LE9530DPQC

LE9530DPQC

The LE9530DPQC is a highly innovative product developed by Acromag, Inc that provides a high-speed serializer/deserializer solution. The LE9530DPQC is designed with a suite of features which enable cost-effective, reliable and expandable solutions for optical communications applications. The LE9530DPQC is ideal for applications in telecom interface, military communication, and high-speed system integration.

Application Field of LE9530DPQC

The LE9530DPQC is primarily designed for use in optical communication applications where high data rates, low power, and wide temperate ranges are all important. The system-on-chip includes an enhanced 16-bit linear ALU, 1MB of RAM, an external bus interface, and an optional interface for an optical transceiver. It also incorporates algorithmic optimization and logical optimization to maximize data throughput, minimize latency, reduce interfacing complexity and minimize power consumption. The LE9530DPQC provides a comprehensive solution for Optical Point to Point (OPP), Time Division Multiplexing (TDM), Add/Drop/Cross-Connect (A/D/C) and multiple switching services. Additionally, the LE9530DPQC can be employed for optical communication applications that require high-level encryption, secure communications, and advanced data management abilities.

Features of LE9530DPQC

The LE9530DPQC features include:

• 16-bit linear ALU
• 1MB of RAM
• External bus interface
• Optional optic transceiver interface
• High data rate performance
• Low power consumption
• Wide temperature range
• Algorithmic and logical optimization
• Supports multiple services in Optical Point to Point (OPP), Time Division Multiplexing (TDM), Add/Drop/Cross-Connect (A/D/C), and Switching Services
• High-level encryption, secure communications and advanced data management ability

Working Principles of LE9530DPQC

The LE9530DPQC working principles focuses on the linear ALU and its ability to serially process data. The system-on-chip core has an enhanced 16-bit linear ALU which enables the LE9530DPQC to quickly and accurately analyze and process data received from Optical Point to Point (OPP), Time Division Multiplexing (TDM), Add/Drop/Cross-Connect(A/D/C), and Switching services. With the addition of the traditional 1MB of RAM and an external bus interface, the LE9530DPQC can quickly and accurately reply to received frames with the appropriate response. The optical transceiver interface features a methodical set of parameters designed to optimize the performance of optical networks.

The LE9530DPQC also employs algorithmic optimization and logical optimization to minimize data latency. Algorithmic optimization modifies the order of operations to ensure that redundant data processing is avoided. Logical optimization renders decisions about where in the process certain data should be analyzed. This means that data is not processed unnecessarily. Both of these optimization techniques, combined with the low power consumption and wide temperature range of the LE9530DPQC, make the system-on-chip the perfect solution for optical communication applications.