UST 100BASE-FX SFP Transceiver for Cisco (12-Pack) – GLC-3750V2-FX12= TAA Compliant

$252.00

SKU: GLC-3750V2-FX12-US Categories: , , OEM Equivalent: Cisco GLC-3750V2-FX12UST Part Number: GLC-3750V2-FX12-US

The US Transceivers compatible GLC-3750V2-FX12 is a 12-pack of 100BASE-FX SFP transceivers designed for fast Ethernet fiber deployments. Each module operates at 100 Mbps over multimode fiber using an 1310 nm laser source, supporting link distances up to 2 km. These compact SFP form factor modules are fully compatible with Cisco Catalyst 3750V2 series switches and other platforms accepting industry-standard 100BASE-FX SFP interfaces.

Each transceiver in this bundle features an LC Duplex connector interface and leverages an MLM (multilongitudinal mode) laser transmitter for reliable, low-latency fiber connectivity. The 12-pack configuration makes this an efficient and cost-effective solution for large-scale deployments requiring multiple fiber uplinks. All modules are TAA compliant, meeting Trade Agreements Act requirements for government and public sector procurement.

US Transceivers compatible GLC-3750V2-FX12 modules are manufactured to meet IEEE 802.3 and SFP MSA standards, ensuring drop-in compatibility and consistent optical performance across enterprise and campus network environments.

Form Factor

SFP

Connector Type

LC Duplex

Fiber Type

Multimode Fiber (MMF), 50/125 um or 62.5/125 um

Transmitter Type

MLM (Multilongitudinal Mode) Laser (VCSEL)

Receiver Type

PIN Photodetector

Transmitter Power

-20 dBm min to -14 dBm max

Receiver Sensitivity

-31 dBm max

Extinction Ratio

9 dB min

Receiver Overload

-14 dBm

Max Power Consumption

1.0 W

DDM/DOM

Not Supported

Operating Temperature

0 to 70 deg C

Storage Temperature

-40 to 85 deg C

Compliance/Standards

IEEE 802.3u 100BASE-FX, SFP MSA, RoHS, CE, REACH, TAA Compliant

Application

Enterprise LAN Access Layer, Campus Network Fiber Uplinks, Government and Public Sector Networks, Catalyst Switch Fiber Connectivity

Data Rate

Type

Wavelength

Distance