Jabra PanaCast USB Video Conferencing Camera in Dubai, UAE
Jabra PanaCast is a compact three-camera USB conferencing solution engineered to capture a natural 180° room view with Panoramic-4K output. It is particularly suited to huddle rooms and close-table seating arrangements where a conventional webcam may leave people at the edges of the room outside the frame.
The original PanaCast VSU010 / item 8100-119 is now classified by Jabra as discontinued. FourTeck therefore treats every request as a stock-verification project and can also recommend current Jabra PanaCast alternatives when lifecycle continuity is more important than maintaining an installed standard.
Procurement Snapshot
Lifecycle: Discontinued by manufacturer; current supply is stock dependent.
Best fit: Huddle rooms, compact meeting spaces, small boardrooms and BYOD collaboration.
Primary value: Full-room visibility from a compact camera placed close to participants.
FourTeck action: Validate stock, platform compatibility, accessories, lifecycle risk and current-model alternatives.
Quick Procurement & Configuration Matrix
Jabra / GN Audio
PanaCast, VSU010, item 8100-119
USB panoramic video conferencing camera
Small-room video meetings and collaboration
Single-room endpoint; room sizing and platform behavior are configuration dependent.
Powered via USB 3.0 connection.
Dubai and UAE; regional export coordination available.
Confirm warranty status and serial eligibility before purchase because available units may be legacy channel stock.
Executive Product Architectural Overview
The Jabra PanaCast occupies a distinctive place in the evolution of compact video collaboration systems. Rather than using one wide-angle sensor and relying entirely on lens distortion or motorized movement, the product combines three cameras with an onboard PanaCast Vision Processor that performs real-time stitching. The resulting horizontal field of view reaches 180 degrees while the vertical field of view is 54 degrees. This architectural choice was designed for spaces where attendees may sit very close to the camera, sometimes around a shallow table directly in front of a wall-mounted display. In those rooms, a narrower webcam can force participants to squeeze into the center of the picture or move the camera farther away, while a mechanical PTZ camera can create an unnecessarily complex experience. PanaCast instead attempts to capture the room as a continuous panoramic scene.
The headline video mode is Panoramic-4K at 3840 × 1080 pixels and 30 frames per second. The camera also supports 1920 × 1080 Full HD at 30 fps and 1280 × 720 HD at 30 fps. It provides electronic pan, tilt and zoom rather than mechanical movement, and Jabra Direct can be used to select narrower fields of view such as 90°, 120° and 140° when a full 180° image is unnecessary. This is useful when the same camera is deployed in room shapes with different visual boundaries, because administrators can reduce the visible area without physically replacing the unit. Automatic intelligent zoom and Vivid HDR are intended to help frame participants and maintain image quality under changing lighting conditions.
From a deployment standpoint, PanaCast was designed around USB connectivity. The camera incorporates a USB-C port and receives power through a USB 3.0 cable. The published technical specification lists support for Windows 7 or later, macOS X 10.9 or later, Ubuntu Linux 16.x or later and Chrome OS, although modern enterprise buyers should validate the exact current operating-system, application and driver combination before standardizing a legacy endpoint. The same principle applies to conferencing platforms. Jabra documented certification for Microsoft Teams and compatibility with platforms including Zoom, Cisco Webex, Slack and Google Hangouts, while the later datasheet also referenced Microsoft Teams Rooms and Zoom certification. Platform certification programs change over time, so buyers should distinguish between the historical certification state of the product and current platform support policies.
Two microphones are integrated into the camera, but the PanaCast was commonly positioned as a visual endpoint that could be paired with a dedicated Jabra Speak conference speakerphone. This separation can be advantageous for compact rooms because the camera can remain near the display while the speakerphone is placed closer to meeting participants. It also means procurement teams should not assume that the camera alone replaces a room audio system. Acoustic requirements depend on room size, table geometry, reverberation, ambient noise and the number of participants. FourTeck can help determine whether integrated microphones are sufficient for a particular use or whether a compatible conference speakerphone should be included.
