32-bit floating point DSP-Into the core-New Crystal Technology (Shenzhen) Co., Ltd.-

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Key Details Product model	Product Overview	features
AVP32F08	AVP32F08 (CPU+FPU) series belong to ADP32Fx digital signal controller (DSP) platform. The ADP32x+FPU based controller and the existing ADP32FxDSP of Adchip have the same 32-bit fixed-point architecture, but also include a single precision (32-bit) IEEE754 floating point unit (FPU). This is a very efficient C/C++engine, which enables users to develop their system control software in high-level languages and arithmetic algorithms in C/C++. This device can also process the system control tasks originally handled by the microcontroller, so it is equally effective in processing DSP arithmetic tasks and system control tasks. This efficient processing can save many systems from the need for a second processor. The built-in 32x32 bit MAC64 bit processing capability enables the controller to effectively handle higher digital resolution computing problems. Fast interrupt response with automatic environment saving of key registers enables a device to process many asynchronous events with minimum delay. There is also a built-in 8-level depth protected pipeline with pipelined memory access. The pipelining operation enables the device to be executed at high speed without the need for expensive high-speed memory. In particular, branch ahead hardware greatly reduces the delay caused by conditional discontinuity. The special storage condition operation further improves the performance.	High performance static CMOS technology	Up to 100MHz (10ns cycle time)
		High performance static CMOS technology	1.8V to 1.5V core, 3.3V I/O design
		High performance 32-bit CPU	IEEE-754 Single Precision Floating Point Unit (FPU)
			16 x 16 and 32 x 32 multiply add (MAC)
			16 x 16 double multiply add
			Harvard bus architecture
			Fast interrupt response and handling
			Unified Memory Programming Model
		6-channel DMA processor (for ADC, McBSP, ePWM, XINTF and SARAM)	/
		Chip memory	256K×16Flash Memory，34K×16 SARAM
		Chip memory	1K x 16 OTP ROM
		Boot ROM (8K X 16)	Support software boot mode (through SCI, SPI, CAN, I2C, McBSP, XINTF and parallel I/O)
		Boot ROM (8K X 16)	Standard mathematical table
		Clock and system control	Support dynamic phase-locked loop (PLL) ratio change
			Chip oscillator
			Watchdog timer module
		GPIO0 to GPIO34 pins can be connected to one of eight external kernel interrupts	/
		Peripheral interrupt expansion (PIE) block that can support all 58 peripheral interrupts	/
		128 bit security key/lock	Protect flash/OTP/RAM modules
		128 bit security key/lock	Prevent firmware reverse engineering
		Low power consumption mode and power saving mode	Support IDLE, STANDBY and HALT modes
		Byte order: small endian order	Up to 16 Pulse Width Modulated (PWM) outputs
		Byte order: small endian order	Up to 6 micro edge positioning (MEP) devices supporting 150ps resolution
		High resolution pulse width modulator (HRPWM) output	Up to 6 event capture inputs
			Up to 2 orthogonal encoder interfaces
			8 32-bit timers (6 eCAPs, 2 eQEPs)
			9 16 bit timers (6 ePWM, 3 XINTCTR)
		Three 32-bit CPU timers	/
		Serial port peripherals	2 CAN modules
			2 SCI (UART) modules
			2 McBSP modules (McBSP-A/B can be configured as SPI)
			1 SPI module
			1 internal integrated circuit (I2C) bus
		12 bit analog-to-digital converter (ADC), 16 channels	12 bit - (267ns conversion time @ 7.5MHz ADC_CLK)
			16 channels (2 x 8 input multiplexing)
			2 Sample Holds
			Sequential/concurrent conversion mode
			Internal or external benchmark
		35 GPIO pin	/
		JTAG boundary scan support	/
		Advanced Simulation Features	Analysis and breakpoint functions
		Advanced Simulation Features	Hardware real-time debugging
		Development support	ANSI C/C++Compiler/Assembly Language/Connector
			Code Composer Studio
			Digital motor control and digital power software library
		ESD:2000V	/
		Packaging Options	LQFP100
		Temperature Options	S1: - 55 ° C to 125 ° (screening)
AVP32F335	AVP32F335 is a high-performance 32-bit floating point digital processor. High precision, low cost, low power consumption, high performance, high peripheral integration, large data and program storage, and more accurate and fast A/D conversion. It can be widely used in industrial control, variable frequency servo, motor drive, photovoltaic system, mechanical control and other fields.	High performance static CMOS technology	Up to 150MHz (6.67ns cycle time)
		High performance static CMOS technology	1.9V/1.8V to 1.5V core, 3.3V I/O design
		High performance 32-bit CPU	IEEE-754 Single Precision Floating Point Unit (FPU)
			16 x 16 and 32 x 32 Media Access Control (MAC) operations
			16 x 16双MAC
			Harvard bus architecture
			Fast interrupt response and handling
			Unified Memory Programming Model
			Efficient code (using C/C++and assembly language)
		6-channel DMA processor (for ADC, McBSP, ePWM, XINTF and SARAM)	/
		16 bit or 32-bit external interface (XINTF)	More than 2M × 16 Address range
		Chip memory	256K×16Flash Memory，34K×16 SARAM
		Chip memory	1K x 16 OTP ROM
		Boot ROM (8K X 16)	Support software boot mode (through SCI, SPI, CAN, I2C, McBSP, XINTF and parallel I/O)
		Boot ROM (8K X 16)	Standard mathematical table
		Clock and system control	Support dynamic phase-locked loop (PLL) ratio change
			Chip oscillator
			Safety device timer module
		GPIO0 to GPIO63 pins can be connected to one of eight external kernel interrupts	/
		Peripheral interrupt expansion (PIE) block that can support all 58 peripheral interrupts	/
		128 bit security key/lock	Protect flash/OTP/RAM modules
		128 bit security key/lock	Prevent firmware reverse engineering
		Low power consumption mode and power saving mode	Support IDLE, STANDBY and HALT modes
		Byte order: small endian order
		Enhanced control peripherals	Up to 18 Pulse Width Modulated (PWM) outputs
			Up to 6 high-resolution pulse width modulator (HRPWM) outputs supporting 150ps micro boundary positioning (MEP) resolution
			Up to 6 event capture inputs
			Up to two orthogonal encoder interfaces
			Up to 8 32-bit timers (6 eCAPs and 2 eQEPs)
			Up to 9 32-bit timers (6 ePWMs and 3 XINTCTR)
		Three 32-bit CPU timers	/
		Serial port peripherals	Up to 2 CAN modules
			Up to 2 McBSP modules (configurable as SPI)
			One SPI module
			An internal integrated circuit (I2C) bus
		12/16 bit analog-to-digital converter (ADC), 16 channels	12 bit - 267ns conversion rate
			2 x 8-channel input multiplexer
			Two Sample Holds
			Single/synchronous conversion
			Internal or external benchmark
		8-channel LDC inductive sensor	/
		8-channel CMP (comparator)	/
		Up to 88 individually programmable multiplexed general-purpose input/output (GPIO) pins with input filtering	/
		JTAG boundary scan support	/
		Advanced Simulation Features	Analysis and breakpoint functions
		Advanced Simulation Features	Real time debugging with hardware
		Development support includes	ANSI C/C++Compiler/Assembly Language/Connector
			Code Composer Studio™ IDE
			DSP/BIOS™
			Digital motor control and digital power software library
		Packaging Options	LQFP176
		Packaging Options	BGA176
		Temperature Options	A: - 40 ° C to 85 ° C
		Temperature Options	S：-40°C to 125°

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