HP Poly Rove B4 Multicell Base Station in Dubai, UAE
A multi-cell DECT IP base station for organizations that need secure cordless voice coverage, seamless handset roaming, and a system that can scale across large business sites.
The B4 is built for Poly Rove handset deployments where one base is not enough. Buyers should size the solution around floor area, walls and shelving, handset quantity, concurrent call demand, SIP or hosted voice compatibility, PoE availability, and future expansion rather than selecting the base only by model name.
Secure DECT roaming
PoE or optional external power
A DECT Voice Foundation for Large, Mobile Workplaces
The HP Poly Rove B4 Multicell Base Station is the infrastructure component that links compatible Rove cordless handsets to an IP voice environment while allowing users to move between covered areas. It is aimed at sites where employees cannot remain at fixed desk phones and where a single wireless cell would create coverage gaps, overloaded call capacity, or limited room for growth.
In practical terms, the base is relevant to warehouses, logistics facilities, hospitals and clinics, hotels, large retail stores, workshops, campuses, multi-floor offices, security operations, production spaces, and service environments. A user can carry a compatible Rove handset and move through a properly designed multi-cell area while the system supports roaming between bases. This makes the platform different from a collection of unrelated cordless phones: the design goal is coordinated business mobility with centralized IP calling rather than isolated single-base coverage.
The architecture can scale to as many as 254 B4 bases in one Rove multi-cell system. HP lists support for up to 30 handsets per base and up to 1,000 handsets across the full system, with up to 8 concurrent calls per base and up to 2,000 concurrent calls at system scale. Those maximum figures describe platform limits, not a design target for every site. Real deployments should leave room for traffic peaks, overlap between cells, physical obstacles, and future handset additions.
The EMEA B4 variant uses the 1880-1900 MHz DECT band. The base supports Power over Ethernet, which can reduce the need for a separate power point when the connected network switch provides suitable PoE. HP also documents a 5V 2A external power option. Stand and wall mounting are supported, allowing the installer to position cells around the actual radio plan instead of forcing all equipment into desk locations.
For UAE buyers, the key purchase question is therefore not simply “Do I need a B4?” but “How many B4 cells, handsets, repeaters, network ports, and concurrent call paths does this site need?” FourTeck can help review the required handset count, floor plans or approximate dimensions, calling platform, PoE environment, expected movement paths, and project quantity before a quotation is prepared. Buyers comparing the wider range can also review the HP Poly Rove DECT phone family and the FourTeck DECT solution guide.
Why the B4 Architecture Matters to Business Buyers
The main value is not a single radio specification. It is the ability to build a cordless voice environment around real movement, call demand, and growth while keeping the infrastructure consistent.
Expand Coverage Without Replacing the Voice Platform
A B4 system can grow far beyond a single-cell cordless deployment. Organizations can add matching B4 bases as new floors, warehouse zones, departments, or buildings come into scope. That can protect earlier deployment work because expansion is planned inside the same Rove multi-cell architecture. The practical benefit is controlled growth: add coverage and handset capacity as the site changes instead of redesigning the entire cordless layer every time operations expand.
Support Mobile Staff
Seamless roaming between properly deployed bases helps users stay reachable while moving through operational areas. This suits staff who spend the day away from fixed desks, including supervisors, technicians, nurses, warehouse teams, security personnel, hospitality staff, and service coordinators.
Protect the Wireless Call Path
HP documents secure DECT encryption for the Rove platform, including operation when bases or compatible repeaters are added. This matters for organizations that want business voice mobility without treating cordless radio security as an afterthought.
Simplify Cabling with PoE
Power over Ethernet can carry network connectivity and power over the structured cabling path when a compatible PoE switch is available. That can make wall or elevated placement easier and reduce dependency on a nearby electrical socket. If PoE is not available, HP documents an external 5V 2A power option.
Use Repeaters Where Appropriate
The B4 is compatible with the Rove R8 DECT repeater, with HP listing up to three R8 repeaters for a B4. Repeaters can be useful when the radio design needs extra reach without a full additional base in a particular area, although correct placement still depends on signal quality and the building environment.
