About Optfocus International Co., Ltd. - Telecommunication Infrastructure/Equipments Supplier in Cocos (Keeling) Islands

Cocos (Keeling) Islands‑based Optfocus International Co., Ltd. lists five active products in the telecommunication infrastructure equipment segment. The catalogue focuses on Ethernet‑to‑fiber media converters that support 10/100/1000 Mbps data rates, covering both multimode and single‑mode fiber options as well as a rack‑mount chassis with fourteen slots. Each entry is identified by its functional description rather than model numbers, reflecting a narrow but specific product set for network link conversion. The supplier is classified as an imported tier with a harbor trust tier, indicating that it sources its goods for re‑export rather than manufacturing them locally.

The five listed items include two generic 10/100/1000 Mbps Ethernet fiber media converters, a 10/100/1000 Mbps gigabyte optical fiber media converter, a single‑mode fiber converter, and a fourteen‑slot rack‑mount media converter. While the facts do not provide HS codes, media converters typically fall under HS chapter 85, sub‑heading 8517.62 for telecommunication equipment. Optfocus’s catalogue therefore targets buyers needing Ethernet‑to‑fiber link solutions for data‑center interconnects, enterprise LAN extensions, and telecom back‑haul applications.

Product Range and Specialties of Optfocus International Co., Ltd.

The product list comprises Ethernet‑to‑fiber media converters covering 10 Mbps, 100 Mbps and 1 Gbps speeds. In the telecom market, such converters usually conform to IEEE 802.3u (Fast Ethernet), 802.3ab (Gigabit Ethernet over copper) and 802.3z (Gigabit Ethernet over fiber) standards, and they accept SFP or SFP+ transceiver modules that meet industry‑defined optical specifications such as ITU‑G.652 single‑mode fiber or IEC‑60793 multimode fiber. Rack‑mount units with fourteen slots are commonly designed for dense‑deployment environments, offering hot‑swap capability and power redundancy. Typical environmental ratings include operating temperatures from - 40 °C to +70 °C, power consumption under 5 W per unit, and compliance with IEC 60950‑1 for safety.

Buyers often request additional data such as insertion loss (≤ 1 dB), return loss (≥ 20 dB), and latency (≤ 100 ns) to verify performance. The converters may be supplied in anti‑static packaging, with optional accessories like fiber patch cords and mounting brackets.

Trade and Export Information - Optfocus International Co., Ltd.

Exporters of Ethernet‑to‑fiber media converters from small island jurisdictions like the Cocos (Keeling) Islands usually route shipments through nearby Australian ports, using 20‑foot or 40‑foot containers under FOB or CIF terms. The primary import markets for these devices are Asia‑Pacific telecom operators, European data‑center providers, and Middle‑East carriers, all of which reference HS code 8517.62 for customs classification. Buyers in these regions typically require CE marking for European Union entry, FCC certification for the United States, and RoHS compliance to meet environmental regulations. Many suppliers also hold ISO 9001 quality‑management certification, which is frequently requested during the due‑diligence phase.

In addition to the standard certifications, telecom equipment may be subject to type‑approval procedures such as the Chinese SRRC or the Japanese TELEC, depending on the destination. Packaging standards often call for moisture‑resistant cartons with inner anti‑static bags, and the goods are usually shipped on pallets to facilitate handling at bulk terminals.

Sourcing from Optfocus International Co., Ltd. - Buyer Guidance

When sourcing media converters from Optfocus International, buyers should obtain a conformity test report that references the relevant IEEE standards and the CE/FCC/RoHS certifications mentioned above. Requesting a sample unit for functional testing - checking parameters such as optical power budget, Ethernet throughput, and latency - helps verify that the supplier’s specifications match industry expectations. Verify the warranty terms, firmware update policy, and after‑sales support documentation before confirming a purchase order.

It is also advisable to confirm the packaging details (anti‑static bag, double‑wall carton, pallet dimensions) and the planned Incoterm, as these affect logistics costs and risk allocation. For larger orders, buyers often ask for a pre‑shipment inspection conducted by a third‑party agency to ensure compliance with the declared specifications and certifications.

What Ethernet speeds are supported by the media converters listed by Optfocus?

The catalogue includes converters that support 10 Mbps, 100 Mbps and 1 Gbps Ethernet speeds, covering both Fast Ethernet and Gigabit Ethernet link requirements.

Are the converters compatible with single‑mode and multimode fiber?

Yes. One product is described as a single‑mode fiber converter, while the other Ethernet‑to‑fiber items are typically offered for multimode fiber applications, matching standard ITU‑G.652 and IEC‑60793 specifications.

Which HS code is normally used for these devices in customs declarations?

Media converters of this type are generally classified under HS chapter 85, sub‑heading 8517.62, which covers telecommunication equipment for data transmission.

What certifications should a buyer request before purchasing?

Buyers should request CE marking for EU markets, FCC certification for the US, RoHS compliance for hazardous substance limits, and any applicable ISO 9001 quality‑management certification.

What typical packaging is used for shipping these converters?

Standard practice is to place each unit in an anti‑static bag, then pack them in double‑wall cardboard boxes, which are stacked on pallets for container loading.

What are common lead times for orders from this supplier?

Lead times for telecom equipment of this size usually range from 2 to 4 weeks, depending on order volume and any required custom firmware or certification documentation.

How can a buyer verify the performance of a sample unit?

A buyer can test insertion loss (≤ 1 dB), return loss (≥ 20 dB), Ethernet throughput, and latency (≤ 100 ns) using standard test equipment to ensure the sample meets industry specifications.