember its last environment. Inside-out tracking does not need external base stations.

SteamVR tracking is a separate route using up to four base stations. The original manuals identify base-station versions separately from the original inside-out models. The 2026 lineup combines both routes in each unit; selecting SteamVR tracking still requires the corresponding base-station setup. Support for third-party tracking plugins is an advanced licensed feature.

In Varjo Base 4.16, Varjo documented automatic drift correction, improved room recognition and more stable alignment after putting the headset away. The release notes also improved controller detection when controllers re-enter the cameras' view. These are stated software changes, rather than guarantees of submillimeter accuracy in every environment.

Controllers and hand tracking

The original non-Secure retail package included two Varjo Controllers, developed with Razer. The manual shows a thumbstick, A/B and menu buttons, trigger, grip button, USB-C charging port and detachable hand strap. It states that controllers were not included with Secure Edition and are incompatible with no-radio Secure versions. The current product page lists Varjo Controllers as optional.

Built-in Varjo hand tracking was introduced free of charge in Base 4.10. It uses stereo passthrough images and time-of-flight depth data, with machine-learning inference performed on the CPU. The developer-facing implementation exposes 26 hand landmarks through XR_EXT_hand_tracking and aiming, pinching, grasping and poking through XR_EXT_hand_interaction. Compatible OpenXR applications must support the relevant input APIs.

At introduction, Varjo described the feature as beta, with gesture reliability and latency limitations, and specified typical office lighting of 200-500 lux. It works with both fixed-focus and autofocus headsets, at the documented 75/90 Hz passthrough settings; this does not specify a guaranteed hand-tracking rate equal to the display rate. An attached Ultraleap Leap Motion Controller 2 takes priority in Automatic mode. Base 4.16 later improved thumb-joint detection.

Hand tracking is an input method; hand occlusion controls whether images of real hands appear over virtual content. The latter is separately licensed and is not part of the free hand-tracking entitlement.

Software ecosystem and licensing

Varjo Base is the Windows software required to set up and run the headset. The 2026 setup requires a commercial Varjo Account and Base 4.13 or newer, and enables the Varjo OpenXR and OpenVR runtimes. SteamVR software is required for OpenVR applications and when using SteamVR base-station tracking.

The XR-4's launch ecosystem included Unity, Unreal Engine, Autodesk VRED and NVIDIA Omniverse. Varjo also described cloud streaming and collaboration through Varjo Reality Cloud. Those launch integrations describe supported professional workflows, not a guarantee that every engine feature or third-party application works identically.

Base, Pro and Legacy feature tiers

The following selection summarizes the current published license matrix checked on October 14, 2026. Legacy applies to qualifying pre-March 25, 2025 purchases; it retains the professional features included through Base 4.10 and does not include every later Pro addition. Pro licenses are headset-specific and cannot be transferred after activation.

Capability	Base	Base Pro	Base Legacy
VR rendering; video passthrough with alpha mask; depth occlusion	Included	Included	Included
Inside-out tracking, hardware-supported SteamVR tracking, Varjo Controllers, hand tracking and markers	Included	Included	Included
Eye tracking for foveated rendering, autofocus, UI interaction and headset positioning; automatic IPD	Included	Included	Included
Focal Edition autofocus, integrated microphones and DTS audio	Included	Included	Included
Chroma key, blend control mask, camera data stream, video post-process shader and HDR environment cubemap	Not included	Included	Included
3D reconstruction, programmatic camera/IPD controls, third-party tracking plugins, motion-platform support with base-station tracking versions and eye-tracking research data	Not included	Included	Included
Hand occlusion, People occlusion (beta), Night mode and masking in Varjo Base	Not included	Included	Not included
Command-line interface, configuration file and "Simulate a headset without Varjo Base Pro features"	Not included	Included	Not included
Multiple applications and disabling Varjo UI/branding	Not included	Included	Included

The matrix is Varjo's published feature allocation, not a test of those features. Core OpenVR/OpenXR and DirectX 11/12, OpenGL and Vulkan compatibility is listed in all three columns.

A later license update requires Base 4.15, 4.14.1, 4.13.2 or newer to restore affected Pro features on standard and Focal Edition units. Secure Edition Pro plus Secure offline requires Base 4.14 or newer. Varjo lists ordinary Legacy licenses, offline-only packages and headsets without licenses as unaffected, while some repair/replacement Legacy keys need individual checking.