Match Capacity to Real Call Traffic
Each B4 supports up to 30 handsets and up to 8 concurrent calls, while the full architecture scales much further. This distinction is important: handset count is not the same as simultaneous call count. A warehouse may have many registered users but only a modest number of calls at one time, while a healthcare or service environment may require a higher traffic margin. Planning around both figures helps prevent a system that looks large enough by handset count but becomes constrained during busy periods.
A Multi-Cell Platform, Not Just Another Cordless Base
The most important strength of the B4 is coordinated scale. HP positions it for enterprise deployments that need large coverage areas and the ability to combine many bases into one system. The architecture supports up to 254 bases, up to 1,000 handsets across the system, and up to 2,000 concurrent calls at full scale. Individual bases support up to 30 handsets and up to 8 calls.
Coverage is specified at up to 50 metres indoors and up to 300 metres outdoors, but buyers should treat those values as reference maximums. Reinforced concrete, metal shelving, elevators, machinery, insulated walls, glass partitions, dense storage, and radio interference can all change the usable result. For that reason, a serious multi-cell project should be planned by zones and movement paths rather than by multiplying a theoretical radius across a floor plan.
The base supports compatible Rove 20, Rove 30, and Rove 40 handsets, as well as the Rove R8 repeater. Stand or wall installation allows better placement flexibility, and PoE can simplify power delivery. The operating temperature published for the base is -10°C to 55°C, which is useful for planning technical rooms and operational spaces, but the overall installation still needs to follow environmental, network, and safety requirements.
HP Poly Rove B4 Technical Specification Guide
The table below uses confirmed HP information for the EMEA 1880-1900 MHz B4 variant. Final regional part number, accessories, firmware, PBX compatibility, and commercial package should be confirmed at quotation stage.
| Specification | Confirmed detail | Buyer note |
|---|---|---|
| Brand / model | HP Poly Rove B4, 8J8W4AA | Confirm regional suffix on quotation. |
| Product type | Multi-cell DECT IP base station | Designed for Poly Rove cordless voice systems. |
| DECT frequency | 1880-1900 MHz for EU/ANZ/UK/EMEA variant | Use the regional model intended for the deployment country. |
| Multi-cell scale | Up to 254 B4 bases per system | Actual design depends on coverage and traffic planning. |
| Handset capacity | Up to 30 per base; up to 1,000 per system | Plan users and spare capacity separately. |
| Concurrent calls | Up to 8 per base; up to 2,000 per system | Traffic demand may be more important than handset count. |
| Roaming | Seamless roaming between supported bases | Requires correct multi-cell planning and deployment. |
| Wireless security | Secure DECT encryption | Security should also be reviewed at network and voice-platform level. |
| Indoor range | Up to 50 m / 165 ft | Environment dependent. |
| Outdoor range | Up to 300 m / 980 ft | Environment dependent and subject to site conditions. |
| Repeater support | Compatible with Rove R8; HP lists up to 3 R8 repeaters for B4 | Repeater placement must maintain suitable signal. |
| Compatible handsets | Poly Rove 20, Rove 30 and Rove 40 | Select handset model by user role and environment. |
| Power | Power over Ethernet or external universal 5V 2A DC adapter | Confirm PoE budget or external adapter requirement. |
| Mounting | Stand mount or wall mount | Placement should follow the radio plan. |
| Operating temperature | -10°C to 55°C | Confirm site conditions before installation. |
| Weight | 179 g | Base-station weight published by HP. |
| Box contents | B4 base station, desk stand, safety sheet, quick start guide, Ethernet cable | Power accessories can vary; confirm quote contents. |
Choosing the right configuration starts with three separate numbers: users, active calls, and coverage zones. A site with 80 handsets spread over several quiet departments may require more bases for radio coverage than for call capacity. A compact operation with frequent call activity may reach traffic limits sooner even though physical coverage is easy. Buyers should therefore avoid sizing the deployment from handset count alone. Confirm the expected peak simultaneous calls, likely movement routes, floor and wall construction, network-switch locations, PoE budget, and any dead zones that already affect wireless services. The calling platform should also be checked for SIP registration, provisioning, codec, dial-plan, emergency-calling, and security requirements. Where an existing Rove deployment is being extended, confirm the current base model because HP documentation notes that multi-cell pairing should use matching base models rather than mixing B2 and B4 cells in the same paired system. FourTeck can review these inputs before the quote so the commercial proposal reflects the intended design rather than a rough unit count.