The physical unit is notably compact. Jabra published main-unit dimensions of approximately 102 × 67 × 20 mm, making it easier to position on or around a display than many room systems. A flexible mount supports placement on a monitor or laptop, while optional mounting accessories can support more permanent installations. For UAE organizations, this small form factor can simplify retrofit projects in meeting rooms that were not originally designed for dedicated video conferencing. The key engineering question becomes cable reach, USB signal integrity, camera height, display placement and the relationship between participants and the camera rather than rack space or appliance integration.
Lifecycle status is now a central architectural consideration. Jabra’s current support pages mark the original PanaCast as discontinued. This does not make existing units unusable, but it changes the procurement logic. A buyer seeking one replacement unit for an installed estate may reasonably prioritize exact-model continuity. A customer building ten new rooms, however, should evaluate whether a current-generation PanaCast platform offers a better long-term path for firmware support, room management and replacement availability. FourTeck therefore treats this product as both a purchase candidate and a lifecycle decision point, validating whether legacy continuity or modernization produces the lower operational risk.
Enterprise Business Value & ROI Benefits
Inclusive Room Coverage
A 180° horizontal field of view addresses one of the most persistent problems in compact rooms: participants seated at the edges can disappear from a conventional webcam frame. Better room coverage can reduce meeting friction because users spend less time repositioning hardware or asking colleagues to move into view.
Fast BYOD Deployment
USB connectivity supports a familiar laptop-to-camera workflow. For organizations using multiple collaboration applications, a peripheral model can reduce dependency on a single dedicated room appliance, although compatibility should be tested with the exact endpoint, operating system and meeting platform.
Compact Retrofit Economics
The small chassis can make it practical to improve video quality in existing meeting rooms without major construction. A project may require only appropriate mounting, a compliant USB path, a display and suitable audio, rather than new cabinetry or a dedicated equipment rack.
Digital Framing Flexibility
Electronic pan-tilt-zoom and selectable 90°, 120°, 140° and 180° fields of view give administrators room to tune the image to the actual space. This can help standardize one endpoint across several small-room layouts while limiting unnecessary background area.
Reduced Meeting Setup Time
Plug-and-play behavior can shorten the path from entering a room to joining a meeting. The operational benefit is not just convenience: repeated minutes lost across many meetings become measurable productivity cost. A consistent connection workflow can reduce that recurring overhead.
Lifecycle-Aware Procurement
Because the original model is discontinued, value depends on the use case. An exact replacement can avoid revalidating an established room design, while new projects may benefit from a current platform. FourTeck helps buyers compare those paths instead of treating remaining stock as automatically suitable.
Return on investment in conferencing equipment should be measured through utilization, meeting quality and support burden rather than camera resolution alone. A room camera can create value when it is easy to use, captures the people who need to be seen, behaves consistently with the meeting platform, and can be supported over the intended lifecycle. In a small meeting room, panoramic coverage may reduce the need for a larger motorized camera system. In a global organization, preserving identical hardware across legacy rooms may lower help-desk complexity. Conversely, purchasing discontinued hardware for a greenfield rollout can create future replacement and firmware-management risk. The correct financial decision therefore depends on whether the unit is serving as a tactical replacement, an expansion of an existing standard, or a new strategic room design.
For UAE procurement teams, total project cost also includes mounting hardware, USB cabling, speakerphone requirements, display connectivity, installation labor, user training and support. Long USB cable runs may require active extension solutions or a different room architecture, and those components should be validated before deployment. FourTeck can help assemble a bill of materials around the camera so buyers do not discover missing room components after delivery. This approach improves budget predictability and reduces the risk that a seemingly inexpensive camera purchase becomes delayed by incompatible cabling or incomplete audio coverage.
Hardware & Technical Architecture Highlights
The PanaCast’s defining hardware feature is its three-camera imaging array. Each imaging channel contributes to a composite panoramic scene, while stitching is performed dynamically by an onboard vision processor. This differs from a simple single-sensor webcam that depends on one lens to cover the room. Multi-camera stitching allows the system to achieve its unusually broad 180° horizontal view while presenting a unified output to the conferencing application. As with any stitched panoramic system, placement matters: the camera should be positioned so that meeting participants occupy the intended room plane and so that extreme foreground objects do not unnecessarily dominate the composite image.
