4-transmit 4-receive LCC48 SMD parallel transceiver module

GIGAC Technology's LCC48 series 4-transmit 4-receive SMD parallel transceiver modules, as a benchmark product matrix integrating microwave and photonics technologies in depth, are based on multi-wavelength technology and build a full-rate communication solution covering 155Mbps to 10.3125Gbps, setting a military-grade reliability benchmark in the field of high-density optical interconnection.

This series of products adopts a compact LCC48 package design and realizes efficient data transmission in multi-rate scenarios through a collaborative architecture of 4 parallel transmitting and receiving channels. Among them, the 155Mbps model can support ultra-long transmission of 1km on OM3 multimode fiber, and the 4.25Gbps model is adapted to various distance requirements, forming a complete distance-rate adaptation system. The optical fiber configuration adopts a modular design, providing multiple options such as flat fiber, round fiber, and loose fiber. Customized solutions with springs and guide pins further meet the installation needs in complex environments. The pigtail length can be precisely customized from 25mm to 1500mm through a standardized code system, with a tolerance controlled within ±5%, ensuring high-precision adaptation for system integration.

Product Features:

4-channel transmit and 4-channel receive parallel fiber optic channel

Supports single-channel transmission rates of 155Mbps, 622Mbps, 1.25Gbps, 2.5Gbps, 3.125Gbps, 4.25Gbps, 6.25Gbps, 8Gbps, and 10.3125Gbps

OM3 multimode fiber transmission distances: 100m, 300m, 500m, 1km

Options include flat fiber/circular fiber/loose fiber/with spring/with guide pin

Single 3.3V power supply

Data differential signal input/output with CML level

I2C serial data interface for communication monitoring

Compact structural design, high density and high capacity

Hand soldering

Application:

Support for high-speed data communication connections over very short distances; 
Interconnection between servers and memory arrays;
Airborne radar;
Other optical links

Ordering Information: