Centralised TV signal distribution design for hotels, hospitals, residential complexes and campuses — covering MATV, SMATV, CATV, IPTV and hybrid systems with 4K UHD, satellite and OTT integration.
Any multi-room building or campus benefits from a professionally engineered centralised TV distribution system.
In-room TV with 100+ channels, VOD, IPTV middleware and PMS integration.
Patient bedside TV with regional language packs and nurse-call integration.
IPTV for digital signage, boardroom feeds and live news channels.
Campus-wide satellite, terrestrial and IPTV distribution to lecture halls.
MDU SMATV replacing individual dishes — RWA compliant, clean façade.
Live sports feed to concourse screens, hospitality suites and press boxes.
Hospitality IPTV with Android STBs, casting and OTT app access.
Temporary satellite distribution for on-site offices and welfare facilities.
Selecting the right distribution architecture determines channel capacity, 4K readiness, interactivity and total cost of ownership.
| Parameter | MATV | SMATV | CATV | IPTV |
|---|---|---|---|---|
| Signal Source | Terrestrial antenna | Satellite dish(es) | Cable operator headend | IP network / OTT |
| Distribution Medium | Coaxial cable | Coaxial cable | Coaxial / HFC | Ethernet / Wi-Fi / STB |
| Channel Capacity | 30–60 channels | 50–500+ channels | 100–1000+ channels | Unlimited (on-demand) |
| 4K / UHD Support | Limited | Yes — via HEVC H.265 | Yes | Yes — adaptive bitrate |
| Interactive Features | None | None | Limited | Full (VOD, pause, rewind) |
| OTT / Streaming | No | No | Limited | Native integration |
| Typical Application | Small buildings | Hotels, MDUs, hospitals | Large developments | Hospitality, corporate, campus |
| Scalability | Low | Medium | High | Very High |
A rigorous, standards-driven process from site survey to commissioned system — delivered in AutoCAD and Revit.
Satellite elevation angle survey, terrestrial broadcast frequency identification, existing infrastructure audit and incoming signal level measurement.
MATV / SMATV / CATV / IPTV / Hybrid recommendation based on channel count, building type, client budget and 4K/OTT future-proofing needs.
LNB & multiswitch sizing, modulator type selection (DVB-T/DVB-C/IPTV), full channel plan, IPTV server sizing and encryption/scrambling if required.
AutoCAD/Revit outlet layout drawings, cable routes, trunk & drop amplifier cascade design, splitter/tap attenuation budget per outlet.
Per-outlet signal budget (57–77 dBµV per IEC 60728), CNR/MER analysis, return path design for interactive IPTV services.
Full AutoCAD drawings, BoQ, equipment spec sheets, commissioning test procedure and operator training checklist.
Performance benchmarks guiding every ASDV MATV/IPTV design — verified against IEC 60728, TRAI and operator acceptance criteria.
ASDV designs are component-agnostic — we specify from leading vendors and ensure compatibility with TRAI-approved equipment.
Single, Twin, Quad and Octo LNB types for Ku-band and C-band reception.
Passive and active multiswitches for multi-satellite, multi-room distribution.
Digital modulators converting satellite / IP streams to local RF distribution.
Indoor and outdoor-rated amplifiers maintaining signal across long cable runs.
Passive power division components sized per signal budget at each outlet.
End-to-end IPTV middleware with Android STBs and hospitality PMS integration.
Estimate your outlet signal level instantly. Check IEC 60728 compliance before finalising your cable plant design.
Every ASDV MATV/IPTV design is engineered to comply with applicable Indian and international standards.
System performance standard defining outlet signal levels (57–77 dBµV), channel spacing and distortion limits for MATV/CATV systems.
International standard for DVB-C/S/T digital distribution — defines MER, BER and CNR performance thresholds for cable TV headends.
European CENELEC standard for cable distribution of television, sound and interactive multimedia signals.
Headend-in-the-Sky (HITS) licensing, cable TV digitisation norms, conditional access system (CAS) and subscriber management system (SMS) requirements.
Bureau of Indian Standards specification for conduit sizing and wiring practices for television antenna and cable distribution installations.
Content protection and interface standards for IPTV STBs, 4K UHD displays and DRM-compliant OTT streaming integration.
Representative projects illustrating ASDV's design approach across hospitality, residential and healthcare environments.
Legacy satellite system unable to deliver VOD, 4K UHD or PMS integration; guest complaints about limited channel choice and no casting facility.
Full IPTV headend with 200+ live channels, Gigabit IPTV LAN, Android 4K STBs with Opera PMS integration, Chromecast casting and OTT app access in all rooms and suites.
