Fanvil i67 Face Recognition Access Control in Dubai, UAE
The Fanvil i67 combines facial recognition, SIP video intercom, credential-based door access and security-system integration in a single professional entrance terminal. It is engineered for organizations that want controlled visitor and employee entry without deploying separate devices for intercom, camera, keypad, card reader and facial verification.
For Dubai and UAE projects, FourTeck can help validate the lock interface, network architecture, PoE budget, Wiegand requirements, SIP call routing, indoor-station compatibility, mounting choice and deployment quantities before a commercial quotation is prepared.
Procurement Snapshot
Model: Fanvil i67
Device Type: Face recognition door phone / IP access-control terminal
Primary Market: Commercial, residential, hospitality, education and managed property entrances
Power: 802.3at PoE or 12 VDC
Dubai Supply: Contact FourTeck for current availability, project quantity, warranty guidance and lead time.
Quick Procurement & Configuration Matrix
Fanvil
i67 Face Recognition Door Phone
IP video door phone with facial recognition and access-control functions.
Building entrances, office reception, apartment blocks, hotels and controlled internal zones.
Up to 10,000 face profiles and 10,000 cards; broader site scale depends on platform and deployment design.
802.3at Class 4 PoE or 12 VDC / 2 A. Confirm lock-power architecture separately.
Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations, subject to current logistics.
Warranty terms vary by supply channel and project. Confirm on quotation.
Executive Product Architectural Overview
The Fanvil i67 is best understood as an edge access device that consolidates several entrance-management functions into a single networked endpoint. In older installations, an organization may need an intercom station, a separate card reader, a keypad, a camera and a controller interface at the same doorway. That structure increases cabling, creates more points of failure and often complicates troubleshooting. The i67 reduces this fragmentation by combining a 7-inch IPS touchscreen, dual-camera facial recognition, credential reading, PIN entry, visitor communication, SIP signaling, local relay capability and integration interfaces inside one aluminum housing. The result is not simply a more modern door phone; it is a practical edge node for identity-assisted access decisions and real-time communication.
For enterprise architects, the most important design question is not whether facial recognition is available, but how the terminal fits into the rest of the physical security and communications environment. The i67 supports SIP 2.0 over UDP, TCP and TLS, allowing it to participate in an IP telephony or intercom architecture where calls can be directed to reception desks, guard stations, compatible indoor stations or other endpoints. ONVIF Profile S support helps security teams treat the device as part of a video-surveillance environment where supported VMS platforms can discover or consume the camera stream according to the capabilities of the chosen system. Wiegand and relay interfaces allow access-control designers to connect the door phone into conventional controller or lock workflows instead of forcing an entirely proprietary architecture.
The facial-recognition function addresses a common operational problem: authorized users frequently forget cards, share badges or delay entry while searching for a credential. A face profile can become an additional identity factor at the entrance, while card, PIN, QR code, DTMF authorization and app-oriented workflows can remain available for alternate user groups. This flexibility matters in mixed-use buildings because residents, employees, contractors, delivery staff and short-term visitors rarely need the same credential lifecycle. Administrators can align access method with user type rather than force one credential policy across the entire property.
The dual 2 MP camera arrangement and anti-spoofing liveness logic are designed to reduce the risk of simple presentation attacks using static photos, videos or masks. As with any biometric access-control project, the i67 should still be deployed as part of a layered security design. High-risk areas may require a second factor, centralized controller logic, security-guard validation or event correlation with a VMS or building-management process. The endpoint should not be treated as a substitute for a complete access policy. Instead, it provides a strong set of edge capabilities that can support modern physical-security workflows when the project is correctly designed.
The enclosure is rated IP66 and IK07, giving the terminal protection against dust, water ingress and a defined level of impact resistance. These ratings are valuable in Dubai environments where entrance equipment may face dust, humidity, cleaning activity and semi-exposed placement. Installation conditions still matter: direct solar load, poor shading, reflective glass, extreme backlight and insufficient network quality can reduce user experience. Fanvil documentation recommends thoughtful lighting and network conditions for facial-recognition performance, so FourTeck encourages buyers to review the actual doorway, mounting height, lighting direction and weather exposure before finalizing quantities.
