Full upgrade from Gigabit to 10G! XGVOLT64 lowers the barrier to enter all-optical networking, enabling even novice weak-current engineers to get started with zero technical threshold.

AINOPOL – Provider of All-Optical Converged Solutions

Traditional all-optical networks require CLI command-line debugging for OLT devices. The XGVOLT series adopts an SFP+ modular design with plug-and-play capability, turning ordinary data communication devices into optical devices in seconds — even novice weak-current engineers can get started quickly.

Passive Optical Network (POL) has become the mainstream networking choice for campuses, hotels, office buildings and other scenarios. However, the CLI command-line configuration required by traditional OLT devices discourages numerous weak-current engineering contractors.

The AINOPOL XGVOLT64 adopts SFP+ encapsulation. It can be directly inserted into ordinary switches or routers equipped with 10G SFP+ ports, with no need for a dedicated chassis. Featuring plug-and-play and automatic ONU registration, it supports full VLAN transparent transmission at the underlying protocol level. This article analyzes how the XGVOLT64 helps weak-current integrators quickly enter the all-optical network market with zero technical barriers.

Enable Novice Weak-Current Engineers to Enter All-Optical Networking with Zero CLI Operations

The penetration rate of POL all-optical networks keeps rising year by year in campuses, hotels and office buildings. Still, many weak-current contractors remain confined to traditional copper cable projects due to the high professional technical barriers of optical networking.

Traditional OLT devices require engineers to input dozens of CLI commands one by one through serial ports or network management platforms, resulting in a steep learning curve and prolonged project construction cycles.

The XGVOLT64 is designed precisely to break this "optical technology threshold barrier". It allows integrators familiar with conventional data switching equipment to deliver standard all-optical network solutions based on their existing professional knowledge.

Three Major Technical Barriers for Novice Weak-Current Engineers Entering the All-Optical Network Industry

How XGVOLT64 Achieves Weak-Current-Friendly Design

Core Product Parameters

Core Design 1: Plug-and-Play, Turn an Ordinary Switch into an OLT in Seconds

The XGVOLT64 adopts SFP+ encapsulation with a compact size, and can be directly inserted into any switch, router or firewall equipped with a 10G SFP+ optical port.

After power-on, the module automatically completes rate negotiation without any CLI commands required, turning instantly into a fully functional XGPON OLT central office unit.

Weak-current integrators do not need to purchase a dedicated OLT chassis. They can quickly build a single-PON port 10G all-optical network by using their existing core data switches. When more terminals are needed later, simply add extra XGVOLT64 modules to other SFP+ ports on the same switch for straightforward capacity expansion.

Core Design 2: Automatic ONU Registration, No Manual Serial Number Entry Required

With traditional OLT deployment, engineers have to record each ONU serial number one by one and manually bind service flows on the OLT backend. The workload becomes enormous when the number of ONUs exceeds one hundred.

The XGVOLT64 supports automatic terminal registration: once the optical modem is powered on and connected to optical fiber, the XGVOLT64 module actively identifies the ONU serial number and completes registration automatically. The ONU indicator light turns from blinking to steady on to indicate online status. The whole process requires no manual intervention.

Core Design 3: Full VLAN Transparent Transmission, No Need to Learn Dedicated PON VLAN Mapping

The XGVOLT64 module forwards all VLAN tags by default. Integrators do not need to handle complicated VLAN mapping and service flow configuration.

They only need to follow traditional Ethernet VLAN division on the core switch — for example, assigning VLAN 100 to office networks and VLAN 200 to guest Wi-Fi. Traffic passes smoothly after binding corresponding VLANs to designated ports on ONU terminals.

Core Design 4: Standard XGPON Protocol, Wide Compatibility with Optical Modems

The XGVOLT64 features excellent interoperability with optical modem terminals from mainstream manufacturers such as ZTE, FiberHome and Huawei, with over 95% compatibility for HGU-type devices. Weak-current integrators are never locked into a single brand ecosystem.

Against the national macro background of upgrading from Dual Gigabit to Dual 10G, 10G all-optical networks have become essential infrastructure for smart hotels, industrial parks and office buildings.

In 2026, the MIIT officially announced that 136 pilot projects have completed 10G optical network trials, accelerating the implementation of key technologies such as FTTR (Fiber to the Room).

XGVOLT64 allows weak-current integrators to bypass the high cost and complex configuration of traditional OLT devices. With just one module, they can easily undertake all-optical network projects.

FAQ

Q: Must XGVOLT64 be inserted into a 10G optical port?A: A 10G SFP+ port is required, which has become a standard interface on most enterprise-grade switches.

Q: After inserting the XGVOLT64 into a switch, can the switch’s other electrical ports still work normally?A: Yes. The XGVOLT64 occupies only one SFP+ port, converting it into a PON port. All other electrical and optical ports remain available as regular switch ports with no mutual interference.

Q: Which brands of ONU does XGVOLT64 support? Will purchased devices fail to work?A: Most ONUs complying with the standard XGPON protocol are compatible, including mainstream brands like ZTE, FiberHome and Huawei. It is recommended to obtain the official compatibility list before procurement.

In accordance with the MIIT Notice on Launching 10G Optical Network Pilot Work, technologies such as 50G-PON and FTTR have been listed as key pilot directions.The industry standard YD/T 6442-2025 clarifies the technical requirements for the design and management of Fiber to the Room (FTTR) networks.

The AINOPOL XGVOLT64 by WisOptics has been deployed in multiple regions nationwide, helping integrators capture policy dividends.Adopting XGVOLT64 to build all-optical networks is a reliable way for weak-current integrators to enter the markets of Passive Optical Network (POL), FTTR and fiber-optic networking.