DSP16411 ARCHITECTURE Search Results

DSP16411 ARCHITECTURE Result Highlights (5)

Part	ECAD Model	Manufacturer	Description	Download	Buy
MPC860DPCZQ50D4		Rochester Electronics LLC	MPC860DP - PowerQUICC, 32 Bit Power Architecture SoC, 50MHz, -40 to 95C
MPC860PCVR66D4		Rochester Electronics LLC	MPC860P - PowerQUICC, 32 Bit Power Architecture SoC, 66MHz, -40 to 95C
MPC860TCVR50D4		Rochester Electronics LLC	MPC860T - PowerQUICC, 32 Bit Power Architecture, 50MHz, Communications Processor, -40 to 95C
MPC860DEVR50D4		Rochester Electronics LLC	MPC860DE - PowerQUICC, 32 Bit Power Architecture SoC, 50MHz, 0 to 95C
MPC860ENZQ66D4		Rochester Electronics LLC	MPC860EN - PowerQUICC, 32 Bit Power Architecture SoC, 66MHz, 0 to 95C

DSP16411 ARCHITECTURE Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
16411A1 Abstract: MARKING CODE ADEE ED9 marking diode Marking a4v DSP16000 marking code A6V DSP16410 DSP16411 TDO01 DSP16K Text: Advisory December 2002 DSP16411 SEMI Design Exception Overview Agere Systems’ DSP16411 is the next-generation digital signal processor based on the DSP16000 core architecture offering increased speed and on-chip memory. The system and external memory interface	Original	PDF	DSP16411 DSP16000 DSP16410B DSP16410CG DSP16411 16411A1 MARKING CODE ADEE ED9 marking diode Marking a4v marking code A6V DSP16410 TDO01 DSP16K
Untitled Abstract: No abstract text available Text: Product Brief February 2003 DSP16411 Digital Signal Processor Enhancements • Enhancements from the DSP16410C to the DSP16411: — Maximum processor speed has increased from 195 MHz to 285 MHz — Memory has increased from 96K x 16 per core to 160K x 16 per core	Original	PDF	DSP16411 DSP164XX 208-ball DSP16210 DSP16410 DSP16410C DSP16411: PB03-049WINF PB03-039WINF)
ADEE 275 Abstract: 16411A1 MARKING CODE ADEE bas marking code a6 DA02-001WINF pna60 ADEE switch t85 M1641 Text: Advisory December 2002 DSP16411 Speed and Core Voltage Migration Overview Changes This document describes the migration of the Agere Systems DSP16411 from a core supply voltage VDD1, VDD1A of 1.0 V nominal to 1.2 V nominal. Associated with this increase in core supply voltage is a corresponding increase in operating frequency. Otherwise,	Original	PDF	DSP16411 DS02-037WINF, DSP16410B DSP16410CG ADEE 275 16411A1 MARKING CODE ADEE bas marking code a6 DA02-001WINF pna60 ADEE switch t85 M1641
DSP16411 Abstract: DSP16000 322k DSP16210 DSP16410 DSP16410C Text: Product Brief DSP16411 Digital Signal Processor Mixed-Format Codecs for Non-Linear Editing, Video Server, and VTR Applications F e at u r e s Please refer to Figure 1. n Twin DSP16000 dual-MAC multiply and accumulate cores for high throughput: n — 1140 MMACs (million multiply	Original	PDF	DSP16411 DSP16000 16-bit 32-bit PB03-049WINF PB03-039WINF) 322k DSP16210 DSP16410 DSP16410C
SRUN10 Abstract: No abstract text available Text: Data Sheet March 2003 DSP16411 Digital Signal Processor 1 Features ! Twin DSP16000 dual-MAC cores perform up to 1140 million MACs per second at 285 MHz ! Low power: — 1.2 V internal supply for power efficiency — 3.3 V I/O pin supply for compatibility !	Original	PDF	DSP16411 208-ball DSP16000 SRUN10
ADEE 275 Abstract: T75 TYPE 2000 pna60 Text: Advance Data Sheet April 2002 DSP16411 Digital Signal Processor 1 Features Two IEEE 1149.1 test ports JTAG boundary scan Twin DSP16000 dual-MAC cores perform up to 960 million MACs per second at 240 MHz Low power: — 1.0 V internal supply for power efficiency	Original	PDF	DSP16411 DSP16000 DSP16410B DSP16410CG ADEE 275 T75 TYPE 2000 pna60
CI 4017 Abstract: Agere 217 PBGA Agere outline drawings 217 pbga DSP16000 DSP16410CG DSP16411 Text: Data Sheet May 2003 DSP16411 Digital Signal Processor 1 Features ! Twin DSP16000 dual-MAC cores perform up to 1140 million MACs per second at 285 MHz ! Low power: — 1.2 V internal supply for power efficiency — 3.3 V I/O pin supply for compatibility ! 322K x 16 on-chip RAM	Original	PDF	DSP16411 DSP16000 16-bit CI 4017 Agere 217 PBGA Agere outline drawings 217 pbga DSP16410CG
322k Abstract: DSP16210 DSP16000 Text: Advisory April 2002 DSP16000 Core In the DSP16000 core, the contents of the internal do loop cache are also accessible as memory at location 0x1ffc0 in most DSP16000 devices in order to facilitate saving and restoring of the cache contents on a subroutine call or context switch.	Original	PDF	DSP16000 DSP16410B DSP16410CG DSP16411 322k DSP16210
SAB 3210 Abstract: DSP16410 DSP16000 DSP16411 DSP16210 DSP16411 architecture Text: Product Brief February 2004 DSP16410 Digital Signal Processor Features • ■ ■ ■ Two DSP16000 dual-MAC multiply and accumulate cores for high throughput with high code density: — 780 MMACs (million multiply and accumulates) per second at 195 MHz.	Original	PDF	DSP16410 DSP16000 16-bit PB04-050WINF PN99-052WDSP) SAB 3210 DSP16411 DSP16210 DSP16411 architecture
DSP16000 Abstract: DSP16000 FEATURES DSP16210 DSP16410 DSP16411 DSP16000 architecture DSP16000 instruction set Text: Product Brief DSP16410 Digital Signal Processor F e at u r e s n n n n Two DSP16000 dual-MAC multiply and accumulate cores for high throughput with high code density: — 780 MMACs (million multiply and accumulates) per second at 195 MHz. — 560 MMACs (million multiply and accumulates)	Original	PDF	DSP16410 DSP16000 16-bit PB06-003CMPR-2 PB06-003CMPR-1) DSP16000 FEATURES DSP16210 DSP16410 DSP16411 DSP16000 architecture DSP16000 instruction set
saf7730 Abstract: saf7730 audio wind energy simulink matlab turbo codes matlab simulation program Philips SAF7730 64 point FFT radix-4 VHDL documentation CW4512 DMC550 SP1403 saf77 Text: THE LIST OF RESOURCES SUPPORTING DIGITALSIGNAL PROCESSING CONTINUES TO EXPAND. CHECK OUT THE LATEST ADDITIONS. By Robert Cravotta, Technical Editor www.edn.com Welcome to the 2004 edition of the EDN DSP directory. Despite some companies dropping out of the DSP market, whether due to	Original	PDF