Power and network planning are equally important. The i67 supports IEEE 802.3at Class 4 PoE and can also operate from a 12 VDC, 2 A supply. PoE is attractive because it simplifies deployment by carrying network and device power over a single Ethernet cable, but buyers must calculate switch capacity for all terminals and should not assume that the access lock itself can be powered from the same budget without separate design validation. Door strikes, magnetic locks, request-to-exit sensors and emergency release circuits must be engineered according to the lock manufacturer, local life-safety requirements and the chosen access-control topology.
For UAE buyers, the business relevance of the i67 lies in consolidation, interoperability and deployment flexibility. It can serve a premium office entrance, residential tower lobby, hotel access point, campus doorway, warehouse admin zone or controlled reception area. FourTeck’s role in the procurement cycle is to help translate the datasheet into a workable project bill of materials: terminal quantity, mounting method, PoE switching, lock interfaces, compatible indoor stations, SIP integration, controller requirements, accessories and expected support model. That pre-purchase validation helps reduce mismatched components and makes the quotation more useful to system integrators, facility managers, IT teams and consultants.
Enterprise Business Value & ROI Benefits
Faster Controlled Entry
Face recognition can reduce the routine friction of badge handling for enrolled users. In high-traffic offices, residential towers and staff entrances, even small time savings per entry can improve throughput. The business value is strongest where recurring occupants enter frequently and administrators need an alternative to repeatedly issuing physical cards.
Layered Identity Options
Organizations can combine face profiles with cards, PINs, QR codes and remote authorization. This flexibility reduces dependence on a single method and helps security teams map different credentials to employees, residents, visitors, vendors and temporary users. The result is a more manageable policy rather than a one-size-fits-all entrance process.
Reduced Device Sprawl
An integrated screen, camera, intercom, reader and relay interface can reduce the number of visible devices at the doorway. Fewer separate endpoints can simplify cabling, commissioning and fault isolation, particularly when a project is designed around PoE and centralized switching.
Security Integration
SIP and ONVIF support allows the i67 to participate in broader IP communications and surveillance designs. When properly integrated, guard teams can communicate with visitors, review video and authorize access without maintaining completely isolated systems for telephony, intercom and video.
Outdoor-Ready Durability
IP66 and IK07 ratings support demanding entrance environments where dust, moisture and accidental contact are operational concerns. This does not remove the need for correct placement, shading or maintenance, but it helps reduce the mismatch between delicate indoor hardware and semi-exposed building entrances.
Lifecycle Flexibility
Wiegand, relay, SIP, open API and ONVIF capabilities give integrators several paths for connecting the terminal to surrounding systems. That can protect project value because the device is not limited to one narrow operational role. Compatibility still depends on the third-party platform and should be validated during design.
Return on investment in access control rarely comes from one specification. It is normally created by reducing administrative effort, credential replacement, installation complexity, response delays and duplicated infrastructure while improving entry governance. The i67 contributes to that objective by placing several functions at the edge. For a property-management company, the value may come from faster resident entry and easier visitor communication. For an office, the benefit may be simplified staff access, reception call handling and centralized security visibility. For a hotel or serviced residence, a professional entrance terminal can support controlled guest communication while maintaining integration flexibility. For an industrial site, the value may be the ability to use face or card credentials at selected personnel doors while routing intercom calls to a security control room.
Buyers should evaluate ROI against the complete project, not only the terminal price. Include PoE switching, cabling, lock hardware, mounting accessories, controller interfaces, indoor stations, server or platform requirements, commissioning, training and support. A slightly higher-capability endpoint can reduce total deployment cost if it replaces multiple discrete devices, but only when the selected functions are actually used. FourTeck therefore recommends a bill-of-materials review before purchase so that the i67 is sized as part of the system rather than as an isolated line item.
Hardware & Technical Architecture Highlights
At the physical layer, the i67 uses an aluminum-alloy enclosure and a 7-inch IPS touchscreen with 600 × 1024 resolution. The display provides an interactive interface for access prompts, PIN entry and visitor calling. The dual 2 MP camera system supports facial capture and video-intercom functions, with infrared or white-light assistance for low-light operation. Fanvil specifies a minimum illumination level of 0.1 lux with illumination support. The camera field of view is approximately 65 degrees horizontal, 40 degrees vertical and 73 degrees diagonal, which makes placement and user approach angle important factors during installation.
