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Name AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP AcodecLP
Brief Description Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique. Innosilicon Codec is a low voltage, high resolution, single-chip stereo CODEC that employs the Sigma-Delta noise shaping technique.
Foundry SMIC GF SMIC TSMC TSMC SMIC TSMC TSMC SMIC SMIC SMIC TSMC SMIC TSMC
Node (nm) 28PS 28SLP 40LL 40G 40LP 55LL 65GP 65LP 90G 90LL 110G 110G 130G 130G
Status * PP PP PP PP PP PP PP PP SP SP SP SP SP SP
Resolution (bits) 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC 16～18 for ADC 18～24 for DAC
Max Sampling Rate (KHz) 192 192 192 192 192 192 192 192 192 192 192 192 192 192
Analog Supply (V) 1.8 1.8 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3 3.3
Headset/Channel Out (#/N) 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2
MicIn/ Line-In/ Channel (#/N) 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2 2diff/2 or 2SE/2
Line-In/ Channel (#/N) 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2
Line-Out/ Channel (#/N) 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2 2SE/2
Capless Headset Support (Y/N) Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Loudspeaker Out/Channel (#mW/N) 160mW@8ohm 160mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm 500mW@8ohm
Analog Bypass (Y/N) Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Mic Bias (Y/N) Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Automatic Level Control (Y/N) Y Y Y Y Y Y Y Y Y Y Y Y Y Y
Name Pipeline ADC Current-steering DAC Video DAC Video DAC Current-steering DAC SAR ADC Video DAC Video DAC Video DAC Video DAC Video DAC
Brief Description Innosilicon Pipeline is a low power, high resolution, ADC that employs digital calibration technique. Innosilicon Current-Steering DAC IP is a small-area, 1-channel, high-speed D/A converter optimized for wideband communication systems Innosilicon Video DAC IP is a small-area, 1-channel, high-speed D/A converter optimized for video or graphic applications Innosilicon Video DAC IP is a small-area, 1-channel, high-speed D/A converter optimized for video or graphic applications Innosilicon Current-Steering DAC IP is a small-area, 1-channel, high-speed D/A converter optimized for wideband communication systems Sar ADC IP is a small-area, 1-channel, low power A/D converter optimized for battery-powered systems Innosilicon Video DAC IP is a small-area, 1-channel, high-speed D/A converter optimized for video or graphic applications Innosilicon Video DAC IP is a small-area, 1-channel, high-speed D/A converter optimized for video or graphic applications Innosilicon Video DAC IP is a small-area, 1-channel, high-speed D/A converter optimized for video or graphic applications Innosilicon Video DAC IP is a small-area, 1-channel, high-speed D/A converter optimized for video or graphic applications Innosilicon Video DAC IP is a small-area, 1-channel, high-speed D/A converter optimized for video or graphic applications
Application broadband communication broadband communication multi-media multi-media broadband communication battery-powered systems multi-media multi-media multi-media multi-media multi-media
Type Pipeline ADC Current-steering DAC Current-steering DAC Current-steering DAC Current-steering DAC Sar ADC Current-steering DAC Current-steering DAC Current-steering DAC Current-steering DAC Current-steering DAC
Foundry SMIC SMIC SMIC GF GF SMIC SMIC TSMC TSMC SMIC GF
Node (nm) 28PS 28PS 28PS 28SLP 28SLP 40LL 40LL 40G 40LP 55LL 55LPX
Status * PP SP PP PP SP PP PP SP SP PP PP
Resolution (bits) 12 12 10 10 12 10 10 10 10 10 10
Max Sampling Rate (MHz) 125 250 300 300 250 0.2 300 300 300 300 300
Channels (#) 1 2 1 1 2 1 1 1 1 1 1
Differential Inputs/Outputs Differential / single-ended input Differential / single-ended output Differential / single-ended output Differential / single-ended output Differential / single-ended output Differential / single-ended input Differential / single-ended output Differential / single-ended output Differential / single-ended output Differential / single-ended output Differential / single-ended output
Analog Voltage - IO (V) 1.05 1.8 1.8 1.8 1.8 1.8 3.3 3.3 3.3 3.3 3.3
* Status: DR = Design Ready, SP = Silicon Proven, PP = Product Proven
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