ARM7 SPECIFICATIONS
Abstract: akira nec V830 mcu M4 30F 149 DSP56652 ARM7TDMI 1997 DIAB
Text: MC041newsTQ.qxd 9/29/98 1:57 PM Page 2 Third Quarter 1998 Motorola Licenses M•CORE to Lucent Technologies CONTENTS 1 1 Motorola Licenses M•CORE to Lucent Technologies Announcing the New Online M•STORE Joint Design Center will add DSP functionality to the core
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MC041newsTQ
16bit
DSP56651.
DSP56651
DSP56652
DSP56652
ARM7 SPECIFICATIONS
akira
nec V830 mcu
M4 30F 149
ARM7TDMI 1997
DIAB
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DSP1629
Abstract: HF1629-RD T7503 LUCENT DSP for audio signals "Phantom power"
Text: Product Brief October 2000 HF1629-RD Hands-Free DSP1629 Reference Design Features Description Software The HF1629-RD is a reference design and demonstration platform consisting of a Lucent DSP1629 running an automotive hands-free speakerphone application.
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HF1629-RD
DSP1629
HF1629-RD
PB00-111AUTO
T7503
LUCENT DSP for audio signals
"Phantom power"
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8051 timing diagram
Abstract: 0x8000h-0xFFFFh how to program for 8051 external memory st jtag sequence c program 8051 interfacing with eeprom memory and I/O map in 8051 8051 port timing diagram lucent dsp1620 8051 reset circuit calculation free embedded projects on 8051
Text: AN1430 APPLICATION NOTE Interfacing the PSD813F4 with the Lucent DSP1620 DSP CONTENTS • Purpose ■ PSD813F1 Architecture ■ Development Systems ■ Programming the PSD813F In-Circuit using the JTAG Interface ■ Interfacing the PSD813F4 with the DSP1620
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AN1430
PSD813F4
DSP1620
PSD813F1
PSD813F
DSP1620
PSD813F4
PHIF16
8051 timing diagram
0x8000h-0xFFFFh
how to program for 8051 external memory
st jtag sequence
c program 8051 interfacing with eeprom
memory and I/O map in 8051
8051 port timing diagram
lucent dsp1620
8051 reset circuit calculation
free embedded projects on 8051
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gsm transceiver
Abstract: gsm modem interfacing with dsp processor DSP1618 CSP1099
Text: Product Brief February 2001 Lucent CSP1099 GSM Conversion Signal Processor for Cellular Handset and Modem Applications Features Description • Seamless interface to the DSP1618 processor and an RF transceiver. ■ Complete ADC analog-to-digital conversion and DAC
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CSP1099
DSP1618
PB01-043WTEC
gsm transceiver
gsm modem interfacing with dsp processor
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gsm transceiver
Abstract: gsm modem interfacing with dsp processor GMSK gsm DSP1628 gsm transceiver DAC
Text: Product Brief February 2001 Lucent CSP1089 GSM Conversion Signal Processor for Cellular Handset and Modem Applications Features Description • Seamless interface to the DSP1628 or Trident processors and an RF transceiver. ■ Complete ADC analog-to-digital conversion and DAC
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CSP1089
DSP1628
PB01-041WTEC
gsm transceiver
gsm modem interfacing with dsp processor
GMSK gsm
gsm transceiver DAC
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DSP1c
Abstract: DSP16210 DSP16410
Text: Application Note August 1999 Hardware Differences Between DSP16210 and the DSP16410 Introduction DSP Clock This document summarizes the differences, from a hardware perspective, between the Lucent Technologies DSP16210* and the DSP16410. The intent is to highlight the hardware issues a board designer will
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DSP16210
DSP16410
DSP16210*
DSP16410.
DSP16410
DSP16410,
AP99-044WDSP
DSP1c
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Paradyne
Abstract: 1695BA60SDE14IM DSP1695
Text: Product Note April 1999 Lucent Technologies DSP1695 CS-4 Multiservice Access Processor Features • Any service on any port: — Four ports per device — Analog, digital, and wireless data services — Voice and FAX over IP services ■ Small footprint per port:
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DSP1695
K56flex
bits/s--2400
32bis,
27ter,
PN99-089DMOD
Paradyne
1695BA60SDE14IM
DSP1695
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LUCENT DSP1610
Abstract: mip 4140 DSP1610 Simulator DSP1605 DSP1609 RMM2 user guide PT 10000 lucent DSP 312C0
Text: Information Manual June 1998 DSP1609 Digital Signal Processor For additional information, contact your Microelectronics Group Account Manager or the following: http://www.lucent.com/micro INTERNET: docmaster@micro.lucent.com E-MAIL: N. AMERICA: Microelectronics Group, Lucent Technologies Inc., 555 Union Boulevard, Room 30L-15P-BA, Allentown, PA 18103
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DSP1609
30L-15P-BA,
DSP1609
LUCENT DSP1610
mip 4140
DSP1610 Simulator
DSP1605
RMM2 user guide
PT 10000
lucent DSP
312C0
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1695BA60SDE14IM
Abstract: DSP1695 Paradyne ETC2 modem
Text: Lucent Technologies DSP1695 CS-4 Multiservice Access Processor FEATURES • Any service on any port: — Four ports per device — Analog, digital, and wireless data services — Voice and FAX over IP services ■ Small footprint per port: — 56 mm2 per port (1/10 in2)
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DSP1695
K56flex1
bits/s--2400
32bis,
27ter,
OT99-338DMOD
1695BA60SDE14IM
DSP1695
Paradyne
ETC2 modem
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Untitled
Abstract: No abstract text available
Text: DSP SOLUTIONS Memory Solution for Lucent Technologies DSP16210 H f l L . LX I ELECTRONIC DESIGNS, INC. EDI8I21665V 2x64Kx16 Asynchronous SRAM The EDI8L21665V is a member of EDI’s Asynchronous SRAM family designed in support of Lucent Technologies DSP16210 DSPs. The
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DSP16210
EDI8I21665V
2x64Kx16
EDI8L21665V
DSP16210
EDI8L21665V
2x16Kx16
EDI8L21665VxxBC
EDI8L216128VxxBC
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AT139
Abstract: No abstract text available
Text: Preliminary Data Sheet February 1997 m i c r o e l e c t r o n i c s group Lucent Technologies Bell Labs Innovations DSP1627 Digital Signal Processor 1 Features 2 Description • The DSP1627 is Lucent Technologies Microelec tronics Group’s first digital signal processor offering
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DSP1627
DSP1627
DSP1600
effi27
100-Pin
005002b
AT139
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Untitled
Abstract: No abstract text available
Text: Preliminary Data Sheet February 1997 m i c r o e l e c t r o n i c s group Lucent Technologies Bell Labs Innovations DSP1627 Digital Signal Processor 1 Features 2 Description • The DSP1627 is Lucent Technologies Microelec tronics Group’s first digital signal processor offering
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DSP1627
DSP1627x36
DSP1627x32
100-pin
100-pln
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Untitled
Abstract: No abstract text available
Text: Preliminary Data Sheet February 1997 microelectronics group Lucent Technologies Bell Labs Innovations DSP1629 Digital Signal Processor 1 Features 2 Description • Optimized for digital cellular applications with a bit manipulation unit for higher coding efficiency.