The access-control subsystem supports a local database for up to 10,000 face profiles and 10,000 cards. Card support includes 13.56 MHz and 125 kHz technologies, including common MIFARE families. The presence of multiple credential mechanisms is architecturally significant because the endpoint can support primary and fallback workflows without an additional wall-mounted keypad or card reader. In practical deployments, the chosen authentication policy should still be governed by the central security design and the organization’s privacy requirements.
On the network side, SIP 2.0 over UDP, TCP and TLS allows encrypted signaling options and integration with compatible SIP-based communications platforms. H.264 video coding supports efficient transmission of video streams. ONVIF Profile S provides a standardized path for compatible surveillance integration, while an open API can support broader application workflows where the integrator has validated the required commands and event handling. These standards matter because entrance devices increasingly need to interact with telephony, video management, property management and security operations rather than work as isolated appliances.
The I/O architecture includes short-circuit inputs and outputs, Wiegand 26/34 capability and RS-485 reserved functionality according to the published model data. Buyers should map these interfaces to the final controller design. For example, some projects will allow the terminal to drive a lock through its relay, while higher-security projects may treat the i67 as a credential reader feeding a protected access-control panel. The second approach can reduce the risk associated with having lock-control logic at the exposed entrance, depending on the overall system architecture.
Power is supplied through 802.3at Class 4 PoE or a 12 VDC, 2 A adapter. Published consumption ranges vary with operating conditions, so switch selection must include realistic per-port and total PoE headroom. A design that powers several i67 terminals from one access switch should reserve capacity for startup behavior and future expansion. UPS-backed PoE switching can improve continuity during short utility interruptions, but the lock, controller and network core must also be backed up if access continuity is required. Protecting only the door terminal does not create a resilient access system.
Definitive Technical Specifications & Sizing Notes
| Specification | Fanvil i67 | Procurement Note |
|---|---|---|
| Display | 7-inch IPS touchscreen, 600 × 1024 | Suitable for interactive visitor and access workflows. |
| Camera | Dual 2 MP, auto illumination | Validate mounting height, lighting and approach angle. |
| Face Capacity | 10,000 | Confirm enrollment and lifecycle process for large sites. |
| Card Capacity | 10,000 | Check card technology already used on site. |
| Access Methods | Face, IC/ID card, PIN, QR code, DTMF, app/remote workflows | Feature availability can depend on configuration and integration. |
| Protocols | SIP 2.0 over UDP/TCP/TLS | Validate PBX or SIP platform interoperability. |
| Video | H.264; ONVIF Profile S | Confirm VMS compatibility and licensing. |
| Interfaces | Short-circuit I/O, Wiegand 26/34, RS-485 reserved, line out for induction loop | Map all field wiring before purchase. |
| Power | 802.3at Class 4 PoE or 12 VDC / 2 A | Lock power must be designed separately where required. |
| Operating Temperature | -20 °C to +60 °C | Consider direct solar exposure and enclosure location in UAE conditions. |
| Protection | IP66, IK07 | Suitable for robust entrance deployment with correct installation. |
| Dimensions | 300 × 115.6 × 33.2 mm | Review wall space and flush-mount cavity requirements. |
| Mounting | Wall mount; flush mount with optional EX103 | Accessory selection is configuration dependent. |
Specifications are only the starting point for sizing. A 10,000-user capacity does not mean every deployment should be designed as a single flat database, and a PoE port rating does not guarantee that the existing switch has adequate total power budget. Similarly, ONVIF support indicates standards-based video interoperability, but each VMS has its own device profiles, license requirements and supported event set. Buyers should therefore evaluate the i67 against the complete environment: number of doors, expected daily traffic, credential policy, network segmentation, PoE capacity, controller topology, call destination, VMS platform, lock type, exit device, emergency release design and mounting method. Configuration-dependent functions should be confirmed against current firmware and the selected third-party platform before project sign-off.
Configuration, Sizing & Deployment Workbench
01 — Define the Door and Security Objective
Start with the doorway, not the device. Determine whether the i67 will be installed at a public reception entrance, staff-only door, apartment lobby, hotel entrance, school gate, warehouse admin door or another controlled zone. Record whether the door is fail-safe or fail-secure, what electric lock is used, whether a protected controller is required, how emergency egress is handled and whether local regulations impose additional life-safety requirements. This determines whether the terminal acts as the primary lock interface or as a credential endpoint connected to a separate access-control panel.
