Most ICT designers working on Qatar projects know about Ashghal and Kahramaa. Far fewer account for the Communications Regulatory Authority — and CRA is the body that actually sets mandatory standards for telecommunications infrastructure inside the building. Its In-Building Telecommunications Infrastructure Standards apply across almost every building type in Qatar, from single villas to mega-projects, and they place obligations on developers, consultants and building owners, not only on the telecom operators. This guide explains what CRA governs, who must comply, and how to sequence the work so the requirement shapes the design rather than disrupting it.
Quick Answer
Qatar's Communications Regulatory Authority sets mandatory In-Building Telecommunications Infrastructure Standards covering in-building wiring, mobile coverage solutions, internet provision, IPTV and smart building capability. Updated standards launched on 16 September 2025 and apply to new and existing developments — villas, residential towers, malls, warehouses, labour accommodation and mega-projects. Developers, consultants and building owners must engage licensed Service Providers early and design to the standard from the outset.
Contents
- Who CRA is and what it regulates
- The In-Building Telecommunications Infrastructure Standards
- Scope: which buildings are covered
- What the standards cover
- Who carries the obligation
- Related CRA instruments
- How CRA fits with Ashghal, Kahramaa and QCDD
- Design implications
- Coordination sequence
- Design checklist
- Common design mistakes
- FAQs
- References
Who CRA Is and What It Regulates
The Communications Regulatory Authority is Qatar's telecommunications regulator. Its remit spans licensed Service Providers, access to civil infrastructure, government telecom duct standards, and — the part most relevant to building designers — the telecommunications infrastructure installed within buildings.
The In-Building Telecommunications Infrastructure Standards
CRA launched updated In-Building Telecommunications Infrastructure Standards on 16 September 2025. CRA describes them as mandatory, framed as strengthening Qatar's digital foundations and ensuring future-ready connectivity across building types.
The stated intent is twofold: to standardise requirements so that approval processes run more smoothly and administrative burden falls, and to force early collaboration between Service Providers and developers so design complexity is resolved at the outset rather than during construction.
Why "mandatory" changes your design process
An advisory guideline can be reconciled late. A mandatory standard has to be in the design brief. If in-building telecom requirements arrive after the core layout, riser allocation and room schedule are fixed, meeting them means changing architecture — which is the expensive path.
Scope: Which Buildings Are Covered
The scope is deliberately broad. CRA states the standards extend to:
- Single villas
- Residential towers
- Shopping malls
- Warehouses
- Labour accommodation
- Mega-projects
They apply to both new developments and existing properties, and cover residential, commercial and governmental facilities.
What the Standards Cover
| Area | What it means for the ICT designer |
|---|---|
| In-building wiring systems | The physical cabling infrastructure serving telecom services within the building |
| Mobile connectivity solutions | In-building mobile coverage provision — a spatial and riser requirement, not a later fit-out item |
| Internet service provision | Infrastructure supporting higher broadband speeds to occupants |
| IPTV infrastructure | Distribution supporting IPTV service quality |
| Smart building capabilities | Infrastructure readiness for smart building solutions |
CRA also frames the outcome in service terms — higher internet speeds, IPTV quality, mobile coverage and HD voice — which is a useful signal for designers: the standard is concerned with delivered service quality, not only with cable presence.
Who Carries the Obligation
This is the part most often misread. The standards are not solely an operator matter.