The published Panoramic-4K mode is 3840 × 1080 at 30 fps. That resolution is wider than conventional 16:9 UHD framing and is designed around panoramic room capture rather than a traditional 3840 × 2160 image. Buyers should therefore avoid assuming that “Panoramic-4K” is identical to standard 4K UHD. The camera can also output 1080p and 720p at 30 fps, which may be appropriate when conferencing software, network conditions or endpoint processing limitations do not require the maximum panoramic mode.
Intelligent Zoom adds a software-driven framing layer. Instead of relying on users to manually move a mechanical camera, participant detection can adjust the visible area to keep people included. Jabra also documented Vivid HDR to optimize video under varying lighting conditions. These functions can be useful in UAE offices where meeting rooms frequently combine bright glazing with indoor lighting, creating difficult exposure conditions. They are not substitutes for good room lighting, but they can improve consistency when light levels change during the day.
The device includes two microphones. Their presence is useful for straightforward deployments, yet microphone count should not be equated with full room-audio coverage. For larger tables, reverberant spaces or rooms with strong HVAC noise, a dedicated Jabra Speak device or another approved audio endpoint may offer better pickup and playback behavior. Camera and audio architecture should be sized together because a remote participant benefits little from a complete visual view if the far end cannot clearly hear the room.
Connectivity centers on USB-C at the camera and USB 3.0 for power and data. Jabra’s historical technical sheet states that USB 2.0 operation can be supported through the Jabra USB hub. In a contemporary project, FourTeck recommends validating the actual host port, any dock or hub, cable length, extension devices and conferencing-room compute platform. USB interoperability can be affected by bandwidth, power delivery and intermediate devices, especially in permanently installed rooms with cables routed through furniture or walls.
Definitive Technical Specifications Table & Sizing Notes
| Category | Specification | Verified Detail |
|---|---|---|
| Identification | Model | Jabra PanaCast, model VSU010, item 8100-119 |
| Lifecycle | Current manufacturer status | Discontinued; availability is channel-stock dependent |
| Video | Horizontal / vertical FOV | 180° horizontal / 54° vertical |
| Video | Number of cameras | 3 |
| Video | Panoramic resolution | 3840 × 1080 at 30 fps |
| Video | Additional resolutions | 1920 × 1080 at 30 fps; 1280 × 720 at 30 fps |
| Video | Framing | Electronic Pan-Tilt-Zoom; Intelligent Zoom |
| Video | Selectable FOV | 90°, 120°, 140° or 180° through Jabra Direct |
| Image | Light controls | Brightness, contrast, saturation, sharpness and white balance |
| Audio | Built-in microphones | 2 |
| Connectivity | Camera port | USB-C |
| Power | Power source | USB 3.0 cable |
| Dimensions | Main unit | 102 × 67 × 20 mm |
| Legacy OS Support | Published requirements | Windows 7+, macOS X 10.9+, Ubuntu Linux 16.x+, Chrome OS; validate current platform support |
| Conferencing | Published ecosystem | Microsoft Teams certification and published compatibility with Zoom, Cisco Webex and other leading platforms; current certification status should be revalidated |
Sizing this camera is primarily a room-geometry exercise rather than a processor or memory exercise. Start by measuring the distance between the camera and the nearest participant, the width of the seating area, the display position and the likely number of people in the room. The 180° view is especially valuable when participants sit close to the display wall or spread across a wide table. For narrower rooms, selecting a reduced field of view can remove unnecessary background detail and produce a more conventional composition.
Next validate the USB path. Permanent meeting rooms often route cables through tables, floor boxes or wall cavities, which can create cable-length and signal-integrity issues that are absent during a desktop test. Confirm the host computer or room system, port type, cable or extension method, power behavior and any dock or hub. Audio should be sized independently: built-in microphones may serve simple scenarios, while larger or acoustically difficult rooms may need a dedicated speakerphone. Finally, because the product is discontinued, include lifecycle criteria in sizing. A one-for-one replacement project and a new multi-room rollout have different risk profiles, and FourTeck can quote both legacy-stock and current-generation alternatives for comparison.
