ADSP-2161
alert :
Obsolete
alert :
Obsolete
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Features
- 25 MIPS, 40 ns Maximum Instruction Rate (5 V)
- Separate On-Chip Buses for Program and Data Memory
- Program Memory Stores Both Instructions and Data (Three-Bus Performance)
- Dual Data Address Generators with Modulo and Bit-Reverse Addressing
- Efficient Program Sequencing with Zero-Overhead Looping: Single-Cycle Loop Setup
- Double-Buffered Serial Ports with Companding Hardware, Automatic Data Buffering and Multichannel Operation
- Three Edge- or Level-Sensitive Interrupts
- Low Power IDLE Instruction
- PLCC and MQFP Packages
Additional Details
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The ADSP-216x processors provide the option of custom ROM programming to users of ADSP-2100 Family devices. Pin compatible to the ADSP-2101, -2115, and -2105, the ADSP-216x family can reduce system cost in these designs by eliminating the need for any external memory devices.
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ADSP-2161
Documentation
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Data Sheet
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Application Note
59
UPDATED 03/08/2008
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UPDATED 09/11/2002
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UPDATED 01/01/2000
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UPDATED 09/10/2002
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UPDATED 09/12/2002
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UPDATED 09/11/2002
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UPDATED 09/09/2002
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UPDATED 09/12/2002
Chinese
AN-344: 轻松设计数字FIR滤波器 (Rev.0)
659 kB
UPDATED 09/09/2002
English
UPDATED 04/04/2008
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UPDATED 09/10/2002
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UPDATED 09/12/2002
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UPDATED 09/12/2002
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Processor Manual
2
ZIP
UPDATED 03/09/2015
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zip
UPDATED 03/08/2008
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Software Manual
5
UPDATED 09/07/2006
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UPDATED 09/08/2006
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UPDATED 05/13/2011
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UPDATED 09/08/2006
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UPDATED 09/08/2006
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Documentation
Documentation
Technical Documents
65
Data Sheet 1
Application Note 57
AN-344: Digital FIR Filters without Tears
EE-133: Converting From Legacy Architecture Files To Linker Description Files for the ADSP-218x
AN-334: Digital Signal Processing Techniques
EE-156: Support for the H.100 protocol on the ADSP-2191 (Rev.0.1)
EE-168: Using Third Overtone Crystals with the ADSP-218x DSP
EE-2: Using ADSP-218x I/O Space
EE-152: Using Software Overlays with the ADSP-219x and VisualDSP 2.0++
EE-188: Using C To Implement Interrupt-Driven Systems On ADSP-219x DSPs
EE-90: Using the 21xx C-FFT Library
EE-35: Troubleshooting your ADSP-218x EZ-ICE
EE-82: Using an ADSP-2181 DSP's IO Space to IDMA Boot Another ADSP-2181
EE-145: SPI Booting of the ADSP-2191 using the Atmel AD25020N on an EZ-KIT Lite Evaluation Board
EE-64: Setting Mode Pins on Reset
EE-60: Simulating an RS-232 UART Using the Synchronous Serial Ports on the ADSP-21xx Family DSPs
EE-121: Porting Code from ADSP-21xx to ADSP-219x
EE-33: Programming The ADSP-21xx Timer In C
AN-227: Digital Control System Design with the ADSP-2100 Family
EE-123: An Overview of the ADSP-219x Pipeline
EE-11: ADSP-2181 Priority Chain & IDMA Holdoffs
EE-153: ADSP-2191 Programmable PLL
EE-122: Coding for Performance on the ADSP-219x
EE-06: ADSP-21xx Serial Port Startup Issues
EE-124: Booting up the ADSP-2192
EE-227: CAN Configuration Procedure for ADSP-21992 DSPs (Rev.1)
AN-524: ADV601/ADV611 Bin Width Calculation in ADSP-21xx DSP
EE-100: ADSP-218x External Overlay Memory
EE-164: Advanced EPROM Boot and No-boot Scenarios with ADSP-219x DSPs
EE-36: ADSP-21xx Interface to the IOM-2 bus
EE-129: ADSP-2192 Interprocessor Communication
EE-158: ADSP-2181 EZ-Kit Lite IDMA to PC Printer Port Interface
EE-115: ADSP-2189 IDMA Interface to Motorola MC68300 Family of Microprocessors
EE-19: Boot Paging II: Maximizing Boot-Memory Efficiency on the ADSP-21xx family DSP's (excluding the ADSP-218x)
EE-38: ADSP-2181 IDMA Port - Cycle Steal Timing
EE-131: Booting the ADSP-2191/95/96 DSPs
EE-154: ADSP-2191 Host Port Interface
EE-18: Choosing and Using FFTs for ADSP-21xx
EE-78: BDMA Usage on 100 pin ADSP-218x DSPs Configured for IDMA Use
EE-5: ADSP-218x Full Memory Mode vs. Host Memory Mode
EE-125: ADSP-218x Embedded System Software Management and In-System-Programming (ISP)
EE-226: ADSP-2191 DSP Host Port Booting (Rev.1)
EE-142: Autobuffering, C and FFTs on the ADSP-218x
EE-17: ADSP-2187L Memory Organization
EE-130: Making Fast Transition from ADSP-21xx to ADSP-219x
EE-249: Implementing Software Overlays on ADSP-218x DSPs with VisualDSP++® (Rev.1)
EE-12: Interrupts and Programmable Flags on the ADSP-2185/2186
EE-102: Mode D and ADSP-218x Pin Compatibility - the FAQs
EE-32: Language Extensions: Memory Storage Types, ASM & Inline Constructs
EE-89: Implementing A Software UART on the ADSP-2181 EZ-Kit-Lite
EE-146: Implementing a Boot Manager for ADSP-218x Family DSPs
EE-71: Minimum Rise Time Specs for Critical Interrupt and Clock Signals on the ADSP-21x1/21x5
EE-139: Interfacing the ADSP-2191 to an AD7476 via the SPI Port
EE-96: Interfacing Two AD73311 Codecs to the ADSP-218x
EE-39: Interfacing 5V Flash Memory to an ADSP-218x (Byte Programming Algorithm)
EE-48: Converting Legacy 21xx Systems To A 218x System Design
AN-227: Digital Control System Design with the ADSP-2100 Family
EE-79: EPROM Booting In Host Mode with 100 Pin 218x Processors
EE-144: Creating a Master-Slave SPI Interface Between Two ADSP-2191 DSPs
Processor Manual 2
Software Manual 5
VisualDSP++ 3.5 C/C++ Compiler and Library Manual for ADSP-219x Processors (Rev.4.1)
VisualDSP++ 3.5 Loader Manual for 16-Bit Processors (Rev.1.0)
VisualDSP++ 3.5 C Compiler and Library Manual for ADSP-218x DSPs (Rev.4.1)
VisualDSP++ 3.5 Assembler and Preprocessor Manual for ADSP-218x and ADSP-219x DSPs (Rev.1.2)
VisualDSP++ 3.5 Linker and Utilities Manual for 16-Bit Processors (Rev.1.0)
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