How to Size the Rove B4 Before You Order
A successful DECT project starts with the site and call pattern, not with a shopping list. The highest-risk mistake is assuming that a theoretical range figure automatically equals reliable business coverage.
Map the Real Coverage Area
List the floors, corridors, loading bays, workshops, storage aisles, offices, outdoor paths, stairwells, and other places where calls must continue. Metal, concrete, machinery, and dense storage can reduce practical range.
Separate Users from Calls
Record total handset users and peak simultaneous calls independently. The B4 supports more registered handsets than active calls per base, so both values are required to size busy departments correctly.
Check the Voice Platform
Confirm the current PBX, hosted SIP service, extension plan, provisioning method, network security policy, voice VLAN, and any emergency-calling requirements. Compatibility should be verified before a rollout is scheduled.
Review PoE and Switching
Identify the network closets and switches that will serve the bases. Confirm spare ports, PoE support, switch power budget, VLAN configuration, and the structured cabling path to each planned base location.
Choose the Handset Mix
Rove 20, 30, and 40 handsets serve different working styles. The base choice and the handset choice should be treated as separate decisions so office users, mobile supervisors, and more demanding environments get an appropriate endpoint.
Leave Expansion Headroom
Plan for departments, shifts, additional buildings, and call growth that may arrive during the service life. A deployment designed exactly at today’s maximum leaves little room for operational change.
For a useful FourTeck quote, send the requested quantity, approximate site area or floor plan, number of handsets, expected peak calls, preferred Rove handset model if known, current PBX or hosted service, network-switch and PoE information, installation location, and required delivery city. If the requirement is an extension to an existing Rove system, include the current base model and approximate firmware status so the architecture can be reviewed before new hardware is ordered.
Where a Multi-Cell DECT System Fits Best
This platform makes the most sense where people move during the working day and still need a dependable business extension. The use case should justify both radio coverage and the operational value of cordless calling.
Warehouses, Logistics and Distribution Facilities
Warehouse teams often move between loading areas, aisles, staging zones, offices, and dispatch points. Fixed desk phones cannot follow that workflow, while Wi-Fi may be designed primarily for scanners and data rather than voice handsets. A Rove multi-cell deployment can create a dedicated DECT voice layer with handover between cells. The main design challenge is the radio environment: high metal racking, stock density, moving vehicles, freezer zones, and large open spans can change coverage. Buyers should map operational routes and call-critical areas before counting bases.
Healthcare and Clinical Sites
Mobile clinical, facilities, and support staff may need an extension while moving between rooms and departments. Multi-cell DECT can support voice mobility, but the project must also consider building construction, network policy, emergency-call workflows, device hygiene requirements, and the selected handset model.
Hospitality and Large Service Properties
Hotels, resorts, and large service facilities have housekeeping, maintenance, security, front-of-house, and operations teams spread across rooms, corridors, back-of-house zones, and outdoor areas. A multi-cell design can keep these teams reachable while reducing reliance on fixed extensions.
Retail, Showrooms and Large Stores
Supervisors and floor teams may need voice access across stock rooms, sales areas, offices, and service counters. The value comes from keeping an employee on the same business voice platform while moving, especially when fast internal coordination matters.
Multi-Floor Offices and Campuses
Large offices with shared work areas, facilities teams, IT support, reception support, or operational staff can use DECT mobility where a desk phone is too restrictive. Coverage planning should include elevators, stairwells, utility rooms, parking interfaces, and building transitions.
Industrial and Workshop Environments
Production, repair, and workshop environments can benefit when supervisors and technicians need business voice away from offices. Site surveys are particularly important because machinery, electrical equipment, metal structures, noise, and safety boundaries can affect both radio design and handset selection.
A small office with only a few cordless users may not need a B4 architecture at all. In that situation, a simpler Rove base option may be more appropriate. The larger B4 platform is most credible when multi-cell roaming, higher handset scale, extended coverage, or planned growth justifies the additional infrastructure.
Rove B4 Multi-Cell Roaming and Coverage Design
The direct answer is that the B4 is designed to let compatible Rove handsets move between multiple coordinated bases instead of being tied to a single radio cell. That is the feature that turns the product into an enterprise mobility platform rather than a standalone cordless base.
