SFP-10GSRLC-T-BCC | Moxa Compatible 10GB Multi-Mode 300m (10GBASE-SR)

Q: Will this work in place of the Moxa SFP-10GSRLC-T?
A: Yes. The SFP-10GSRLC-T-BCC is electrically and mechanically identical to the Moxa SFP-10GSRLC-T. It conforms to the same IEEE 802.3ae 10GBASE-SR standard, uses the same SFP+ form factor, operates at the same 850nm wavelength, and supports the same multimode fibre types and reach distances. This module is plug-and-play compatible with Moxa switches and networking equipment with SFP+ ports expecting a 10GBASE-SR transceiver.

Q: Which Moxa platforms does this module support?
A: This module works in any Moxa switch, router, or networking device with an SFP+ port that supports 10GBASE-SR transceivers. The extended temperature variant is designed for use with Moxa industrial Ethernet platforms that require -40 to 85 degrees C operation. Compatibility depends on the host device supporting SFP+ MSA-compliant modules with 10 Gbps Ethernet capability over multimode fibre at 850nm wavelength.

Q: What multimode fibre grade is required to reach 300m?
A: To achieve 300m transmission distance, you must use OM3 multimode fibre with 2000 MHzkm modal bandwidth. OM4 fibre extends reach to 400m. Lower-grade OM2 fibre limits reach to 82m, and legacy OM1 fibre supports only 33m. Actual achievable distance also depends on connector loss, splice loss, and total link optical budget. The duplex LC interface requires separate transmit and receive fibres.

Q: How do I access DOM monitoring data from this transceiver?
A: DOM parameters are accessed via the I2C interface defined in SFF-8472 using address A2h. Most network operating systems expose these values through CLI commands or SNMP MIBs. You can monitor real-time optical transmit power, optical receive power, module temperature, laser bias current, and supply voltage. DOM thresholds and alarm flags are also available. Your Moxa platform documentation describes the specific commands or interface for reading SFP+ diagnostic data.

Q: Can this module operate outside the -40 to 85 degrees C range during brief temperature excursions?
A: No. The -40 to 85 degrees C specification is the continuous operating temperature range. Operating the module outside this range may cause link errors, reduced optical power, or transceiver shutdown. For temporary non-operating conditions, the module can withstand storage temperatures from -40 to 85 degrees C. If your application experiences temperature excursions beyond the operating spec, the module should be powered down or the environment controlled to remain within the rated range.