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Matches in DBpedia 2015-10 for { ?s ?p "The Ensoniq ESP was used in many of the company's musical instruments and on their Soundscape Elite PC ISA sound card. It was used to enhance the synthesizer's audio samples with digital effects, enhancing the realism of the overall sound. The ESP chip was a custom digital signal processor (DSP) chip with over 75,000 transistors. It had an instruction set that was optimized for manipulating audio data, which has typical sample rates of between 10 kHz and 50 kHz. The ESP was capable of creating a wide range of digital effects including reverb, delay, echo, flanging, chorusing, harmonizing, equalization, and distortion, and was capable of generating multiple effects simultaneously.The ESP was a VLSI device designed in a 1.0 micrometre double-metal CMOS process. The multiplicity and flexibility of the data paths in the ESP allowed many DSP operations to be accomplished in a minimum number of microinstructions steps. Its nominal instruction cycle was 250 ns, yielding program lengths from about 64 to 160 microinstructions at typical sample rates. Because the ESP chip was fully programmable, the range of effects was unlimited.The major features of the ESP chip were:48 Pin DIP or 52 Pin PLCCSeparate Address Generator ALU4 Programmable Serial I/O Channels (I²S or Sony Format)On-Chip Data and Microprogram Memory8-Bit Address/Data Multiplexed Host CPU InterfaceExternal Sample Rate SynchronizationMultiplexed Addressing for Simple DRAM InterfaceHost Access to ESP DRAMThe architecture of the ESP chip was implemented by the following major components:ALU - 24-bit wide, capable of 16 different instructionsMultiplier - 24x24 bit with dedicated 48 bit accumulatorSeparate Address Generator ALUMicroinstruction Memory Array (160 x 45 bits)General Purpose Register Array (192 x 24 bits)23 Special Purpose RegistersThree 24-bit wide data pathsSerial Digital I/O (4 stereo channels, I2S or Sony)Host interface"@en }

• Ensoniq_Signal_Processor abstract "The Ensoniq ESP was used in many of the company's musical instruments and on their Soundscape Elite PC ISA sound card. It was used to enhance the synthesizer's audio samples with digital effects, enhancing the realism of the overall sound. The ESP chip was a custom digital signal processor (DSP) chip with over 75,000 transistors. It had an instruction set that was optimized for manipulating audio data, which has typical sample rates of between 10 kHz and 50 kHz. The ESP was capable of creating a wide range of digital effects including reverb, delay, echo, flanging, chorusing, harmonizing, equalization, and distortion, and was capable of generating multiple effects simultaneously.The ESP was a VLSI device designed in a 1.0 micrometre double-metal CMOS process. The multiplicity and flexibility of the data paths in the ESP allowed many DSP operations to be accomplished in a minimum number of microinstructions steps. Its nominal instruction cycle was 250 ns, yielding program lengths from about 64 to 160 microinstructions at typical sample rates. Because the ESP chip was fully programmable, the range of effects was unlimited.The major features of the ESP chip were:48 Pin DIP or 52 Pin PLCCSeparate Address Generator ALU4 Programmable Serial I/O Channels (I²S or Sony Format)On-Chip Data and Microprogram Memory8-Bit Address/Data Multiplexed Host CPU InterfaceExternal Sample Rate SynchronizationMultiplexed Addressing for Simple DRAM InterfaceHost Access to ESP DRAMThe architecture of the ESP chip was implemented by the following major components:ALU - 24-bit wide, capable of 16 different instructionsMultiplier - 24x24 bit with dedicated 48 bit accumulatorSeparate Address Generator ALUMicroinstruction Memory Array (160 x 45 bits)General Purpose Register Array (192 x 24 bits)23 Special Purpose RegistersThree 24-bit wide data pathsSerial Digital I/O (4 stereo channels, I2S or Sony)Host interface".