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.
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DSP16000
DSP16410B
DSP16410CG
DSP16411
322k
DSP16210
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STR 6750
Abstract: block diagram of 8*8 array multiplier CASE DIODE A5L 7809 pi 7809 voltage regulator datasheet ed28 zener DSP16000 DSP16410C DSP16410CG gsm model
Text: Data Sheet May 2003 DSP16410CG Digital Signal Processor 1 Features ! Twin DSP16000 dual-MAC cores perform up to 780 million MACs per second at 195 MHz ! Low power: — 1.575 V internal supply for power efficiency — 3.3 V I/O pin supply for compatibility
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DSP16410CG
DSP16000
16-bit
DS02-272WINF
DA02-001WINF)
STR 6750
block diagram of 8*8 array multiplier
CASE DIODE A5L
7809 pi
7809 voltage regulator datasheet
ed28 zener
DSP16410C
gsm model
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motorola g18 gsm
Abstract: Y6 ZENER DIODE 7809 TO-220 ST ed28 zener motorola g18 gsm datasheet DSP16000 DSP1620 DSP16410B DA0001 motorola g18 gsm 900/1800/1900 data module
Text: Data Sheet June 2001 DSP16410B Digital Signal Processor 1 Features „ „ Twin DSP16000 dual-MAC cores for high throughput: — Up to 740 million MACs per second at 185 MHz — Supports 16+ channels of speech coding or modem processing Low power: — 1.8 V internal supply for power efficiency
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DSP16410B
DSP16000
16-bit
32-bit
32-biote
motorola g18 gsm
Y6 ZENER DIODE
7809 TO-220 ST
ed28 zener
motorola g18 gsm datasheet
DSP1620
DA0001
motorola g18 gsm 900/1800/1900 data module
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DSP16000
Abstract: OT97-347WDSP DSP16210 DSP1620 LUCENT DSP
Text: DSP16210 Digital Signal Processor The DSP16210 is the first DSP device based on the DSP16000 digital signal processing core. It is manufactured in a 0.35 µm CMOS technology and offers a 10 ns instruction cycle time at 3 V operation. Designed specifically
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DSP16210
DSP16000
OT97-347WDSP
OT97-347WDSP
DSP1620
LUCENT DSP
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ADEE 715
Abstract: DSP16xxx DSP16000 architecture DSP16K DSP16000 IPL15 AN4025 YL162 ADE 352 R2A3
Text: Information Manual June 2002 DSP16000 Digital Signal Processor Core DRAFT COPY Foreword This manual contains detailed information on the design and application of the DSP16000 Digital Signal Processor core. The core is a building block for Agere Systems DSP devices.
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DSP16000
DSP16000
MN02-027WINF)
MN02-026WINF
ADEE 715
DSP16xxx
DSP16000 architecture
DSP16K
IPL15
AN4025
YL162
ADE 352
R2A3
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g 999 sab
Abstract: a7v dual zener diode AGERE DSP DSP16000 DSP16210 ed28 zener transistor a7g n17 u1
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.
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DSP16000
g 999 sab
a7v dual zener diode
AGERE DSP
DSP16210
ed28 zener
transistor a7g
n17 u1
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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
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DSP16411
DSP16000
DSP16410B
DSP16410CG
ADEE 275
T75 TYPE 2000
pna60
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diode ED24
Abstract: Diodes ed26 ED26 diode ED31 diode ed28 diode DA02-001WINF ED21 DIODE ED29 diode ed28 zener DS01-070WTEC
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.
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DSP16000
DA01-003WINF
DA00-015WTEC
DS01-070WTEC)
diode ED24
Diodes ed26
ED26 diode
ED31 diode
ed28 diode
DA02-001WINF
ED21 DIODE
ED29 diode
ed28 zener
DS01-070WTEC
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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 !
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DSP16411
208-ball
DSP16000
SRUN10
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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
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DSP16411
DSP16000
16-bit
CI 4017
Agere 217 PBGA
Agere outline drawings 217 pbga
DSP16410CG
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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)
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DSP16410
DSP16000
16-bit
PB06-003CMPR-2
PB06-003CMPR-1)
DSP16000 FEATURES
DSP16210
DSP16410
DSP16411
DSP16000 architecture
DSP16000 instruction set
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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
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DSP16411
DSP16000
16-bit
32-bit
PB03-049WINF
PB03-039WINF)
322k
DSP16210
DSP16410
DSP16410C
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DSP16000
Abstract: DSP16210 DSP16410 DSP16410B DSP16410C DSP-16000 asm 1441
Text: Application Note September 2000 Determining the Processor ID of the DSP16210 and the DSP16410 with C Code Introduction The DSP16000 C compiler generates object files and executables to support all DSP16000 core-based devices. It does not generate files that are specific to
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DSP16210
DSP16410
DSP16000
AP00-065WTEC
DSP16410B
DSP16410C
DSP-16000
asm 1441
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Untitled
Abstract: No abstract text available
Text: Product Note March 1999 DSP16410 Digital Signal Processor Features • Twin DSP16000 dual-MAC multiply and accumulate cores for high throughput: — 800 MMACs (million multiply and accumulates) per second — 200 MHz — Processes 29 GSM EFR vocoder channels
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DSP16410
DSP16000
16-bit
32-bit