Configuration, Sizing & Deployment Workbench
01 / Define the room geometry
Document room width, table shape, camera-to-participant distance and the seating positions that must remain visible. PanaCast is strongest where edge seating matters. A 180° camera placed in a room that does not require that width can show excess wall area, so the selectable FOV settings should be part of commissioning.
02 / Confirm host and meeting platform
Identify whether the camera will connect to employee laptops, a dedicated room PC, a mini-PC or another conferencing endpoint. Verify the exact Teams, Zoom, Webex or other application build used by the organization. Historical certification does not guarantee every present-day combination, particularly for a discontinued endpoint.
03 / Engineer the USB connection
Record cable length from the camera to the compute device, including hidden pathways. Confirm USB 3.0 availability and evaluate whether a tested extender, hub or dock is required. Avoid assuming that any long passive cable will preserve bandwidth and power. For high-reliability rooms, test the complete cable chain before permanent installation.
04 / Size room audio separately
Determine whether the two integrated microphones are sufficient. For multi-person rooms, consider a Jabra Speak conference speakerphone or another compatible audio device positioned closer to the table. Account for echo, HVAC noise, hard surfaces and participant distance. Good audio remains the dominant factor in meeting intelligibility.
05 / Validate lighting and background
Check strong windows, reflective glass, digital displays and mixed color temperatures. Vivid HDR and adjustable image settings can improve challenging scenes, but the best results still come from controlled front lighting and predictable camera placement. Test at different times of day in rooms with significant daylight variation.
06 / Decide legacy continuity versus modernization
If the goal is to replace a failed camera in a standardized estate, exact-model continuity may minimize change. If the project is a new deployment, compare current PanaCast products for lifecycle, management and support advantages. The lowest acquisition cost is not necessarily the lowest lifecycle cost when replacement units are difficult to source.
A successful room rollout also requires operational ownership. Decide who maintains Jabra Direct settings, who approves firmware changes, how spare units are handled and how users report failures. Even a USB peripheral becomes part of the collaboration estate once dozens of rooms depend on it. Standard build documentation should record the camera model, serial number, mounting position, USB path, audio device, conferencing application and tested image settings. That record reduces troubleshooting time when rooms are serviced months later.
Industry Use Cases & Workload Scenarios
Banking & Finance
Small project rooms and branch collaboration areas can use panoramic coverage to include all attendees without motorized camera movement. Procurement teams should pair the endpoint with organizational security controls and validate whether legacy device status is acceptable under internal technology lifecycle policy.
Healthcare
Administrative huddle rooms, training spaces and non-clinical collaboration areas may benefit from wide coverage. Any deployment involving patient information should be evaluated within the organization’s approved conferencing platform, privacy controls and endpoint management policy rather than relying on the camera itself for security.
Government & Public Sector
Compact meeting rooms can use USB conferencing for project coordination and inter-departmental meetings. Legacy product procurement should be reviewed against agency lifecycle, certification and support requirements, especially where hardware standards require active vendor support.
Logistics & Distribution
Operations teams often meet in small rooms near warehouses or control areas. A wide camera can capture shift supervisors and coordinators seated around a compact table, while USB connectivity supports laptop-based meetings with regional offices, transport partners and customers.
Retail
Regional offices, training rooms and store back-office spaces can benefit from a camera that captures people sitting close to the display. Central IT should standardize mounts, cabling and audio so non-technical site staff can use the room without repeated setup assistance.
Education
Faculty collaboration rooms, small seminar spaces and administrative meeting areas can use panoramic viewing to include multiple participants. Whiteboard sharing capabilities can be valuable for collaborative explanation, although current application compatibility and software requirements should be verified before procurement.
Across these industries, the camera should be viewed as a collaboration component rather than a complete meeting-room platform. Its suitability depends on the compute endpoint, audio system, display, conferencing license, room lighting and organizational support model. The original PanaCast can still be a practical choice when its unique dimensions or field of view solve an immediate need, but lifecycle status should be an explicit decision criterion rather than an afterthought.