HP publishes up to 50 metres of indoor range and up to 300 metres outdoors for a base, but those figures cannot be treated as guaranteed circles on a floor plan. DECT radio behavior changes with reinforced walls, elevator shafts, metal shelves, fire doors, cold-room panels, reflective surfaces, ceiling height, machinery, and the location of the base itself. A good deployment therefore creates overlapping coverage where users are likely to move between cells.
The B4 can also work with Rove R8 repeaters, with HP listing up to three repeaters per B4. Repeaters can extend a cell in selected directions, but they do not remove the need to understand the site. For larger projects, base placement, network cabling, PoE, synchronization, and user movement should be considered together. Buyers who provide a basic floor plan and mark high-priority calling zones will get a more useful design discussion than buyers who only provide total square footage.
Rove B4 Capacity, Handsets and Concurrent Calls
The direct answer is that registered handsets and simultaneous calls are different capacity limits. Each B4 supports up to 30 handsets but up to 8 concurrent calls, so a design that counts only devices can still be undersized for a busy operation.
Consider two examples. A logistics site may issue 60 handsets across two shifts, but only a small portion are normally on calls at the same time. Its base count may be driven primarily by coverage. A service operation with 25 mobile staff concentrated in one zone could generate many simultaneous calls during peak periods, making traffic capacity more important. These are different sizing problems even though the handset totals may look similar.
The safest approach is to estimate peak active calls for each operational area and keep expansion margin. Include call patterns such as inbound queues, supervisor calls, internal coordination, and shift changes. The PBX or hosted voice service must also support the required extension and call capacity. The base station cannot create additional SIP trunks, PBX licenses, or external call channels if the upstream voice platform is undersized.
Rove B4 Secure DECT, Power and Deployment Practicalities
The direct answer is that deployment quality depends on more than radio range. The B4 combines secure DECT operation with network connectivity, PoE capability, alternative external power, physical mounting choices, and status indication, so the network and facilities design should be reviewed alongside the voice requirement.
HP describes DECT encryption for Rove communications and states that encryption is maintained as compatible bases or repeaters are added. This protects the DECT wireless leg, but buyers should still apply their organization’s normal IP voice controls, including secure network segmentation where required, access control, firmware governance, account security, provisioning controls, and PBX-side policies. A secure radio link is one part of a complete voice-security design.
Before deployment, confirm where network cabling terminates, whether the switch port and VLAN are ready, how the base will be physically mounted, how technicians can reach it later, and whether the selected area creates radio obstruction. These practical details can matter as much as the product specification when the system needs to remain stable for years.
What Buyers Should Check Before Purchase
The biggest purchase risk is ordering the right product family but the wrong deployment quantity or regional configuration. A B4 project should be checked as a complete voice-and-radio system: base count, handset mix, call traffic, PBX fit, PoE, accessories, coverage, and commercial terms all matter.
Configuration Fit
Confirm the number of handsets, expected simultaneous calls, total coverage area, number of floors, outdoor areas, likely roaming routes, and expected growth. The B4 is a multi-cell platform; a small office may be better served by a simpler Rove architecture. Conversely, a large site may require several B4 cells even when the handset count is modest.
Compatibility Check
Identify the PBX or hosted voice service, SIP requirements, current Rove hardware, network VLAN, switch ports, PoE capability, and required handsets. Do not assume all Rove base models can be mixed in one paired multi-cell design. Existing systems should be documented before expansion hardware is selected.
Availability and Warranty
Availability can change by regional SKU, supplier status, order quantity, and project date. Warranty handling also depends on the supplied part and commercial channel. Ask for current availability, exact part number, included accessories, delivery expectation, and warranty guidance on the same quotation so there is one clear procurement record.
Quote Preparation
Send FourTeck the site location, approximate floor area, handset quantity, peak call estimate, PBX or SIP service, required Rove handset models, PoE availability, existing Rove equipment if any, delivery city, target project date, and whether installation or configuration support is required. These details make model and quantity review much more useful.
Also review accessories and long-term operating needs. A multi-cell deployment may require additional Rove handsets, R8 repeaters, external power where PoE is unavailable, switch ports, patching, mounting work, and voice-platform capacity. Budgeting only for the base stations can leave the project incomplete. For a replacement project, include the existing phone system and current cordless pain points; FourTeck can help identify whether a B4 architecture is appropriate or whether a smaller Rove option should be considered.
