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LCC 64pin Mini Transceiver
LCC 64pin Mini Transceiver is a miniature optical transceiver module in a 64-pin LCC (Leadless Chip Carrier) package. Its core feature is the provision of asymmetric channel configurations, supporting either an 8Tx + 4Rx or a 4Tx + 8Rx mode. This flexibility allows for selection based on the specific uplink and downlink bandwidth requirements of the actual application.
LCC 64pin Mini Transceiver module operates at 3.3V and features a wide operating temperature range from -55℃ to 85℃, ensuring reliable performance in harsh environments. It supports data transmission rates from 1 Gbps to 10.3125 Gbps.
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  • Product Details

    LCC 64pin Mini Transceiver for Flexible High-Density Optical I/O

    The LCC 64pin Mini Transceiver is a compact optical transceiver module using a 64-pin LCC (Leadless Chip Carrier) package with flexible asymmetric channel configurations of 8Tx+4Rx or 4Tx+8Rx. It supports multi-rate operation from 1Gbps to 10.3125Gbps, 3.3V operation, and wide case temperature ranges for demanding system environments. With a 12-channel MT connector, customizable pigtail length, and optional 850nm multimode optics supporting up to 100m over MMF, it provides a compact solution for high-speed optical I/O applications.

    Key Features

    Flexible 8Tx+4Rx or 4Tx+8Rx

    The asymmetric channel architecture allows the module to be configured according to different transmit and receive bandwidth requirements.

    Multi-Rate Operation

    Each channel supports data rates from 1Gbps to 10.3125Gbps for flexible high-speed optical I/O applications.

    Compact LCC 64pin Package

    The 64-pin LCC mini form factor provides high-density board-level integration while minimizing the space required for optical I/O components.

    12-Channel MT Interface

    The 12-channel MT connector consolidates multiple fiber connections into a compact optical interface with customizable pigtail lengths.

    850nm Multimode Optics

    Optional 850nm multimode lasers and receivers support short-distance optical transmission over multimode fiber up to 100m.

    Wide Temperature Range

    Available case operating temperature ranges include -55°C to 85°C, -40°C to 85°C, and 0°C to 70°C for different system requirements.

    Product Specifications

    Package

    LCC 64pin Mini

    Working Formation

    8Tx+4Rx or 4Tx+8Rx

    Data Rate

    1Gbps to 10.3125Gbps per channel, multi-rate

    Operating Voltage

    3.3V

    Wavelength

    850nm

    Optical Interface

    12-channel MT connector with customizable pigtail length

    Fiber Type

    Multimode fiber (MMF)

    Reach Distance

    Up to 100m over MMF

    Operating Temperature

    -55°C to 85°C, -40°C to 85°C, or 0°C to 70°C

    Asymmetric Optical Channel Architecture

    8Tx+4Rx Configuration

    The 8Tx+4Rx configuration provides higher transmit channel density for systems with greater upstream or transmit-side bandwidth requirements.

    4Tx+8Rx Configuration

    The 4Tx+8Rx configuration increases receive channel capacity for applications requiring greater downstream or receive-side bandwidth.

    High-Density Optical I/O

    The multi-channel architecture combines multiple optical transmit and receive paths within a compact LCC package for efficient system integration.

    Customizable Fiber Interface

    The 12-channel MT connector and customizable pigtail length provide flexibility for different board layouts and fiber cabling requirements.

    Applications

    Data Center Interconnects

    Provides compact parallel optical connectivity for high-speed connections between data center equipment and system boards.

    High-Performance Computing

    The flexible asymmetric channel configuration supports high-throughput optical communication between computing, processing, and networking systems.

    High-Speed I/O Systems

    Designed for equipment requiring multiple optical transmit and receive channels within a compact board-level architecture.

    Short-Reach MMF Applications

    The optional 850nm multimode configuration supports transmission up to 100m over MMF for short-distance optical system interconnects.

    Why Choose the LCC 64pin Mini Transceiver

    The LCC 64pin Mini Transceiver combines flexible 8Tx+4Rx or 4Tx+8Rx channel configurations, multi-rate operation up to 10.3125Gbps per channel, compact LCC integration, and high-density 12-channel MT connectivity. Its asymmetric architecture allows optical I/O resources to be matched to different transmit and receive bandwidth requirements, while optional 850nm MMF optics provide a practical short-reach solution up to 100m.

    FAQ

    Q1. What channel configurations does the LCC 64pin Mini Transceiver support?

    The module supports either 8Tx+4Rx or 4Tx+8Rx configurations to accommodate different transmit and receive bandwidth requirements.

    Q2. What data rates does the LCC 64pin Mini Transceiver support?

    Each channel supports multi-rate operation from 1Gbps to 10.3125Gbps.

    Q3. What optical interface does the module use?

    The transceiver uses a 12-channel MT connector with customizable pigtail length.

    Q4. What wavelength and fiber type are available?

    The available optical configuration uses 850nm multimode lasers and receivers for short-distance MMF applications.

    Q5. What is the maximum transmission distance?

    The 850nm multimode configuration supports transmission distances of up to 100m over multimode fiber.

    LCC 64pin Mini Transceiver

    Designed for high-density optical I/O, the LCC 64pin Mini Transceiver combines asymmetric 8Tx+4Rx or 4Tx+8Rx channel configurations, multi-rate operation up to 10.3125Gbps per channel, 12-channel MT connectivity, and compact LCC integration for short-reach multimode fiber applications.

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    Please contact us to download the certification certificate.

    Quality certification

    Please Note: Installing a third party transceiver does not void your network equipment warranty. Network equipment manufacturers all have guidelines stating that warranty support on their products will not be affected.


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