02 — Size User and Credential Capacity
Estimate enrolled employees, residents, contractors and recurring visitors. The i67 supports up to 10,000 face profiles and 10,000 cards, but administrators should reserve headroom for growth and define how old records are removed. For a multi-building campus, decide whether identity data will be managed per entrance or through a broader supported platform. Credential lifecycle is a governance issue as much as a capacity issue.
03 — Validate Network and PoE Headroom
Confirm Ethernet availability at every door and calculate the PoE budget using the published consumption range, not a minimal idle estimate. Reserve switch capacity for all terminals, uplinks and future expansion. Place access devices on an appropriate segmented network or VLAN where the security policy requires it. If continuous service is important, include UPS protection for switches, controllers and core network devices.
04 — Map SIP, VMS and Controller Integration
List the exact SIP platform, security desk endpoints, indoor stations, VMS, access controller and credential technologies. Confirm whether calls should ring reception, security, a resident indoor station or multiple destinations. Confirm whether the VMS needs live video only or event integration. For Wiegand or relay wiring, document signaling direction, power source and cable path before installation.
05 — Plan Mounting, Lighting and Environmental Conditions
Face recognition depends on presentation geometry and lighting. Avoid a location where users stand in harsh backlight or where the camera faces reflective glass and direct sun for long periods. Review mounting height for typical users, wheelchair accessibility requirements, rain exposure and wall construction. Choose surface or EX103 flush mounting early because civil work and back-box preparation may affect the project schedule.
06 — Define Privacy, Enrollment and Support Processes
Biometric information should be managed under the organization’s privacy, retention and access policies. Decide who can enroll faces, who can remove users, how consent or notice is handled, how terminated users are disabled and how audit records are protected. Also define the support workflow: who handles network faults, who handles lock hardware, who owns the SIP configuration and who performs firmware maintenance.
A deployment that answers these six questions before purchase is far less likely to suffer from installation delays. The i67 is technically flexible, but that flexibility means the buyer must choose how it will be used. FourTeck can assist with pre-sales clarification and quotation preparation when customers provide the quantity, door type, controller model, card technology, SIP environment, VMS platform, mounting preference and delivery location. For large projects, a pilot entrance can be useful to validate user flow and third-party interoperability before a full rollout.
Industry Use Cases & Workload Scenarios
Banking & Finance
Use the i67 at controlled staff entrances, executive floors or operations zones where identity-assisted access and guard communication are required. High-security areas should combine the terminal with protected controller logic and policy-driven second factors rather than relying on face recognition alone.
Healthcare
Hospitals and clinics can use a face recognition terminal at staff-only zones, pharmacy support areas, administration spaces or controlled residential facilities. Contactless recognition can reduce physical credential handling, while PIN and card methods remain available for fallback.
Government & Public Sector
The terminal can support secure office entrances and controlled service areas where SIP intercom, visitor communication and multi-credential access are useful. Procurement teams should verify cybersecurity, privacy, retention and integration requirements specific to the authority or project.
Logistics & Warehousing
Warehouses can separate public loading or delivery activity from employee-only administrative entrances. Face or card access can identify recurring staff, while visitors can call a security desk through the intercom workflow. Ruggedized protection is valuable for semi-exposed entry points.
Retail & Mixed-Use Property
The i67 can serve tenant entrances, back-of-house staff doors or residential lobby access. Multiple credential types help property managers support permanent occupants, cleaners, contractors and guests without issuing the same form of credential to every user.
Education
Schools, colleges and training centers can use the terminal for staff access, administration doors, hostels or controlled campus buildings. Deployments should be designed with safeguarding, privacy and visitor-management policies in mind, particularly where biometric data may involve students.
The workload pattern in each sector determines the best configuration. A residential tower may prioritize intuitive user interaction and integration with indoor stations. A corporate office may prioritize SIP call routing, directory management and PoE reliability. A warehouse may care more about environmental protection and guard-station calling. A government environment may place greater emphasis on network segmentation, audit processes and controller architecture. The correct design is therefore use-case driven, even when the underlying terminal is the same.
Technical Feature Deep Dive 1: Processing, Throughput & Workload Performance Architecture
The practical performance of an access-control terminal is measured by how consistently it identifies enrolled users, presents prompts, communicates with surrounding systems and triggers the expected door workflow under real site conditions. The i67’s dual-camera face-recognition design is intended to create a fast, natural interaction: an enrolled user approaches the entrance, the camera captures the face, the device compares it with stored templates, the access logic determines whether the person is authorized and the configured lock or controller path is triggered. The interaction may appear simple, but it depends on several technical layers operating correctly.