Technical Feature Deep Dive 1: Processing, Throughput & Workload Performance Architecture
PanaCast’s performance architecture begins with simultaneous visual capture from three cameras. The device combines those views using dynamic real-time stitching on the onboard PanaCast Vision Processor. This is significant because it keeps the panoramic composition function within the camera system rather than requiring the conferencing laptop to reconstruct several independent video streams. From the host perspective, the camera can behave like a USB video endpoint even though its internal imaging workflow is multi-sensor.
The 3840 × 1080 Panoramic-4K mode prioritizes width. For huddle rooms, horizontal coverage is often more valuable than additional vertical pixels because participants tend to sit side by side around a shallow table. The 54° vertical field of view keeps the composition focused on the meeting zone. When full panoramic width is unnecessary, lower resolutions and narrower software-selectable fields of view can better match conventional conference layouts. Administrators should test how each conferencing platform handles the panoramic aspect, because applications may crop, scale or dynamically change the transmitted stream depending on bandwidth, layout and receiver capabilities.
Intelligent Zoom provides a second layer of processing by detecting participants and adjusting framing. The practical benefit is reduced manual intervention. In a room where only two people attend one meeting and six attend the next, the visible area can adapt rather than forcing users to manipulate a remote control. Electronic pan-tilt-zoom is similarly useful because it changes the captured region without introducing motors, moving parts or mechanical noise. For fixed compact rooms, that simplicity can be operationally attractive.
Video performance must nevertheless be evaluated as an end-to-end chain. Camera resolution is only one component. The host computer must process the conferencing application, the USB path must provide stable connectivity, and the network must carry the encoded meeting stream. Conferencing platforms may adapt quality based on upstream bandwidth or CPU availability. A 3840 × 1080 capable camera does not mean every remote participant will continuously receive that native resolution. Organizations should therefore test user experience over the actual WAN, VPN and internet paths used by their staff.
Technical Feature Deep Dive 2: Security, Redundancy & System Resilience
The original PanaCast is a USB peripheral rather than a modern network-managed video bar. This architecture can simplify the security boundary because the camera typically relies on the connected host and conferencing application for network access, identity, meeting encryption and policy enforcement. Security teams should therefore focus on the room computer or user laptop, the conferencing platform, operating-system controls, USB peripheral policy and physical access to the room. The camera should not be treated as the system that provides meeting authentication or data-loss prevention.
Resilience is primarily achieved through simplicity and spare strategy rather than hardware redundancy. There is no dual-power architecture, redundant camera module or hot-swappable component. If a camera fails, service continuity depends on having a replacement endpoint or another supported way to conduct the meeting. This is where lifecycle status matters directly. For an active product, replacement sourcing can be planned around normal distribution. For a discontinued model, organizations with a significant installed base may want to hold tested spares or establish a migration plan to a current equivalent.
USB cabling is another resilience consideration. Meeting rooms often fail because of small physical-layer issues: damaged connectors, cables stretched through movable furniture, unsupported extenders or users connecting to the wrong port. A robust deployment uses strain relief, clear labeling, tested cable paths and documented troubleshooting procedures. Where employees bring their own laptops, the organization may also need known-good adapters for devices without a native compatible port.
Firmware and configuration governance should be proportionate to lifecycle risk. Existing units should be kept on a validated configuration that works with the approved operating systems and conferencing applications. Before broad operating-system upgrades or room-compute changes, test the PanaCast in a representative room. A legacy peripheral that functions perfectly today can become a support incident if a future platform update changes USB camera behavior, codec handling or application certification requirements.
Technical Feature Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration
The management model for the original PanaCast is lighter than that of newer network-connected video bars. Jabra Direct provides a local administrative path for device settings, including selection of 90°, 120°, 140° and 180° fields of view. Image settings such as brightness, contrast, saturation, sharpness and white balance can also be relevant during room commissioning. This local-tool approach is practical for a small estate but becomes more labor intensive when many rooms require coordinated maintenance.
Infrastructure integration therefore depends heavily on endpoint management around the camera. If rooms use dedicated Windows or macOS computers, IT can manage those hosts with existing enterprise tooling and treat the PanaCast as a peripheral attached to a controlled endpoint. If the rooms operate in BYOD mode, configuration consistency must instead be preserved in the camera while users bring different laptops and conferencing applications. That flexibility is valuable, but it increases the need for compatibility testing across common corporate device types.