16TRONICS
PN99-075WDSP
PN99-052WDSP)
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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
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DSP16411
DSP16000
DSP16410B
DSP16410CG
DSP16411
16411A1
MARKING CODE ADEE
ED9 marking diode
Marking a4v
marking code A6V
DSP16410
TDO01
DSP16K
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saf7730
Abstract: Philips SAF7730 TMS320DM310 saf77 full 18*16 barrel shifter design ADSP-215xx saf7730 audio TMS320DSC25 compare adsp 21xx with conventional processor compression pcm matlab
Text: EDN's 2003 DSP directory DSP shipments were tracking at 5% growth for 2002 until shipments in December ballooned. According to market-research company Forward Concepts www.forwardconcepts.com , this balloon in shipments netted an overall DSP-revenue growth of 14.1% for 2002. Wireless applications,
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1-800-477-8924-x4500
saf7730
Philips SAF7730
TMS320DM310
saf77
full 18*16 barrel shifter design
ADSP-215xx
saf7730 audio
TMS320DSC25
compare adsp 21xx with conventional processor
compression pcm matlab
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ADSP-215xx
Abstract: TMS320DA250 addressing modes of adsp 21xx processors vhdl code for systolic iir filter TMS320DRE200 tms320f2812 addressing modes adsp215xx TMS320C4X ARCHITECTURE, ADDRESSING MODES TMS320DSC21 verilog code for speech recognition
Text: 2002 DSP directory Image by Mike O’Leary MARKET ANALYSIS FORECASTS DSP SALES TO TURN UPWARD IN 2002, WITH ISUPPLI PREDICTING A 4% RISE AND FORWARD CONCEPTS EXPECTING A 32% GAIN. By Robert Cravotta, Technical Editor www.ednmag.com LAST YEAR WAS A HARSH ONE for
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32-bit,
24-bit,
16-bit,
LMS24
LMS16
ADSP-215xx
TMS320DA250
addressing modes of adsp 21xx processors
vhdl code for systolic iir filter
TMS320DRE200
tms320f2812 addressing modes
adsp215xx
TMS320C4X ARCHITECTURE, ADDRESSING MODES
TMS320DSC21
verilog code for speech recognition
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TMS320C5x architecture diagram
Abstract: architecture of TMS320C5x dsp processor Architecture of TMS320C5X DSP56000 motorola ADSP2100A CY7C276 DSP16 DSP1616 DSP56000
Text: Interfacing the CY7C276 High-Speed PROM to the AT&T, AD, Motorola, and TI DSPs Introduction AT&T – DSP1616 Digital signal processors DSPs have typically required two external storage devices—a relatively slow PROM (Programmable Read Only Memory) for non-volatile code storage, and
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CY7C276
DSP1616
DSP1616
16-bit
DSP1600
DSP16,
TMS320C5x architecture diagram
architecture of TMS320C5x
dsp processor Architecture of TMS320C5X
DSP56000 motorola
ADSP2100A
DSP16
DSP56000
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TMS 3529
Abstract: DSP-1600 lucent jcs 63 df 7a 3d 1e 8f
Text: Advance Data Sheet December 2000 T8301 Internet Protocol Telephone Phone-On-A-Chip IP Solution DSP 1 Introduction Lucent Technologies’ Phone-On-A-Chip IP Solution is a highly integrated set of IC chips that form the basic building blocks for an internet protocol telephone IPT , residing on a local area network (LAN).
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T8301
T8301
T8302
T8302
DS01-025IPT
DS00-030IPT-3)
TMS 3529
DSP-1600 lucent
jcs 63 df
7a 3d 1e 8f
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DPRAM
Abstract: DSP1620
Text: microelectronics Preliminary Data Sheet February 1997 group Lucent Technologies Bell Labs Innovations DSP1620 Digital Signal Processor 1 Features 2 Description • The DSP1620 is a DSP1600 core-based fixed-point digital signal processor with a large amount of on-chip RAM and a
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DSP1620
36-bit
P1149
132-pin
144-pin
DPRAM
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Untitled
Abstract: No abstract text available
Text: m icroelectronics Preliminary Data Sheet February 1997 group Lucent Technologies Bell Labs Innovations DSP1620 Digital Signal Processor 1 Features 2 Description • The DSP1620 is a DSP1600 core-based fixed-point digital signal processor with a large amount of on-chip RAM and a
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DSP1620
DSP1600
144-Pin
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Untitled
Abstract: No abstract text available
Text: . i ''-33 Preliminary Data Sheet November 1992 ; m A U sT , Microelectronics DSP1616 Digital Signal Processor 1.0 Features 2.0 Description • 33 ns and 25 ns instruction cycle ■ 12 Kword ROM with secure option , 2 Kword dual-port RAM The DSP1616 is a signal coding device that can be
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DSP1616
DSP1600
DSP1616
DS91-Q
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Untitled
Abstract: No abstract text available
Text: AP* X3 IW Preliminary Data Sheet March 1993 A A f e T Microelectronics DSP1610 Signal Coding Digital Signal Processor 1.0 Features 2.0 Description • 25 ns or 33 ns instruction cycle ■ 512 word boot ROM, and 4 Kword or 8 Kword downloadable dual-port RAM on-chip
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DSP1610
16-bit,
132-pin
S90-137D
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Untitled
Abstract: No abstract text available
Text: AT&T Preliminary Data Sheet October 1995 Microelectronics DSP1627 Digital Signal Processor 1 Features 2 Description • Optimized for digital cellular applications with a bit manipulation unit for higher coding efficiency ■ On-chip, programmable, PLL clock synthesizer
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DSP1627
DSP1627x36
DSP1627x32
100-Pin
005GD2b
05iiin
005Q02Lj
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