One chip sound solution "CRI SOLIDAS"

５ Sound control process（CRI ADX) SOL One chip sound solution The integrated sound middleware "CRI ADX", which processes a large amount of audio data and integrates various audio control functions, can also be handled in a single chip. SOLIDAS Prioritized multiple sound playback Sound generator with envelope Volume It is easy to perform complex Music You can play basic waveforms sound control, such as outputting such as sine waves with envelope Com two or more sounds at the smooth volume changes posi ting required timing and prioritizing the Audio (envelopes). Output waveform playback of important sounds. original waveform Mixing Sound data compression Mix multiple sound data Source M i CRI proprietary compression Mode Compression ratio CPU Load This fully digital audio solution enables software-based audio signal processing at the required volume Source x technology can compress 1 1 and output. i Output Original n audio data to 1/4 to 1/10 ＡＤＸ 1/4 1.2 Source g of its original size. for microcontrollers/FPGAs, enabling the development of a variety of audio equipment. ＨＣＡ 1/10 ３ In-car security system with voice function“ CRI SOLIDAS for Automotive” Software-based functions on 1-chip (general-purpose microcontroller/FPGA) "CRI SOLIDAS for Automotive" is a solution provided as a module that A single general chip take care all. integrates safety sound control functions for in-vehicle use. IVI-System 　[Main functions of the module] - Sound adjustment“ CRI DSP” ex. system configuration by SOL SOLIDAS - Generation and control of warning sounds for meter cluster Navi Mic Audio “ CRI ADX Automotive” Input Input Input - Output to 4ch or more“ CRI D-Amp Driver” 1CHIP（Microcomputer、FPGA） H bridge Speaker circuit Module PWM MIC I/F S Echo e canceller drive l e PWM AAOS/QNX/Other c drive CRI-DSP t o Noise Sound Sysrtem Digital r canceller PWM I/F drive ＋ IN PWM I2S drive Graphic system Acoustic or Gain correction Master A2B Compatible with brand amplifiers Analog controller Delay volume IN I/F CRI DSP EQ CRI D-amp Driver ！ CAN : Digital Signal Sound Output Process（CRI DSP) Process (CRI D-Amp Driver） Multiple channel output possible Save Power High flexibility Standardization Risk Reduction ex. a conventional sound system Operates on less than One hardware can Easier inheritance of Consists of only generic HPF Class-D LPF amplifier half the power handle many different design assets parts, reducing procure （IC） （IC） Selector Echo Gain canceller controller （IC) （DSP） （IC） types of products -ment / inventory risks HPF Class-D LPF amplifier Digital I Noise （IC） （IC） N Acoustic Master canceller correction volume WEB (in JAPANESE) （DSP） （DSP） （IC） HPF Class-D Analog LPF amplifier IN （IC） （IC） Delay D/A EQ converter （DSP） （IC） HPF Class-D LPF amplifier （IC） （IC） So far, products were constructed using a large number of dedicated ICs/DSPs. Development and Sales ※“CRI Middleware”“CRIWARE”“CRI SOLIDAS”“CRI D-Amp Driver”“ ADX” is a registered trademark or trademark of CRI Middleware Co,.Ltd. in Japan and other countries. ※All other company and product names are registered trademarks or trademarks of their respective companies or organizations. ※The above descriptions are current as of December 2024 Infoss Tower, 11F, 20-1 Sakuragaoka-cho, Shibuya-ku, Tokyo, Japan ※The information in this catalog is subject to change without notice https://www.cri-mw.co.jp/ J2412CRISOL100C

Software Defined Audio “CRI SOLIDAS” SOL SOLIDAS 2 Create systems including hardware without coding ４ Full digital output by“ CRI D-Amp Driver” Our proprietary audio system development tool "SOLIDAS Suite" allows you to develop audio With the audio output processing function“ CRI D-Amp Driver”, high efficiency and quality products with low coding. audio output by simply adding H-bridge circuit to the microcontroller． SOLIDAS Suite Full digital output by software High noise immunity Product Design Circuit Design By attaching an external H-bridge circuit (consisting of a Amplifier performance is about 1/2 that of a typical class Acoustic and product desin (circuit design independent) Design circuit blocks (independent of product design) transistor and several resistors), the "CRI D-Amp Driver" D amplifier, and less than 1/4 that of a class AB amplifier. 　　