Whiteboard sharing was introduced as part of the PanaCast collaboration feature set, using the wide field of view to capture a whiteboard even when it is positioned at an angle to the camera. This can extend the camera from simple meeting capture into collaborative content sharing. However, the feature depends on compatible software and platform behavior, so a buyer should validate the intended workflow rather than treating it as universally available across every conferencing application.
For organizations seeking centralized telemetry, room analytics, device dashboards or advanced fleet management, a current-generation PanaCast platform may provide a more appropriate architecture. The original PanaCast remains attractive where the requirement is straightforward USB video and very wide room coverage. FourTeck can help buyers map the management requirement to the correct product generation, avoiding a mismatch between a simple peripheral and a project that actually requires a centrally managed room appliance.
What Buyers Should Check Before Purchase
The largest procurement risks are lifecycle status, room fit, USB connectivity, audio coverage and current platform compatibility. Confirm these before issuing a purchase order, especially when buying legacy channel stock.
01 / FIT — Configuration Fit & Model Sizing
Confirm the exact requirement for 180° coverage. Measure room width, seating depth and camera position. Decide whether the original VSU010 is required for compatibility with an existing standard or whether a newer PanaCast model would serve a new room more effectively. For replacement projects, provide the existing item and model number.
02 / MATCH — Compatibility & Environmental Requirements
Identify the host operating system, conferencing platform, USB port type, cable distance, dock or extender, display and audio device. Validate lighting and mounting position. If the room uses Teams Rooms, Zoom Rooms or another dedicated environment, confirm current certification and application support rather than relying solely on historic datasheets.
03 / TERMS — Availability, Delivery & Warranty Terms
Because Jabra marks this product discontinued, ask for current stock condition, quantity availability, warranty coverage and lead time. Large quantities may not be consistently available. For multi-room projects, request a parallel quote for a current alternative so lifecycle cost and future replacement availability can be assessed.
04 / REQUEST — Quote Preparation Data Needed
Send FourTeck the required quantity, delivery emirate or export destination, deployment date, conferencing platform, room count and whether you need camera-only supply or a complete kit including mounting, speakerphone, cables and accessories. Clear project data allows compatibility issues to be identified before shipment.
UAE Regional Availability & Service Ecosystem
FourTeck supports UAE customers with quotation coordination, stock verification, configuration checks and delivery planning. For the discontinued original PanaCast, availability should always be confirmed against the required quantity and deployment schedule. Where exact stock is not practical, FourTeck can propose current Jabra alternatives and compatible meeting-room components.
K1. Dubai Supply & Logistics Support
Dubai buyers can request enterprise supply for offices, Free Zone operations, hospitality groups, education environments, system integrators and multinational regional headquarters. FourTeck can coordinate rapid quotation, validate whether the requested item is legacy replacement stock or a new-project requirement, and prepare accessory guidance for mounts, USB connectivity and room audio. Delivery planning can be aligned with project staging and site readiness across Dubai.
K2. Abu Dhabi & Al Ain Logistics Reach
Organizations in Abu Dhabi and Al Ain can use FourTeck for sourcing assistance, quotation coordination and enterprise hardware delivery planning. Government, industrial, energy, healthcare and corporate customers should include any internal lifecycle or approved-vendor requirements when requesting this discontinued model so that the proposed supply path can be evaluated against project governance.
K3. Sharjah & Northern Emirates Logistics Infrastructure
FourTeck can coordinate collaboration-hardware requirements for Sharjah and the Northern Emirates, including product availability checks, bill-of-materials review and delivery scheduling. For branch-office projects, standardizing the USB, audio and mounting components together with the camera can simplify deployment across multiple sites and reduce installation variability.
K4. Ajman & Surrounding Emirates Logistics Coverage
Businesses in Ajman can request technical pre-sales guidance, hardware availability verification and delivery coordination. Buyers replacing an existing PanaCast should provide photographs or model details where needed to help confirm the correct generation and mounting approach. New installations can be assessed against current-generation alternatives before procurement is finalized.