First, image quality matters. Face recognition cannot compensate for every poor installation condition. Extreme backlight, direct sunlight, reflective surfaces, camera obstruction, incorrect mounting height and excessive approach angles can degrade capture quality. The i67 includes illumination support for low-light scenarios, but integrators should still evaluate the doorway during realistic daytime and evening conditions. In Dubai, where bright exterior light may contrast sharply with an indoor lobby, placement should be reviewed carefully. A shaded or controlled approach generally produces a more predictable user experience than an exposed glass entrance facing direct sun.
Second, database scale affects operational processes. The published capacity of 10,000 face profiles is sufficient for many office, residential and hospitality deployments, but administrators should establish enrollment standards so records are consistent. A poor-quality enrollment image can create recurring recognition problems even when the terminal is functioning correctly. Enrollment should therefore be treated as a managed procedure rather than an informal one-time task. Large deployments also need procedures for synchronization, user removal and replacement credentials where the surrounding management platform supports those workflows.
Third, the network path must support intercom and video behavior in addition to access logic. SIP signaling may be light in bandwidth, but real-time audio and H.264 video need stable connectivity. Packet loss, poor VLAN design, overloaded uplinks or misconfigured QoS can turn a capable door phone into an unreliable visitor experience. For sites with many entrances, the access network should be engineered like any other IP service: structured cabling, managed switching, capacity planning, segmentation, monitoring and documented addressing.
Finally, throughput should be considered at the human level. A terminal can technically store thousands of users, yet the physical doorway may become the bottleneck during shift changes or school opening times. Buyers should observe expected peak arrival rates, door-opening time, turnstile behavior and security screening requirements. For very high-volume entrances, multiple lanes or terminals may be more effective than concentrating all users through one device. FourTeck can help buyers discuss these conditions before quotation so the bill of materials reflects the actual traffic pattern.
Technical Feature Deep Dive 2: Security, Redundancy & System Resilience
Security begins with the recognition method but extends far beyond it. Fanvil’s anti-spoofing liveness detection is designed to resist common presentation attacks involving photographs, recorded video or masks. That is an important feature, but enterprise security teams should still decide whether face recognition is used as a single factor or one element in a layered access policy. Sensitive locations may require a face plus card, face plus PIN, escort workflow or a protected centralized controller that makes the final unlock decision.
Physical resilience is supported by the aluminum enclosure, IP66 ingress protection and IK07 impact rating. These specifications help the unit tolerate dust, rain exposure and routine physical contact at entrances. Correct sealing, cable entry and mounting are still essential. A poorly installed IP66 device can lose the benefit of its rating if the wall opening, gasket, back-box or cable path is left exposed. For especially harsh locations, integrators should evaluate additional weather protection and the local microclimate rather than assuming the headline rating resolves every environmental issue.
Network security is equally important. SIP over TLS can provide protected signaling when supported by the surrounding SIP environment. Access devices should be placed on an appropriate security segment, unnecessary services should be disabled, administrator credentials should be changed from defaults and firmware should be maintained under a controlled process. Firewall rules should permit only required communication paths between the door terminals, management services, SIP platform, VMS and controllers. Remote administration should not be exposed broadly to the public internet.
Resilience requires considering failure domains. If the access switch fails, a PoE-powered terminal may become unavailable. If the SIP server fails, visitor calling may stop even if local door credentials still function. If the controller or lock power supply fails, the terminal may remain online but be unable to open the door. If the WAN fails, cloud-dependent management functions may be affected even while local logic continues. The project should document which functions must survive each failure condition and design UPS, redundant switching, controller architecture and emergency egress accordingly.
For security teams, tamper alarms and event integration can add situational awareness, but the downstream platform must be configured to receive and act on those signals. An alarm that is generated but not monitored has limited operational value. During commissioning, integrators should test not only successful access but also invalid credentials, unknown faces, tamper conditions, network loss, controller failure and emergency release behavior.
