Dense Rollout of Old Community Renovation Policies: Full-Optical Network Upgrade Becomes a Lucrative New Business for System Integrators

Walk into an old residential compound built in the 1990s in Dongcheng District, Beijing. The walls have been freshly repainted, road surfaces are smooth and clean, and pipelines have just been replaced. Yet the moment you step into the elevator, your mobile signal drops to zero. When you try to scan the QR code to pay for EV charging in the underground parking garage, the loading page spins for half a minute without success.

“Lost signal at critical moments” — this is a true portrayal of many renovated old residential communities nowadays.

Poor signal is only a superficial problem. The fundamental issue lies here: during old community renovations, communication infrastructure is often treated as an optional add-on rather than a mandatory requirement.

This situation is changing, and far faster than most people expect.

I. Intensive Policy Launch Mandates Communication Infrastructure Upgrade in Old Community Renovations

The 2026 Government Work Report clearly stated: “Advance urban renewal with high quality and steadily push forward the renovation of old urban residential communities, urban villages and dilapidated housing.” Shortly afterward, the Ministry of Housing and Urban-Rural Development (MOHURD) issued the Opinions on Improving Housing Quality, vowing to steadily renovate urban villages and dangerous old buildings and carry out continuous upgrading of aging residential compounds.

Nevertheless, the following policies unlock tangible business opportunities for system integrators.

Joint Circular from Two Central Ministries: Communication Systems Must Be Renovated in Parallel with Old Community Overhauls

The Ministry of Industry and Information Technology (MIIT) and MOHURD jointly released a notice requiring that communication infrastructure must be upgraded synchronously during the renovation of old residential communities and other existing buildings. Property owners are prohibited from charging unreasonable fees, and the two ministries will establish a regular inspection and supervision mechanism. This means FTTH (Fiber to the Home) and FTTR (Fiber to the Room) are no longer discretionary options but compulsory components of old community renovation projects.

Guangdong Takes the Lead: Mandatory Full FTTR Coverage for All Old Residential Compounds

Guangdong Provincial Government issued the Implementation Plan for Expanding Capacity and Improving Quality of the Service Industry in Guangdong Province, explicitly stipulating: “Further advance the renewal and renovation of outdated communication facilities, and achieve full FTTR whole-home optical network coverage for both newly built and old residential communities in parallel.” The province will also deploy large-scale 50G PON ports in key scenarios including factories and industrial parks. This marks the first time a provincial government has incorporated “full FTTR coverage” into official policy documents, sending an unambiguous industry signal.

II. Why Full-Optical Network Is the Optimal Solution for Old Community Renovation

Old residential compound renovations are constrained by inherent limitations: no large-scale demolition and reconstruction allowed, zero prolonged network outages, tight budget controls, and complex on-site construction conditions.

Traditional data communication solutions (switches plus Ethernet cables) struggle severely under these constraints. Ethernet cables have a maximum transmission distance of only 100 meters. In scattered old buildings with poorly positioned weak current rooms, signals fail to reach remote corners. Rerunning cables requires wall chiseling and drilling, which faces strong pushback from residents. More hardware devices mean more fault points and inflated long-term maintenance costs.

Full-optical networks perfectly address all these pain points:

Ultra-thin fiber minimizes structural damage during retrofits

Optical fiber is only a few millimeters in diameter, easily threading through narrow pipelines and wire troughs in aging buildings. No extensive civil engineering or wall breaking is needed, sparing residents from construction noise and dust. AINOPOL’s full-optical renovation solution supports dual uplink (copper + fiber) and fully inherits existing wiring resources, whether legacy Ethernet cables or newly deployed fiber optic lines.

Long transmission distance drastically cuts the number of weak current rooms

A single fiber segment can transmit signals up to 20 kilometers. Instead of equipping each building with an independent weak current room, an entire community only needs one or two centralized node cabinets, saving floor space, electricity bills and maintenance labor. Based on PON architecture, passive optical splitters replace traditional aggregation switches, and ONU optical terminals substitute access switches, sharply reducing horizontal cabling volume and overall power consumption of the entire network.

Passive architecture drastically reduces equipment failure rates

Weak current rooms in old communities usually suffer harsh operating environments: high temperature, humidity and heavy dust. Active devices such as switches and UPS power supplies break down frequently under such conditions. Full-optical networks adopt passive splitters that require no power supply or heat dissipation, delivering nearly zero failure rates. Actual energy-saving tests on factory full-optical upgrades show power consumption drops by 50% compared with traditional switch setups under the same terminal load.

One-time deployment delivers long-term scalability and ROI

Optical fiber boasts far larger bandwidth capacity than copper cables. It easily supports Gigabit and 10Gbps services today, and future bandwidth upgrades only require replacing terminal equipment without re-laying fiber, eliminating repeated secondary renovations.

Synthesizing these four core strengths, the conclusion is clear: full-optical network is not a nice-to-have alternative but the optimal choice for old community transformation.