Guest satisfaction scores for in-room entertainment rose 42%; front-desk check-in time reduced via TV-room billing integration.
450 apartments each wanting satellite + DTH + terrestrial access; individual dishes prohibited by RWA; building aesthetics strictly controlled.
SMATV headend with 64-channel plan, 6 Ku-band LNBs, wideband multiswitch network, 4-cable distribution to each apartment with one outlet per room.
All 450 apartments served from single headend; IEC 60728 signal levels achieved at all outlets; zero dish clutter on façade.
Bedside patient TV requiring 12 regional language channel packs per ward, nurse-call integration and infection-control-compliant remote controls.
Hybrid MATV + IPTV system; 12 language packs delivered via IPTV middleware; bedside units integrated with nurse-call over IP; silicone-sealed sealed remote controls.
Patient entertainment available in 12 languages; nurse-call response time improved 18%; NBC-compliant installation signed off by fire authority.
Every ASDV MATV/IPTV project includes a complete, construction-ready documentation package.
AutoCAD/Revit floor plans with all TV outlet locations, cable routes, riser diagrams and headend room layout.
Per-outlet signal budget with CNR/MER analysis and IEC 60728 compliance check for every distribution point.
Full headend rack design: LNBs, multiswitches, modulators, amplifiers with approved make/model recommendations.
Itemised hardware BoQ with quantities, specifications and approved vendor alternatives for procurement.
Equipment specs, cable standards, installation notes and testing requirements for contractor guidance.
Acceptance test procedure, outlet signal level test forms, headend commissioning checklist and handover documentation.
MATV (Master Antenna Television) distributes terrestrial broadcast signals from a single rooftop antenna via coaxial cable — typically 30–60 channels. SMATV (Satellite Master Antenna Television) does the same with satellite dishes at the headend, offering 50–500+ channels from multiple satellites. IPTV distributes live TV, VOD and OTT content over a dedicated IP/LAN network using set-top boxes or smart TVs — offering unlimited channels, pause/rewind functionality and PMS integration. A Hybrid system combines RF distribution (MATV/SMATV) with IPTV for the most flexible outcome.
A passive MATV headend can serve 4 to ~500 outlets depending on the cable plant design, amplifier cascade and signal budget. Small residential installations typically cover 10–50 outlets. Large hotel or hospital installations with trunk amplifiers and multi-stage splitter networks can reach 300–500+ outlets while maintaining IEC 60728-compliant signal levels (57–77 dBµV) at every point. ASDV designs include a per-outlet signal calculation to confirm compliance before construction begins.
Traditional MATV/SMATV systems cannot natively carry OTT streams — they distribute RF signals only. However, an IPTV or Hybrid system can. IPTV middleware platforms (such as those from Amino, Hibox or Espial) can aggregate live satellite/terrestrial channels alongside OTT app access (Netflix, Disney+, YouTube) on a single Android or Linux-based STB. ASDV designs IPTV systems that provide both broadcast channels and OTT access through a unified interface, typically with DRM/HDCP content protection.
For modern hotels, IPTV is generally superior: it supports 4K UHD, VOD, interactive guest services, Chromecast/casting, and PMS integration (billing, check-in info, wake-up calls on TV). SMATV is more cost-effective for smaller properties or where the IP network infrastructure is limited. ASDV recommends a Hybrid approach for large hotels — SMATV for broadcast channel delivery (lower OPEX per channel) combined with an IPTV overlay for interactive and OTT services. This balances channel capacity, cost and guest experience.
Yes. ASDV designs SMATV systems for both Ku-band (smaller dishes, 60 cm–1.2 m; used for most commercial DTH including TATA Sky, Dish TV, Sun Direct) and C-band (larger dishes, 1.8 m–3.8 m; better rain-fade resilience, used for international content and cable headends). We specify appropriate LNB types, dish sizes and site-specific elevation angles for INSAT, SES, Eutelsat, AsiaSat and other orbital slots based on your location in India.
A typical MATV/IPTV design takes 1–4 weeks depending on building size and system complexity. A simple residential SMATV design for 50 outlets can be completed in 1 week. A large hotel IPTV system with PMS integration, full headend rack design and AutoCAD outlet drawings typically takes 3–4 weeks. Preliminary drawings are issued within 1 week; the final coordinated package is delivered at project close. Contact us with your building plans for an accurate estimate.
Tell us your building type, number of outlets and channel requirements — we'll scope the right system and send you a free preliminary consultation.