Technical Feature Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration
The i67’s value increases when it is integrated into the systems that security and IT teams already operate. SIP support makes the device a communications endpoint rather than a standalone bell. A visitor can initiate a call to a defined destination, and authorized staff can communicate with the person before releasing the door through the configured workflow. In a corporate environment that destination may be reception or security. In a residential building it may be an indoor station. In a hospitality project it may be a front desk or concierge position. The correct call-routing design depends on the selected SIP platform and business process.
ONVIF Profile S is important for video infrastructure because it provides a recognized interoperability framework for video streaming. A compatible VMS may consume the camera stream, allowing the access point to become visible in a broader security-monitoring environment. Buyers should verify the exact VMS version, supported device profile, licensing model and required functions before assuming full feature parity. ONVIF support does not mean every analytics or event function is automatically available on every third-party platform.
Wiegand capability gives the i67 a bridge into conventional access-control designs. In a protected-controller architecture, the exposed terminal can pass credential information to a controller installed on the secure side of the door. This can be preferable for higher-security projects because the final lock decision is moved away from the public-facing device. Relay control remains useful for simpler installations, but the risk model should determine the topology. RS-485 reserved functionality and short-circuit I/O add further integration possibilities depending on the selected project design and firmware.
Open API support can allow system integrators to connect the terminal with specialized management workflows, but API integration should be treated as a software project: define supported endpoints, authentication, error handling, versioning and lifecycle ownership. Custom scripts that work during commissioning can become maintenance liabilities if nobody owns them after handover. For enterprise buyers, the correct approach is to document any customization and keep a support path for upgrades.
Operational telemetry should focus on actionable events. IT teams may monitor device reachability, switch-port status and PoE draw. Security teams may monitor access events, failed recognitions and tamper alarms. Facilities teams may care about lock faults and door-status signals. A well-designed project routes each type of event to the team that can respond, rather than sending every alert to one overloaded console. This systems view turns the i67 from an isolated entrance appliance into a manageable component of the larger building technology environment.
What Buyers Should Check Before Purchase
Most access-control procurement issues occur when the terminal is selected before the door, lock, network and integration requirements are documented. Use the following checks to reduce project changes after purchase.
01 / FIT — Configuration Fit & Model Sizing
Confirm that a 7-inch terminal is appropriate for the entrance and that the user database size meets projected growth. List the authentication methods you actually plan to use. If the site has only a few staff users, the capacity may be more than sufficient; if the site has many thousands of residents or employees, document enrollment, synchronization and removal processes. Confirm whether one terminal is enough for peak traffic or whether multiple lanes are required.
02 / MATCH — Compatibility & Environmental Requirements
Record the lock voltage, lock type, exit button, door contact, controller model, card standard, SIP platform, VMS and switch model. Review PoE class and total switch budget. Inspect sunlight, shade, wall construction, rain exposure and camera approach angle. If flush mounting is required, include the correct accessory and civil-work dimensions in the project plan.
03 / TERMS — Availability, Delivery & Warranty Terms
Do not assume project stock from a generic online listing. Ask FourTeck to confirm current UAE availability, quantity, lead time, supply source and warranty terms on the quotation. Large project volumes, special accessories or specific firmware expectations can affect delivery schedules. If the equipment is for a phased project, provide the required delivery batches and target dates.
04 / REQUEST — Quote Preparation Data Needed
For a useful quotation, send the model, required quantity, project location, number of doors, mounting preference, PoE availability, lock/controller details, card technology, SIP or VMS integration requirements and deployment timeframe. If the project includes indoor stations, guard consoles or rain covers, include those requirements as well. The more complete the input, the easier it is to avoid an incomplete bill of materials.
UAE Regional Availability & Service Ecosystem
FourTeck supports UAE buyers with project-oriented sourcing, configuration clarification, quotation preparation and delivery coordination. Availability can vary by quantity, accessory requirement and current distribution stock, so enterprise buyers should provide project details rather than rely on assumed shelf availability. Pre-sales review can cover the terminal model, mounting method, PoE design, controller compatibility, SIP integration and related accessories.
Dubai Supply & Logistics Support
Dubai customers can request supply coordination for corporate offices, towers, hotels, schools, warehouses, retail properties, free-zone facilities and system-integration projects. FourTeck can help structure a quotation around the required quantity, mounting accessories, related Fanvil indoor stations and project schedule. Delivery planning can be aligned with Dubai mainland or free-zone requirements where applicable, subject to commercial terms and current logistics.