Selected release history

Date	Release or change	XR-4 relevance
December 20, 2023	Base 4.0 beta	First beta-level support for the XR-4 Series and Varjo Controllers; passthrough, tracking and autofocus limitations documented.
February 15, 2024	Base 4.1 beta	Added remembered room setup and changes to controller tracking; image quality and latency remained listed as unoptimized.
October 1, 2024	Base 4.4	Increased the foveated focus area, improved blending/color, and reduced foveation latency by 10-40 ms depending on configuration, according to Varjo. This is a change in foveation latency, not a total passthrough-latency measurement.
April 10, 2025	Base 4.10	Implemented the Pro license model, free hand-tracking beta and a commercial-account requirement.
October 8, 2025	Refreshed hardware announcement	Revised headband, camera arrangement, tracking front plate and adapter; identified in support as the 2026 Series.
July 22, 2026	Base 4.16 Main release	Added unified occlusion settings and People occlusion beta, completed the command-line interface's beta phase, and added persistent-anchor OpenXR support.

Development directions described in 2025

Varjo's November 2025 account described AI-upscaled passthrough and object masking/tracking as areas under investigation, expressly separating them from product commitments. It also discussed frame-rate and visual-artifact challenges. The later documented People occlusion beta is a specific Base 4.16 feature and should be distinguished from the broader research directions.

Variants

Edition	Camera focus and intended use	Important distinctions
XR-4	Fixed-focus passthrough, described by Varjo at about 33 PPD; virtual content and contextual physical surroundings.	Original inside-out and base-station versions differ. The refreshed series supports both.
XR-4 Focal Edition	Gaze-driven autofocus for detailed physical instruments, text and near-field interaction; up to 51 PPD passthrough.	Camera autofocus is an edition-specific feature; both editions share the display specifications.
XR-4 Secure Edition	Fixed-focus and autofocus configurations for restricted governmental/defense settings.	Assembled in Finland and described by Varjo as TAA compliant; offline use and optional omission of radio components. No-radio controller restrictions apply.

The model identifiers also distinguish configurations. The original manual lists HS-10 (fixed focus), HS-10A (autofocus), HS-10B/HS-10C (corresponding base-station versions), and HS-10D/HS-10E for autofocus Secure no-radio configurations. The 2026 manual lists HS-10B for fixed focus, HS-10C for autofocus and HS-10E for Secure autofocus without radio. A model identifier should be read together with its manual and hardware generation.

System requirements

As checked on October 14, 2026, Varjo lists two desktop performance tiers and a separate laptop configuration. The minimum tier is a baseline for simpler VR/MR scenes; the best-performance tier targets native-resolution, demanding simulation and visualization workloads. Both desktop tiers require Windows 10 (64-bit) or Windows 11, 3 GB for Varjo Base, a DisplayPort 1.4 or newer output and a chipset-connected USB-C port supporting at least USB 10Gbps. AMD graphics cards are not supported in this published list.

Component	Minimum-performance desktop	Best-performance desktop
CPU class and examples	Modern 8-core desktop CPU: Intel Core i7-13700K, 4th Gen Intel Xeon w7-2475X, AMD Ryzen 7 7700X	High-end 16-core workstation/enthusiast CPU: Intel Core Ultra 9 285K, 4th Gen Intel Xeon w9-3495X, AMD Ryzen 9 9950X3D
GPU examples	NVIDIA RTX PRO 4500 Blackwell, RTX 5000 Ada, GeForce RTX 5070 Ti, RTX 4080 or RTX 3090	NVIDIA RTX PRO 6000 Blackwell Workstation Edition or GeForce RTX 5090
RAM	32 GB	64 GB
Varjo Base storage	3 GB	3 GB
Video output	DisplayPort 1.4 or newer	DisplayPort 1.4 or newer
USB data	Chipset-connected USB-C, USB 10Gbps or higher	Chipset-connected USB-C, USB 10Gbps or higher
OS	Windows 10 64-bit or Windows 11	Windows 10 64-bit or Windows 11

These rows reproduce Varjo's listed configuration examples; the application and rendering settings also determine workload.

The listed laptop configuration uses 32 GB RAM, an Intel Core 9 275HX or AMD Ryzen 9 9955HX, and an RTX PRO 5000 Blackwell Generation Laptop or GeForce RTX 5090 Laptop GPU with the specified 150 W TGP plus 25 W Dynamic Boost. Varjo describes this tier as comparable to minimum desktop performance and recommends desktops for best performance. A laptop display adapter must support 8K, DisplayPort 1.4 or newer and Display Stream Compression, and connect to an output routed directly to the NVIDIA GPU. USB-C DisplayPort Alt Mode is relevant when using that type of laptop adapter; it does not turn the headset's two cables into one.