Solid Craft - Sound Flow Designer ー 　　Solid Craft - Circuit Connection Designer ファイル 編集 表示 実行 ツール ヘルプ CRI User ファイル 編集 表示 実行 ツール ヘルプ software performs audio output. DSP... Sound Asset プロパティ Chip... Parts Asset プロパティ SOLIDAS Preset DSP Digital Volume FPGA Measured at 12V 8Ω Ti375C529[★] Equalizer 設定項目 値 STA516B[0] Efinix D-Amp Driver[0] Ch.1-A[IN1A / OUT1A] w Level meter[0] インスタンスID 0 PWM Out [Hot] Ch.1-B[IN1B / OUT1B] Filter Ch.1 Titanium PWM Out [Cold] 3 Ch.2 チャンネル数 4 Ch.2-A[IN2A / OUT2A] I2S[0] D-Amp Driver[1] SoftMCUタイプ Ch.2-B[IN2B / OUT2B] Mixer/Divider Ch.3 PCMデータ形式 FFlloat32 Ti375C529 D-Amp Driver[2] PWRDN Ch.4 Format Convert Vol変更方式 ++ // - 信号 PWM Out [Hot] PWM Out [Cold] Gain Control Volステップ数 30 分 MCLK LRCLK Ti60F225 BCLK Data-Out[0] マイコン Data-Out[1] D-Amp Driver[3] Vol変化曲線 Aカーブ Data-Out[2] I2S[0] 2 Digital Volume Renesas Data-Out[3] MCLK STA516B[1] Sound Input [0] Vol遷移時間[ms] 100 Auto Gain Controler LRCLK Ch.1 Division RX700 Mute機能 なし Ch.2 Maximizer Ch.3 RX72T Ch.4 Format Convert [0] 業 BCLK Data-In Data-Out Terminal Parts I2S[1] Ch.5 Ch.1 R5F572TKGGFP 1 Ch.6 Ch.2 I2S[2] Sound Ch.7 Ch.3 of labor ST Microelectronics I2S[3] Ch.8 Ch.4 Digital Volume[0] Format Convert [1] Sound Output [0] LED[0] Sound Input PCM Data[0] Ch.1 Ch.1 Button[0:VolUp] PCM Data[1] Ch.2 Ch.2 Sound Output Push Event PCM Data[2] Ch.3 Ch.3 化 STM32G4 Port-In[0] Pin[0] STM32G4x4 Pin[1] Release Event PCM Data[3] Ch.4 Ch.4 Port-Out[0] LED[1] Communication Signal Level Vol+ STM32G474RBT6 Pin[0] Vol- Pin[1] A typical Class D amp / Class AB amp. Display Button[1:VolDown] D-Amp Driver Port-Out[1] LED[2] Push Event Indicator light Port-Out[2] Release Event Discrete H-Bridge Signal Level Switch[0] Port-Out[3] LED[3] 7SEG LED ST Microelectronics Push SW Port-Out[4] LED[0] Level meter Pin[0] LED[1] STA5xx Pin[1] LED[2] Switch / Sensor Pin[2] LED[3] STA516B Switch[1] Pin[3] LED[4] Microcomputer Button Push SW Pin[4] LED[5] H-bridge circuit Speaker STA533 High noise immunity シグナルリスト Pin[5] LED[6] シグナルリスト Rotary Encoder 汎用 Pin[6] LED[7] 線色 データタイプ データ形式 クロックドメイン I/F 線色 プロトコル データ形式 クロックドメイン /FPGA Pin[7] Misc. Signal EdgeTrigger[Active:HIGH] Clock0 Switch I2S Philips[Flame:32bit / Data:16bit] Clock0 Fixed Literal Sound PCM[Int16] Clock0 LED D-Amp Driver PWM Bit Perfect[16bit,x4 Anti-Aliasing] Clock1 Sound PCM[Float32] Clock0 I2S GPIO - - Differential drive 0 ? 8 Ver. 1.00.00 0 ? U0SB reduces noise at Speaker input SOLIDAS Artist SOLIDAS Stage Acoustic product signal A Circuit block Example of a typical configuration with voice IC speaker output. block design data design data Speaker input signal B Integrated Development Micro computer Designing the connection between logical and physical I/F Speaker Dedicated drive status analog power ファイル 編集 表示 実行 ツール ヘルプ Sound Flow Design プロパティ supply モジュール 信号端点 データタイプ データ形式 クロックドメイン Sound Input[0] Ch.1 Sound PCM[Int16] Clock0 Sound Input[0] Ch.2 Sound PCM[Int16] Clock0 Sound Input[0] Ch.3 Sound PCM[Int16] Clock0 Sound Input[0] Ch.4 Sound PCM[Int16] Clock0 This audio output software is separately commercialized as "CRI D-Amp Driver". 　　Solid Craft - Design Binder Our proprietary drive system uses a fully digital connection to the speakers, Circuit Connection Design モジュール 信号端点 データタイプ データ形式 クロックドメイン I2S[0] Data-In[Ch.L] Sound PCM[Int16] Clock0 I2S[0] Data-In[Ch.R] Sound PCM[Int16] Clock0 I2S[1] Data-In[Ch.L] Sound PCM[Int16] Clock0 resulting in low noise and Hi-FideIity output of the original sound. I2S[1] Data-In[Ch.R] Sound PCM[Int16] Clock0 Low noise SOLIDAS Director Production Significantly less Firmware noise than consumer mastering-grade headphone amplifiers, professional amplifier consumer headphone Product Board and as low as that of amplifiers a mastering-grade professional amplifier, with noise at the limit 3 Audio Signal Processing“ CRI DSP” of measurement measurement limit Select the audio signal processing function“ CRI DSP” that best suits your product and Floor Noise realize it on a single chip. High Fidelity Example Functions Examples of requests Compared to a typical typical Class-D amplifier Echo canceller Equalizer ・Controls the sound from the microphone to prevent feedback Class-D amplifier ・Adjusts the balance and frequency components of each input sound (shown on the right), Noise canceller Compressor source to make it easier to hear the waveform, especially at bass Various acoustic ・Removes noise components from the input sound Output waveform Gain controller frequencies, is with square wave correction processes ・Restores distortions in the impulse response to correct muffled sounds accurate, resulting in ・Uses third-party audio signal processing to reproduce the same sound Hi-FideIity playback. 3rd party audio signal processing function as before 80Hz 10dB No-LPF 80Hz 10dB No-LPF