Abu Dhabi & Al Ain Logistics Reach
For Abu Dhabi and Al Ain, FourTeck can coordinate quotations for government, industrial, hospitality, healthcare, education and corporate projects. Buyers should provide delivery location, required quantity and integration details early so sourcing and logistics can be planned around the project timeline.
Sharjah & Northern Emirates Logistics Infrastructure
Sharjah and Northern Emirates buyers can request access-control hardware supply for offices, industrial areas, educational institutions, residential developments and system integrators. FourTeck can assist with product selection, compatible accessory checks and logistics coordination based on current stock and project requirements.
Ajman & Surrounding Emirates Logistics Coverage
Ajman organizations and contractors can submit project requirements for availability verification, technical pre-sales guidance and delivery coordination. For multi-door projects, provide a simple door schedule showing quantity, lock type and mounting preference so the quotation can reflect the actual deployment rather than a generic unit-only price.
GCC & Pan-African Supply Chain Reach
FourTeck can support regional technology procurement inquiries beyond the UAE with configuration validation, export-oriented quotation handling and logistics coordination. Cross-border supply is subject to destination, shipment size, documentation, product availability and local import requirements. Buyers should provide consignee details, destination country, quantity and required delivery terms when requesting a quotation.
Saudi Arabia (KSA) Export & Supply Support
Saudi enterprise buyers and system integrators can request project quotations for Fanvil access-control solutions with model validation, accessories and shipment planning. Large developments should include a phased quantity plan and the required integration environment so technical and commercial review can be completed efficiently.
Qatar Market Supply Reach
Qatar customers can request cross-border sourcing and project quotation support for commercial, hospitality, residential and institutional deployments. Delivery method and lead time depend on current stock, shipment size and project schedule.
Oman Regional Distribution Support
Buyers in Oman can request hardware procurement guidance and quotation coordination for Fanvil face-recognition door-phone projects. Sharing the controller, card technology and network design at inquiry stage helps reduce integration ambiguity.
Kuwait Supply Chain Coverage
Kuwait projects can be supported with product sourcing, quantity-based quotation and export coordination. For regional information, visit FourTeck Kuwait.
Kenya & East Africa Supply Infrastructure
Kenyan system integrators and enterprise buyers can request technical inquiry routing, project supply coordination and access-control hardware sourcing. Regional information is available through FourTeck Kenya.
Uganda Regional Procurement Support
Uganda customers can request localized inquiry handling, project quotation and technology sourcing support for Fanvil solutions. Visit FourTeck Uganda for regional coordination.
Pan-African Regional Logistics & Trade Reach
For broader African projects, FourTeck can coordinate multi-country technology sourcing and export inquiries depending on destination and shipment requirements. Regional buyers may visit FourTeck Africa and FourTeck International for wider project engagement.
Related FourTeck Products & Compatible Alternatives
Fanvil i66
Choose the i66 when the project needs the same face-recognition family in a more compact 4-inch format. It can suit narrower wall spaces or entrances where a smaller interface is preferred.
Fanvil i68
Consider the i68 when a larger 8-inch display and the newer model format better match the project. Interface counts and power requirements differ, so compare the final door topology before substituting.
Fanvil i500-Series Indoor Stations
Indoor stations can complement entrance door phones in residential, office or managed-property environments where occupants or security staff need local video communication and remote door authorization.
EX103 Flush-Mount Accessory
Use the EX103 where the i67 needs a recessed installation rather than a surface wall mount. Confirm wall depth and civil preparation before ordering.
RC02 Rain Cover
For compatible wall-mounted i66/i67 installations with greater rain exposure, the RC02 can provide added physical weather shielding. Site exposure should still be reviewed during design.
Alternative selection should be driven by screen size, installation method, I/O requirements, user experience, accessory support and overall system design. The i66 is not simply a lower-priced i67, and the i68 is not automatically a direct replacement; each model should be evaluated against current specifications. FourTeck can help compare models when buyers provide the door schedule and integration requirements.
Why Enterprises Choose FourTeck
Enterprise procurement works best when the supplier understands the surrounding system, not only the product code. FourTeck supports buyers by reviewing configuration details before quotation, helping identify required accessories and highlighting project variables such as PoE capacity, lock interfaces, mounting options and third-party integration. This approach is particularly important for access-control devices because a terminal that appears complete in a catalog may still require controllers, locks, power supplies, mounting hardware or indoor stations.