GCC & Pan-African Supply Chain Reach
FourTeck can support regional buyers with export quotation, documentation coordination and cross-border logistics planning. Product availability, destination regulations, warranty handling and shipping terms vary by country, so each request should include the destination, quantity, required delivery window and whether the project needs legacy PanaCast stock or an approved newer equivalent.
L1. Saudi Arabia (KSA) Export & Supply Support
Saudi enterprise projects can request configuration validation, regional inquiry routing and project quote support. For standardized collaboration estates, FourTeck can distinguish exact replacement requirements from modernization opportunities and help prepare a consistent room bill of materials before export coordination.
L2. Qatar Market Supply Reach
Qatari organizations and system integrators can request cross-border logistics coordination, project quotation and sourcing support. Conferencing platform, room size and required quantity should be provided so the proposed camera and accessories can be checked against the intended deployment.
L3. Oman Regional Distribution Support
Buyers in Oman can use FourTeck for hardware procurement guidance, quote coordination and project supply planning. Legacy product requests should include a preferred acceptable substitute policy in case the original PanaCast is unavailable in the required quantity.
L4. Kuwait Supply Chain Coverage
For Kuwait projects, FourTeck can coordinate project quotes, configuration checks and export supply planning. Regional information and inquiry channels are available through FourTeck Kuwait.
L5. Kenya & East Africa Supply Infrastructure
Kenyan system integrators and enterprise customers can request technical inquiry routing, regional distribution support and delivery coordination. For collaboration projects spanning several sites, a standardized accessory and cabling design can reduce deployment variance. Visit FourTeck Kenya for regional engagement.
L6. Uganda Regional Procurement Support
Organizations in Uganda can request localized inquiry handling, technology sourcing and project supply management. Product lifecycle, lead time and replacement strategy should be considered together where discontinued endpoints are being maintained. Visit FourTeck Uganda.
L7. Pan-African Regional Logistics & Trade Reach
For multi-country African technology projects, FourTeck can coordinate trade export planning, consolidated product sourcing and regional quotation workflows. Buyers can engage through FourTeck Africa and FourTeck global for broader project coordination.
Related FourTeck Products & Compatible Alternatives
| Alternative | Best Considered When | Procurement Note |
|---|---|---|
| Jabra PanaCast 50 | A current-generation panoramic video bar with integrated room audio is preferred. | Evaluate room size, platform certification and mounting requirements. |
| Jabra PanaCast 20 | Individual users need a compact personal video endpoint rather than a room-wide camera. | Not a direct 180° room replacement. |
| Jabra PanaCast 40 VBS | A newer video-bar system with modern room features is required. | Confirm desired deployment mode and room platform. |
| Jabra Speak conference speakerphones | Existing PanaCast video requires better table-centered microphone and speaker coverage. | Select model based on participant count, room acoustics and connection method. |
Alternative selection should start with the reason the original PanaCast is being considered. If the requirement is exact replacement in an installed room, sourcing the same model can minimize redesign. If the requirement is 180° video but the room also needs integrated speakers, centralized management or a longer forward lifecycle, a current video bar may be more appropriate. If the requirement is simply better video for an individual employee, a personal conferencing camera may be a better fit than a panoramic room system. FourTeck can quote alternatives side by side so procurement teams can compare capital cost, installation impact, lifecycle support and compatibility rather than selecting by model name alone.
Why Enterprises Choose FourTeck
Enterprise technology procurement often fails at the interfaces between products: a camera may be correct but the USB cable is too long, an audio device is undersized, a mount is missing, or a conferencing platform has moved beyond the certification status shown on an older datasheet. FourTeck approaches the request as a deployment question rather than a box-only transaction. Pre-sales validation can cover product identity, lifecycle state, conferencing environment, room requirements, accessories and delivery conditions before a quotation is finalized.
For discontinued hardware such as the original Jabra PanaCast, this validation is especially important. Stock may vary by quantity and timing, and legacy units may not be the best choice for a greenfield project. FourTeck can coordinate availability checks while also identifying current Jabra alternatives where appropriate. This gives procurement teams a clearer decision between maintaining an established room standard and moving to a platform with a longer support horizon.
