Procurement

PoE Switch and OLT HS Codes:
What to Put on the Invoice

A practical note on HS classification for PoE switches, OLTs, ONUs and optical splitters, why the code must match the destination customs ruling, and what to send your broker.

Guanheng Engineering Desk October 24, 2026 5 min read
Export warehouse with packed cartons

Which HS heading covers network equipment?

Network switches, routers, OLTs and ONUs are generally classified in heading 8517, which covers telephone sets, other apparatus for the transmission or reception of voice, images or other data, and parts. The common subheading for packet-switching apparatus is 8517.62. Passive optical splitters are often classified under 8536.70 (optical fibre connectors) or 8517.62 depending on the destination ruling; fibre cable is usually 8544.70.

These are starting points, not a legal classification. The destination customs authority, the product function and the way it is presented can change the code. A PoE switch with a specific function, a chassis OLT with service boards, or a splitter sold as part of an ODF kit may be classified differently.

ProductCommon headingNote
PoE switch8517.62Packet-switching apparatus
OLT / ONU / ONT8517.62Network access equipment
Optical splitter8536.70 or 8517.62Depends on the ruling and presentation
Fibre cable8544.70Optical fibre cables
Patch panel / ODF8536.70 or 8538.90Depends on the item
SFP transceiver8517.62 or 8544.70Depends on the ruling

Confirm the code with a licensed customs broker in the destination country before issuing the commercial invoice.

Why does the destination ruling matter?

The same product can be classified differently in different countries, and the duty rate follows the local tariff schedule. A code that clears in one market may attract a different rate or an additional licence in another. The invoice must use the code the destination accepts, not the code from the supplier’s export declaration.

Ask the buyer or the broker for the destination ruling before the order. If there is no ruling, the broker can apply for one. Do not guess a code to make the invoice look complete.

What documents should accompany the shipment?

A commercial invoice with the product description, model, quantity, unit value, origin, HS code and Incoterm; a packing list; the bill of lading or airway bill; and any certificate of origin or conformity required by the destination. For telecom equipment, some markets also ask for a type approval or import licence.

The product description should be specific enough to match the code: “Gigabit Ethernet PoE switch, 24 ports, 802.3at, managed” is better than “network equipment.” A vague description invites a inspection or a reclassification.

  • Commercial invoice with code and description.
  • Packing list with weights and dimensions.
  • Bill of lading / airway bill.
  • Certificate of origin if required.
  • Type approval / import licence if required.
DocumentIssued byKey fields
Commercial invoiceSupplierDescription, model, quantity, value, origin, HS code, Incoterm
Packing listSupplierCartons, weights, dimensions
B/L or AWBForwarderShipper, consignee, port of loading and discharge
Certificate of originChamber / authorityOrigin criteria and consignee
Type approval / import licenceImporter / regulatorProduct and destination
Customs rulingBroker / authorityDestination code and product description

The invoice description must match the code; “network equipment” is too vague for customs.

How do I estimate the landed cost?

Landed cost = FOB or CIF value + duty + VAT/GST + clearance + inland freight + bank charges. The duty rate depends on the HS code and the origin; the VAT/GST rate depends on the destination. Do not quote a customer a landed cost from the supplier’s FOB price alone.

For a project, ask the broker for a landed-cost estimate per HS line. A 5% duty difference on a container of switches is material; a wrong code discovered at the port is worse than a slightly higher freight quote.

What should the supplier put on the documents?

The supplier should provide the product description, model, quantity, unit value, origin, HS code and Incoterm, and should not under-declare the value or split the shipment to avoid duty. Those practices create a customs risk for the importer and can invalidate the warranty or the import licence.

If the buyer has a ruling, send it to the supplier before the invoice is issued. If the supplier proposes a different code, ask for the reasoning and confirm it with the broker.

Use this on a real site

Send the endpoint count, the longest run, the mains condition and the load. We will apply this calculation to your project and return the optical/power budget with the bill of materials.

Article FAQ

What questions does this guide usually raise?

If your question is not here, send the site details and we will answer with the calculation, not a brochure.

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What HS code is used for a PoE switch?