Quotations can be structured around project quantity, delivery location and requested schedule rather than a generic single-unit assumption. For multi-site rollouts, buyers can provide separate quantities by location so logistics can be reviewed accordingly. Where warranty terms, lead times or availability are configuration dependent, FourTeck can confirm the applicable commercial position on the quotation instead of presenting unverified promises.
After purchase, clear documentation of the supplied model, accessories and warranty channel improves support handling. FourTeck encourages customers to retain serial information, installation records and project documentation so any future warranty or technical inquiry can be traced efficiently. The objective is a procurement process that supports the integrator or enterprise team from model selection through delivery and onward into lifecycle management.
Frequently Asked Questions
1. What is the Fanvil i67 used for?
The Fanvil i67 is a face recognition door phone and IP access-control terminal for controlled building entrances. It combines facial recognition, card reading, PIN and QR access methods with SIP audio/video communication. Typical deployments include offices, apartment buildings, hotels, campuses and managed properties where users need secure entry and visitors need a way to communicate with reception, security or occupants.
2. How many face profiles can the Fanvil i67 store?
Fanvil specifies capacity for up to 10,000 face profiles and 10,000 cards on the i67. Actual project design should still reserve headroom and define enrollment, removal and credential-governance processes. For large multi-building sites, buyers should also validate how user records will be managed across devices or through the selected platform.
3. Does the Fanvil i67 support PoE?
Yes. The i67 supports IEEE 802.3at Class 4 PoE and can also be powered by 12 VDC at 2 A. When multiple units are connected to one switch, calculate the total PoE budget with adequate headroom. The lock or other door hardware may require separate power depending on the design.
4. Is the i67 suitable for outdoor installation in Dubai?
The i67 carries IP66 ingress protection and IK07 impact resistance, which support robust entrance installations. However, Dubai projects should still consider direct sunlight, extreme surface temperature, glare, reflective glass, rain exposure and cable sealing. A shaded or semi-protected location can improve both user comfort and facial-recognition consistency.
5. Can the i67 integrate with an existing access-control system?
The i67 provides Wiegand 26/34 capability, relay and other I/O, making integration with conventional access-control designs possible. Compatibility depends on the controller and required signal direction. For higher-security doors, an integrator may prefer the i67 to pass credential information to a controller located on the secure side of the door.
6. Does the Fanvil i67 work with SIP phone systems?
Yes. The i67 supports SIP 2.0 over UDP, TCP and TLS, allowing it to operate as a network intercom endpoint with compatible SIP platforms. The exact call-routing behavior, directory integration and remote unlock workflow depend on the PBX, indoor station or SIP environment selected for the project.
7. Can its camera be connected to a VMS?
The i67 supports ONVIF Profile S and H.264 video, providing a standards-based path for compatible VMS integration. Buyers should confirm the specific VMS version, licensing and supported device functions before deployment. ONVIF interoperability does not guarantee that every vendor-specific event or control feature will be available.
8. What mounting options are available?
The i67 supports wall mounting and can be flush mounted using the optional Fanvil EX103 accessory. Flush mounting should be planned during civil work because the wall cavity and frame dimensions must be prepared correctly. If the installation is exposed to heavier rain, a compatible rain cover may also be considered.
9. What information should I send FourTeck for a quotation?
Send the required quantity, Dubai or UAE delivery location, number of doors, mounting preference, lock and controller details, card technology, PoE availability, SIP or VMS integration requirements and target deployment date. If you need indoor stations, rain covers, flush-mount kits or related Fanvil equipment, include those items so the quotation can reflect the full project.
10. Are price and stock fixed?
No. Enterprise access-control pricing and stock can vary by quantity, current distribution availability, accessory requirements, warranty channel and delivery schedule. Contact FourTeck for a current quotation rather than relying on an old listing. For larger projects, providing a phased quantity plan helps the sales team align availability with the required deployment timetable.
Request a Fanvil i67 Project Quote in Dubai
For a complete procurement quotation, send FourTeck the required model, quantity, delivery location, number of controlled doors, mounting preference, lock/controller information and expected deployment timeframe. If the project requires SIP integration, ONVIF/VMS connectivity, indoor stations, rain covers, flush-mount kits or other accessories, include those requirements at the same time so the proposed bill of materials is complete.
