Optic.ca NGQ100G-AO10M-OC — 100G QSFP28 Active Optical Cable, NETGEAR Certified
The Optic.ca NGQ100G-AO10M-OC is a 100GBASE-QSFP28 Active Optical Cable (AOC) engineered for high-density, high-speed data centre and enterprise networking environments. At 10 metres, it bridges NETGEAR switches and compatible 100G QSFP28 ports with full optical signal integrity while consuming no more rack power than a passive copper DAC. Coded in-house by Optic.ca for 100% NETGEAR certification, it delivers OEM-level interoperability and reliability at a fraction of the OEM price. With built-in DDM, network administrators gain real-time visibility into cable performance — simplifying fault diagnosis and preventive maintenance. Backed by Optic.ca's manufacturing defect warranty on the cable assembly and a lifetime warranty on the transceiver side, this AOC is an efficient, budget-conscious choice for 100G spine-to-leaf and inter-switch fabric deployments.
100% NETGEAR Certified Compatibility
This AOC has been coded in-house by Optic.ca specifically for NETGEAR platforms, meaning the switch recognises it as an authorised cable — no false compatibility alarms, no manual overrides, no risk of firmware updates flagging it as unsupported. In practice, this translates to zero-friction installation: insert, lock, and the link comes up at full 100 Gbps. For environments running NETGEAR M4300, M4500, or similar 100G-capable switches, this is the critical assurance that field deployment stays on schedule and support calls stay off the agenda.
Built-in DDM for Real-Time Monitoring
Digital Diagnostic Monitoring (DDM) is embedded directly in the cable's QSFP28 transceivers, exposing live metrics — optical Tx/Rx power, temperature, and voltage — through the switch's management interface. This matters in practice because network teams can spot a degrading link before it causes a dropped session, and can pinpoint which end of a cable is the problem without pulling the cable entirely. In high-density racks where tracing a single failing link would otherwise mean physical inspection across multiple patch panels, DDM turns a time-consuming fault hunt into a five-second software query.
Active Optical Design Reaches 10 Metres
Passive copper (DAC) twinax cables max out at around 5 metres before signal integrity degrades — making them unsuitable for cross-rack or longer inter-switch runs. This active optical cable uses embedded optical engines at both ends to retransmit the signal cleanly over fibre, extending the reliable reach to 10 metres without any external retimer or media converter. The result is a single, simple cable that covers the distance most data centre spine-to-leaf and inter-rack scenarios demand, avoiding the cost and complexity of adding active repeater hardware mid-path.
OEM-Level Reliability, Warranty-Backed
Optic.ca DACs and AOCs are manufactured to meet or exceed Tier 1 MTBF standards, using premium materials and strict quality control. The cable assembly carries a manufacturing defect warranty, and the transceiver components are covered by Optic.ca's lifetime warranty — giving the end user long-term protection against premature failure. For mission-critical links where an unexpected cable failure means downtime, this warranty structure reduces financial risk and simplifies the replacement process, since Optic.ca handles support directly rather than routing through an OEM's multi-tier support chain.