Proposal from National People’s Congress Deputy: Scale Up FTTR Technology Application

Zhang Zhiyong, Chairman of China Tower Corporation and a NPC Deputy, proposed in an exclusive interview: “Popularize Fiber to the Room technology and grant policy subsidies to residential compounds that adopt advanced access solutions.” With the widespread adoption of high-bandwidth applications such as remote office, smart home systems and health monitoring, conventional FTTH can no longer meet the new demand for device-level full-optical connectivity via FTTR.

The complete policy chain is fully established:

National-level push for urban renewal → Central ministries mandate synchronous communication upgrades → Local governments enforce universal FTTR coverage → Legislative deputies call for financial subsidies.

Every layer conveys the same message to integrators: communication retrofits for old residential compounds are rigid market demands driven by definitive policy momentum.

III. How to Deliver Renovation Projects? How AINOPOL Empowers Integrators for Smooth Implementation

Policies, market demand and mature technical solutions are all in place, yet integrators face practical hurdles: long project cycles, slow payment collection and highly complex on-site construction.

Many partners have suffered bad experiences with untrustworthy manufacturers in the past: end clients poached by direct factory sales, capital locked up in unsold inventory, and unresponsive technical support. They exhaust massive efforts chasing leads but end up with zero profits and wasted resources.

AINOPOL’s channel policies are precisely designed to resolve these pain points:

1. Zero forced stocking & zero advance capital outlay

No mandatory initial bulk orders, no rigid annual sales KPIs, and pure demand-based procurement. Standard orders follow cash-on-delivery rules. Partners only purchase goods when projects are confirmed, with zero capital occupancy risk. Two binding clauses are written into formal contracts: Red Line No.4 (Zero Forced Stocking) and Red Line No.5 (Cash Payment Upon Delivery).

2. Transparent bottom price & full retention of profit margins

Direct factory supply eliminates multi-level distributors including general agents and secondary resellers. Partners keep 100% of the profit spread. Red Line No.3 (Flat Tier-Free Channel Structure) guarantees the lowest unified channel price and fully transparent profit accounting.

3. Full technical backstopping by the manufacturer

The supplier undertakes all pre-sales solution design and bidding document compilation, provides on-site commissioning and technical support during project execution, and offers round-the-clock after-sales operation and maintenance. Integrators only focus on client negotiation and contract signing, with no need to build and maintain an in-house full-optical technical team.

4. Exclusive project protection to secure your client resources

Official project filing triggers immediate exclusive protection, with a strict ban on direct factory outreach to end customers. Three non-negotiable rules apply:

Red Line No.1: Permanent ban on direct end-customer engagement

Red Line No.6: Absolute exclusive project protection

Red Line No.8: Full allocation of all end-user leads sourced by the factory

All projects are registered on the official system with permanent traceable records. These core commitments are legally embedded in cooperation contracts to fully safeguard integrators’ legitimate interests.

5. Nanny-style all-round support system

Comprehensive empowerment covers online training, live webinar case studies and one-on-one project mentoring across technology, solution design, sales tactics and after-sales O&M. Even partners with zero optical networking background can quickly master the system and independently complete solution drafting.

The old community renovation market has fully opened up. With 115,000 aging residential compounds nationwide scheduled for upgrade, backed by solid policy support, proven technical feasibility and enormous market volume, full-optical network retrofits have become a sustainable revenue stream for system integrators.

For industry partners, the time to act is now rather than wait and see. Add full-optical renovation to your core business portfolio. Policy rollout will only generate more and more tender opportunities. What you need most is a reliable manufacturer partner capable of supporting complex long-cycle renovation projects end to end.

AINOPOL’s integrated package — zero stocking requirements, zero capital advances, transparent pricing, full technical outsourcing, exclusive project protection and holistic mentorship — is tailor-made for the long-duration, high-complexity old community upgrade sector.

It is absolutely the right moment to enter the full-optical network renovation market.

FAQ

Q: Does full-optical renovation cost more than traditional copper-based solutions?

A: The upfront investment may be slightly higher, yet the total cost of ownership is far more economical. Reuse of existing pipelines and wiring drastically cuts construction and material expenses. Full-optical setups require far fewer weak current rooms and consume less power, leading to continuous reductions in electricity bills and maintenance expenditure over the service lifecycle.

Q: How to run fiber cables if old communities lack reserved conduits?

A: Optical fiber is only several millimeters thick and can pass through most original narrow pipelines. Where routing is impossible, exposed trunking can be adopted with minimal wall damage, far less intrusive than copper cable laying. Large-scale demolition is unnecessary, so residents are spared the noise and dust of wall drilling.

Q: Do I need to purchase bulk inventory to undertake old community renovation projects?

A: No. AINOPOL’s Red Line No.4 (Zero Forced Stocking) explicitly prohibits mandatory inventory stocking and enforces demand-only procurement. Orders are only placed for confirmed projects with no idle stock obligations. All standard transactions follow cash-on-delivery terms with no capital advance requirements.