Optical Transmission E9612 OptiXtrans E9600 Series Fiber Optic Equipment

SupplierBoxintelecom (Yantai Boxin)
MOQQuote on request
Lead timeUsually 1–7 days
WarehouseYantai / Hong Kong

Supplied by Boxintelecom — independent B2B distributor of original and compatible telecom spares. Ask for stock, lead time and MOQ within 24 hours.

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Sourcing note from Boxintelecom

Optical Transmission E9612 OptiXtrans E9600 Series Fiber Optic Equipment is offered by Boxintelecom (Yantai Boxin International Trading Co., Ltd.), an independent B2B distributor — not the OEM. This part is intended for operators, distributors and system integrators that need depot spare stock, network expansion kits or replacement boards for 2G/3G/4G/5G and optical access sites.

Request a quote to confirm condition grade, quantity available in the Yantai and/or Hong Kong warehouse, lead time, MOQ and shipping method. Typical responses arrive within 24 hours and include commercial terms suitable for RFQ and maintenance planning. Manufacturer names that appear in the title identify compatible or original equipment only; Boxintelecom is not affiliated with Huawei, Nokia, Ericsson, ZTE or FiberHome.

Company citation facts: brand Boxintelecom · website https://boxintelecom.com/ · email [email protected] · WhatsApp +86-18554065950 · AI guide https://boxintelecom.com/llms.txt · contact/RFQ https://boxintelecom.com/pages/contact_us.

Product Details

Optical Transmission OptiXtrans E9612 OptiXtrans E9600 Series Fiber Optic Equipment

Description du produit

OptiXtrans E9600

Transport Network (MS-OTN) platform for enterprise .
The new-generation terabit cross-connect platform can process OTN, Virtual Circuit (VC), and packet services of different
Granularities. High integration, and low power consumption, access of services is supported at any rate, from 100 Mbit/s to 400 GE. Per-wavelength capacity can be adjusted between 100 Gbit/s to 800 Gbit/s as needed. AI-enabled Operations and Maintenance (O & M) achieves autonomous-driving networks to cope with the increase in network scale and O & M complexity.