FourTeck Support for Dubai and UAE Rove Deployments
FourTeck supports business inquiries for the Rove B4 across Dubai and the UAE with product-selection guidance, regional part-number checking, quote preparation, delivery coordination, and warranty guidance. Availability is not treated as fixed because supplier status, requested quantity, regional SKU, and project timing can change. The practical approach is to confirm the exact requirement first and then request current commercial information.
Review B4 versus smaller Rove base options, handset mix, user count, call traffic, repeaters, and growth expectations before ordering.
Coordinate project quantity and delivery location after current supplier availability and order timing are confirmed.
Confirm the warranty terms that apply to the quoted regional part and purchasing channel before the order is finalized.
For larger deployments, buyers can also ask FourTeck to review related business communication products through the HP Poly IP phone portfolio or explore broader business IP phone solutions in the UAE. This is useful when a project combines mobile DECT users with desk phones, meeting spaces, or other voice endpoints.
Dubai, Abu Dhabi, Sharjah and Ajman Business Supply
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman, and other UAE locations can contact FourTeck for Rove product availability, configuration guidance, and quotation support. The same buying process applies across the country: identify the intended site, the number of mobile users, expected coverage zones, voice platform, required handsets, and project quantity, then confirm the exact regional part and commercial terms. For multi-site organizations, it is also helpful to state whether every branch will use the same voice platform and handset standard. Standardizing the design can simplify procurement and administration, but each location should still be checked for radio coverage and traffic because a warehouse, clinic, hotel, and office can have very different physical conditions. Delivery timing and installation scope are project dependent, so they should be confirmed for the specific order rather than assumed from another UAE site.
GCC and Africa Business Requirements
FourTeck also supports business technology inquiries across selected GCC and Africa markets through its regional inquiry channels. Organizations in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda, and other Africa locations may require different regional product variants, commercial channels, warranty handling, and delivery arrangements. For DECT equipment in particular, the regional radio variant must be considered before purchase rather than assuming that a model intended for another market is suitable.
Regional projects should provide the deployment country, site type, handset count, base quantity if already designed, voice platform, required accessories, and target delivery date. Where one organization is standardizing a solution across several countries, FourTeck can use the shared functional requirement as a starting point while treating each country’s part-number and delivery conditions separately. This reduces the risk of mixing region-specific hardware or creating a project plan around unconfirmed supply assumptions.
For regional inquiry routes, buyers may use FourTeck Kenya, FourTeck Uganda, FourTeck Africa, or FourTeck Kuwait where relevant. Availability, delivery options, local taxes, warranty processes, and service scope remain country and project dependent.
Other Rove Components Buyers May Consider
The base station is only one part of a working cordless voice system. Related choices should be selected by user role, site size, expansion need, and whether the project requires a smaller base architecture or additional radio reach.
Poly Rove 20, Rove 30 and Rove 40 Handsets
Choose the handset by user role and working environment. The B4 supports all three models, allowing a deployment to combine different endpoints while staying within the Rove ecosystem.
Poly Rove R8 DECT Repeater
Consider the R8 where a planned B4 cell needs additional reach in a specific area. HP lists support for up to three R8 repeaters with B4, but signal quality and placement still need to be reviewed.
Poly Rove B2
A smaller single/dual-cell Rove base architecture that may suit deployments that do not require B4-scale multi-cell expansion.
HP Poly Desk Phones
Useful when a project needs fixed SIP desk endpoints for reception, management, offices, or shared desks alongside mobile Rove users.
Poly Business Communication Portfolio
Consider the wider Poly range when the requirement also includes conference devices, desk phones, headsets, or collaboration endpoints.
A smaller base is not automatically a weaker choice, and a B4 is not automatically the correct choice for every Rove user. The decision difference is scale. If the site needs only one or two cells and a modest number of users, a smaller architecture may reduce complexity. If the business needs broader roaming, more cells, more registered handsets, or a clear path to a large multi-cell deployment, the B4 becomes the more relevant platform. FourTeck can help narrow the choice from the actual site requirement.
Why Business Buyers Contact FourTeck
Complexity in a DECT project usually sits between the specification sheet and the real building. FourTeck’s role is to help buyers convert that requirement into a clearer product and quotation request without making unsupported claims about stock, pricing, or one-size-fits-all configurations.