Commonly 8517.62 for packet-switching apparatus. The destination ruling controls; confirm with a licensed broker before the invoice.

What HS code is used for a GPON OLT?

Usually 8517.62 as network access equipment. Some destinations may classify it differently; ask the broker for a ruling.

Is a fibre splitter 8536.70 or 8517.62?

It depends on the destination and the presentation. 8536.70 covers optical fibre connectors; 8517.62 covers network apparatus. Get a ruling for the specific item.

Can the supplier choose the code?

The supplier can propose one, but the importer is responsible for the declaration. Confirm the code with the destination broker and send the ruling to the supplier before the invoice.

Does the HS code affect the warranty?

Not directly, but an incorrect declaration can cause customs delays, penalties or seizure, which may affect the delivery and the commercial terms. Keep the invoice and the ruling consistent.

Can I split a shipment to reduce duty?

Splitting a shipment to avoid duty is a customs risk and may be illegal. Declare the full value and use the correct code; a broker can advise on legal duty optimisation.

Equipment in this design

The parts this guide refers to.

01Stack of managed PoE switches with RJ45 and SFP+ uplinks

PoE switching · managed & unmanaged

PoE Switches

8 to 48 PoE ports, with 10G and 100G uplinks.

PoE switch families from compact 4–8 port units to 48-port Layer 3 switches with 100G uplinks. IEEE 802.3af/at power, VLAN and IGMP isolation, and a 100 m copper limit that decides where the fibre has to take over.

Ports
4 – 48 × GE PoE
Uplinks
GE / 10G / 100G
Power
802.3af / at
Distance
100 m copper

Best for CCTV & Surveillance Power · Parking Lot Camera System · Perimeter Security Power

View specifications
02GPON OLT with multiple PON ports and SFP uplinks

PON access · OLT

GPON OLT

From a 1-PON gateway to a 112-PON headend.

GPON OLT platforms for FTTH, campus and hotel access: 2.5 Gbps downstream and 1.25 Gbps upstream, 1:64 split per PON port and 20 km reach on Class B+ optics. Configurations run from a compact 1-PON gateway with built-in AC to a chassis with up to 112 PON ports.

Line rate
2.5 Gbps ↓ / 1.25 Gbps ↑
Max split
1:64 per PON port
Reach
20 km, Class B+
PON ports
1 – 112

Best for FTTH Access Network · Campus Fibre Network · Outdoor Wireless Coverage

View specifications
03XPON ONT with four GE ports, Wi-Fi 6 antennas and USB

PON access · ONU / ONT

GPON / XPON ONU & ONT

From a 1-GE bridge to a 4-GE Wi-Fi 6 gateway.

XPON ONU and ONT options for FTTH, hotel rooms, offices and outdoor cabinets: 1, 2 or 4 GE ports, Wi-Fi 4/5/6, CATV and POTS options, and 10G PON models. All units are SC single-mode, 20 km, EPON/GPON dual-mode where the model supports it.

PON
XPON, EPON/GPON
User ports
1 – 4 × GE
Wi-Fi
Wi-Fi 4 / 5 / 6
Reach
20 km

Best for FTTH Access Network · Campus Fibre Network · Outdoor Wireless Coverage

View specifications
04Fiber distribution box with PLC splitters and SC adapters

PON access · ODN

Fiber Optic Splitter (PLC)

1×2 to 1×64, SC/UPC or SC/APC.

Planar lightwave circuit splitters from 1×2 to 1×64 for PON ODN construction. Typical insertion loss runs from 3.6 dB at 1×2 to 20.5 dB at 1×64; each batch ships with test data and the connector polish you specify.

Ratios
1×2 – 1×64
Wavelength
1260 – 1650 nm
Insertion loss
3.6 – 20.5 dB
Connector
SC/UPC / SC/APC

Best for FTTH Access Network · Campus Fibre Network · CCTV & Surveillance Power

View specifications

Next step

Turn this guide into a bill of materials.

We apply the same calculation to your site and return the split ratio, the PoE/PoF load and the assumptions used.

No obligation. The plan states its assumptions so your engineer can check it.