Delivery coordination can be aligned with site schedules across the UAE and export requirements for regional projects. Post-sales support begins with accurate documentation: model, accessories, warranty guidance and deployment assumptions should be clear at purchase time. For project buyers, providing room count, delivery location, meeting platform and target installation date allows FourTeck to respond with a more useful quotation and reduces the chance of costly changes during installation.
Frequently Asked Questions
1. Is the original Jabra PanaCast still a current product?
No. Jabra’s current support pages mark the original PanaCast, model VSU010 and item 8100-119, as discontinued. Units may still exist in channel inventory, but availability is not guaranteed. Buyers should confirm quantity, warranty conditions and delivery timing before purchase. For new multi-room deployments, it is sensible to compare current PanaCast alternatives against legacy stock.
2. What is the maximum field of view?
The camera provides a 180° horizontal field of view and a 54° vertical field of view. Jabra Direct can also set narrower 90°, 120° or 140° views. The 180° mode is particularly useful in huddle rooms where participants sit close to the display or span a wide table and would otherwise fall outside a normal webcam frame.
3. What resolution does Jabra PanaCast support?
The published maximum panoramic mode is 3840 × 1080 at 30 frames per second. It also supports 1920 × 1080 at 30 fps and 1280 × 720 at 30 fps. Panoramic-4K should not be confused with conventional 3840 × 2160 UHD; its extra value is the wide panoramic composition produced from the three-camera array.
4. Does the Jabra PanaCast include microphones?
Yes. The original PanaCast includes two built-in microphones. Whether they are adequate depends on room size, table layout and acoustics. For many shared meeting rooms, buyers may prefer a dedicated Jabra Speak conference speakerphone or another approved audio device placed nearer to participants for stronger microphone pickup and speaker coverage.
5. How does the camera connect to a computer?
The camera has a USB-C port and is powered through a USB 3.0 cable. Permanent room installations should validate the complete connection path, especially if cables pass through walls, tables, docks, hubs or extenders. USB bandwidth and power behavior can be affected by long or untested cable chains, so the installed configuration should be tested before project rollout.
6. Does it work with Microsoft Teams, Zoom and Webex?
Jabra historically documented Microsoft Teams certification and compatibility with leading platforms including Zoom and Cisco Webex. Because the product is discontinued and platform certification programs evolve, buyers should verify the exact current application, operating-system and room-system combination they plan to use. FourTeck can help frame the compatibility checks needed before procurement.
7. Is the Jabra PanaCast suitable for a large boardroom?
It was primarily designed for huddle rooms and compact meeting spaces. The very wide 180° view is excellent for close seating, but large boardrooms may require longer-range optics, stronger microphone coverage, integrated speakers or multiple room devices. Large-room projects should be sized around participant distance, room acoustics, display layout and conferencing-platform requirements rather than camera angle alone.
8. Can the field of view be reduced?
Yes. Jabra’s technical specification lists selectable 90°, 120°, 140° and 180° fields of view through Jabra Direct. This gives administrators flexibility to tune the image for different room widths. A narrower setting can reduce unnecessary background area and create more conventional framing when full panoramic coverage is not needed.
9. Should a new UAE project buy this model or a newer PanaCast?
For an exact replacement in an established room standard, the original PanaCast may be appropriate if verified stock and acceptable warranty coverage are available. For a new multi-room rollout, a current-generation Jabra platform may offer a better lifecycle and management path. FourTeck can quote both approaches so the decision reflects operational risk, installation impact and budget.
10. What information should I send FourTeck for a quote?
Provide the required quantity, delivery location, room count, meeting platform, host device or room system, target deployment date and whether the requirement is camera-only or includes speakerphone, mounting and cabling. If you are replacing an existing PanaCast, include the model or item number. This information helps FourTeck verify stock and identify compatibility issues early.
Request a Jabra PanaCast Procurement Quote
Send FourTeck the model requirement, quantity, delivery location and target deployment timeframe. For room projects, include the conferencing platform, number of rooms, preferred audio solution and whether the request is an exact legacy replacement or a new deployment. We can validate remaining availability, identify required accessories and provide current-model alternatives where appropriate.