High-throughput USB support includes multiple IN transactions. Varjo lists compatible Intel 600/700/800-series and AMD chipsets and offers a verified PCIe expansion card where needed. Its accessory page identifies the Startech PEXUSB311AC3 and warns that firmware compatibility is not guaranteed for cards purchased elsewhere.

The software requirements specify Windows 10 version 1809 or later or Windows 11 version 21H2 or later, Varjo Base, a compatible NVIDIA driver and SteamVR where required. These are Varjo's compatibility requirements, rather than a statement of Microsoft's lifecycle support for Windows.

Industry applications and research

Documented professional uses

The XR-4 launch covered simulation, design/engineering, healthcare and architectural visualization. Its published customer statements include early XR-4 testing by Rivian for design/material review and PaleBlue for European Space Agency astronaut-training scenarios. These are manufacturer-published customer accounts, not independently measured productivity or safety improvements.

Example	Documented scope
Design and engineering	Varjo's launch account describes Rivian's early XR-4 evaluation with VRED and includes Volvo Cars' commentary on virtual/physical prototyping.
Flight and ground simulation	The October 2025 refresh is intended for cockpit trainers, vehicle simulators and ground training. Published partner statements describe Rheinmetall driving simulators and Cole Engineering's RVCT work.
Restricted training systems	The Secure Edition page describes Varjo's involvement in the US Army RVCT Air program, covering Apache, Chinook and Blackhawk training. The statement identifies a training system, not certification of the headset for controlling an aircraft.
Research and visualization	The studies below used the XR-4 in controlled classroom and ultrasound-phantom environments, with application-specific outcomes.

Augmented-virtuality classroom feasibility study

A 2026 PLOS ONE study used the XR-4 with Sennheiser HD 300 headphones in a green-painted laboratory. In a single-group experiment, 104 undergraduates watched a 15-minute prerecorded monoscopic 360° lecture. Chroma-key compositing replaced the room with the recorded classroom while retaining views of the participant's body and physical desk. Mean scores on a 10-item immediate-recall test rose from 2.61 to 4.29; participants reported moderate presence and mild cybersickness.

The study measured feasibility and short-term recall after one passive lesson. It had no live-classroom or flat-video control, did not test long-term retention, and did not establish that XR-4 hardware caused the score change. Its young, single-university sample and seated, short exposure limit generalization to other users or extended interactive training.

Ultrasound visualization experiment

A 2026 Communications Engineering study built AR-VIU, a custom volumetric ultrasound system using the XR-4 and Unreal Engine 5.3. Eighteen participants, nine novices and nine experts, performed object-identification and localization tasks with four combinations of 2D/3D imaging and monitor/AR display. The authors used gelatin and commercial tissue-mimicking phantoms, not patient procedures.

The AR conditions reduced geometric-mean localization error relative to the 2D monitor condition: 5.18 mm for 2D/AR and 5.46 mm for AR-VIU, versus 10.53 mm for 2D/screen. Novices tended to prefer AR-VIU while experts preferred the familiar 2D/screen workflow. The custom volumetric system updated at about 1.4-2 volumes per second, and participants reported reliability and ergonomic concerns. These are results for the experimental imaging/display system, not a general headset tracking-accuracy specification or evidence of improved patient outcomes.

Market reception

Contemporary launch reporting emphasized the standard model's lower starting price and removal of the previous annual subscription. The Ghost Howls' announcement coverage explicitly withheld a final judgment until a try-on, while CNBC discussed the enterprise audience and simpler display arrangement.

In an August 6, 2024 hands-on report, UploadVR's David Heaney described clear virtual detail, bright displays and improved contrast, but found peripheral distortion and brightness inconsistencies. His roughly 45-minute Focal Edition demonstration was comfortable yet felt loose on his face. He judged the passthrough less convincing than expected and less favorably than Apple Vision Pro, with near-field scale/distortion and limited detail; he also noted that the room lighting was not ideal. These impressions concern the tested original hardware and software, before the 2025 refresh and subsequent updates.

Support and deployment

The refreshed series' stated support horizon is 2030. Its current product page lists standard, Focal and Secure versions, and the 2026 setup and license documentation describe the hardware/account requirements. Offline capability should be checked against the purchased configuration: the Secure Edition is designed for offline deployment and the integrated workstation bundles include offline support.

See Also

• Mixed reality
• Varjo Technologies
• Varjo XR-3
• Varjo Aero
• Apple Vision Pro
• LiDAR
• Inside-out tracking
• Foveated rendering
• TAA compliance

Gallery

• 
  Camera modules in the 2023 Varjo XR-4 series. (c) Varjo.