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DSP1629
DSP1629x16
DSP1629x10
144-Pin
DE4E40
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Untitled
Abstract: No abstract text available
Text: Preliminary Data Sheet February 1997 m icroelectronics group Lucent Technologies Bell Labs Innovations DSP1628 Digital Signal Processor 1 Features 2 Description • Optimized for digital cellular applications with a bit manipulation unit for higher coding efficiency and
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DSP1628
DSP1628x16
DSP1628x08
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sol 4011 be
Abstract: 68HC11 DSP1609 DSP1609F HC11 ne10011
Text: Preliminary Data Sheet February 1998 microelectronics group Lucent Technologies Bell Labs Innovations DSP1609/Flash DSP “\ 609F Digital Signal Processor 1 Features 2 Description • For 5 V operation: — 10.0 ns instruction cycle time 100 MIPS (see page 104)
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DSP1609/Flash
DSP1609)
1609F)
DSP1609F:
DSP1609:
DS97-298DCON
11croelectronIcs
sol 4011 be
68HC11
DSP1609
DSP1609F
HC11
ne10011
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T54P
Abstract: No abstract text available
Text: Data Sheet June 1998 microelectronics group Lucent Technologies Bell Labs Innovations DSP1620 Digital Signal Processor 1 Features • Supported by D S P 1 6 2 0 software and hardware developm ent tools ■ Optim ized for digital cellular infrastructure applications—
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DSP1620
132-pin
144-pin
050G2b
0Q33bSE
T54P
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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: Data Sheet June 1998 m icro e le ctro n ics group Lucent Technologies Bell Labs Innovations DSP1620 Digital Signal Processor 1 Features • Supported by D S P 1620 software and hardware development tools ■ ■ On-chip boot routines for flexible downloading
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DSP1620
132-pin
144-pin
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DSP-1600 lucent
Abstract: b13j SP1609
Text: Preliminary Data Sheet February 1998 m ic ro el ec tr on ics group Lucent Technologies Bell Labs Innovations DSP1609/FlashDSP 1609F Digital Signal Processor 1 Features 2 Description • For 5 V operation: — 10.0 ns instruction cycle time 100 MIPS (see page 104)
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609/FlashDSP
1609F
DSP1609)
1609F)
DSP1609F:
DSP1609:
16-bit
36INGDOM:
DS97-298DCON
DSP-1600 lucent
b13j
SP1609
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2T75
Abstract: No abstract text available
Text: Preliminary Data Sheet September 1996 microelectronics group Lucent Technologies Bell Labs Innovations T7531A/T7536 16-Channel Programmable Codec Chip Set Features • Serial microcontroller control interface ■ JTAG test port ■ Single 5 V power supply operation
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T7531A/T7536
16-Channel
T7531A
T7536
/T7536
68-Pin
005005b
T7531A/T753616-Channel
2T75
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ic MIP 411
Abstract: No abstract text available
Text: Preliminary Data Sheet August 1998 microelectronics group Lucent Technologies Bell Labs Innovations FlashDSP 1609F Digital Signal Processor 1 Features 2 Description • 12.5 ns instruction cycle time 80 MIPS at 3.3 V operation ■ Power-saving features:
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1609F
DSP1609F:
16-bit
36-bit
DS98-28QDCON
ic MIP 411
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Untitled
Abstract: No abstract text available
Text: Lucent Technologies ND14 NAND FlashTAD— CID/AECS Information Manual August 1998 2 General Specifications 2.1 User Hardware Basics 2.1.1 Power Supply System power supply requirements are 5.0 VDC. For additional information, see the following sections of the DSP1609 data sheet: Table 2. DSP1609 Power Supply
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DSP1609
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Untitled
Abstract: No abstract text available
Text: Preliminary Data Sheet December 1996 microelectronics group Lucent Technologies Bell Labs Innovations T7531A/T7536 16-Channel Programmable Codec Chip Set Features • Serial microcontroller control interface ■ JTAG test port ■ Single 5 V power supply operation
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T7531A/T7536
16-Channel
68-Pin
DD231S7
T-7531A----
T-7531A
T-7536
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