This approach is useful for SMBs, large enterprises, system integrators, procurement teams, facilities managers, and IT administrators. A buyer who already has a complete bill of materials can request a straightforward quote. A buyer who only knows the site problem can instead provide the number of users, approximate area, voice platform, and movement requirements so the product family can be reviewed first. The goal is to reduce common procurement errors such as wrong regional SKU, too few bases, missing repeaters or power accessories, insufficient PoE, or a handset choice that does not match the working environment.
Questions UAE Buyers Ask About the Rove B4
What is the Rove B4 used for?
It is a multi-cell DECT IP base station used to create cordless business voice coverage across larger sites. Compatible Rove handsets can operate across multiple coordinated B4 cells with roaming between bases. It is particularly relevant where staff move through warehouses, hospitals, hotels, retail floors, campuses, industrial spaces, or large offices and still need access to their business extensions.
How many handsets can one B4 support?
HP lists support for up to 30 handsets per B4 base and up to 1,000 handsets across a fully scaled system. Handset capacity should not be confused with concurrent calls: each base supports up to 8 simultaneous calls. Buyers should therefore provide both the total user count and an estimate of peak active calls when sizing the solution.
How many B4 bases can be used in one system?
The Rove B4 multi-cell architecture supports up to 254 bases per system. That is a platform maximum, not a recommendation that every project approach that number. The correct base count comes from site coverage, simultaneous call demand, user movement, network placement, and expansion planning. Large projects should be designed by zones rather than by dividing floor area by a theoretical range figure.
Does the B4 support Power over Ethernet?
Yes. HP documents Power over Ethernet support for the Rove base station, which can simplify deployment when a compatible PoE switch and structured cabling are available. HP also documents an external universal 5V 2A DC power option. Before ordering, confirm the switch port, PoE budget, cabling route, and whether an external power adapter is required for any planned base location.
Which handsets work with the B4?
HP lists compatibility with Poly Rove 20, Rove 30, and Rove 40 handsets. The correct handset depends on the user’s role and working environment, so the base and handset should not be selected as one automatic package. A mixed handset deployment can make sense when office staff, supervisors, service teams, or more demanding operational users have different endpoint needs.
Can the Rove R8 repeater be used with B4?
Yes. HP states that the B4 is compatible with the Rove R8 DECT repeater and lists support for up to three R8 repeaters with a B4. A repeater can help extend reach in suitable areas, but it should not be used as a substitute for proper radio planning. Placement, signal quality, walls, shelving, and the user movement path still need to be considered.
Is the Rove B4 available in Dubai and the UAE?
FourTeck can check current UAE sourcing options and prepare a quotation based on the requested regional part, quantity, and project timing. Availability should be confirmed at the time of inquiry because supplier status can change. Send the model, quantity, delivery location, and target date; for larger projects, also include handset count and deployment details so the request can be reviewed properly.
Can FourTeck help choose the number of bases?
FourTeck can help review the requirement before the quote. Useful inputs include floor plans or approximate dimensions, number of floors, indoor and outdoor call zones, handset quantity, peak calls, PBX or hosted service, PoE environment, existing Rove equipment, and future growth. Final radio design may require a more detailed site-planning process depending on building complexity and project scale.
What should I send when requesting a quote?
Send the requested base quantity if known, number of handsets, preferred Rove handset models, approximate coverage area, delivery city, PBX or SIP service, PoE availability, required accessories, project target date, and whether configuration or installation support is needed. If you are replacing or expanding an existing Rove system, include the current base model and existing handset count as well.
How do I decide between B2 and B4?
The main decision is deployment scale. B2 is a smaller single or dual-cell architecture, while B4 is designed for larger multi-cell systems that can scale to many bases. A small office or compact site may not need B4 complexity. A large building, campus, warehouse, or growth plan that needs broader roaming and higher system scale is more likely to justify B4.
Need Help Planning the Right Rove Configuration?
FourTeck can review the intended site, handset quantity, call load, current voice platform, PoE environment, required accessories, delivery location, and warranty expectations before preparing a quote. This helps the request reflect the complete deployment rather than only the base-station model.
Share these details for a faster review:
- Number of handsets and expected peak calls
- Approximate site area and number of floors
- PBX or hosted SIP platform
- Existing Rove hardware, if any
- Delivery city and required project date
