The LSI digital signal processor family today offers industry-leading signal processing performance while maintaining high software code density, low power consumption and small size.
DSP16000
The DSP16000 is a 16-bit fixed-point DSP core, a building block used in the design of DSP16xxx devices. The DSP16000 architecture achieves extremely high signal encoding algorithm performance. This high-performance architecture, combined with an effective design implementation, helps deliver wireless and multimedia application solutions that are extremely low cost and consume very little power. Unified storage space and enhanced task management capabilities not only increase product flexibility, but also make it easy to use.
DSP16410
The DSP16410 is a 16-bit fixed-point signal processor that uses an architecture and instruction set optimized for communications infrastructure applications. The DSP16410 not only integrates two DSP16000 dual MAC DSP cores, but also features enhanced direct memory access (DMA) and I/O peripheral sharing to reduce footprint and power consumption. Large on-chip RAM memory and high-performance peripherals enable the device to efficiently perform a variety of signal processing functions including equalization, channel coding, echo cancellation, and speech coding.
DSP16410B
The DSP16410B is a 16-bit fixed-point digital signal processor that uses an architecture and instruction set optimized for communications infrastructure applications. The DSP 16410B not only integrates two DSP16000 dual MAC DSP cores, but also features enhanced direct memory access (DMA) and I/O peripheral sharing to reduce footprint and power consumption. Large on-chip RAM memory and high-performance peripherals enable the device to efficiently perform a variety of signal processing functions including equalization, channel coding, echo cancellation, and speech coding.
DSP16410C
The DSP16410CG, also known as the DSP16410C, is a digital signal processor (DSP) optimized for communications infrastructure applications. The large on-chip RAM memory allows the device to program a variety of fixed-point signal processing functions including equalization, channel coding, echo cancellation, and speech coding. The DSP16410C is the first wireless product from Agere Systems to use two DSP16000 dual MAC DSP cores and support enhanced DMA capabilities, while also meeting the high-performance requirements of second- and third-generation infrastructure devices.
DSP16411
The DSP16411 is part of the next-generation LSI DSP16000 series. The DSP16411 further enhances the DSP16410C's industry-leading signal processing performance by maintaining a higher maximum clock rate and adding on-chip RAM while maintaining low power and small size. The architecture and instruction set of the DSP1641X family are optimized for communications infrastructure applications. The devices feature two DSP16000 dual MAC DSP cores and support for enhanced DMA functionality. The DSP1641X family's large on-chip memory and high-performance peripherals enable efficient execution of a variety of fixed-point signal processing functions such as equalization, channel coding, echo cancellation, and speech coding. The board design, pins and code of the DSP16411 are compatible with the DSP16410C, which helps to leverage the existing investments in software and hardware development.
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