CRA's stated position urges property developers, consultants and building owners to work with licensed telecom Service Providers and to follow the specifications in the framework at an early stage, each according to its responsibilities.
| Party | Practical responsibility |
|---|---|
| Developer | Engaging Service Providers early; providing the spaces, pathways and entry the standard requires |
| Consultant (MEP / ICT) | Designing to the standard; coordinating provider requirements into the architecture |
| Building owner | Compliance of the installed infrastructure, including for existing properties |
| Licensed Service Provider | Provider-side requirements, connection and service delivery |
Related CRA Instruments
The in-building standard does not sit alone. Depending on the project, these may also be relevant:
- Standards for Government Telecom Duct Infrastructure Design and Construction — relevant where the project interfaces with government duct infrastructure
- Civil Infrastructure Access Regulation — governs access to civil infrastructure for telecom service delivery
- Internal Cabling Guideline — CRA guidance on internal cabling
- Instruction to Service Providers, Developers and Building Owners covering installation, operation and access to telecommunications facilities and physical infrastructure
Confirm with CRA or your Service Provider which instruments apply to your specific project type — the set is not identical for a villa and a mega-project.
How CRA Fits With Ashghal, Kahramaa and QCDD
| Authority | Governs | Engage at |
|---|---|---|
| CRA | In-building telecom infrastructure; provider access | Concept — affects spaces and risers |
| Ashghal | External duct crossings through utility corridors | Masterplan / site boundary |
| Kahramaa | Electrical room siting and approval; power connection | Early architectural coordination |
| QCDD | Fire alarm and life safety, including cabling survivability | Concept — fire strategy drives interfaces |
| Licensed Service Provider | Entry room, ducts, demarcation, riser provision | Concept |
These four authorities plus the Service Provider all touch the same physical infrastructure from different directions. They do not coordinate with each other — coordinating them is the design team's job, and it is why Qatar ICT design front-loads authority engagement more heavily than most markets.
Design Implications
Even without the document's technical detail, the framework has clear consequences:
- Telecom spaces are a concept-stage requirement. Entry room, riser and distribution provision are architectural, and CRA's emphasis on early collaboration exists precisely because these cannot be added later
- In-building mobile coverage is explicitly in scope. Treating it as an optional later fit-out is a misreading — reserve head-end room space, riser capacity and power from the outset. See our guide to high-rise ICT infrastructure design
- Service Provider engagement is not optional. Their requirements are part of compliance, not a separate commercial conversation
- Existing buildings are in scope. Refurbishment and fit-out projects need the question asked, not assumed away
- Smart building readiness is named. Infrastructure capacity for building systems belongs in the ICT capacity plan — see smart building design for Lusail
- Service outcomes matter, not just cable. Design decisions should be defensible against delivered performance
Coordination Sequence
- Project inception — establish that CRA in-building standards apply, and obtain the current document
- Concept — engage the licensed Service Provider; fix entry room, duct entry, riser and distribution provision; decide in-building mobile coverage approach
- Concept, parallel — Ashghal for external duct route, Kahramaa for electrical room siting, QCDD for fire strategy
- Scheme — design internal infrastructure to the CRA standard; size risers and rooms against it
- Detailed design — containment, telecom room layouts, backbone and horizontal design, coordinated in the federated model. See structured cabling design in Qatar
- Tender and construction — specification, BOQ and test regime reflecting the standard; provider coordination through commissioning
Qatar ICT / CRA Design Checklist
- ☐ CRA in-building standard applicability established at inception
- ☐ Current CRA standard document obtained (CRA or Service Provider)
- ☐ Other applicable CRA instruments identified for this project type
- ☐ Licensed Service Provider engaged at concept, not after core layout
- ☐ Entry room location and dimensions confirmed by the provider
- ☐ Incoming duct number, size and route confirmed
- ☐ Demarcation point explicit on the drawings
- ☐ Telecom riser and distribution room provision sized to the standard
- ☐ In-building mobile coverage approach decided; space, riser and power reserved
- ☐ IPTV and internet distribution provision addressed
- ☐ Smart building infrastructure capacity included in the ICT capacity plan
- ☐ Existing-building scope question asked on refurbishment projects
- ☐ Ashghal external duct coordination initiated
- ☐ Kahramaa electrical room sequencing understood
- ☐ QCDD fire strategy interfaces identified
- ☐ Governing documents and revisions stated on drawings and in the specification
Common Design Mistakes
- Not knowing CRA applies at all. Teams coordinate Ashghal and Kahramaa and miss the authority that governs the inside of the building.
