Lxt384be B1

The phrase 'lxt384be b1' refers to a specialized networking integrated circuit (IC) primarily used in telecommunications infrastructure. It is an Octal T1/E1/J1 Line Interface Unit (LIU) originally designed by LevelOne Communications and subsequently branded by Intel following their acquisition of LevelOne Ic-ComponentsDigi-Electronics.

Product Insights

The LXT384BE B1 acts as a physical layer transceiver (PHY) that enables high-speed data transmission over legacy copper networking lines Ic-Components.

• Core Functionality: It supports standard telecommunications interfaces, including T1 (1.544 Mbps, used in North America/Japan), E1 (2.048 Mbps, used internationally), and J1 (Japan) Ic-Components.
• Revision 'B1': This suffix denotes a specific silicon revision or "stepping." For industrial and telecommunications equipment, maintaining exact revision levels is critical for hardware timing and firmware stability Ic-Components.
• Form Factor: Encapsulated in a PBGA-160 (Plastic Ball Grid Array) package, designed for high-density interconnections on networking motherboards Lightcom.

Market Trends & Status

The market for the LXT384BE B1 is currently defined by its transition to a legacy/EOL (End-of-Life) status Win-SourceWin-Source.

• Scarcity and Pricing: As an EOL component, it is no longer in mass production for new designs but remains critical for the maintenance and repair of existing infrastructure. Current market prices are approximately $21.30 per unit for new original stock, with inventory levels in the secondary market estimated at around 1,600–6,600 pieces across major specialized distributors Ic-ComponentsIc-Components.
• Inverted Demand: Similar to other legacy technologies like DDR4 memory, certain networking chips are experiencing "price inversions" where their cost remains stable or increases due to the high replacement cost of the systems they support Accio.
• Primary Applications: Its use is now concentrated in central office switches, cellular base stations, and industrial gateways that still rely on T1/E1 backhaul connectivity Ic-Components.