- Treating the standard as advisory. CRA describes it as mandatory.
- Engaging the Service Provider after the core is fixed. Entry room and riser requirements then force compromise or redesign.
- Assuming existing buildings are exempt. The standards cover existing properties.
- Treating in-building mobile coverage as a later fit-out. It is named in scope and needs reserved space and riser capacity.
- Designing telecom rooms to a generic international rule of thumb. Size against the CRA standard and provider requirements.
- Working from a superseded CRA document. The standards were updated in September 2025.
- Quoting technical figures from secondary sources. Including this article — take dimensions from the standard.
- Assuming CRA and Ashghal requirements are the same conversation. Different authorities, different scopes, both needed.
- No smart building capacity allowance. Named in scope, and expensive to retrofit.
- Ignoring the service-quality framing. The standard targets delivered performance, not cable presence.
- Governing documents not stated on the drawings. Leaves the compliance basis ambiguous under review.
Need ELV & ICT Design Support for a Qatar Project?
ASDV Consultant provides specialist ICT infrastructure design for architects, MEP consultants, developers and contractors on Qatar projects — telecom space and riser strategy, structured cabling, in-building coverage provision, BOQ and specifications, coordinated with your Qatar-based authority and Service Provider engagement.
Enquire About ICT Design →Frequently Asked Questions
Are the CRA in-building standards mandatory?
CRA describes the updated In-Building Telecommunications Infrastructure Standards as mandatory. Treat them as a design requirement, not guidance.
When were the current standards issued?
CRA launched the updated standards on 16 September 2025. Confirm you are working from the current issue, as earlier guidance is superseded.
Do they apply to existing buildings?
Yes — CRA states the standards are applicable to both new developments and existing properties. Ask the question on refurbishment and fit-out projects rather than assuming exemption.
Do they apply to a single villa?
Single villas are explicitly named in the scope, alongside residential towers, malls, warehouses, labour accommodation and mega-projects.
Who is responsible for compliance — the developer or the operator?
Responsibility is shared. CRA's position addresses developers, consultants and building owners as well as licensed Service Providers, each according to their responsibilities.
Where do I get the actual technical requirements?
From CRA directly, or through your licensed Service Provider. The technical content is not published as readable text on the CRA website, so no article — including this one — should be used as a source for dimensions or specifications.
How does CRA differ from Ashghal?
Ashghal governs external duct crossings through public utility corridors; CRA governs telecommunications infrastructure inside the building and provider access. Both may apply to the same project.
Does CRA cover in-building mobile coverage?
Yes. Mobile connectivity solutions are named within scope, which means coverage infrastructure should be planned at concept with reserved space, riser capacity and power.
When should the Service Provider be engaged?
At concept. CRA's stated intent is early collaboration between Service Providers and developers specifically to avoid costly implementation delays later.
Related Qatar Technical Guides
- Structured cabling design in Qatar — media, telecom rooms, Ashghal and Kahramaa constraints
- High-rise ICT infrastructure design in Qatar — service entry, risers and in-building coverage
- Data center design in Qatar — facility-grade infrastructure and Kahramaa lead times
- Qatar building code compliance and Ashghal QCS standards — the wider approvals landscape
References & Technical Resources
- Communications Regulatory Authority (CRA), State of Qatar — cra.gov.qa. The authoritative source for in-building telecommunications infrastructure standards.
- CRA — In-Building Telecommunications Infrastructure Standard — document page.
- CRA press release, 16 September 2025 — launch of the updated standards.
- CRA — Standards for Government Telecom Duct Infrastructure Design and Construction, and the Civil Infrastructure Access Regulation.
- Licensed telecom Service Providers in Qatar — provider-specific entry, duct, riser and demarcation requirements.
- Ashghal, Kahramaa and Qatar Civil Defence — the parallel authority requirements that must be coordinated alongside CRA.